# D o c k e t E P A

- HQ

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- 2002

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D a t a w i l l b e r e v i e w e d a n d c o n s i d e r e d i n t h e p r o m u l g a t e d r u l e

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# A tt ac h m e n t 1

# F r o m : De rr i ck Dea s e < De rr i ck

. De a s e @ ipap e r

. c o m>

T o: < e ddinge r

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. go v> , < s h r age r

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. go v> CC: < s pe l l s

. c ha r l ene @ ep a

. go v> , < a m a n da

. s i n gle t on @ e r g

. c o m> , < T i m _Hun t @ a f andp a

. o r g> , < Amy

_ M a rs hall @ UR S Co r p

. c o m> Da t e : 4 / 1 / 2010 3 : 42 PM S u b j ec t: I n t e r na t i onal P ape r's Co rr e c t ion s t o t he I CR B oil e r MA C T Da t aba se A tt ac h me n t s: pi c 15 4 04

. j pg ; I n t e r na t iona l P ape r's Co rr e c t i on s- B o i le r MA C T Da t aba s e 04

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. do c ; B oile r M A C T Da t a b a s e Co rr e c t ion s f o r I n t e r na t ional P ape r 04

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. x l s x ; N Y I n t P ape r T i c o nde r oga S t a ck T e s t ing Rep o r

t

- B od y P a r t 1

. P D F ; I n t e r na t ional P ap e r -Pr a tt v i lle M ill_ Em i ss ion T e s t S p r ead s he e t

_ PB 1 and P B 2 P a r t i c ula t e M a t t e r

. x l s x ; I n t e r na t iona l P ape r
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. jp g) I N T E RN A T I O N A L P L A C E 3 640 0 P O P L A R A VE NUE ME M P H I S
, T N 3 8197 P H O N E ( 901 ) 419

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A p r il 1
, 2 0 10

Mr

. J i m E d d inger U

. S

. E n v i r on m en t a l Pr o t e c t ion A g e n cy O A Q P S
, S e c t o r P o l i c ie s a n d Pr og r a m Di v i s ion ( D243

- 01) Re s ea rc h T r ia n gle P a r k
, No r t h Ca r o l ina 27711

Mr

. Br ian S h r ager U

. S

. E n v i r on m en t a l Pr o t e c t ion A g e n cy O A Q P S
, S e c t o r P o l i c ie s a n d Pr og r a m Di v i s ion ( D243

- 01) Re s ea rc h T r ia n gle P a r k
, No r t h Ca r o l ina 27711

Re : I n t e r na t ional P ape r ’ s Co rr e c t i on s t o t h e I CR B o i le r M A C T Da t aba se

Dea r Mr

. E ddinge r and Mr

. S h r age r:

I n t e r na t i onal P ape r ( I P) i s p r o v i d ing c o r r e c t io n s t o t he E P A I CR B oiler MA C T da t aba s e

. F o r ea s e o f r e f e r en c e , t h i s le tt e r i s d i v i ded in t o t he
r ele v an t s ubje c t a r ea s r e q ui r ing c o rr e c t i on s a n d / o r up d a t e s.

Clo s ed F a c i li t ie s t o be Re m o v ed f r o m t h e Da t ab a se

T h e f oll o wing f a c i l i t i e s a r e now c lo s ed
, and we r e que s t t ha t t he y be
r e m o v ed f r o m t he I CR Da t aba s e.

· I n t e r na t i onal P ape r A l b an y M il l ( F a c ili t y I D : O R I PA lban yM il l)

· I n t e r na t i onal P ape r F r an k lin M ill ( F a c i li t y I D: V A I n t e r na t iona l P a p e r F r an k li n ) t o c l o s e o n A p r il 15
, 2010

Con t a c t I n f o rm a t i on C o r r e c t io n s / Upda t e s (“ Da t a

_ F a c ili t y” t ab)

Upda t e t he c o n t a c t i n f o r m a t io n f o r t h e f ollow i ng f a c il i t i e s a s t he

# ind i v i dual s li s t e d i n t he da t aba s e a r e ei t he r no l onge r wi t h t he c o m pan y or

t hei r po s i t ion ha s c h a nged

. A d e t a i led upda t e t o t hi s c o n t a c t in f o r m a t i on i s p r o v ided in t he a t t a c hed s p r ead s hee t, B oi l e r MA C T Da t aba s e Co rr e c t i ons f o r I n t e r na t iona l P ape r 04

- 01

- 1 0
, “ Da t a_ F a c i li t y ” t ab.

· I n t e r na t i onal P ape r P i n e H i ll M i l l ( F a c ili t y I D : A L I P P i neHill) p r i m a ry c o n t a c t i s Ky le M oo r e.

· I n t e r na t i onal P ape r P e n s a c o l a M i l l ( F a c ili t y I D : F L I P P en s a c ola) p r i m a ry c o n t a c t i s Ru s t y P le n k e r s.

· I n t e r na t i onal P ape r G eo r g e t own M ill ( F a c i li t y I D : S C I P G eo r ge t own) p r i m a ry c o n t a c t i s J a c qu e l y n T a y lor

Em i s s i on s Da t a Co rr e c t ion s / U p da t e s (“ Da t a E m i s s i o n s T e s t ” t ab)

Upda t e t he B oi l e r MA C T da t aba s e f o r t he f ollowin g f a c ili t ie s a s d e s cr i b ed
m o r e f u l l y i n t he a t t a c h e d s p r ea d s h ee t , B oile r M A C T Da t aba s e Co rr e c t ions f o r I n t e r na t iona l P ape r 04

- 01

- 1 0
, “ Da t a E m i s s io n s T e s t ” t ab.

· I n t e r na t i onal P ape r T i c onde r o ga M i l l ( F a c ili t y I D: N Y I n t l P ape r T i c onde r o g a )

– Dio x in / F u r a n d a t a f lagge d f o r P B 1 a s " No t A b le to Con v e r t "

. Da t a i s a v aila b le in u g / d s cm

. S ee a t t a c hed f ile en t i t led,

“ N Y I n t P ape r T i c onde r oga S t a c k T e s t ing Repo r t -B od y P a r t 1 ”
, T a ble 3

- 11
, p a ge 23.

· I n t e r na t i onal P ape r P r a tt v ille M ill ( F a c il i t y I D : A L I PPr a t t v ill e ) - PM da t a f o r 2 0 03

- 2007 ( No

. 1 P owe r B o ile r) wa s m i ss ing f r o m t he da t aba s e. Li k ewi s e , P M da t a f o r 200 3

- 2 008 ( No

. 2 P owe r B oi l e r) wa s m i ss ing f r o m t he da t aba s e

. S ee a t t a c h e d e m i ss io n t e s t s p r ead s h e e t en t i t led,

" I n t e r n a t i o nal P ape r-Pr a t t v ill e M i ll_ E m i s s i o n T e s t S p r ead s hee t

_ P B 0 1 a n d PB 02 P a r t i c u la t e M a t t e r

. x l sx ".

· I n t e r na t i onal P ape r E a s t o v e r M i ll ( F a c ili t y I D: S C I n t e r n a t io n al P ape rE a s t o v e r)

- P M wa s i n c o rr e c t l y r epo r t ed a s " P a r t i c ula te M a t t e r ( t o t a l
, in c lu d ing c onden s ibl e s ) " r a t he r t han " P a r t i c u la t e M a tt er ( f il t e r able ) "

. T h i s wa s p r e v iou s l y r epo r t ed on F eb r ua ry 24
, 2010 bu t h as no t been c o rr e c t e d a s o f V e rs ion 4 o f t he da t aba s e

. S ee a t t a c hed E a s t o v er m e m o.

· I n t e r na t i onal P ape r Cou r t l and M i ll ( F a c ili t y I D : A L I P Cou r t land ) - B e ry lliu m wa s i n c o rr e c t l y r epo r t ed in t h e da t ab a s e a s 9

. 27 E

- 9 l b / M 2 B tu
r a t he r t h a n 9

. 79 E- 9 lb / M 2 B t u f o r t he 2009 t e s t.

A ddi t iona l Co rr e c t ion s (“ Da t a _Uni t _De s ign_ O pe r a t ion ” t ab)

I n a ddi t ion t o t he da t a c o rr e c t ion s abo v e , I P al s o belie v e s , t he No

. 1 P owe r B o i le r a t t he I n t e r na t ion a l P ape r T e x a rk an a M il l ( F a c ili t y I D: T X I n t e r na t ional P ape r Q ueenC i t y) wa s i n c o r r e c t l y pla c ed in t he C I S WI da t aba s e

. As r e po r t e d i n t he I CR s u rv e y , t hi s i s a na t u r al ga s f i r ed unit whi c h al s o o cc a s ionall y bu r n s No

. 6 f uel oil

. T he uni t i s li s t ed in t he C I S W I da t aba s e a s bu r ning c on t a m ina t ed bio m a ss a nd g a s wi t h a f u e l c a t ego ry o f " S oli d

- no n
- c o a l "

. T hi s e r r o r wa s p r e v iou s l y r epo r t ed on F eb r ua ry 5, 201 0 bu t ha s no t bee n c o rr e c t ed a s o f t h e m o s t c u rr e n t v e rs ion o f t he da t aba s e.
S hould y ou ha v e an y q ue s t i o n s o r need ad d i t i onal in f o rm a t i on , pl e a s e f eel f r ee t o c on t a c t m e a t ( 901 ) 419

- 4 355 o r v ia e m ail at de rr i ck

. dea s e @ i p ape r

. c om o r M a r c e ia Co x a t ( 9 01 ) 4 19

- 3930 or

# m a rc eia

. c o x @ ipape r

. c om

. T ha n k y ou in ad v an c e f o r c on s ide r i ng o u r r e q ue s t s.

S in c e r el y,

De rr i ck Dea se E H S Rep r e s e n t a t i v e , E H S S e rv i c es

A t t a c h m en t ( 4)

C c : Cha r l ene S p e ll s , E PA

A m an d a S ing l e t o n , E RG

A my M a r s h all
, URS

T i m Hun t , A F &PA

J e f f S h u m a k e r , I P M e m phis

M a r c e ia C o x , I P M e m p h is

S h e r y l Ra u l s t on , I P F r an k l in

K y l e M oo r e , I P P i ne H i ll

Ru s t y P len k e rs , I P P en s a c ola

J a c q uel y n T a y lo r , I P G eo r g e t own

S t eph e n Re g an , I P T i c onde r oga

M a r t ha S i ms , I P Pr a t t v ille

J ohn B a k e r , I P E a s t o v er

Ru s s e ll F oul k e , I P Cou r t land

M o e M a r q u i s , I P T e x a rk ana

(S ee a t t a c hed f ile : I n t e r na t ion a l P ape r's Co rr e c t i on s- B o ile r M A C T Da t aba se 04

- 01

- 1 0

. d o c)

B oile r M A C T Da t a b a s e Co rr e c t ion s f o r I n t e r na t ional P aper (S ee a t t a c hed f ile : B o i le r MA C T Da t aba s e Co rr e c t i on s f o r I n t e r n a t i o nal P ape r 04

- 01

- 10

. x l s x)

I n t e r na t i onal P ape r T i c onde r o ga M i l l D i o x i n / F u r an Da ta (S ee a t t a c hed f ile : N Y I n t P a pe r T i c on d e r oga S t a ck T e s t ing Repo r t

- B od y P a rt 1

. P D F)

# I n t e r na t i onal P ape r P r a tt v ille M ill P M da ta

(S ee a t t a c hed f ile: I n t e r na t i onal P ape r-Pr a t t v il l e M ill_ Em i ss ion T e s t S p r ead s hee t

_ PB 1 a n d PB2 P a r t i c u la t e M a t t e r

. x l sx)

I n t e r na t i onal P ape r E a s t o v e r M i ll M e m o da t ed F e b r ua ry 24
, 2010 r eque s t ing
c hange s t o d a t a b a se (S ee a t t a c hed f ile : I n t e r na t ion a l P ape r
- E a s t o v e r M ill

- T r an sm i t t al of Re v i s ed S u rv e y

. P D F)

# I N TE RNA T I O NA L P L AC E 3 640 0 P O P L AR AV E NU E M E M P H I S , T N 3 8197 P H O N E ( 9 0 1 ) 41 9

- 9 000 

# A p r i l 1 , 2010

M r

. J im E d d i n g e r U

. S

. E n v i r o n m e n t a l P r o t ec t i o n A g e n c y O A Q PS , S ec t o r P o li c i e s a n d P r o g r a m D i v i s i o n ( D 243

- 01 ) R e s ea r c h T r i a n g l e P a r k , N o r

t h C a r o li n a 27711

M r

. B r i a n S h

r a g e r U

. S

. E n v i r o n m e n t a l P r o t ec t i o n A g e n c y O A Q PS , S ec t o r P o li c i e s a n d P r o g r a m D i v i s i o n ( D 243

- 01 ) R e s ea r c h T r i a n g l e P a r k , N o r

t h C a r o li n a 27711

R e : I n t e r n a t i o n a l P a

p e r ’ s C o rr ec t i o n s t o t h e I CR B o il e r M A C T D a t a b a s e

D ea r M r

. E dd i n g e r a n d M r

. S h r a g e r :

I n t e r n a t i o n a l P a

p e r (I P ) i s p r o v i d i ng c o rr e c t i o n s t o t h e E P A I CR B o il e r M A C T d a t a b a s e

. F o r
ea s e o f r e f

e r e n c e , t h i s l e tt e r i s d i v i d e d i n t o t h e r e l e v a n

t s ub j ec t a r ea s r e q u i

r i n g c o rr e c t i o n s a n d

/ o r upd a t e s

.
C l o s e d F a c i l i t i e s t o b e R e m ov e d f r o m t h e D a t a b a se

T h e f o l l o w i ng f

a c il i t i e s a r e n o w c l o s e d , a n d w e r e qu e s t t h a t t h e y b e r e m o v e d f r o m t h e I CR D a t a b a s e

.

• I n t e r n a t i o n a l P a p e r A l b a n y M i ll ( F a c il i t y I D : O R I P A l b a n y M il l )

• I n t e r n a t i o n a l P a p e r F r a nk l i n M i ll ( F ac i l i t y I D : V A I n

t e r n a t i o n a lP a

p e r F r a n k l i n ) t o c l o s e
o n A p r il 15 , 2010

C o n t a c t I n f

o r m a t i o n C o r r ec t i o n s / U pd a t e s ( “ D a t a

_ F a c i l i t y” t a b )

U pd a t e t h e c o n

t a c t i n f o r m a t i o n f

o r t h e f o l l o w i ng f

a c i l i t i e s a s t h e i n d i v i d

u a l s li s t e d i n t h e d a t a b a s e a r e e i

t h e r n o l o n g e r w i

t h t h e c o m

p a n y o r t h e i

r p o s i t i o n h a s c h a n g e d

. A d e t a il e d upd a t e t o t h i s c o n

t a c t i n f o r m a t i o n i s p r o v i d e d i n t h e a t t ac h e d s p r ea d s h ee t , B o il e r M A C T D a t aba s e C o rr e c ti on s f o r I n t e r na ti ona l P ap e r 04

- 0 1

- 10 , “ D a t a

_ F a c i l i t y ” t a b

.

• I n t e r n a t i o n a l P a p e r P i n e Hi ll M ill ( F a c il i t y I D : A L I P P i n e H il l ) p r im a r y c o n t ac t i s K y l e M o o r e

.

# I

n t e r n a t i o n a l P a p e r ’ s C o r

r e c ti o ns T o E P A ’ s I CR B o il e r M A C T / C I S W I D a t a b a se



# P a g e 2 of 3 

# • I n t e r n a t i o n a l P a p e r P e n s a c o l a M i ll ( F a c i l i t y I D : F L I PP e n s a c o l a ) p r im a r y c o n t ac t i s R u s t y P l e n k e r s

.

• I n t e r n a t i o n a l P a p e r G e o r g e t o w n M i ll ( F ac i l i t y I D : S C I P G e o r g e t o w n ) p r im a r y c o n t ac t i s J a c qu e l yn

T a y l o r

E m i s s i o n s D a t a C o r r e c t i o n s / U pd a t e s ( “ D a t a E m i ss i o n s T e s t ” t a b)

U pd a t e t h e B o il e r M A C T d a t a b a s e f o r t h e f o l l o w i n g f

ac i l i t i e s a s d e s c r i b e d m o r e f

u ll y i n t h e
a t t ac h e d s p r ea d s h ee t , B o il e r M A C T D a t aba s e C

o r r ec ti on s f

o r I n t e r na ti ona l P ap e r 04

- 01

- 10 , “ D a t a E mi ss i o n s T e s t ” t a

b

.

• I n t e r n a t i o n a l P a p e r T i c o nd e r oga M ill ( F a c il i t y I D: NY I n

t lP a p e r T i c o n d e r o g a ) – D i o x i n / F u r a n d a t a f

l a g g e d f o r P B 1 a s " N o t A

b l e t o C o nv e r t "

. D a t a i s a v a il a b l e i n ug / d s c m

. S ee a t t ac h e d f

i l e e n t i t l e d , “ NY I n t P a p e r T i c o n d e r o g a S t ac k

T e s t i n g R e p o r tB o d y P a r t 1 ” , T a

b l e 3

- 11 , p a g e 2 3

.

• I n t e r n a t i o n a l P a p e r P r a tt v il l e M i ll ( F ac i l i t y I D: A L I PP r a t t v i l l e )

- P M d a t a f o r 2003- 2007 ( N o

. 1 P o w e r B o il e r) w a s mi ss i ng f r o m t h e d a t a

b a s e . L i k e w i s e , P M d a t a f

o r 2003- 2008 ( N o

. 2 P o w e r B o il e r) w a s mi ss i ng f r o m t h e d a t a

b a s e

. S ee a

t t ac h e d e mi ss i o n t e s t
s p r ea d s h ee t e n

t i t l e d , " I n t e r n a t i o n a lP a

p e r- P r a t t v i l l e M i l l

_ E mi ss i o n T e s t S p r ea d s h ee t

_ P B 01

a n d P B 02 P a r t i c u l a t e M a t t e r

. x l s x "

.

• I n t e r n a t i o n a l P a p e r E a s t ov e r M i ll ( F ac i l i t y I D : S C I n

t e r n a t i o n a lP a

p e r E a s t o v e r) - P M

w a s i n c o rr ec t l y r e p o r t e d a s " P a r t i c u l a t e M a tt e r ( t o t a l , i n c l u d i ng c o n d e n s i b l e s ) " r a t h e r t h a n

" P a r t i c u l a t e M a t t e r ( f

i l t e r a b l e ) " . T h i s w a s p r e v i ou s l y r e p o r t e d o n F e b r u a r y 24 , 2010 b u t h a s n o t b ee n c o rr e c t e d a s o f V e r s i o n 4 o f t h e d a t a b a s e

. S ee a

t t ac h e d E a s t o v e r m e m o

.

• I n t e r n a t i o n a l P a p e r C o u r t l a nd M i ll ( F a c il i t y I D: A L I P C o u r

t l a n d )

- B e r y ll i u m w a s i n c o rr ec t l y r e p o r

t e d i n t h e d a t a

b a s e a s 9

. 27 E

- 9 l b / M 2 B t u r a t h e r t h a n 9

. 79 E

- 9 l b / M 2 B t u f o r t h e 2009 t e s t

.
A dd i t i o n a l C o r r ec t i o n s ( “ D a t a_ U n i t

_ D e s i g n

_ O p e r a t i o n ” t a b)

I n a d d i t i o n t o t h e d a t a c o rr e c t i o n s a b o v e , I P a l s o b e li e v e s , t h e N o

. 1 P o w e r B o i l e r a t t h e I n t e r n a t i o n a l P a p e r T e x a r k a n a M i ll ( F a c il i t y I D : T X I n

t e r n a t i o n a lP a

p e r Q u e e n C i

t y ) w a s i n c o rr ec t l y p l ace d i n t h e C I S W I d a t a b a s e

. A s r e p o r t e d i n t h e I CR s u r v e y , t h i s i s a n a t u r a l g a s f i r e d u n i t w h i c h a l s o o cca s i o n a ll y b u r n s N o

. 6 f u e l o il . T h e un i

t i s li s t e d i n t h e C I S W I d a t a b a s e
a s b u r n i ng c o n

t a mi n a t e d b i o m a s s a n d g a s w i t h a f u e l ca t e g o r y o f " S o li d

- n o n
- c o a l "

. T h i s e rr o r
w a s p r e v i o u s l y r e p o r

t e d o n F e b r u a r y 5 , 2010 b u t h a s n o t b ee n c o rr e c t e d a s o f t h e m o s t c u rr e n t

v e r s i o n o f t h e d a t a

b a s e

.

# I

n t e r n a t i o n a l P a p e r ’ s C o r

r e c ti o ns T o E P A ’ s I CR B o il e r M A C T / C I S W I D a t a b a se



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p h i s M a r c e i a C o x , I P M e m p h i s S h e r y l R a u l s t o n , I P F r a n

k li n K y l e M oo r e , I P P i n e H i l l R u s t y P l e n k e r s , I P P e n s ac o l a J ac qu e l yn T a y l o r , I P G e o r g e t o w n S t e p h e n R e g a n , I P T i c o n d e r o g a M a r t h a S im s , I P P r a

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e c h a n g e f r o m G ar y W e i n r e ic h to Ja c qu e l y n T a y l o r a s i nd ic

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outh K am i n ski S t r eet G e o r

g et o wn SC 29440 G e o r g et o wn

P a g e1

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P e rr y D ar g i tz K yl e M oo re E n v i r on m e n t al E HS M a n a g er ( 334 ) 963

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P a g e3P M a nd M e t a l s PB 1 ( 1)

Fac ili t y N a m e:
C o m bus t o r I D:

C on tr o l D ev i ce C on fi gu r a t i on :

P a r a m e t erSample#1Sample#2Sample#3TestAverage U n itsUnitsOtherDescription T es t M e t h o d U sed T es t L oca ti on N o te

S e l e c t a pp r op r i a t e un i t fr o m li s t

. If o t he r i s s e l e c t e d p l ea s e d e sc r i b e un i t s i n co l u m n H a t

r i gh t. E n t e r t he na m e o f t he T e s t M e t

h od u s e d.

Fo r F ue l i n p u t r a t e s , en t e r t he m e t h od u s e d t o d e t e r

m i ne t he f ue l i n p u t ( e

. g ., F -f

a c t o r , ga s f

ue l m e t e r , bo il

e r
e ff i c i en c y c a l c u l a t i o n) I n d i c a t e w he t he r t he t e s t

occ u rr e d u p s tr ea m o r do w n s tr ea m o f a co n

tr o l d ev i c e ( s) Fo r a ll po ll u t an t s , p r o v i d e any o t he r i n f o r m a t i o n s u ppo rt i ng i n f o r m a t i o n y o u t h i nk i s ne c e ss a

r y a bo u t t h i s t e s t r e po rt

. S a m p l e D a t e ( mm / dd / yy) 6 / 11 / 03 6 / 11 / 03 6 / 11 / 03 R e q u i r e d O p e r a t i ng P a r a m e t e r s D u r i ng T e st S t ea m O u t p u t ( 1000 l b / h r) (f o r bo il e r s o n l y) 307 352 346 1000 l b s t ea m / hr T o t a l H ea t I n p u t ( mm B t u / h r) 481 545 537 mm B t u / hr

W ood : B a

rk 32 .8 33 .7 33 .6 O t he r : P l ea s e E x p l a in t o n s /

h o ur If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll N a t u r a l gas ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll E m i ss i o n D a ta M e r c u r y ( H g) ( s e l e c t e m i ss i o n r a t e un i t s) A r s en i c ( A s) ( s e l e c t e m i ss i o n r a t e un i t s) B e r y lli u m ( B e) ( s e l e c t e m i ss i o n r a t e un i t s) C a d m i u m ( C d) ( s e l e c t e m i ss i o n r a t e un i t s) C h r o m i u m ( C r) ( s e l e c t e m i ss i o n r a t e un i t s) L ea d ( Pb) ( s e l e c t e m i ss i o n r a t e un i t s) M angane s e ( M

n) ( s e l e c t e m i ss i o n r a t e un i t s) N i c ke l ( N i) ( s e l e c t e m i ss i o n r a t e un i t s) S e l en i u m ( S e) ( s e l e c t e m i ss i o n r a t e un i t s) P a rt i c u l a t e M a tt e r (fr o n t ha l f) 0

. 025 0

. 02 0

. 035 0

. 026 l b / mm B tu M e t h od 1 , 2 , 3a , 4 , 5 D o w n s tr eam P a rt i c u l a t e M a tt e r (t o t a l , i

n c l u d i ng co n d en s i

b l e s) ( s e l e c t e m i ss i o n r a t e un i t s) O t h e r O pe r a ti n g P a r a m e t e r s D u r i n g Te st ( T h ese p a r a m e t e r s a r e o n l y r eq u i r ed i f e m i ss i o n un it s a r e p r o v i ded i n un it s o f co n ce n tr a ti o n) D r y o r W e t B a s is W e t o r D ry E xhau s t S tr ea

m % M o i s t u re E xhau s t F l

o w r a te a c f m o r d sc fm E xhau s t T e m

p e r a t u re C o r F S e l e c t t he f ue l t y p e s u s e d d u

r i ng e m i ss i o n t e s t fr o m t

he d r op do w

n m enu s an d en

t e r t he i r co rr e s po n d i

ng f ue l i n p u t r a t e s b e l o w

. Y o u m

ay en t e r u p t o 15 f ue l t y p e s f i r e d d u r i ng t he t e s t. I n t e r n a t io n a l P a p e r Pr a tt v i ll e M i ll
N o

. 1 P o w e r B oi l er

A s l i s t e d i n qu e s t io n II. B

. 3

. a1 ( y o u m a y e n t e r c o n t r o l d e v i c e a s l i s t e d i n qu e s t io n s II. B

. 3

. a1 o r II. B

. 3

. a6
, o r o t h e r ( w i t h d e sc r i p t io n )
, i f t h e c o n t r o l d e v i c e du r i ng t h e t e s t w a s n o t l i s t e d i n t h e s u r v e y s e c t io n II. B

. 3)

E n t e r nu m e r i c a l va l ue w hen ava il a b l e

. If
t he t e s t r e s u l

t s a r e b e l o w d e t e c t i

o n li m i t , p l ea s e n o t e t

he d e t e c t i o n li m i t i n b r a c ke t s ( e

. g ., [ < 0

. 010 ])

.P M a nd M e t a l s PB 1 ( 2)

Fac ili t y N a m e:
C o m bus t o r I D:

C on tr o l D ev i ce C on fi gu r a t i on :

P a r a m e t erSample#1Sample#2Sample#3TestAverage U n itsUnitsOtherDescription T es t M e t h o d U sed T es t L oca ti on N o te

S e l e c t a pp r op r i a t e un i t fr o m li s t

. If o t he r i s s e l e c t e d p l ea s e d e sc r i b e un i t s i n co l u m n H a t

r i gh t. E n t e r t he na m e o f t he T e s t M e t

h od u s e d.

Fo r F ue l i n p u t r a t e s , en t e r t he m e t h od u s e d t o d e t e r

m i ne t he f ue l i n p u t ( e

. g ., F -f

a c t o r , ga s f

ue l m e t e r , bo il

e r
e ff i c i en c y c a l c u l a t i o n) I n d i c a t e w he t he r t he t e s t

occ u rr e d u p s tr ea m o r do w n s tr ea m o f a co n

tr o l d ev i c e ( s) Fo r a ll po ll u t an t s , p r o v i d e any o t he r i n f o r m a t i o n s u ppo rt i ng i n f o r m a t i o n y o u t h i nk i s ne c e ss a

r y a bo u t t h i s t e s t r e po rt

. S a m p l e D a t e ( mm / dd / yy) 11 / 9 / 04 11 / 9 / 04 11 / 9 / 04 R e q u i r e d O p e r a t i ng P a r a m e t e r s D u r i ng T e st S t ea m O u t p u t ( 1000 l b / h r) (f o r bo il e r s o n l y) 285 273 284 1000 l b s t ea m / hr T o t a l H ea t I n p u t ( mm B t u / h r) 453 436 451 mm B t u / hr

W ood : B a

rk 34 .2 34 .4 33 .9 O t he r : P l ea s e E x p l a in t o n s /

h o ur If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll N a t u r a l gas ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll E m i ss i o n D a ta M e r c u r y ( H g) ( s e l e c t e m i ss i o n r a t e un i t s) A r s en i c ( A s) ( s e l e c t e m i ss i o n r a t e un i t s) B e r y lli u m ( B e) ( s e l e c t e m i ss i o n r a t e un i t s) C a d m i u m ( C d) ( s e l e c t e m i ss i o n r a t e un i t s) C h r o m i u m ( C r) ( s e l e c t e m i ss i o n r a t e un i t s) L ea d ( Pb) ( s e l e c t e m i ss i o n r a t e un i t s) M angane s e ( M

n) ( s e l e c t e m i ss i o n r a t e un i t s) N i c ke l ( N i) ( s e l e c t e m i ss i o n r a t e un i t s) S e l en i u m ( S e) ( s e l e c t e m i ss i o n r a t e un i t s) P a rt i c u l a t e M a tt e r (fr o n t ha l f) 0

. 028 0

. 026 0

. 023 0

. 026 l b / mm B tu M e t h od 1 , 2 , 3a , 4 , 5 D o w n s tr eam P a rt i c u l a t e M a tt e r (t o t a l , i

n c l u d i ng co n d en s i

b l e s) ( s e l e c t e m i ss i o n r a t e un i t s) O t h e r O pe r a ti n g P a r a m e t e r s D u r i n g Te st ( T h ese p a r a m e t e r s a r e o n l y r eq u i r ed i f e m i ss i o n un it s a r e p r o v i ded i n un it s o f co n ce n tr a ti o n) D r y o r W e t B a s is W e t o r D ry E xhau s t S tr ea

m % M o i s t u re E xhau s t F l

o w r a te a c f m o r d sc fm E xhau s t T e m

p e r a t u re C o r F N o

. 1 P o w e r B oi l er

A s l i s t e d i n qu e s t io n II. B

. 3

. a1 ( y o u m a y e n t e r c o n t r o l d e v i c e a s l i s t e d i n qu e s t io n s II. B

. 3

. a1 o r II. B

. 3

. a6
, o r o t h e r ( w i t h d e sc r i p t io n )
, i f t h e c o n t r o l d e v i c e du r i ng t h e t e s t w a s n o t l i s t e d i n t h e s u r v e y s e c t io n II. B

. 3)

E n t e r nu m e r i c a l va l ue w hen ava il a b l e

. If
t he t e s t r e s u l

t s a r e b e l o w d e t e c t i

o n li m i t , p l ea s e n o t e t

he d e t e c t i o n li m i t i n b r a c ke t s ( e

. g ., [ < 0

. 010 ])

.

S e l e c t t he f ue l t y p e s u s e d d u

r i ng e m i ss i o n t e s t fr o m t

he d r op do w

n m enu s an d en

t e r t he i r co rr e s po n d i

ng f ue l i n p u t r a t e s b e l o w

. Y o u m

ay en t e r u p t o 15 f ue l t y p e s f i r e d d u r i ng t he t e s t. I n t e r n a t io n a l P a p e r Pr a tt v i ll e M i llP M a nd M e t a l s PB 1 ( 3)

Fac ili t y N a m e:
C o m bus t o r I D:

C on tr o l D ev i ce C on fi gu r a t i on :

P a r a m e t erSample#1Sample#2Sample#3TestAverage U n itsUnitsOtherDescription T es t M e t h o d U sed T es t L oca ti on N o te

S e l e c t a pp r op r i a t e un i t fr o m li s t

. If o t he r i s s e l e c t e d p l ea s e d e sc r i b e un i t s i n co l u m n H a t

r i gh t. E n t e r t he na m e o f t he T e s t M e t

h od u s e d.

Fo r F ue l i n p u t r a t e s , en t e r t he m e t h od u s e d t o d e t e r

m i ne t he f ue l i n p u t ( e

. g ., F -f

a c t o r , ga s f

ue l m e t e r , bo il

e r
e ff i c i en c y c a l c u l a t i o n) I n d i c a t e w he t he r t he t e s t

occ u rr e d u p s tr ea m o r do w n s tr ea m o f a co n

tr o l d ev i c e ( s) Fo r a ll po ll u t an t s , p r o v i d e any o t he r i n f o r m a t i o n s u ppo rt i ng i n f o r m a t i o n y o u t h i nk i s ne c e ss a

r y a bo u t t h i s t e s t r e po rt

. S a m p l e D a t e ( mm / dd / yy) 9 / 28 / 05 9 / 28 / 05 9 / 28 / 05 R e q u i r e d O p e r a t i ng P a r a m e t e r s D u r i ng T e st S t ea m O u t p u t ( 1000 l b / h r) (f o r bo il e r s o n l y) 278 265 276 1000 l b s t ea m / hr T o t a l H ea t I n p u t ( mm B t u / h r) 440 420 431 mm B t u / hr

W ood : B a

rk 32 .9 31 .2 28 .2 O t he r : P l ea s e E x p l a in t o n s /

h o ur If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll N a t u r a l gas ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll E m i ss i o n D a ta M e r c u r y ( H g) ( s e l e c t e m i ss i o n r a t e un i t s) A r s en i c ( A s) ( s e l e c t e m i ss i o n r a t e un i t s) B e r y lli u m ( B e) ( s e l e c t e m i ss i o n r a t e un i t s) C a d m i u m ( C d) ( s e l e c t e m i ss i o n r a t e un i t s) C h r o m i u m ( C r) ( s e l e c t e m i ss i o n r a t e un i t s) L ea d ( Pb) ( s e l e c t e m i ss i o n r a t e un i t s) M angane s e ( M

n) ( s e l e c t e m i ss i o n r a t e un i t s) N i c ke l ( N i) ( s e l e c t e m i ss i o n r a t e un i t s) S e l en i u m ( S e) ( s e l e c t e m i ss i o n r a t e un i t s) P a rt i c u l a t e M a tt e r (fr o n t ha l f) 0

. 021 0

. 087 0

. 018 0

. 042 l b / mm B tu M e t h od 1 , 2 , 3a , 4 , 5 D o w n s tr eam P a rt i c u l a t e M a tt e r (t o t a l , i

n c l u d i ng co n d en s i

b l e s) ( s e l e c t e m i ss i o n r a t e un i t s) O t h e r O pe r a ti n g P a r a m e t e r s D u r i n g Te st ( T h ese p a r a m e t e r s a r e o n l y r eq u i r ed i f e m i ss i o n un it s a r e p r o v i ded i n un it s o f co n ce n tr a ti o n) D r y o r W e t B a s is W e t o r D ry E xhau s t S tr ea

m % M o i s t u re E xhau s t F l

o w r a te a c f m o r d sc fm E xhau s t T e m

p e r a t u re C o r F N o

. 1 P o w e r B oi l er

A s l i s t e d i n qu e s t io n II. B

. 3

. a1 ( y o u m a y e n t e r c o n t r o l d e v i c e a s l i s t e d i n qu e s t io n s II. B

. 3

. a1 o r II. B

. 3

. a6
, o r o t h e r ( w i t h d e sc r i p t io n )
, i f t h e c o n t r o l d e v i c e du r i ng t h e t e s t w a s n o t l i s t e d i n t h e s u r v e y s e c t io n II. B

. 3)

E n t e r nu m e r i c a l va l ue w hen ava il a b l e

. If
t he t e s t r e s u l

t s a r e b e l o w d e t e c t i

o n li m i t , p l ea s e n o t e t

he d e t e c t i o n li m i t i n b r a c ke t s ( e

. g ., [ < 0

. 010 ])

.

S e l e c t t he f ue l t y p e s u s e d d u

r i ng e m i ss i o n t e s t fr o m t

he d r op do w

n m enu s an d en

t e r t he i r co rr e s po n d i

ng f ue l i n p u t r a t e s b e l o w

. Y o u m

ay en t e r u p t o 15 f ue l t y p e s f i r e d d u r i ng t he t e s t. I n t e r n a t io n a l P a p e r Pr a tt v i ll e M i llP M a nd M e t a l s PB 1 ( 4)

Fac ili t y N a m e:
C o m bus t o r I D:

C on tr o l D ev i ce C on fi gu r a t i on :

P a r a m e t erSample#1Sample#2Sample#3TestAverage U n itsUnitsOtherDescription T es t M e t h o d U sed T es t L oca ti on N o te

S e l e c t a pp r op r i a t e un i t fr o m li s t

. If o t he r i s s e l e c t e d p l ea s e d e sc r i b e un i t s i n co l u m n H a t

r i gh t. E n t e r t he na m e o f t he T e s t M e t

h od u s e d.

Fo r F ue l i n p u t r a t e s , en t e r t he m e t h od u s e d t o d e t e r

m i ne t he f ue l i n p u t ( e

. g ., F -f

a c t o r , ga s f

ue l m e t e r , bo il

e r
e ff i c i en c y c a l c u l a t i o n) I n d i c a t e w he t he r t he t e s t

occ u rr e d u p s tr ea m o r do w n s tr ea m o f a co n

tr o l d ev i c e ( s) Fo r a ll po ll u t an t s , p r o v i d e any o t he r i n f o r m a t i o n s u ppo rt i ng i n f o r m a t i o n y o u t h i nk i s ne c e ss a

r y a bo u t t h i s t e s t r e po rt

. S a m p l e D a t e ( mm / dd / yy) 12 / 7 / 06 12 / 7 / 06 12 / 7 / 06 R e q u i r e d O p e r a t i ng P a r a m e t e r s D u r i ng T e st S t ea m O u t p u t ( 1000 l b / h r) (f o r bo il e r s o n l y) 295 295 319 1000 l b s t ea m / hr T o t a l H ea t I n p u t ( mm B t u / h r) 458 468 472 mm B t u / hr

W ood : B a

rk 33 .5 33 .5 36 .3 O t he r : P l ea s e E x p l a in t o n s /

h o ur If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll N a t u r a l gas ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll E m i ss i o n D a ta M e r c u r y ( H g) ( s e l e c t e m i ss i o n r a t e un i t s) A r s en i c ( A s) ( s e l e c t e m i ss i o n r a t e un i t s) B e r y lli u m ( B e) ( s e l e c t e m i ss i o n r a t e un i t s) C a d m i u m ( C d) ( s e l e c t e m i ss i o n r a t e un i t s) C h r o m i u m ( C r) ( s e l e c t e m i ss i o n r a t e un i t s) L ea d ( Pb) ( s e l e c t e m i ss i o n r a t e un i t s) M angane s e ( M

n) ( s e l e c t e m i ss i o n r a t e un i t s) N i c ke l ( N i) ( s e l e c t e m i ss i o n r a t e un i t s) S e l en i u m ( S e) ( s e l e c t e m i ss i o n r a t e un i t s) P a rt i c u l a t e M a tt e r (fr o n t ha l f) 0

. 025 0

. 026 0

. 016 0

. 023 l b / mm B tu M e t h od 1 , 2 , 3a , 4 , 5 D o w n s tr eam P a rt i c u l a t e M a tt e r (t o t a l , i

n c l u d i ng co n d en s i

b l e s) ( s e l e c t e m i ss i o n r a t e un i t s) O t h e r O pe r a ti n g P a r a m e t e r s D u r i n g Te st ( T h ese p a r a m e t e r s a r e o n l y r eq u i r ed i f e m i ss i o n un it s a r e p r o v i ded i n un it s o f co n ce n tr a ti o n) D r y o r W e t B a s is W e t o r D ry E xhau s t S tr ea

m % M o i s t u re E xhau s t F l

o w r a te a c f m o r d sc fm E xhau s t T e m

p e r a t u re C o r F N o

. 1 P o w e r B oi l er

A s l i s t e d i n qu e s t io n II. B

. 3

. a1 ( y o u m a y e n t e r c o n t r o l d e v i c e a s l i s t e d i n qu e s t io n s II. B

. 3

. a1 o r II. B

. 3

. a6
, o r o t h e r ( w i t h d e sc r i p t io n )
, i f t h e c o n t r o l d e v i c e du r i ng t h e t e s t w a s n o t l i s t e d i n t h e s u r v e y s e c t io n II. B

. 3)

E n t e r nu m e r i c a l va l ue w hen ava il a b l e

. If
t he t e s t r e s u l

t s a r e b e l o w d e t e c t i

o n li m i t , p l ea s e n o t e t

he d e t e c t i o n li m i t i n b r a c ke t s ( e

. g ., [ < 0

. 010 ])

.

S e l e c t t he f ue l t y p e s u s e d d u

r i ng e m i ss i o n t e s t fr o m t

he d r op do w

n m enu s an d en

t e r t he i r co rr e s po n d i

ng f ue l i n p u t r a t e s b e l o w

. Y o u m

ay en t e r u p t o 15 f ue l t y p e s f i r e d d u r i ng t he t e s t. I n t e r n a t io n a l P a p e r Pr a tt v i ll e M i llP M a nd M e t a l s PB 1 ( 5)

Fac ili t y N a m e:
C o m bus t o r I D:

C on tr o l D ev i ce C on fi gu r a t i on :

P a r a m e t erSample#1Sample#2Sample#3TestAverage U n itsUnitsOtherDescription T es t M e t h o d U sed T es t L oca ti on N o te

S e l e c t a pp r op r i a t e un i t fr o m li s t

. If o t he r i s s e l e c t e d p l ea s e d e sc r i b e un i t s i n co l u m n H a t

r i gh t. E n t e r t he na m e o f t he T e s t M e t

h od u s e d.

Fo r F ue l i n p u t r a t e s , en t e r t he m e t h od u s e d t o d e t e r

m i ne t he f ue l i n p u t ( e

. g ., F -f

a c t o r , ga s f

ue l m e t e r , bo il

e r
e ff i c i en c y c a l c u l a t i o n) I n d i c a t e w he t he r t he t e s t

occ u rr e d u p s tr ea m o r do w n s tr ea m o f a co n

tr o l d ev i c e ( s) Fo r a ll po ll u t an t s , p r o v i d e any o t he r i n f o r m a t i o n s u ppo rt i ng i n f o r m a t i o n y o u t h i nk i s ne c e ss a

r y a bo u t t h i s t e s t r e po rt

. S a m p l e D a t e ( mm / dd / yy) 5 / 17 / 07 5 / 17 / 07 5 / 17 / 07 R e q u i r e d O p e r a t i ng P a r a m e t e r s D u r i ng T e st S t ea m O u t p u t ( 1000 l b / h r) (f o r bo il e r s o n l y) 196 216 207 1000 l b s t ea m / hr T o t a l H ea t I n p u t ( mm B t u / h r) 480 483 459 mm B t u / hr

W ood : B a

rk 37 .7 41 .6 39 .9 O t he r : P l ea s e E x p l a in t o n s /

h o ur If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll N a t u r a l gas ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll E m i ss i o n D a ta M e r c u r y ( H g) ( s e l e c t e m i ss i o n r a t e un i t s) A r s en i c ( A s) ( s e l e c t e m i ss i o n r a t e un i t s) B e r y lli u m ( B e) ( s e l e c t e m i ss i o n r a t e un i t s) C a d m i u m ( C d) ( s e l e c t e m i ss i o n r a t e un i t s) C h r o m i u m ( C r) ( s e l e c t e m i ss i o n r a t e un i t s) L ea d ( Pb) ( s e l e c t e m i ss i o n r a t e un i t s) M angane s e ( M

n) ( s e l e c t e m i ss i o n r a t e un i t s) N i c ke l ( N i) ( s e l e c t e m i ss i o n r a t e un i t s) S e l en i u m ( S e) ( s e l e c t e m i ss i o n r a t e un i t s) P a rt i c u l a t e M a tt e r (fr o n t ha l f) 0

. 015 0

. 015 0

. 026 0

. 019 l b / mm B tu M e t h od 1 , 2 , 3a , 4 , 5 D o w n s tr eam P a rt i c u l a t e M a tt e r (t o t a l , i

n c l u d i ng co n d en s i

b l e s) ( s e l e c t e m i ss i o n r a t e un i t s) O t h e r O pe r a ti n g P a r a m e t e r s D u r i n g Te st ( T h ese p a r a m e t e r s a r e o n l y r eq u i r ed i f e m i ss i o n un it s a r e p r o v i ded i n un it s o f co n ce n tr a ti o n) D r y o r W e t B a s is W e t o r D ry E xhau s t S tr ea

m % M o i s t u re E xhau s t F l

o w r a te a c f m o r d sc fm E xhau s t T e m

p e r a t u re C o r F N o

. 1 P o w e r B oi l er

A s l i s t e d i n qu e s t io n II. B

. 3

. a1 ( y o u m a y e n t e r c o n t r o l d e v i c e a s l i s t e d i n qu e s t io n s II. B

. 3

. a1 o r II. B

. 3

. a6
, o r o t h e r ( w i t h d e sc r i p t io n )
, i f t h e c o n t r o l d e v i c e du r i ng t h e t e s t w a s n o t l i s t e d i n t h e s u r v e y s e c t io n II. B

. 3)

E n t e r nu m e r i c a l va l ue w hen ava il a b l e

. If
t he t e s t r e s u l

t s a r e b e l o w d e t e c t i

o n li m i t , p l ea s e n o t e t

he d e t e c t i o n li m i t i n b r a c ke t s ( e

. g ., [ < 0

. 010 ])

.

S e l e c t t he f ue l t y p e s u s e d d u

r i ng e m i ss i o n t e s t fr o m t

he d r op do w

n m enu s an d en

t e r t he i r co rr e s po n d i

ng f ue l i n p u t r a t e s b e l o w

. Y o u m

ay en t e r u p t o 15 f ue l t y p e s f i r e d d u r i ng t he t e s t. I n t e r n a t io n a l P a p e r Pr a tt v i ll e M i llP M a nd M e t a l s PB1

Fac ili t y N a m e:
C o m bus t o r I D:

C on tr o l D ev i ce C on fi gu r a t i on :

P a r a m e t erSample#1Sample#2Sample#3TestAverage U n itsUnitsOtherDescription T es t M e t h o d U sed T es t L oca ti on N o te

S e l e c t a pp r op r i a t e un i t fr o m li s t

. If o t he r i s s e l e c t e d p l ea s e d e sc r i b e un i t s i n co l u m n H a t

r i gh t. E n t e r t he na m e o f t he T e s t M e t

h od u s e d.

Fo r F ue l i n p u t r a t e s , en t e r t he m e t h od u s e d t o d e t e r

m i ne t he f ue l i n p u t ( e

. g ., F -f

a c t o r , ga s f

ue l m e t e r , bo il

e r
e ff i c i en c y c a l c u l a t i o n) I n d i c a t e w he t he r t he t e s t

occ u rr e d u p s tr ea m o r do w n s tr ea m o f a co n

tr o l d ev i c e ( s) Fo r a ll po ll u t an t s , p r o v i d e any o t he r i n f o r m a t i o n s u ppo rt i ng i n f o r m a t i o n y o u t h i nk i s ne c e ss a

r y a bo u t t h i s t e s t r e po rt

. S a m p l e D a t e ( mm / dd / yy) 5 / 27 / 08 5 / 27 / 08 5 / 27 / 08 R e q u i r e d O p e r a t i ng P a r a m e t e r s D u r i ng T e st S t ea m O u t p u t ( 1000 l b / h r) (f o r bo il e r s o n l y) 259 253 250 1000 l b s t ea m / hr T o t a l H ea t I n p u t ( mm B t u / h r) 391 390 390 mm B t u / hr

N a t u r a l gas 134 64 29 mm B t u / hr G a s F ue l M e t er If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll W ood : B a

rk 257 326 361 mm B t u / hr B o il e r E ff c i en c y C a lc If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll E m i ss i o n D a ta M e r c u r y ( H g) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le A r s en i c ( A s) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le B e r y lli u m ( B e) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le C a d m i u m ( C d) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le C h r o m i u m ( C r) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le L ea d ( Pb) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le M angane s e ( M

n) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le N i c ke l ( N i) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le S e l en i u m ( S e) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le P a rt i c u l a t e M a tt e r (fr o n t ha l f) 0

. 027 0

. 014 0

. 014 0

. 018 l b / mm B tu M e t h od 1 , 2 , 3a , 4 , 5 D o w n s tr eam P a rt i c u l a t e M a tt e r (t o t a l , i

n c l u d i ng co n d en s i

b l e s) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le O t h e r O pe r a ti n g P a r a m e t e r s D u r i n g Te st ( T h ese p a r a m e t e r s a r e o n l y r eq u i r ed i f e m i ss i o n un it s a r e p r o v i ded i n un it s o f co n ce n tr a ti o n) D r y o r W e t B a s is D ry D ry D ry W e t o r D ry E xhau s t S tr ea

m % M o i s t u re 25 .6 24 .8 24 .3 E xhau s t F l

o w r a te 116635 116819 119153 d sc fm E xhau s t T e m

p e r a t u re 154 152 150 F I n t e r n a t io n a l P a p e r Pr a tt v i ll e M i ll

( y o u m a y e n t e r c o n t r o l d e v i c e a s l i s t e d i n qu e s t io n s II. B

. 3

. a1 o r II. B

. 3

. a6
, o r o t h e r ( w i t h d e sc r i p t io n )
, i f t h e c o n t r o l d e v i c e du r i ng t h e t e s t w a s n o t l i s t e d i n t h e s u r v e y s e c t io n II. B

. 3)

E n t e r nu m e r i c a l va l ue w hen ava il a b l e

. If
t he t e s t r e s u l

t s a r e b e l o w d e t e c t i

o n li m i t , p l ea s e n o t e t

he d e t e c t i o n li m i t i n b r a c ke t s ( e

. g ., [ < 0

. 010 ])

.

S e l e c t t he f ue l t y p e s u s e d d u

r i ng e m i ss i o n t e s t fr o m t

he d r op do w

n m enu s an d en

t e r t he i r co rr e s po n d i

ng f ue l i n p u t r a t e s b e l o w

. Y o u m

ay en t e r u p t o 15 f ue l t y p e s f i r e d d u r i ng t he t e s t. N o

. 1 P o w e r B oi l er

A s l i s t e d i n qu e s t io n II. B

. 3

. a1P M a nd M e t a l s PB 2 ( 1)

Fac ili t y N a m e:
C o m bus t o r I D:

C on tr o l D ev i ce C on fi gu r a t i on :

P a r a m e t erSample#1Sample#2Sample#3TestAverage U n itsUnitsOtherDescription T es t M e t h o d U sed T es t L oca ti on N o te

S e l e c t a pp r op r i a t e un i t fr o m li s t

. If o t he r i s s e l e c t e d p l ea s e d e sc r i b e un i t s i n co l u m n H a t

r i gh t. E n t e r t he na m e o f t he T e s t M e t

h od u s e d.

Fo r F ue l i n p u t r a t e s , en t e r t he m e t h od u s e d t o d e t e r

m i ne t he f ue l i n p u t ( e

. g ., F -f

a c t o r , ga s f

ue l m e t e r , bo il

e r
e ff i c i en c y c a l c u l a t i o n) I n d i c a t e w he t he r t he t e s t

occ u rr e d u p s tr ea m o r do w n s tr ea m o f a co n

tr o l d ev i c e ( s) Fo r a ll po ll u t an t s , p r o v i d e any o t he r i n f o r m a t i o n s u ppo rt i ng i n f o r m a t i o n y o u t h i nk i s ne c e ss a

r y a bo u t t h i s t e s t r e po rt

. S a m p l e D a t e ( mm / dd / yy) 2 / 18 / 03 2 / 18 / 03 2 / 18 / 03 R e q u i r e d O p e r a t i ng P a r a m e t e r s D u r i ng T e st S t ea m O u t p u t ( 1000 l b / h r) (f o r bo il e r s o n l y) T o t a l H ea t I n p u t ( mm B t u / h r) 573 568 565 mm B t u / hr

C o a l: B i t u m i n o us 4 .5 4 .1 5 .4 t o n s / hr If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll W ood : B a

rk 56 .9 57 .6 53 t o n s / hr If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll E m i ss i o n D a ta M e r c u r y ( H g) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le A r s en i c ( A s) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le B e r y lli u m ( B e) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le C a d m i u m ( C d) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le C h r o m i u m ( C r) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le L ea d ( Pb) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le M angane s e ( M

n) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le N i c ke l ( N i) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le S e l en i u m ( S e) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le P a rt i c u l a t e M a tt e r (fr o n t ha l f) 0

. 019 0

. 027 0

. 026 0

. 024 l b / mm B tu M e t h od 1 , 2 , 3a , 4 , 5 D o w n s tr eam P a rt i c u l a t e M a tt e r (t o t a l , i

n c l u d i ng co n d en s i

b l e s) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le O t h e r O pe r a ti n g P a r a m e t e r s D u r i n g Te st ( T h ese p a r a m e t e r s a r e o n l y r eq u i r ed i f e m i ss i o n un it s a r e p r o v i ded i n un it s o f co n ce n tr a ti o n) D r y o r W e t B a s is E xhau s t S tr ea

m % M o i s t u re E xhau s t F l

o w r a te E xhau s t T e m

p e r a t u re N o

. 2 P o w e r B oi l er

A s l i s t e d i n qu e s t io n II. B

. 3

. a1 ( y o u m a y e n t e r c o n t r o l d e v i c e a s l i s t e d i n qu e s t io n s II. B

. 3

. a1 o r II. B

. 3

. a6
, o r o t h e r ( w i t h d e sc r i p t io n )
, i f t h e c o n t r o l d e v i c e du r i ng t h e t e s t w a s n o t l i s t e d i n t h e s u r v e y s e c t io n II. B

. 3)

E n t e r nu m e r i c a l va l ue w hen ava il a b l e

. If
t he t e s t r e s u l

t s a r e b e l o w d e t e c t i

o n li m i t , p l ea s e n o t e t

he d e t e c t i o n li m i t i n b r a c ke t s ( e

. g ., [ < 0

. 010 ])

.

S e l e c t t he f ue l t y p e s u s e d d u

r i ng e m i ss i o n t e s t fr o m t

he d r op do w

n m enu s an d en

t e r t he i r co rr e s po n d i

ng f ue l i n p u t r a t e s b e l o w

. Y o u m

ay en t e r u p t o 15 f ue l t y p e s f i r e d d u r i ng t he t e s t. I n e r n a t io n a l P a p e r Pr a tt v i ll e M i llP M a nd M e t a l s PB 2 ( 2)

Fac ili t y N a m e:
C o m bus t o r I D:

C on tr o l D ev i ce C on fi gu r a t i on :

P a r a m e t erSample#1Sample#2Sample#3TestAverage U n itsUnitsOtherDescription T es t M e t h o d U sed T es t L oca ti on N o te

S e l e c t a pp r op r i a t e un i t fr o m li s t

. If o t he r i s s e l e c t e d p l ea s e d e sc r i b e un i t s i n co l u m n H a t

r i gh t. E n t e r t he na m e o f t he T e s t M e t

h od u s e d.

Fo r F ue l i n p u t r a t e s , en t e r t he m e t h od u s e d t o d e t e r

m i ne t he f ue l i n p u t ( e

. g ., F -f

a c t o r , ga s f

ue l m e t e r , bo il

e r
e ff i c i en c y c a l c u l a t i o n) I n d i c a t e w he t he r t he t e s t

occ u rr e d u p s tr ea m o r do w n s tr ea m o f a co n

tr o l d ev i c e ( s) Fo r a ll po ll u t an t s , p r o v i d e any o t he r i n f o r m a t i o n s u ppo rt i ng i n f o r m a t i o n y o u t h i nk i s ne c e ss a

r y a bo u t t h i s t e s t r e po rt

. S a m p l e D a t e ( mm / dd / yy) 6 / 8 / 04 6 / 8 / 04 6 / 8 / 04 R e q u i r e d O p e r a t i ng P a r a m e t e r s D u r i ng T e st S t ea m O u t p u t ( 1000 l b / h r) (f o r bo il e r s o n l y) T o t a l H ea t I n p u t ( mm B t u / h r) 587 596 625 mm B t u / hr

C o a l: B i t u m i n o us 8 .1 6 .9 6 .9 t o n s / hr If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll W ood : B a

rk 47 .3 52 .2 55 .8 t o n s / hr If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll E m i ss i o n D a ta M e r c u r y ( H g) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le A r s en i c ( A s) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le B e r y lli u m ( B e) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le C a d m i u m ( C d) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le C h r o m i u m ( C r) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le L ea d ( Pb) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le M angane s e ( M

n) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le N i c ke l ( N i) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le S e l en i u m ( S e) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le P a rt i c u l a t e M a tt e r (fr o n t ha l f) 0

. 039 0

. 03 0

. 041 0

. 037 l b / mm B tu M e t h od 1 , 2 , 3a , 4 , 5 D o w n s tr eam P a rt i c u l a t e M a tt e r (t o t a l , i

n c l u d i ng co n d en s i

b l e s) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le O t h e r O pe r a ti n g P a r a m e t e r s D u r i n g Te st ( T h ese p a r a m e t e r s a r e o n l y r eq u i r ed i f e m i ss i o n un it s a r e p r o v i ded i n un it s o f co n ce n tr a ti o n) D r y o r W e t B a s is E xhau s t S tr ea

m % M o i s t u re E xhau s t F l

o w r a te E xhau s t T e m

p e r a t u re N o

. 2 P o w e r B oi l er

A s l i s t e d i n qu e s t io n II. B

. 3

. a1 ( y o u m a y e n t e r c o n t r o l d e v i c e a s l i s t e d i n qu e s t io n s II. B

. 3

. a1 o r II. B

. 3

. a6
, o r o t h e r ( w i t h d e sc r i p t io n )
, i f t h e c o n t r o l d e v i c e du r i ng t h e t e s t w a s n o t l i s t e d i n t h e s u r v e y s e c t io n II. B

. 3)

E n t e r nu m e r i c a l va l ue w hen ava il a b l e

. If
t he t e s t r e s u l

t s a r e b e l o w d e t e c t i

o n li m i t , p l ea s e n o t e t

he d e t e c t i o n li m i t i n b r a c ke t s ( e

. g ., [ < 0

. 010 ])

.

S e l e c t t he f ue l t y p e s u s e d d u

r i ng e m i ss i o n t e s t fr o m t

he d r op do w

n m enu s an d en

t e r t he i r co rr e s po n d i

ng f ue l i n p u t r a t e s b e l o w

. Y o u m

ay en t e r u p t o 15 f ue l t y p e s f i r e d d u r i ng t he t e s t. I n e r n a t io n a l P a p e r Pr a tt v i ll e M i llP M a nd M e t a l s PB 2 ( 3)

Fac ili t y N a m e:
C o m bus t o r I D:

C on tr o l D ev i ce C on fi gu r a t i on :

P a r a m e t erSample#1Sample#2Sample#3TestAverage U n itsUnitsOtherDescription T es t M e t h o d U sed T es t L oca ti on N o te

S e l e c t a pp r op r i a t e un i t fr o m li s t

. If o t he r i s s e l e c t e d p l ea s e d e sc r i b e un i t s i n co l u m n H a t

r i gh t. E n t e r t he na m e o f t he T e s t M e t

h od u s e d.

Fo r F ue l i n p u t r a t e s , en t e r t he m e t h od u s e d t o d e t e r

m i ne t he f ue l i n p u t ( e

. g ., F -f

a c t o r , ga s f

ue l m e t e r , bo il

e r
e ff i c i en c y c a l c u l a t i o n) I n d i c a t e w he t he r t he t e s t

occ u rr e d u p s tr ea m o r do w n s tr ea m o f a co n

tr o l d ev i c e ( s) Fo r a ll po ll u t an t s , p r o v i d e any o t he r i n f o r m a t i o n s u ppo rt i ng i n f o r m a t i o n y o u t h i nk i s ne c e ss a

r y a bo u t t h i s t e s t r e po rt

. S a m p l e D a t e ( mm / dd / yy) 6 / 16 / 05 6 / 16 / 05 6 / 16 / 05 R e q u i r e d O p e r a t i ng P a r a m e t e r s D u r i ng T e st S t ea m O u t p u t ( 1000 l b / h r) (f o r bo il e r s o n l y) T o t a l H ea t I n p u t ( mm B t u / h r) 551 481 535 mm B t u / hr

C o a l: B i t u m i n o us 11 .7 12 .7 11 t o n s / hr If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll W ood : B a

rk 33 .7 21 33 .9 t o n s / hr If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll E m i ss i o n D a ta M e r c u r y ( H g) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le A r s en i c ( A s) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le B e r y lli u m ( B e) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le C a d m i u m ( C d) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le C h r o m i u m ( C r) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le L ea d ( Pb) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le M angane s e ( M

n) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le N i c ke l ( N i) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le S e l en i u m ( S e) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le P a rt i c u l a t e M a tt e r (fr o n t ha l f) 0

. 079 0

. 107 0

. 066 0

. 084 l b / mm B tu M e t h od 1 , 2 , 3a , 4 , 5 D o w n s tr eam P a rt i c u l a t e M a tt e r (t o t a l , i

n c l u d i ng co n d en s i

b l e s) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le O t h e r O pe r a ti n g P a r a m e t e r s D u r i n g Te st ( T h ese p a r a m e t e r s a r e o n l y r eq u i r ed i f e m i ss i o n un it s a r e p r o v i ded i n un it s o f co n ce n tr a ti o n) D r y o r W e t B a s is E xhau s t S tr ea

m % M o i s t u re E xhau s t F l

o w r a te E xhau s t T e m

p e r a t u re N o

. 2 P o w e r B oi l er

A s l i s t e d i n qu e s t io n II. B

. 3

. a1 ( y o u m a y e n t e r c o n t r o l d e v i c e a s l i s t e d i n qu e s t io n s II. B

. 3

. a1 o r II. B

. 3

. a6
, o r o t h e r ( w i t h d e sc r i p t io n )
, i f t h e c o n t r o l d e v i c e du r i ng t h e t e s t w a s n o t l i s t e d i n t h e s u r v e y s e c t io n II. B

. 3)

E n t e r nu m e r i c a l va l ue w hen ava il a b l e

. If
t he t e s t r e s u l

t s a r e b e l o w d e t e c t i

o n li m i t , p l ea s e n o t e t

he d e t e c t i o n li m i t i n b r a c ke t s ( e

. g ., [ < 0

. 010 ])

.

S e l e c t t he f ue l t y p e s u s e d d u

r i ng e m i ss i o n t e s t fr o m t

he d r op do w

n m enu s an d en

t e r t he i r co rr e s po n d i

ng f ue l i n p u t r a t e s b e l o w

. Y o u m

ay en t e r u p t o 15 f ue l t y p e s f i r e d d u r i ng t he t e s t. I n e r n a t io n a l P a p e r Pr a tt v i ll e M i llP M a nd M e t a l s PB 2 ( 4)

Fac ili t y N a m e:
C o m bus t o r I D:

C on tr o l D ev i ce C on fi gu r a t i on :

P a r a m e t erSample#1Sample#2Sample#3TestAverage U n itsUnitsOtherDescription T es t M e t h o d U sed T es t L oca ti on N o te

S e l e c t a pp r op r i a t e un i t fr o m li s t

. If o t he r i s s e l e c t e d p l ea s e d e sc r i b e un i t s i n co l u m n H a t

r i gh t. E n t e r t he na m e o f t he T e s t M e t

h od u s e d.

Fo r F ue l i n p u t r a t e s , en t e r t he m e t h od u s e d t o d e t e r

m i ne t he f ue l i n p u t ( e

. g ., F -f

a c t o r , ga s f

ue l m e t e r , bo il

e r
e ff i c i en c y c a l c u l a t i o n) I n d i c a t e w he t he r t he t e s t

occ u rr e d u p s tr ea m o r do w n s tr ea m o f a co n

tr o l d ev i c e ( s) Fo r a ll po ll u t an t s , p r o v i d e any o t he r i n f o r m a t i o n s u ppo rt i ng i n f o r m a t i o n y o u t h i nk i s ne c e ss a

r y a bo u t t h i s t e s t r e po rt

. S a m p l e D a t e ( mm / dd / yy) 6 / 7 / 06 6 / 7 / 06 6 / 7 / 06 R e q u i r e d O p e r a t i ng P a r a m e t e r s D u r i ng T e st S t ea m O u t p u t ( 1000 l b / h r) (f o r bo il e r s o n l y) T o t a l H ea t I n p u t ( mm B t u / h r) 556 560 575 mm B t u / hr

C o a l: B i t u m i n o us 8 .1 8 6 .7 t o n s / hr If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll W ood : B a

rk 40 .3 41 46 .5 t o n s / hr If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll E m i ss i o n D a ta M e r c u r y ( H g) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le A r s en i c ( A s) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le B e r y lli u m ( B e) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le C a d m i u m ( C d) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le C h r o m i u m ( C r) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le L ea d ( Pb) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le M angane s e ( M

n) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le N i c ke l ( N i) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le S e l en i u m ( S e) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le P a rt i c u l a t e M a tt e r (fr o n t ha l f) 0

. 037 0

. 041 0

. 022 0

. 033 l b / mm B tu M e t h od 1 , 2 , 3a , 4 , 5 D o w n s tr eam P a rt i c u l a t e M a tt e r (t o t a l , i

n c l u d i ng co n d en s i

b l e s) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le O t h e r O pe r a ti n g P a r a m e t e r s D u r i n g Te st ( T h ese p a r a m e t e r s a r e o n l y r eq u i r ed i f e m i ss i o n un it s a r e p r o v i ded i n un it s o f co n ce n tr a ti o n) D r y o r W e t B a s is E xhau s t S tr ea

m % M o i s t u re E xhau s t F l

o w r a te E xhau s t T e m

p e r a t u re N o

. 2 P o w e r B oi l er

A s l i s t e d i n qu e s t io n II. B

. 3

. a1 ( y o u m a y e n t e r c o n t r o l d e v i c e a s l i s t e d i n qu e s t io n s II. B

. 3

. a1 o r II. B

. 3

. a6
, o r o t h e r ( w i t h d e sc r i p t io n )
, i f t h e c o n t r o l d e v i c e du r i ng t h e t e s t w a s n o t l i s t e d i n t h e s u r v e y s e c t io n II. B

. 3)

E n t e r nu m e r i c a l va l ue w hen ava il a b l e

. If
t he t e s t r e s u l

t s a r e b e l o w d e t e c t i

o n li m i t , p l ea s e n o t e t

he d e t e c t i o n li m i t i n b r a c ke t s ( e

. g ., [ < 0

. 010 ])

.

S e l e c t t he f ue l t y p e s u s e d d u

r i ng e m i ss i o n t e s t fr o m t

he d r op do w

n m enu s an d en

t e r t he i r co rr e s po n d i

ng f ue l i n p u t r a t e s b e l o w

. Y o u m

ay en t e r u p t o 15 f ue l t y p e s f i r e d d u r i ng t he t e s t. I n e r n a t io n a l P a p e r Pr a tt v i ll e M i llP M a nd M e t a l s PB 2 ( 5)

Fac ili t y N a m e:
C o m bus t o r I D:

C on tr o l D ev i ce C on fi gu r a t i on :

P a r a m e t erSample#1Sample#2Sample#3TestAverage U n itsUnitsOtherDescription T es t M e t h o d U sed T es t L oca ti on N o te

S e l e c t a pp r op r i a t e un i t fr o m li s t

. If o t he r i s s e l e c t e d p l ea s e d e sc r i b e un i t s i n co l u m n H a t

r i gh t. E n t e r t he na m e o f t he T e s t M e t

h od u s e d.

Fo r F ue l i n p u t r a t e s , en t e r t he m e t h od u s e d t o d e t e r

m i ne t he f ue l i n p u t ( e

. g ., F -f

a c t o r , ga s f

ue l m e t e r , bo il

e r
e ff i c i en c y c a l c u l a t i o n) I n d i c a t e w he t he r t he t e s t

occ u rr e d u p s tr ea m o r do w n s tr ea m o f a co n

tr o l d ev i c e ( s) Fo r a ll po ll u t an t s , p r o v i d e any o t he r i n f o r m a t i o n s u ppo rt i ng i n f o r m a t i o n y o u t h i nk i s ne c e ss a

r y a bo u t t h i s t e s t r e po rt

. S a m p l e D a t e ( mm / dd / yy) 5 / 16 / 07 5 / 16 / 07 5 / 16 / 07 R e q u i r e d O p e r a t i ng P a r a m e t e r s D u r i ng T e st S t ea m O u t p u t ( 1000 l b / h r) (f o r bo il e r s o n l y) T o t a l H ea t I n p u t ( mm B t u / h r) 537 536 505 mm B t u / hr

C o a l: B i t u m i n o us 7 .5 7 .3 6 .4 t o n s / hr If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll W ood : B a

rk 36 .3 37 36 .4 t o n s / hr If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll E m i ss i o n D a ta M e r c u r y ( H g) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le A r s en i c ( A s) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le B e r y lli u m ( B e) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le C a d m i u m ( C d) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le C h r o m i u m ( C r) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le L ea d ( Pb) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le M angane s e ( M

n) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le N i c ke l ( N i) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le S e l en i u m ( S e) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le P a rt i c u l a t e M a tt e r (fr o n t ha l f) 0

. 056 0

. 032 0

. 047 0

. 045 l b / mm B tu M e t h od 1 , 2 , 3a , 4 , 5 D o w n s tr eam P a rt i c u l a t e M a tt e r (t o t a l , i

n c l u d i ng co n d en s i

b l e s) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le O t h e r O pe r a ti n g P a r a m e t e r s D u r i n g Te st ( T h ese p a r a m e t e r s a r e o n l y r eq u i r ed i f e m i ss i o n un it s a r e p r o v i ded i n un it s o f co n ce n tr a ti o n) D r y o r W e t B a s is E xhau s t S tr ea

m % M o i s t u re E xhau s t F l

o w r a te E xhau s t T e m

p e r a t u re N o

. 2 P o w e r B oi l er

A s l i s t e d i n qu e s t io n II. B

. 3

. a1 ( y o u m a y e n t e r c o n t r o l d e v i c e a s l i s t e d i n qu e s t io n s II. B

. 3

. a1 o r II. B

. 3

. a6
, o r o t h e r ( w i t h d e sc r i p t io n )
, i f t h e c o n t r o l d e v i c e du r i ng t h e t e s t w a s n o t l i s t e d i n t h e s u r v e y s e c t io n II. B

. 3)

E n t e r nu m e r i c a l va l ue w hen ava il a b l e

. If
t he t e s t r e s u l

t s a r e b e l o w d e t e c t i

o n li m i t , p l ea s e n o t e t

he d e t e c t i o n li m i t i n b r a c ke t s ( e

. g ., [ < 0

. 010 ])

.

S e l e c t t he f ue l t y p e s u s e d d u

r i ng e m i ss i o n t e s t fr o m t

he d r op do w

n m enu s an d en

t e r t he i r co rr e s po n d i

ng f ue l i n p u t r a t e s b e l o w

. Y o u m

ay en t e r u p t o 15 f ue l t y p e s f i r e d d u r i ng t he t e s t. I n e r n a t io n a l P a p e r Pr a tt v i ll e M i llP M a nd M e t a l s PB 2 ( 6)

Fac ili t y N a m e:
C o m bus t o r I D:

C on tr o l D ev i ce C on fi gu r a t i on :

P a r a m e t erSample#1Sample#2Sample#3TestAverage U n itsUnitsOtherDescription T es t M e t h o d U sed T es t L oca ti on N o te

S e l e c t a pp r op r i a t e un i t fr o m li s t

. If o t he r i s s e l e c t e d p l ea s e d e sc r i b e un i t s i n co l u m n H a t

r i gh t. E n t e r t he na m e o f t he T e s t M e t

h od u s e d.

Fo r F ue l i n p u t r a t e s , en t e r t he m e t h od u s e d t o d e t e r

m i ne t he f ue l i n p u t ( e

. g ., F -f

a c t o r , ga s f

ue l m e t e r , bo il

e r
e ff i c i en c y c a l c u l a t i o n) I n d i c a t e w he t he r t he t e s t

occ u rr e d u p s tr ea m o r do w n s tr ea m o f a co n

tr o l d ev i c e ( s) Fo r a ll po ll u t an t s , p r o v i d e any o t he r i n f o r m a t i o n s u ppo rt i ng i n f o r m a t i o n y o u t h i nk i s ne c e ss a

r y a bo u t t h i s t e s t r e po rt

. S a m p l e D a t e ( mm / dd / yy) 5 / 21 / 08 5 / 21 / 08 5 / 21 / 08 R e q u i r e d O p e r a t i ng P a r a m e t e r s D u r i ng T e st S t ea m O u t p u t ( 1000 l b / h r) (f o r bo il e r s o n l y) 353 385 395 1000 l b s t ea m / hr T o t a l H ea t I n p u t ( mm B t u / h r) 460 501 500 mm B t u / hr

C o a l: B i t u m i n o us 231 256 312 mm B t u / hr If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll W ood : B a

rk 230 244 188 mm B t u / hr If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll E m i ss i o n D a ta M e r c u r y ( H g) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le A r s en i c ( A s) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le B e r y lli u m ( B e) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le C a d m i u m ( C d) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le C h r o m i u m ( C r) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le L ea d ( Pb) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le M angane s e ( M

n) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le N i c ke l ( N i) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le S e l en i u m ( S e) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le P a rt i c u l a t e M a tt e r (fr o n t ha l f) 0

. 068 0

. 049 0

. 035 0

. 051 l b / mm B tu M e t h od 1 , 2 , 3a , 4 , 5 D o w n s tr eam 24

. 5 lb / hr P a rt i c u l a t e M a tt e r (t o t a l , i

n c l u d i ng co n d en s i

b l e s) ( s e l e c t e m i ss i o n r a t e un i t s) N o t T e s t e d

- N o D a t a A va il a b le O t h e r O pe r a ti n g P a r a m e t e r s D u r i n g Te st ( T h ese p a r a m e t e r s a r e o n l y r eq u i r ed i f e m i ss i o n un it s a r e p r o v i ded i n un it s o f co n ce n tr a ti o n) D r y o r W e t B a s is D ry D ry D ry W e t o r D ry E xhau s t S tr ea

m % M o i s t u re 20 .8 15 .2 15 .4 E xhau s t F l

o w r a te 137
, 319 128
, 679 124
, 258 d sc fm E xhau s t T e m

p e r a t u re 457 464 451 F I n e r n a t io n a l P a p e r Pr a tt v i ll e M i ll

( y o u m a y e n t e r c o n t r o l d e v i c e a s l i s t e d i n qu e s t io n s II. B

. 3

. a1 o r II. B

. 3

. a6
, o r o t h e r ( w i t h d e sc r i p t io n )
, i f t h e c o n t r o l d e v i c e du r i ng t h e t e s t w a s n o t l i s t e d i n t h e s u r v e y s e c t io n II. B

. 3)

E n t e r nu m e r i c a l va l ue w hen ava il a b l e

. If
t he t e s t r e s u l

t s a r e b e l o w d e t e c t i

o n li m i t , p l ea s e n o t e t

he d e t e c t i o n li m i t i n b r a c ke t s ( e

. g ., [ < 0

. 010 ])

.

S e l e c t t he f ue l t y p e s u s e d d u

r i ng e m i ss i o n t e s t fr o m t

he d r op do w

n m enu s an d en

t e r t he i r co rr e s po n d i

ng f ue l i n p u t r a t e s b e l o w

. Y o u m

ay en t e r u p t o 15 f ue l t y p e s f i r e d d u r i ng t he t e s t. N o

. 2 P o w e r B oi l er

A s l i s t e d i n qu e s t io n II. B

. 3

. a1

# A tt ac h m e n t 2

# F r o m : De rr i ck Dea s e < De rr i ck

. De a s e @ ipap e r

. c o m>

T o: < s pe l l s

. c ha r l ene @ ep a

. go v> CC: < e ddinge r

. ji m @ epa

. go v> , < s h r age r

. b r ian @ e pa

. go v> , < a m anda

. s ingle t on @ e r g

. c o m> , < T i m _Hun t @ a f andp a

. o r g> , < Amy

_ M a rs hall @ UR S Co r p

. c o m> Da t e : 4 / 1 / 2010 5 : 13 PM S u b j ec t: I n t e r na t i onal P ape r's Co rr e c t ion s t o t he E P A C I S W I Da t aba se A tt ac h me n t s: pi c 03 1 71

. j pg ; I n t e r na t iona l P ape r's Co rr e c t i on s C I S W I Da t ab a s e 04

- 0 1

- 2010

. do c x ; C I S W I Da t aba s e Co rr e c t ion s f o r I n t e r n a t i onal P a pe r 0 4

- 01

- 10

. x l s x ; I P R i v e r d ale No2 B a rk B oile r Em i s s i on s T e s t

. pd f; I P M an s f ield No2 P owe r B o i le r Em i ss ion s T e s t

. p d f ; I P Red Ri v e r N o 2 Ho g ged F uel B oile r E m i s s i o n s T e s t

. pd f ; I n t e r na t ional P ape r- T e x a rk ana M ill

_ E m i ss ion T e s t S p r ead s h e e t

. x ls

F o r r e v iew

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. jp g)

I N T E RN A T I O N A L P L A C E 3 640 0 P O P L A R A VE NUE ME M P H I S
, T N 3 8197 P H O N E ( 901 ) 419

- 9000

A p r il 1
, 2 0 10

Ms

. Cha r le n e S pe l ls U

. S

. E n v i r on m en t a l Pr o t e c t ion A g e n cy O A Q P S
, S e c t o r P o l i c ie s a n d Pr og r a m Di v i s ion ( D243

- 01) Re s ea rc h T r ia n gle P a r k
, No r t h Ca r o l ina 27711

Re : I n t e r na t ional P ape r ’ s Co rr e c t i on s t o t h e I CR C I S W I Da t aba se

Dea r Ms

. S pell s:

I n t e r na t i onal P ape r ( I P) i s p r o v i d ing c o r r e c t io n s t o t he E P A I CR C I S WI da t aba s e

. F o r e a s e o f r e f e r en c e , t hi s le t t e r i s di v ided in t o t h e r e l e v ant
s ubj e c t a r ea s r equi r ing c o rr e c t ion s and / o r u p da t e s.

Clo s ed F a c i li t ie s t o be Re m o v ed f r o m t h e Da t ab a se

T h e f oll o wing f a c i l i t y i s now c l o s ed
, and we r eque s t t ha t i t b e r e m o v ed f r o m t he I CR Da t aba s e.

· I n t e r na t i onal P ape r P i n e v ille M ill ( F a c il i t y I D : L A I n t e r na t ion al P ape r-P ine v ill e)

Con t a c t I n f o rm a t i on C o r r e c t io n s / Upda t e s (“ C I S W I Da t a

_ F a c ili t y” t ab)

Upda t e t he c o n t a c t i n f o r m a t io n f o r t h e f ollow i ng f a c il i t y a s t he ind i v i dual li s t ed in t h e d a t ab a s e i s no longe r in t ha t p o s i t i o n

. A de t ail e d u p da t e to t hi s c o n t a c t in f o r m a t io n i s p r o v ided in t he a t t a c hed s p r ead s h e e t , C I S WI Da t aba s e Co rr e c t i on s f o r I n t e r n a t i o nal P a p e r 0 4

- 01

- 10
, “ C I S WI Da t a_ F a c i li t y ” t ab.

# · I n t e r na t i onal P ape r T e x a rk ana M i ll ( F a c ili t y I D:

T X I n t e r na t ional P ape r Q ueenC i t y) p r i m a ry c on t a c t i s M oe M a r qui s.

Em i s s i on s Da t a Co rr e c t ion s / U p da t e s (“ C I S W I Da t a_ Em i s s i on s

_ T e s t ” t ab)

Upda t e t he B oi l e r MA C T da t aba s e f o r t he f ollowin g f a c ili t ie s a s d e s cr i b ed
m o r e f u l l y i n t he a t t a c h e d s p r ea d s h ee t , C I S W I Da t aba s e Co rr e c t i on s f or I n t e r na t i onal P ape r 04

- 01

- 10
, “ C I S W I Da t a

_ E m i ss ion s

_ T e s t ” t ab.

· I n t e r na t i onal P ape r Ri v e r dale M ill ( F a c il i t y I D : A L I P Ri v e r da l e ) CO da t a f o r 20 0 9 wa s o m i t t e d f r o m t he I CR C I S W I d a t a ba s e (S t a ck T e s t Repo rt da t ed O c t obe r 14
, 2 009 )

. F o r y ou r r e v iew
, t he t i t l e p a ge and t he e m i ss ions t e s t s u mm a r y

f o r t hi s s ou rc e a r e p r o v ided in t h e a tt a c hed do c u m en t e n t i t led

“ I P Ri v e r da l e No 2 B a rk B o i le r C O E m i ss ion s T e s t ”

. T h i s a tt a c h m e n t i s t a k en f r o m t he la r ge r e m i ss ion s t e s t do c u m en t p r e v io u s l y p r o v id e d t o E P A and c an be r e s ub m i t t e d u p on r e que s t.

· I n t e r na t i onal P ape r M a n s f ie l d M il l ( F a c ili t y I D : L A I P M a n s f ie l d ) h as C O da t a f o r i t s No

. 2 P owe r B oi l e r i n p p m

. T he I CR C I S W I d a t a ba s e i n c ludes C O t e s t r e s ul t s in l b / h r an d l b / MM B t u

. T hi s d a t a i s a v aila b le i n T able 2 -3
o f t he a tt a c h ed r e po r t en t i t led “ I P M an s f ield No2 P o we r B oil e r Em i ss ions T e s t.

· I n t e r na t i onal P ape r Red R i v e r M il l ( F a c ili t y I D: L A I n t e r n a t i o nal P ape r RedRi v e rM i l l ) s ub m i tt ed Ni c k e l d a t a f o r i t s No

. 2 Hogg e d F uel B oile r

. T h i s d a t a wa s in c o rr e c t l y r epo r t ed in t he d a t a ba s e as 0

. 00135 m g / d s c m r a t he r t ha n 0

. 001 5 1 m g / d scm

. F o r y ou r r e v iew
, t he t i t le pag e an d e m i ss ion s t e s t s u m m a r y f o r t hi s s ou rc e a r e p r o v i ded in t he
a t t a c h ed d o c u m e n t en t i t led
, “ I P Red R i v e r No2 Hog g ed F uel B oile r E m i s s io ns T e s t ”

. T h i s a tt a c h m en t i s t a k e n f r o m t he la r g e r e m i ss ion s t e s t do c u m ent p r e v iou s l y p r o v ide d t o E PA a nd c a n b e r e s ub m i tt ed upon r eque s t.

· I n t e r na t i onal P ape r T e x a rk ana M i ll ( F a c ili t y I D: T X I n t e r na t ional P ape r Q ueenC i t y) s u b m i t t ed C O da t a f o r i t s P ow e r B oile r No. 2

. T hi s d a t a i s in c o rr e c t in t he da t aba s e ba s ed on I CR P ha s e I, S ou rc e T ab

" O r g a ni c H AP & C O ( 2 ) " a nd " O r gani c H A P & C O ( 3 ) "

. F o r y ou r r e f e r en c e , we a r e r e s ub m i t t i ng t he I CR P ha s e I e m i ss ion t e s t s p r ead s he e t , “ I n t e r na t ional P ape r- T e x a rk ana M ill

_ E m i ss ion T e s t S p r e ad s hee t ”

. S e e t ab s “ O r ga n i c H AP & C O ( 2 )” and “ O r g a ni c H AP & C O ( 3 )”
, r e s pe c t i v el y.

A ddi t iona l Co rr e c t ion s (“ Da t a _Uni t _De s ign_ O pe r a t ion ” t ab)

I n a ddi t ion t o t he da t a c o rr e c t ion s abo v e , I P al s o belie v e s , t he No

. 1 P owe r B o i le r a t t he I n t e r na t ion a l P ape r T e x a rk an a M il l ( F a c ili t y I D: T X I n t e r na t ional P ape r Q ueenC i t y) wa s i n c o r r e c t l y pla c ed in t he C I S WI da t aba s e

. As r e po r t e d i n t he I CR s u rv e y , t hi s i s a na t u r al ga s f i r ed unit whi c h al s o o cc a s ionall y bu r n s No

. 6 f uel oil

. T he uni t i s li s t ed in t he C I S W I da t aba s e a s bu r ning c on t a m ina t ed bio m a ss a nd g a s wi t h a f u e l c a t ego ry o f " S oli d

- no n
- c o a l "

. T hi s e r r o r wa s p r e v iou s l y r epo r t ed on F eb r ua ry 5, 201 0 bu t ha s no t bee n c o rr e c t ed a s o f t h e m o s t c u rr e n t v e rs ion o f t he da t aba s e.

# S hould y ou ha v e an y q ue s t i o n s o r need ad d i t i onal in f o rm a t i on , pl e a s e f eel

f r ee t o c on t a c t m e a t ( 901 ) 419

- 4 355 o r v ia e m ail at de rr i ck

. dea s e @ i p ape r

. c om o r M a r c e ia Co x a t ( 9 01 ) 4 19

- 3930 or m a rc eia

. c o x @ ipape r

. c om

. T ha n k y ou in ad v an c e f o r c on s ide r i ng o u r r e q ue s t s.
S in c e r el y,

De rr i ck Dea se E H S Rep r e s e n t a t i v e , E H S S e rv i c es

A t t a c h m en t s ( 5)

C c : J i m E d d inge r , EPA

B r i an S h r ag e r , E PA

A m an d a S ing l e t o n , E RG

A my M a r s h all
, URS

T i m Hun t , A F &PA

J e f f S h u m a k e r , I P M e m phis

M a r c e ia C o x , I P M e m p h is

M o e M a r q u i s , I P T e x a rk ana M ill

Rand y B o o ne , I P Ri v e r da l e M i ll

M i k e S he rr il l
, I P P ine v ill e M ill

J a m e s S t r a nge , I P M an s f ield M ill

La rry M o r ga n , I P Red Ri v e r M i ll

(S ee a t t a c hed f ile : I n t e r na t ion a l P ape r's Co rr e c t i on s C I S W I D a t a b a se 04

- 01

- 2 010

. do c x)

(S ee a t t a c hed f ile : C I S W I Da t a ba s e C o r r e c t ion s f o r I n t e r na t iona l P aper 04

- 01

- 1 0

. x l sx)

I n t e r na t i onal P ape r Ri v e r dale E m i s s io n s T e s t S u m m a ry (S ee a t t a c hed f ile : I P Ri v e r dale No2 B a r k B oile r E m i s s i o n s T e s t

. pd f)

I n t e r na t i onal P ape r M a n s f ie l d Em i ss ion s T e s t Re p o rt
(S ee a t t a c hed f ile : I P M a n s f ie l d No 2 P owe r B oile r E m i ss io n s T e s t. pd f)

# I n t e r na t i onal P ape r Red R i v e r Em i ss ion s T e s t S u mm a ry

(S ee a t t a c hed f ile : I P Red R i v e r No2 Hog g ed F uel B oile r E m i s s io n s T e s t. pd f)

I n t e r na t i onal P ape r I CR P ha s e I E m i ss io n T e s t S p r ead s heet
(S ee a t t a c hed f ile : I n t e r na t ion a l P ape r- T e x a r k a na M ill_ Em i ss ion T e s t S p r ead s he e t

. x l s)

# I N TE RNA T I O NA L P L AC E 3 640 0 P O P L AR AV E NU E M E M P H I S , T N 3 8197 P H O N E ( 9 0 1 ) 41 9

- 9 000


# A p r i l 1 , 2010

Ms

. C h a r l e n e S p e l l s U

. S

. E n v i r o n m e n t a l P r o t ec t i o n A g e n c y O A Q PS , S ec t o r P o li c i e s a n d P r o g r a m D i v i s i o n ( D 243

- 01 ) R e s ea r c h T r i a n g l e P a r k , N o r

t h C a r o li n a 27711

R e : I n t e r n a t i o n a l P a

p e r ’ s C o rr ec t i o n s t o t h e I CR C I S W I D a t a b a s e

D ea r Ms

. S p e ll s :

I n t e r n a t i o n a l P a

p e r (I P ) i s p r o v i d i ng c o rr e c t i o n s t o t h e E P A I CR C I S W I d a t a b a s e

. F o r ea s e o f

r e f e r e n ce , t h i s l e t t e r i s d i v i d e d i n t o t h e r e l e v a n

t s ub j ec t a r ea s r e q u i

r i n g c o rr e c t i o n s a n d

/ o r upd a t e s

.
C l o s e d F a c i l i t i e s t o b e R e m ov e d f r o m t h e D a t a b a se T h e f o l l o w i ng f

a c il i t y i s n o w c l o s e d , a n d w e r e qu e s t t h a t i t b e r e m o v e d f

r o m t h e I CR D a t a

b a s e

.

• I n t e r n a t i o n a l P a p e r P i n e v il l e M ill ( F a c il i t y I D : L A I n

t e r n a t i o n a l P a

p e r- P i n e v il l e )

C o n t a c t I n f

o r m a t i o n C o r r ec t i o n s / U pd a t e s ( “ C I S W I D a t a

_ F a c i l i t y” t a b )

U pd a t e t h e c o n

t a c t i n f o r m a t i o n f

o r t h e f o l l o w i ng f

a c i l i t y a s t h e i n d i v i du a l l i s t e d i n t h e d a t a b a s e i s
n o l o n g e r i n t h a t p o s i

t i o n

. A d e t a il e d upd a t e t o t h i s c o n t a c t i n f o r m a t i o n i s p r o v i d e d i n t h e
a t t ac h e d s p r ea d s h ee t , C

I S W I D a t aba s e C

o rr ec ti o n s f o r I n t e r na ti ona l P ap e r 04

- 01

- 10 , “ C I S W I D a t a

_ F a c i l i t y ” t a b

.

• I n t e r n a t i o n a l P a p e r T e x a r k a n a M i ll ( F a c il i t y I D : T X I n

t e r n a t i o n a lP a

p e r Q u e e n C i

t y ) p r im a r y c o n

t ac t i s M o e M a r q u i s

.

E m i s s i o n s D a t a C o r r e c t i o n s / U pd a t e s ( “ C I S W I D a t a_ E m i s s i o n s

_ T e s t ” t a b)

U pd a t e t h e B o il e r M A C T d a t a b a s e f o r t h e f o l l o w i n g f

ac i l i t i e s a s d e s c r i b e d m o r e f

u ll y i n t h e
a t t ac h e d s p r ea d s h ee t , C

I S W I D a t aba s e C

o rr ec ti o n s f o r I n t e r na ti ona l P ap e r 04

- 01

- 10 , “ C I S W I D a t a

_ E mi ss i o n s

_ T e s t ” t a

b

.

# I

n t e r n a t i o n a l P a p e r ’ s C o r

r e c ti o ns T o E P A ’ s I CR C I S W I D a t a b a se



# • I n t e r n a t i o n a l P a p e r R i v e r d a l e M ill ( F a c il i t y I D : A L I P R i v e r d a l e ) C O d a t a f o r 2009 w a s
o m i tt e d f r o m t h e I CR C I S W I d a t a b a s e ( S t ac k

T e s t R e p o r

t d a t e d O c t o b e r 14 , 200 9 )

. F o r y o u r r e v i e w , t h e t i

t l e p a g e a n d t h e e mi ss i o n s t e s t s u mm a r y f o r t h i s s o u r ce a r e p r o v i d e d i n t h e a t t ac h e d d o c u m e n

t e n t i t l e d “ I P R i v e r d a l e N o 2 B a r k B o il e r C O E mi ss i o n s T e s t ”

. T h i s
a t t ac h m e n

t i s t a k e n f

r o m t h e l a r g e r e mi ss i o n s t e s t d o c u m e n t p r e v i o u s l y p r o v i d e d t o E P A

a n d c a n b e r e s u b m i

tt e d up o n r e qu e s t

.



# • I n t e r n a t i o n a l P a p e r M a n s f i e l d M i ll ( F ac i l i

t y I D : L A I P M a n s f

i e l d ) h a s C O d a t a f

o r i t s N o

. 2 P o w e r B o il e r i n p p m . T h e I CR C I S W I d a t a b a s e i n c l ud e s C O t e s t r e s u l t s i n l b / h r
a n d l b / M M B t u

. T h i s d a t a i s a v a i l a b l e i n T a b l e 2

- 3 o f t h e a t t ac h e d r e p o r t e n t i t l e d “ I P M a n s f i e l d N o 2 P o w e r B o il e r E mi ss i o n s T e s t.

• I n t e r n a t i o n a l P a p e r R e d R i v e r M i ll ( F ac i l i t y I D : L A I n

t e r n a t i o n a lP a

p e r R e d R i v e r M il l )

s ub m i tt e d N i c k e l d a t a f

o r i t s N o

. 2 H o gg e d F u e l B o il e r . T h i s d a t a w a s i n c o rr e c t l y
r e po r t e d i n t h e d a t a

b a s e a s 0

. 00135 m

g / d s c m r a t h e r t h a n 0

. 0015 1 m g / d s c m

. F o r y

o u r
r e v i e w , t h e t i

t l e p a g e a n d e mi ss i o n s t e s t s u mm a r y f o r t h i s s o u r ce a r e p r o v i d e d i n t h e
a t t ac h e d d o c u m e n

t e n t i t l e d , “ I P R e d R i v e r N o 2 H ogg e d F u e l B o il e r E mi ss i o n s T e s t ”

. T h i s a t t ac h m e n

t i s t a k e n f

r o m t h e l a r g e r e mi ss i o n s t e s t d o c u m e n t p r e v i o u s l y p r o v i d e d t o E P A a n d c a n b e r e s ub m i

tt e d up o n r e qu e s t

.

• I n t e r n a t i o n a l P a p e r T e x a r k a n a M i ll ( F a c il i t y I D : T X I n

t e r n a t i o n a lP a

p e r Q u e e n C i

t y)

s ub m i tt e d C O d a t a f

o r i t s P o w e r B o il e r N o

. 2

. T h i s d a t a i s i n c o rr e c t i n t h e d a t a b a s e b a s e d o n I CR P h a s e I , S o u r ce T a b " O r g a n i c H A P & C O ( 2 ) " a n d " O r g a n i c H A P & C O ( 3 ) "

. F o r yo u r r e f

e r e n ce , w e a r e r e s ub m i

tt i n g t h e I CR P h a s e I e mi s s i o n t e s t s p r ea d s h ee t , “ I n t e r n a t i o n a l P a

p e r- T e x a r k a n a

M il l

_ E mi ss i o n

T e s t S p r ea d s h ee t ”

. S ee t a b s “ O r g a n i c H A P & C O ( 2 ) ” a n d “ O r g a n i c H A P & C O ( 3 ) ” , r e s p ec t i v e l y

.

A dd i t i o n a l C o r r ec t i o n s ( “ D a t a_ U n i t

_ D e s i g n

_ O p e r a t i o n ” t a b)

I n a d d i t i o n t o t h e d a t a c o rr e c t i o n s a b o v e , I P a l s o b e li e v e s , t h e N o

. 1 P o w e r B o i l e r a t t h e I n t e r n a t i o n a l P a p e r T e x a r k a n a M i ll ( F a c il i t y I D : T X I n

t e r n a t i o n a lP a

p e r Q u e e n C i

t y ) w a s i n c o rr ec t l y p l ace d i n t h e C I S W I d a t a b a s e

. A s r e p o r t e d i n t h e I CR s u r v e y , t h i s i s a n a t u r a l g a s f i r e d u n i t w h i c h a l s o o cca s i o n a ll y b u r n s N o

. 6 f u e l o il . T h e un i

t i s li s t e d i n t h e C I S W I d a t a b a s e
a s b u r n i ng c o n

t a mi n a t e d b i o m a s s a n d g a s w i t h a f u e l ca t e g o r y o f " S o li d

- n o n
- c o a l "

. T h i s e rr o r
w a s p r e v i o u s l y r e p o r

t e d o n F e b r u a r y 5 , 2010 b u t h a s n o t b ee n c o rr e c t e d a s o f t h e m o s t c u rr e n t

v e r s i o n o f t h e d a t a

b a s e

.
S h ou l d y o u h a v e a n y qu e s t i o n s o r n ee d a d d i t i o n a l i n f o r m a t i o n , p l e a s e f

ee l f r e e t o c o n t a c t m e a t ( 901 ) 41 9

- 4355 o r v i a e m a i l a t d e rr i c k

. d e a se mai l t o: 

# @ i p a p e r

. c om o r M a r c e i a C o x a t ( 901 ) 41 9- 3930 o r m a r c e i a

. c o x@ i

p a p e r

. c om . T h a n

k y o u i n a d v a n c e f

o r c o n s i d e r i n g o u r r e qu e s t s

.
S i n ce r e l y ,

# I

n t e r n a t i o n a l P a p e r ’ s C o r

r e c ti o ns T o E P A ’ s I CR C I S W I D a t a b a se



# D e rr i c k D ea s e E H S R e p r e s e n

t a t i v e , E H S S e r v i ce s

A tt ac h m e n t s ( 5 )

C c : J im E d d i n g e r , E P A B r i a n S h r a g e r , E P A A m a n d a S i n g l e t o n , E R G A m y M a r s h a l l , U R S T im H u n t , A F & P A J e f f S h u m a k e r , I P M e m

p h i s M a r c e i a C o x , I P M e m p h i s M o e M a r qu i s , I P T e x a r k a n a M i l l R a n d y B oo n e , I P R i v e r d a l e M i ll M i k e S h e r r i l l , I P P i n e v i ll e M i l l J a m e s S t r a n g e , I P M a n s f

i e l d M il l L a r r y M o r g a n , I P R e d R i v e r M i ll

## C IS W I D at a

__ F a c ili ty

C I S W I D a t a b as

e C o mm en t s f

o r I n t e r n a t ion a l P a per F a c ili ty ID F a c ili ty N a me 2 a

_ P hy s_ A dd r e ss 2b

_ P hy s_C i ty D e l ete a ll d a t

a r e l a te d to t h is f

a cili t y

. T h is f a cili t y is no l on g e r i n op e ra t i on. LA I n te r n a t i on a l P a p e r

- P i n e v ille I n te r n a t i on a l P a p e r

- P i n e v ill e M ill 300 W illi am s L a k e Rd P i n e

v ille

F a cili t y c ont a c t h a s c h a n g e d

. P l e a s

e c h a n g e f r o m D ou g W a d l e y to M o e M ar qu is a s i nd ic

a te d i n r e d bo l d l ette r i n g. TX I n te r n a t i on a l P a p e rQ u ee n C i ty I n te r n a t i on a l P a p e r T ex ar k a n a M ill 9978 F M 3129 Q u ee n C i ty

P a g e1

## C IS W I D at a

__ F a c ili ty

2 c

_ P hy s_ S t a te 2d

_ P hy s_ Z ip 2

e

_ P hy s_C ounty 3

a _C ont a c t N a me 3b _C

ont a c t T i t le 3 c

_ T eleph one 3d

_ F ax

LA 71360 Ra p i d es M ik e Sh e rr ill E H S M a n a g er 318

- 441

- 4332 318

- 441

- 4227

TX 75572 C a ss D ou g W a d l ey M o e M a r quis M a n a g e r o f E n v i r on m e n t a l P e r f o rma n ce E H S M a n a g er 903 796

- 1638 903 796

- 7101 903 796

- 1960

P a g e2

## C IS W I D at a

__ F a c ili ty

3 e

_ E

- m a il 4

_ F a c ili ty L e g a l N a me 5

_ Aff e c t edSe c tor 6

_ M a j o r o r A r ea 7 a 1 _N u m be rC o m p a ny Em ployees

7 a 2 _N u m be r F a c

ili ty Em ployees

7b1

_ P opul a t ion

m ic h a e l

. s h e rr ill @ i p a p e r. c

om P r i v a te E n te r p r ise T r ue > 1000 100

- 499

dou g

. w a d l e y @ i p a p e r. c

om
m o e .ma r qui s @ ip a pe r

. c

om P r i v a te E n te r p r ise T r ue > 1000 500

- 999

P a g e3

## C IS W I D at a

__ F a c ili ty

8

_ S m a ll E n t i ty 9 _N A I CS L at L on

F a lse 322 31

. 28084

- 92

. 347891

F a lse 322 33

. 195209

- 94

. 127141

P a g e4

### D i o x i n F u r a ns

Facilit y Na me: Co m bustor ID:

Control D ev ic e Configuration :

P a r a m e t erSample#1Sample#2Sample#3TestAverage U n i tsUnitsOtherDescription T e s t M e t h o d U s ed T e s t L o c a t i on N o te

S e l ec t a pp r op r i a t e un

i t f r o m li s t

. If o t h e r i s s e l ec t e d p l ea s e d e s c r i b e un

i t s i n c o l u m n H a t

r i gh t. E n t e r t h e n a m e o f t h e T e s t M e t

h od us e d.

F o r F u e l i n p u t r a t e s , e n t e r t h e m e t h od us e d t o d e t e r m

i n e t h e f u e l i n p u t ( e

. g ., F

- f ac t o r , g a s f

u e l m e t e r , bo il e r
e ff i c i e n c y ca l c u l a ti o n) I n d i ca t e w h e t h e r t h e t e s t

o cc u rr e d u p s t r ea m o r do w n s t r ea m o f a c o n t r o l d e v i ce ( s) F o r a ll po ll u t a n t s , p r ov i d e a ny

o t h e r i n f o r m a ti o n s u ppo r ti ng i n

f o r m a ti o n y o u t h i nk i s n ece ss a r y a bo u

t t h i s t e s t r e po r t

. S a m p l e D a t e ( mm

/ dd / yyyy) 8 / 13 / 2003 8 / 14 / 2003 8 / 14 / 2003 R e q u i r e d O p e r a t

i ng P a r a m e t e r s D u r i ng T e st S t ea m O u t p u t ( 1000 l b / h

r) ( f o r bo il e r s o n

l y) 464 398 427 1000 l b s t ea m / hr 

### D o w n s t r eam T o t a l H ea t I

n p u t ( mm B t u / h r) 827 789 844 mm B t u / hr 

### D o w n s t r eam

N a t u r a l g as 53 29.7 29 O t h e r : P l ea s e E x

p l a in 1000 c u f

t / hr G a s f

u e l m e t er

If o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll W ood : B a rk 38 31 35 O t h e r : P l ea s e E x

p l a in T o n

/ hr F u

e l m e t e r s & bo il e r e ff

i c i e n c y ca l c u l a ti on If o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll N o. 6 R e s i d

u a l o il 13 6 8 g a ll o n / m i nu te O il f l o w m e t er If o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll O t h e r s o li d : p l ea s e e x

p l a in 20 27 27 O t h e r : P l ea s e E x

p l a in T o n

/ hr L

o a d i ng b i n s c r e w & c o n

v e y o r s p ee d ca l c u

l a ti on R a il t i e d e r i v e d f

u e l ( c h i p s) ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i n p u t un i t s) If o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i n p u t un i t s) If o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i n p u t un i t s) If o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i n p u t un i t s) If o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i n p u t un i t s) If o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i n p u t un i t s) If o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i n p u t un i t s) If o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i n p u t un i t s) If o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i n p u t un i t s) If o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i n p u t un i t s) If o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i n p u t un i t s) If o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll E m i ss i o n D a ta D i o x i n / F u r a ns ND [ 0.000391] ND

[ 0.000284] ND

[ 0.000829] ND

[ 0.000501] TE Q ( ng

/ d s c m @ 7 % O 2) E P A S W0010 & M e t h od 23, S W 3540 / 8290 D o w n s t r eam



### R e s u l t s a r e c a l c u l a t e d u s i ng

1989 I n t e r n a t i o n a l T o x i c E qu i v a l e n c y F a c t o rs Ot h e r O pe r a t i n g P a r a m e t e r s D u r i n g T e st ( T h e s e pa r a m e t e r s a r e o n l y r eq u i r ed i f e m i ss i o n un i t s a r e p r o v i ded i n un i t s o f c o n c e n t r a t i o n) D r y o r W e t B a s is D ry D ry D ry W e t o r D ry E xh a us t S t r ea m % M o i s t

u re 

### 20 .5 20 19 .5 % E xh a us t F l o w r a te 

### 244152 235192 246332 d s c fm E xh a us t T e m p e r a t u re 

### 140 140 139 F 

### I n t e r n a t i o n a l P a p e r T e x a r k a n a Mi ll

PB 02

A s l i s t e d i n qu e s t i o n II.B. 3

. a1 ( y o u m a y e n t e r c o n t r o l d e v i c e a s l i s t e d i n qu e s t i o n s II.B. 3

. a1 o r II.B. 3

. a6
, o r o t h e r ( w i t h d e sc r i p t i o n )
, i f t h e c o n t r o l d e v i c e du r i ng t h e t e s t w a s n o t l i s t e d i n t h e s u r v e y s e c t i o n II.B. 3)

E n t e r nu m e r i ca l v a l u

e w h e n a v a il a b l e

. If t h e t e s t r e s u l t s a r e b e l o w d e t ec ti o n li m i t , p l ea s e n o t e t h e d e t ec ti o n li m

i t i n b r ac k e t s ( e

. g ., [ < 0.010 ])

.

S e l ec t t h e f u e l t y p e s us e d d

u r i ng e m i ss i o n t e s t f

r o m t h e d r op do w n m

e nus a n d e n t e r t h e i r c o rr e s po n

d i ng f u e l i n p u t r a t e s b e l o w

. Y o u m

a y e n t e r u p t o 15 f u e l t y p e s f i r e d d u r i ng t h e t e s t.O r g a n i c H A P a nd C O ( 3)

Fac ili t y N a m e: C o m bus t o r I D:

C on tr o l D ev i ce C on fi gu r a t i on :

P a r a m e t erSample#1Sample#2Sample#3TestAverage U n itsUnitsOtherDescription T es t M e t h o d U sed T es t L oca ti on N o te

S e l e c t a pp r op r i a t e un i t fr o m li s t

. If o t he r i s s e l e c t e d p l ea s e d e sc r i b e un i t s i n co l u m n H a t

r i gh t. E n t e r t he na m e o f t he T e s t M e t

h od u s e d.

Fo r F ue l i n p u t r a t e s , en t e r t he m e t h od u s e d t o d e t e r

m i ne t he f ue l i n p u t ( e

. g ., F -f

a c t o r , ga s f

ue l m e t e r , bo il

e r
e ff i c i en c y c a l c u l a t i o n) I n d i c a t e w he t he r t he t e s t

occ u rr e d u p s tr ea m o r do w n s tr ea m o f a co n

tr o l d ev i c e ( s) Fo r a ll po ll u t an t s , p r o v i d e any o t he r i n f o r m a t i o n s u ppo rt i ng i n f o r m a t i o n y o u t h i nk i s ne c e ss a

r y a bo u t t h i s t e s t r e po rt

. S a m p l e D a t e ( mm / dd / yyyy) 8 / 13 / 2003 8 / 14 / 2003 8 / 14 / 2003 R e q u i r e d O p e r a t i ng P a r a m e t e r s D u r i ng T e st S t ea m O u t p u t ( 1000 l b / h r) (f o r bo il e r s o n l y) 464 398 427 1000 l b s t ea m / hr D o w n s t r eam H ea t I n p u t ( mm B t u / h r) 827 789 844 mm B t u / hr D o w n s t r eam

N a t u r a l gas 53 29 .7 29 O t he r : P l ea s e E x p l a in 1000 c u ft/

h r G a s f ue l m e t er

If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll W ood : B a

rk 38 31 35 O t he r : P l ea s e E x p l a in T o n

/ hr F ue l m e t e r s & bo il e r e ff i c i en c y c a l c u l a t i on If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll N o

. 6 R e s i

d ua l o il 13 6 8 ga ll o n / m i nu te O il f l o w m e t er If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y he r e: O t he r s o li d : p l ea s e ex p l a in 20 27 27 O t he r : P l ea s e E x p l a in T o n

/ hr L o a d i

ng b i n sc r e w & co nvey o r s p ee d c a l

c u l a t i on R a il t i e d e r i ve d f ue l ( c h i p s) ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll E m i ss i o n D a ta

a c e t a l d ehy de N o t t e s t e d- N o t t e s t e d- N o t t e s t e d- N o t t e s t e d

- n o ( s e l e c t e m i ss i o n r a t e un i t s) N o t t e s t e d

- n o d a ta N o t t e s t e d

- n o d a ta b enzene 0

. 036 0

. 02 0

. 0021 0

. 0257 O t he r : P l ea s e E x p l a in l

b / hr E P A 0030 an d S W 5041 A / 8260B D o w n s tr eam f o r m a l d ehy de N o t t e s t e d- N o t t e s t e d- N o t t e s t e d- N o t t e s t e d

- n o ( s e l e c t e m i ss i o n r a t e un i t s) N o t t e s t e d

- n o d a ta N o t t e s t e d

- n o d a ta t o l uene 0

. 0046 0

. 0046 0

. 0018 0

. 00378 O t he r : P l ea s e E x p l a in l

b / hr E P A 0030 an d S W 5041 A / 8260B D o w n s tr eam xy l enes 0

. 0037 0

. 0046 0

. 0017 0

. 0033 O t he r : P l ea s e E x p l a in l

b / hr E P A 0030 an d S W 5041 A / 8260B D o w n s tr eam CO 97 137 135 123 O t he r : P l ea s e E x p l a in pp m @8% E P A R e f e r en c e M e t

h od 10 D o w n s tr eam O t h e r O p e r a t i ng P a r a m e t e r s D u r i ng T e st ( T h e s e p a r a m e t e r s a r e o nl y r e qu i r e d i f e m i ss io n un i t s a r e p r o v i d e d i n un i t s o f c o n c e n t r a t io n) D r y o r W e t B a s is D ry D ry D ry D ry % O 2 o r o t

he r d il uen t ga s ( ne c e ss a

r y o n l y i f CO e m i ss i o n d a t a i s p r o v i d e d) 11 .1 12 .5 12 .5 % EP A M e t h o d M e t h o d 3 D o w n s tr eam

If o t he r d il uen t ga s , p l ea s e s p e c i

f y ga s i n t h i s c e ll E xhau s t S tr ea

m % M o i s t u re 20 .5 20 19 .5 % E xhau s t F l

o w r a te 244152 235192 246332 d sc fm E xhau s t T e m

p e r a t u re 140 140 139 F S e l e c t t he f ue l t y p e s u s e d d u

r i ng e m i ss i o n t e s t fr o m t

he d r op do w

n m enu s an d en

t e r t he i r co rr e s po n d i

ng f ue l i n p u t r a t e s b e l o w

. Y o u m

ay en t e r u p t o 15 f ue l t y p e s f i r e d d u r i ng t he t e s t. ( y o u m a y e n t e r c o n t r o l d e v i c e a s l i s t e d i n qu e s t io n s II. B

. 3

. a1 o r II. B

. 3

. a6
, o r o t h e r ( w i t h d e sc r i p t io n )
, i f t h e c o n t r o l d e v i c e du r i ng t h e t e s t w a s n o t l i s t e d i n t h e s u r v e y s e c t io n II. B

. 3) I n t e r n a t io n a l P a p e r T e x a r k a n a M i ll

PB 02

A s l i s t e d i n qu e s t io n II. B

. 3

. a1

E n t e r nu m e r i c a l va l ue w hen ava il a b l e

. If
t he t e s t r e s u l

t s a r e b e l o w d e t e c t i

o n li m i t , p l ea s e n o t e t

he d e t e c t i o n li m i t i n b r a c ke t s ( e

. g ., [ < 0

. 010 ])

.O r g a n i c H A P a nd C O ( 2)

Fac ili t y N a m e: C o m bus t o r I D:

C on tr o l D ev i ce C on fi gu r a t i on :

P a r a m e t erSample#1Sample#2Sample#3TestAverage U n itsUnitsOtherDescription T es t M e t h o d U sed T es t L oca ti on N o te

S e l e c t a pp r op r i a t e un i t fr o m li s t

. If o t he r i s s e l e c t e d p l ea s e d e sc r i b e un i t s i n co l u m n H a t

r i gh t. E n t e r t he na m e o f t he T e s t M e t

h od u s e d.

Fo r F ue l i n p u t r a t e s , en t e r t he m e t h od u s e d t o d e t e r

m i ne t he f ue l i n p u t ( e

. g ., F -f

a c t o r , ga s f

ue l m e t e r , bo il

e r
e ff i c i en c y c a l c u l a t i o n) I n d i c a t e w he t he r t he t e s t

occ u rr e d u p s tr ea m o r do w n s tr ea m o f a co n

tr o l d ev i c e ( s) Fo r a ll po ll u t an t s , p r o v i d e any o t he r i n f o r m a t i o n s u ppo rt i ng i n f o r m a t i o n y o u t h i nk i s ne c e ss a

r y a bo u t t h i s t e s t r e po rt

. S a m p l e D a t e ( mm / dd / yyyy) 8 / 12 / 2003 8 / 12 / 2003 8 / 12 / 2003 R e q u i r e d O p e r a t i ng P a r a m e t e r s D u r i ng T e st S t ea m O u t p u t ( 1000 l b / h r) (f o r bo il e r s o n l y) 520 520 520 1000 l b s t ea m / hr D o w n s t r eam H ea t I n p u t ( mm B t u / h r) 838 .2 838 .2 830 mm B t u / hr D o w n s t r eam

N a t u r a l gas 143 .4 143 144 O t he r : P l ea s e E x p l a in 1000 c u ft/

h r G a s f ue l m e t er

If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll W ood : B a

rk 61 .8 60 62 O t he r : P l ea s e E x p l a in T o n

/ hr F ue l m e t e r s & bo il e r e ff i c i en c y c a l c u l a t i on If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll N o

. 6 R e s i

d ua l o il 15 15 15 ga ll o n / m i nu te O il f l o w m e t er If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y he r e: ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll E m i ss i o n D a ta

a c e t a l d ehy de N o t t e s t e d- N o t t e s t e d- N o t t e s t e d- N o t t e s t e d- ( s e l e c t e m i ss i o n r a t e un i t s) b enzene N o t t e s t e d- N o t t e s t e d- N o t t e s t e d- N o t t e s t e d- ( s e l e c t e m i ss i o n r a t e un i t s) f o r m a l d ehy de N o t t e s t e d- N o t t e s t e d- N o t t e s t e d- N o t t e s t e d- ( s e l e c t e m i ss i o n r a t e un i t s)
t o l uene N o t t e s t e d- N o t t e s t e d- N o t t e s t e d- N o t t e s t e d- ( s e l e c t e m i ss i o n r a t e un i t s)
xy l enes N o t t e s t e d- N o t t e s t e d- N o t t e s t e d- N o t t e s t e d- ( s e l e c t e m i ss i o n r a t e un i t s) CO 282 375 291 316 O t he r : P l ea s e E x p l a in pp m @8% E P A R e f e r en c e M e t

h od 10 D o w n s tr eam O t h e r O p e r a t i ng P a r a m e t e r s D u r i ng T e st ( T h e s e p a r a m e t e r s a r e o nl y r e qu i r e d i f e m i ss io n un i t s a r e p r o v i d e d i n un i t s o f c o n c e n t r a t io n) D r y o r W e t B a s is D ry D ry D ry D ry % O 2 o r o t

he r d il uen t ga s ( ne c e ss a

r y o n l y i f CO e m i ss i o n d a t a i s p r o v i d e d) 10 .5 10 .5 10 .7 % EP A M e t h o d M e t h o d 3 D o w n s tr eam

If o t he r d il uen t ga s , p l ea s e s p e c i

f y ga s i n t h i s c e ll E xhau s t S tr ea

m % M o i s t u re 19 .5 19 .5 19 .5 % E xhau s t F l

o w r a te 247000 247000 247000 d sc fm E xhau s t T e m

p e r a t u re 140 139 140 F I n t e r n a t io n a l P a p e r T e x a r k a n a M i ll

PB 02

A s l i s t e d i n qu e s t io n II. B

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t he t e s t r e s u l

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ay en t e r u p t o 15 f ue l t y p e s f i r e d d u r i ng t he t e s t. ( y o u m a y e n t e r c o n t r o l d e v i c e a s l i s t e d i n qu e s t io n s II. B

. 3

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, o r o t h e r ( w i t h d e sc r i p t io n )
, i f t h e c o n t r o l d e v i c e du r i ng t h e t e s t w a s n o t l i s t e d i n t h e s u r v e y s e c t io n II. B

. 3)O r g a n i c H A P a nd CO

Fac ili t y N a m e: C o m bus t o r I D:

C on tr o l D ev i ce C on fi gu r a t i on :

P a r a m e t erSample#1Sample#2Sample#3TestAverage U n itsUnitsOtherDescription T es t M e t h o d U sed T es t L oca ti on N o te

S e l e c t a pp r op r i a t e un i t fr o m li s t

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r i gh t. E n t e r t he na m e o f t he T e s t M e t

h od u s e d.

Fo r F ue l i n p u t r a t e s , en t e r t he m e t h od u s e d t o d e t e r

m i ne t he f ue l i n p u t ( e

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e ff i c i en c y c a l c u l a t i o n) I n d i c a t e w he t he r t he t e s t

occ u rr e d u p s tr ea m o r do w n s tr ea m o f a co n

tr o l d ev i c e ( s) Fo r a ll po ll u t an t s , p r o v i d e any o t he r i n f o r m a t i o n s u ppo rt i ng i n f o r m a t i o n y o u t h i nk i s ne c e ss a

r y a bo u t t h i s t e s t r e po rt

. S a m p l e D a t e ( mm / dd / yyyy) 4 / 27 / 2004 4 / 27 / 2004 4 / 27 / 2004 R e q u i r e d O p e r a t i ng P a r a m e t e r s D u r i ng T e st S t ea m O u t p u t ( 1000 l b / h r) (f o r bo il e r s o n l y) 193 243 258 1000 l b s t ea m / hr D o w n s t r eam H ea t I n p u t ( mm B t u / h r) 362 383 384 mm B t u / hr D o w n s t r eam

N a t u r a l gas 0

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m i nu t e ( sc f m) C a l c u l a t i o n
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If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y he r e: ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll E m i ss i o n D a ta

a c e t a l d ehy de N o t t e s t e d- N o t t e s t e d- N o t t e s t e d- ( s e l e c t e m i ss i o n r a t e un i t s) b enzene N o t t e s t e d- N o t t e s t e d- N o t t e s t e d- ( s e l e c t e m i ss i o n r a t e un i t s) f o r m a l d ehy de N o t t e s t e d- N o t t e s t e d- N o t t e s t e d- ( s e l e c t e m i ss i o n r a t e un i t s)
t o l uene N o t t e s t e d- N o t t e s t e d- N o t t e s t e d- ( s e l e c t e m i ss i o n r a t e un i t s)
xy l enes N o t t e s t e d- N o t t e s t e d- N o t t e s t e d- ( s e l e c t e m i ss i o n r a t e un i t s) CO < 1 .0 < 1 .0 < 1 .0 < 1 .0 O t he r : P l ea s e E x p l a in ppm E P A R e f e r en c e M e t

h od 10 D o w n s tr eam O t h e r O p e r a t i ng P a r a m e t e r s D u r i ng T e st ( T h e s e p a r a m e t e r s a r e o nl y r e qu i r e d i f e m i ss io n un i t s a r e p r o v i d e d i n un i t s o f c o n c e n t r a t io n) D r y o r W e t B a s is D ry D ry D ry D ry % O 2 o r o t

he r d il uen t ga s ( ne c e ss a

r y o n l y i f CO e m i ss i o n d a t a i s p r o v i d e d) 13 .1 12 .7 12 .6 % E P A R e f e r en c e M e t

h od 3 D o w n s tr eam

If o t he r d il uen t ga s , p l ea s e s p e c i

f y ga s i n t h i s c e ll E xhau s t S tr ea

m % M o i s t u re 4 .4 4 .5 4 .2 % E xhau s t F l

o w r a te 188000 185000 184000 d sc fm E xhau s t T e m

p e r a t u re 299 300 300 F S e l e c t t he f ue l t y p e s u s e d d u

r i ng e m i ss i o n t e s t fr o m t

he d r op do w

n m enu s an d en

t e r t he i r co rr e s po n d i

ng f ue l i n p u t r a t e s b e l o w

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ay en t e r u p t o 15 f ue l t y p e s f i r e d d u r i ng t he t e s t. ( y o u m a y e n t e r c o n t r o l d e v i c e a s l i s t e d i n qu e s t io n s II. B

. 3

. a1 o r II. B

. 3

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, o r o t h e r ( w i t h d e sc r i p t io n )
, i f t h e c o n t r o l d e v i c e du r i ng t h e t e s t w a s n o t l i s t e d i n t h e s u r v e y s e c t io n II. B

. 3) I n t e r n a t io n a l P a p e r T e x a r k a n a M i ll

PB 01

A s l i s t e d i n qu e s t io n II. B

. 3

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. If
t he t e s t r e s u l

t s a r e b e l o w d e t e c t i

o n li m i t , p l ea s e n o t e t

he d e t e c t i o n li m i t i n b r a c ke t s ( e

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.

### I n o r g a n i c H AP

Fac ilit y N a m e: C o m bus t o r I D:

C on t r o l D ev i ce C on fi gu r a ti on :

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S e l ec t a pp r o p r i a t e u n it fr o m li s t

. I f o t h e r i s s e l ec t e d p l ea s e d e s c r i b e u n it s i n

c o l u m n H at

r i gh t. E n t e r t h e n ame o f t h e T e s t M e t h o d u s e d.

F o r F u e l i np u t r a

t e s, e n t e r t h e me t h o d u s e d t o d e t e r m i n e t h e f u e l i np u t ( e. g ., F -f

ac t o r , g a s f

u e l me t e r , b o il e r
e ff i c i e n c y ca l c u l a ti o n) I nd i ca t e w h e t h e r t h e t e s t

o cc u rr e d u p s t r eam o r d o w n s t r eam o f

a c o n t r o l d e v i ce ( s) F o r a ll p o ll u t a

n t s, p r o v i d e a

n y o t h e r i n f o r ma ti o n s u pp o r ti ng i n f

o r ma ti o n y ou t h i nk i s n ece ss a

ry a b ou t t h i s t e s t r e p o r t

. S am p l e D a t e ( mm / dd / yyyy)
R e q u i r e d O p e r a

ti ng P a r ame t e r s D u r i ng T e st S t eam O u t p u t ( 1000 l b / h

r) (f o r b o il e r s o n l y) ( s e l ec t h ea t ou t p u t u n it s) T o t a l H ea t I np u t ( mm B t u / h

r) ( s e l ec t h ea t i np u t u n it s)

( s e l ec t f u e l t y p e) ( s e l ec t f u e l i np u t u n it s) I f o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i np u t u n it s) I f o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i np u t u n it s) I f o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i np u t u n it s) I f o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i np u t u n it s) I f o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i np u t u n it s) I f o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i np u t u n it s) I f o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i np u t u n it s) I f o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i np u t u n it s) I f o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i np u t u n it s) I f o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i np u t u n it s) I f o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i np u t u n it s) I f o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i np u t u n it s) I f o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i np u t u n it s) I f o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i np u t u n it s) I f o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll E m i ss i o n D a

ta H y d r o g e n C h l o r i d e ( H C l) N o t t e s t e dn o d a ta N o t t e s t e dn o d a ta N o t t e s t e dn o d a ta N o t t e s t e dn o d a ta ( s e l ec t e m i ss i o n r a t e u n it s)

H y d r o g e n F l ou r i d e ( H F) N o t t e s t e d- N o t t e s t e d- N o t t e s t e d- N o t t e s t e d- ( s e l ec t e m i ss i o n r a t e u n it s) C h l o r i n e (Cl 2 ) N o t t e s t e d- N o t t e s t e d- N o t t e s t e d- N o t t e s t e d- ( s e l ec t e m i ss i o n r a t e u n it s) O t h e r O p e r a t i ng P a r a m e t e r s D u r i ng T e st ( T h e s e p a r a m e t e r s a r e o nl y r e qu i r e d i f e m i ss io n un i t s a r e p r o v i d e d i n un i t s o f c o n c e n t r a t io n) D r y o r W e t B a s is W e t o r D ry E xh a u s t S t r eam % M o i s t u re E xh a u s t F l o w r a

te ac f m o r d s c fm E xh a u s t T em p e r a t u re C o r F 

### ( y o u m a y e n t e r c o n t r o l d e v i c e a s l i s t e d i n qu e s t i o n s II.B. 3

. a1 o r II.B. 3

. a6
, o r o t h e r ( w i t h d e sc r i p t i o n )
, i f t h e c o n t r o l d e v i c e du r i ng t h e t e s t w a s n o t l i s t e d i n t h e s u r v e y s e c t i o n II.B. 3) I n t e r n a t i o n a l P a p e r T e x a r k a n a Mi ll

( S e l e c t C o n t r o l C o n f i gu r a t i o n)

E n t e r n u me r i ca l v a l u e w h e n

a v a il a b l e. I f t h e t e s t r e s u lt s a

r e b e l o w d e t ec ti o n li m it , p l ea s e n o t e t h e d e t ec ti o n li m it i n b r ac k e t s ( e. g ., [ < 0

. 010 ])

.

S e l ec t t h e f

u e l t y p e s u s e d d

u r i ng e m i ss i o n t e s t fr o m t h e d

r o p d o w n me n

u s a nd e n t e r t h e i r c o rr e s p o nd i ng f

u e l i np u t r a

t e s b e l o w

. Y ou ma

y e n t e r u p t o 15 f

u e l t y p e s f i r e d d u r i ng t h e t e s t.P M a n d M e t a l s ( 6)

F ac ili t y N a m e:
C o m bu s t o r I D:

C on t r o l D ev i ce C on f i gu r a t i on :

Pa r ameterSample#1Sample#2Sample#3TestAverage UnitsUnitsOtherDescription Test Meth o d Used Test L o cati on N o te

Se l ect appropr i ate un i

t from li st

. If other i s se l ected p l ease descr i be un i ts i n co l umn H at

r ig ht. Enter the name of the T est Method used.

For Fue l i nput rates , enter the method used to determ i ne the fue l i nput (e

. g ., F-factor , g

as fue l meter , bo il er eff i c i ency ca l

cu l at i on) Ind i cate whether the test occurred upstream or downstream of a contro l dev i ce(s) For a ll po ll utants , prov i de any other i nformat i on support i

n g i nformat i on you th i nk i s necessary about th i s test report

. Samp l e Date (mm/dd/yy) 8/2/2004 8/6/2004 8/10/2004 Requ i red Operat i

n g P arameters Dur i

n g T est Steam Output (1000 l

b/hr) (for bo il ers on l

y) 533 566 552 1000 l b steam/hr D o w n s t r eam T ota l Heat Input (mmBtu/hr) 943 880 901 mmBtu/hr D o w n s t r eam

Natura l g as 166 211 160 Other : P l ease E x p l a in 1000cu ft/h r Gas fue l meter

If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll Wood : Bark 81 68 76 Other : P l ease E x p l a in T on/hr Fue l meters & bo il er eff i c i ency ca l

cu l at i on If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll No

. 6 Res i dua l o il 6 .5 7 .7 7 .9 g a ll on/m i nute O il f l ow meter If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) Ra il t i e der i

ved fue l (ch i

ps) (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll Em i ss i on Data Mercury (H g) (se l ect em i ss i on rate un i ts) A rsen i c ( A s) (se l ect em i ss i on rate un i ts) Bery lli um (Be) (se l ect em i ss i on rate un i ts) Cadm i um (Cd) (se l ect em i ss i on rate un i ts) Chrom i um (Cr) (se l ect em i ss i on rate un i ts) Lead ( P b) (se l ect em i ss i on rate un i ts) Man g anese (Mn) (se l ect em i ss i on rate un i ts) N i cke l (N i) (se l ect em i ss i on rate un i ts) Se l en i um (Se) (se l ect em i ss i on rate un i ts) P art i cu l ate Matter (front ha l f) 0

. 12 0

. 06 0

. 082 0

. 08733333 l b/mmBtu E P A Method 5B & 29 , A ppend ix B .3 D o w n s t r eam P art i cu l ate Matter (tota l , i nc l ud i n g condens i

b l es) 0

. 125 0

. 066 0

. 088 0

. 093 l b/mmBtu E P A Method 5B & 29 , A ppend ix B .3 D o w n s t r eam Other Operating Para m eters During T est ( T hese para m eters are only required if e m ission units are provided in units of concentration) Dry or Wet Bas is Dry Dry Dry E x haust Stream %Mo i sture 22 21 22 E x haust F l owrate 259149 248326 250931 dscfm E x haust T emperature 145 142 144 De g rees F Enter numer i ca l va l

ue when ava il ab l e

. If the test resu l

ts are be l ow detect i on li

m i t , p l ease note the detect i on li m i t i n brackets (e

. g ., [ < 0

. 010])

.

Se l ect the fue l types used dur i n g em i ss i on test from the drop down menus and enter the i r correspond i

n g fue l i nput rates be l

ow

. You may enter up to 15 fue l types f i red dur i n g the test. I n t e r n a t i o n a l P ape r T e x a r k a n a M ill
PB 02

A s li s t ed i n q u e s t i o n II. B

. 3

. a1 ( y o u m a y e n t e r c o n t r o l de v i c e a s li s t ed i n q u e s t i o n s II. B

. 3

. a1 o r II. B

. 3

. a6
, o r o t h e r ( w i t h de sc r i p t i o n )
, i f t h e c o n t r o l de v i c e d u r i n g t h e t e s t w a s n o t li s t ed i n t h e s u r v e y s e c t i o n II. B

. 3)P M a n d M e t a l s ( 5)

F ac ili t y N a m e:
C o m bu s t o r I D:

C on t r o l D ev i ce C on f i gu r a t i on :

Pa r ameterSample#1Sample#2Sample#3TestAverage UnitsUnitsOtherDescription Test Meth o d Used Test L o cati on N o te

Se l ect appropr i ate un i

t from li st

. If other i s se l ected p l ease descr i be un i ts i n co l umn H at

r ig ht. Enter the name of the T est Method used.

For Fue l i nput rates , enter the method used to determ i ne the fue l i nput (e

. g ., F-factor , g

as fue l meter , bo il er eff i c i ency ca l

cu l at i on) Ind i cate whether the test occurred upstream or downstream of a contro l dev i ce(s) For a ll po ll utants , prov i de any other i nformat i on support i

n g i nformat i on you th i nk i s necessary about th i s test report

. Samp l e Date (mm/dd/yy) 6/22/2005 6/22/2005 6/22/2005 Requ i red Operat i

n g P arameters Dur i

n g T est Steam Output (1000 l

b/hr) (for bo il ers on l

y) 588 541 507 1000 l b steam/hr D o w n s t r eam T ota l Heat Input (mmBtu/hr) 940 876 821 mmBtu/hr D o w n s t r eam

Natura l g as 154 134 132 Other : P l ease E x p l a in 1000cu ft/h r Gas fue l meter

If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll Wood : Bark 81 76 69 Other : P l ease E x p l a in T on/hr Fue l meters & bo il er eff i c i ency ca l

cu l at i on If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll No

. 6 Res i dua l o il 8 8 9 g a ll on/m i nute O il f l ow meter If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) Ra il t i e der i

ved fue l (ch i

ps) (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll Em i ss i on Data Mercury (H g) (se l ect em i ss i on rate un i ts) A rsen i c ( A s) (se l ect em i ss i on rate un i ts) Bery lli um (Be) (se l ect em i ss i on rate un i ts) Cadm i um (Cd) (se l ect em i ss i on rate un i ts) Chrom i um (Cr) (se l ect em i ss i on rate un i ts) Lead ( P b) (se l ect em i ss i on rate un i ts) Man g anese (Mn) (se l ect em i ss i on rate un i ts) N i cke l (N i) (se l ect em i ss i on rate un i ts) Se l en i um (Se) (se l ect em i ss i on rate un i ts) P art i cu l ate Matter (front ha l f) 0 .1 0

. 082 0

. 101 0

. 09433333 l b/mmBtu E P A Method 5B & 29 , A ppend ix B .3 D o w n s t r eam P art i cu l ate Matter (tota l , i nc l ud i n g condens i

b l es) 0

. 098 0

. 08 0

. 101 0

. 093 l b/mmBtu E P A Method 5B & 29 , A ppend ix B .3 D o w n s t r eam Other Operating Para m eters During T est ( T hese para m eters are only required if e m ission units are provided in units of concentration) Dry or Wet Bas is Dry Dry Dry E x haust Stream %Mo i sture 21 20 20 E x haust F l owrate 257534 260458 263827 dscfm E x haust T emperature 142 141 140 De g rees F I n t e r n a t i o n a l P ape r T e x a r k a n a M ill
PB 02

A s li s t ed i n q u e s t i o n II. B

. 3

. a1 ( y o u m a y e n t e r c o n t r o l de v i c e a s li s t ed i n q u e s t i o n s II. B

. 3

. a1 o r II. B

. 3

. a6
, o r o t h e r ( w i t h de sc r i p t i o n )
, i f t h e c o n t r o l de v i c e d u r i n g t h e t e s t w a s n o t li s t ed i n t h e s u r v e y s e c t i o n II. B

. 3)

Enter numer i ca l va l

ue when ava il ab l e

. If the test resu l

ts are be l ow detect i on li

m i t , p l ease note the detect i on li m i t i n brackets (e

. g ., [ < 0

. 010])

.

Se l ect the fue l types used dur i n g em i ss i on test from the drop down menus and enter the i r correspond i

n g fue l i nput rates be l

ow

. You may enter up to 15 fue l types f i red dur i n g the test.P M a n d M e t a l s ( 4)

F ac ili t y N a m e:
C o m bu s t o r I D:

C on t r o l D ev i ce C on f i gu r a t i on :

Pa r ameterSample#1Sample#2Sample#3TestAverage UnitsUnitsOtherDescription Test Meth o d Used Test L o cati on N o te

Se l ect appropr i ate un i

t from li st

. If other i s se l ected p l ease descr i be un i ts i n co l umn H at

r ig ht. Enter the name of the T est Method used.

For Fue l i nput rates , enter the method used to determ i ne the fue l i nput (e

. g ., F-factor , g

as fue l meter , bo il er eff i c i ency ca l

cu l at i on) Ind i cate whether the test occurred upstream or downstream of a contro l dev i ce(s) For a ll po ll utants , prov i de any other i nformat i on support i

n g i nformat i on you th i nk i s necessary about th i s test report

. Samp l e Date (mm/dd/yy) 8/9/2006 8/9/2006 8/9/2006 Requ i red Operat i

n g P arameters Dur i

n g T est Steam Output (1000 l

b/hr) (for bo il ers on l

y) 491 478 517 1000 l b steam/hr D o w n s t r eam T ota l Heat Input (mmBtu/hr) 831 .8 826 .4 828 mmBtu/hr D o w n s t r eam

Natura l g as 106 .5 131 .6 110 .2 Other : P l ease E x p l a in 1000cu ft/h r Gas fue l meter

If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll Wood : Bark 73 69 71 Other : P l ease E x p l a in T on/hr Fue l meters & bo il er eff i c i ency ca l

cu l at i on If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll No

. 6 Res i dua l o il 8 .7 9 .6 10 .2 g a ll on/m i nute O il f l ow meter If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) Ra il t i e der i

ved fue l (ch i

ps) (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll Em i ss i on Data Mercury (H g) (se l ect em i ss i on rate un i ts) A rsen i c ( A s) (se l ect em i ss i on rate un i ts) Bery lli um (Be) (se l ect em i ss i on rate un i ts) Cadm i um (Cd) (se l ect em i ss i on rate un i ts) Chrom i um (Cr) (se l ect em i ss i on rate un i ts) Lead ( P b) (se l ect em i ss i on rate un i ts) Man g anese (Mn) (se l ect em i ss i on rate un i ts) N i cke l (N i) (se l ect em i ss i on rate un i ts) Se l en i um (Se) (se l ect em i ss i on rate un i ts) P art i cu l ate Matter (front ha l f) 0

. 102 0

. 086 0

. 085 0

. 091 l b/mmBtu E P A Method 5B & 29 , A ppend ix B .3 D o w n s t r eam P art i cu l ate Matter (tota l , i nc l ud i n g condens i

b l es) 0

. 107 0

. 089 0

. 089 0

. 095 l b/mmBtu E P A Method 5B & 29 , A ppend ix B .3 D o w n s t r eam Other Operating Para m eters During T est ( T hese para m eters are only required if e m ission units are provided in units of concentration) Dry or Wet Bas is Dry Dry Dry E x haust Stream %Mo i sture 24 23 25 E x haust F l owrate 264753 255684 260281 dscfm E x haust T emperature 147 146 149 De g rees F Enter numer i ca l va l

ue when ava il ab l e

. If the test resu l

ts are be l ow detect i on li

m i t , p l ease note the detect i on li m i t i n brackets (e

. g ., [ < 0

. 010])

.

Se l ect the fue l types used dur i n g em i ss i on test from the drop down menus and enter the i r correspond i

n g fue l i nput rates be l

ow

. You may enter up to 15 fue l types f i red dur i n g the test. I n t e r n a t i o n a l P ape r T e x a r k a n a M ill
PB 02

A s li s t ed i n q u e s t i o n II. B

. 3

. a1 ( y o u m a y e n t e r c o n t r o l de v i c e a s li s t ed i n q u e s t i o n s II. B

. 3

. a1 o r II. B

. 3

. a6
, o r o t h e r ( w i t h de sc r i p t i o n )
, i f t h e c o n t r o l de v i c e d u r i n g t h e t e s t w a s n o t li s t ed i n t h e s u r v e y s e c t i o n II. B

. 3)P M a n d M e t a l s ( 3)

F ac ili t y N a m e:
C o m bu s t o r I D:

C on t r o l D ev i ce C on f i gu r a t i on :

Pa r ameterSample#1Sample#2Sample#3TestAverage UnitsUnitsOtherDescription Test Meth o d Used Test L o cati on N o te

Se l ect appropr i ate un i

t from li st

. If other i s se l ected p l ease descr i be un i ts i n co l umn H at

r ig ht. Enter the name of the T est Method used.

For Fue l i nput rates , enter the method used to determ i ne the fue l i nput (e

. g ., F-factor , g

as fue l meter , bo il er eff i c i ency ca l

cu l at i on) Ind i cate whether the test occurred upstream or downstream of a contro l dev i ce(s) For a ll po ll utants , prov i de any other i nformat i on support i

n g i nformat i on you th i nk i s necessary about th i s test report

. Samp l e Date (mm/dd/yy) 8/22/2007 8/22/2007 8/22/2007 Requ i red Operat i

n g P arameters Dur i

n g T est Steam Output (1000 l

b/hr) (for bo il ers on l

y) 551 584 561 1000 l b steam/hr D o w n s t r eam T ota l Heat Input (mmBtu/hr) 917 983 934 mmBtu/hr D o w n s t r eam

Natura l g as 106 .6 128 105 .4 Other : P l ease E x p l a in 1000cu ft/h r Gas fue l meter

If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll Wood : Bark 44 .1 48 .3 48 .5 Other : P l ease E x p l a in T on/hr Fue l meters & bo il er eff i c i ency ca l

cu l at i on If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll No

. 6 Res i dua l o il 8 .1 8 .8 8 .2 g a ll on/m i nute O il f l ow meter If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll Other so li d : p l ease e x

p l a in 22 22 20 .6 Other : P l ease E x p l a in T on/hr Load i n g b i n screw & conveyor speed ca l cu l at i on Ra il t i e der i

ved fue l (ch i

ps) (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll Em i ss i on Data Mercury (H g) (se l ect em i ss i on rate un i ts) A rsen i c ( A s) (se l ect em i ss i on rate un i ts) Bery lli um (Be) (se l ect em i ss i on rate un i ts) Cadm i um (Cd) (se l ect em i ss i on rate un i ts) Chrom i um (Cr) (se l ect em i ss i on rate un i ts) Lead ( P b) (se l ect em i ss i on rate un i ts) Man g anese (Mn) (se l ect em i ss i on rate un i ts) N i cke l (N i) (se l ect em i ss i on rate un i ts) Se l en i um (Se) (se l ect em i ss i on rate un i ts) P art i cu l ate Matter (front ha l f) 0

. 081 0

. 0612 0

. 078 0

. 0734 l b/mmBtu E P A Method 5B & 29 , A ppend ix B .3 D o w n s t r eam P art i cu l ate Matter (tota l , i nc l ud i n g condens i

b l es) 0

. 092 0

. 064 0

. 084 0

. 0796 l b/mmBtu E P A Method 5B & 29 , A ppend ix B .3 D o w n s t r eam Other Operating Para m eters During T est ( T hese para m eters are only required if e m ission units are provided in units of concentration) Dry or Wet Bas is E x haust Stream %Mo i sture E x haust F l owrate E x haust T emperature I n t e r n a t i o n a l P ape r T e x a r k a n a M ill
PB 02

A s li s t ed i n q u e s t i o n II. B

. 3

. a1 ( y o u m a y e n t e r c o n t r o l de v i c e a s li s t ed i n q u e s t i o n s II. B

. 3

. a1 o r II. B

. 3

. a6
, o r o t h e r ( w i t h de sc r i p t i o n )
, i f t h e c o n t r o l de v i c e d u r i n g t h e t e s t w a s n o t li s t ed i n t h e s u r v e y s e c t i o n II. B

. 3)

Enter numer i ca l va l

ue when ava il ab l e

. If the test resu l

ts are be l ow detect i on li

m i t , p l ease note the detect i on li m i t i n brackets (e

. g ., [ < 0

. 010])

.

Se l ect the fue l types used dur i n g em i ss i on test from the drop down menus and enter the i r correspond i

n g fue l i nput rates be l

ow

. You may enter up to 15 fue l types f i red dur i n g the test.P M a n d M e t a l s ( 2)

F ac ili t y N a m e:
C o m bu s t o r I D:

C on t r o l D ev i ce C on f i gu r a t i on :

Pa r ameterSample#1Sample#2Sample#3TestAverage UnitsUnitsOtherDescription Test Meth o d Used Test L o cati on N o te

Se l ect appropr i ate un i

t from li st

. If other i s se l ected p l ease descr i be un i ts i n co l umn H at

r ig ht. Enter the name of the T est Method used.

For Fue l i nput rates , enter the method used to determ i ne the fue l i nput (e

. g ., F-factor , g

as fue l meter , bo il er eff i c i ency ca l

cu l at i on) Ind i cate whether the test occurred upstream or downstream of a contro l dev i ce(s) For a ll po ll utants , prov i de any other i nformat i on support i

n g i nformat i on you th i nk i s necessary about th i s test report

. Samp l e Date (mm/dd/yy) 6/23/2005 6/23/2005 Requ i red Operat i

n g P arameters Dur i

n g T est Steam Output (1000 l

b/hr) (for bo il ers on l

y) 422 435 1000 l b steam/hr D o w n s t r eam T ota l Heat Input (mmBtu/hr) 709 727 mmBtu/hr D o w n s t r eam

Natura l g as 0 0 Other : P l ease E x p l a in 1000cu ft/h r Gas fue l meter

If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll Wood : Bark 64 66 Other : P l ease E x p l a in T on/hr Fue l meters & bo il er eff i c i ency ca l

cu l at i on If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll No

. 6 Res i dua l o il 16 16 g a ll on/m i nute O il f l ow meter If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll Em i ss i on Data Mercury (H g) 0

. 000381 0

. 000308 0

. 000345 Other : P l ease E x p l a in l

b/hr E P A Method 5 & 29 , A ppend ix B .2 Downstream T e s t n o t r eq u i r ed f or A rsen i c ( A s) 0

. 0031 0

. 00117 0

. 00212 Other : P l ease E x p l a in l

b/hr E P A Method 5 & 29 , A ppend ix B .2 Downstream c o m p li a n c e

. C o n d u c t ed Bery lli um (Be) 0

. 000053 0

. 0000659 0

. 0000595 Other : P l ease E x p l a in l

b/hr E P A Method 5 & 29 , A ppend ix B .2 Downstream f o r c o m pa r i s o n aga i n s t Cadm i um (Cd) 0

. 00337 0

. 00349 0

. 00343 Other : P l ease E x p l a in l

b/hr E P A Method 5 & 29 , A ppend ix B .2 Downstream B o il e r M A C T li m i t s. Chrom i um (Cr) 0

. 00342 0

. 00344 0

. 00343 Other : P l ease E x p l a in l

b/hr E P A Method 5 & 29 , A ppend ix B .2 Downstream Lead ( P b) 0

. 0346 0

. 034 0

. 0343 Other : P l ease E x p l a in l

b/hr E P A Method 5 & 29 , A ppend ix B .2 Downstream Man g anese (Mn) 0

. 23 0

. 217 0

. 224 Other : P l ease E x p l a in l

b/hr E P A Method 5 & 29 , A ppend ix B .2 Downstream N i cke l (N i) 0

. 0137 0

. 0225 0

. 0181 Other : P l ease E x p l a in l

b/hr E P A Method 5 & 29 , A ppend ix B .2 Downstream Se l en i um (Se) 0

. 000249 0

. 00117 0

. 00071 Other : P l ease E x p l a in l

b/hr E P A Method 5 & 29 , A ppend ix B .2 Downstream P art i cu l ate Matter (front ha l f) Not testedno data Not testedno data (se l ect em i ss i on rate un i ts)

P art i cu l ate Matter (tota l , i nc l ud i n g condens i

b l es) Not testedno data Not testedno data (se l ect em i ss i on rate un i ts)

Other Operating Para m eters During T est ( T hese para m eters are only required if e m ission units are provided in units of concentration) Dry or Wet Bas is Dry Dry Dry E x haust Stream %Mo i sture 17.7 17.6 % E x haust F l owrate 277888 272202 dscfm E x haust T emperature 138 139 De g rees F Enter numer i ca l va l

ue when ava il ab l e

. If the test resu l

ts are be l ow detect i on li

m i t , p l ease note the detect i on li m i t i n brackets (e

. g ., [ < 0

. 010])

.

Se l ect the fue l types used dur i n g em i ss i on test from the drop down menus and enter the i r correspond i

n g fue l i nput rates be l

ow

. You may enter up to 15 fue l types f i red dur i n g the test. I n t e r n a t i o n a l P ape r T e x a r k a n a M ill
PB 02

A s li s t ed i n q u e s t i o n II. B

. 3

. a1 ( y o u m a y e n t e r c o n t r o l de v i c e a s li s t ed i n q u e s t i o n s II. B

. 3

. a1 o r II. B

. 3

. a6
, o r o t h e r ( w i t h de sc r i p t i o n )
, i f t h e c o n t r o l de v i c e d u r i n g t h e t e s t w a s n o t li s t ed i n t h e s u r v e y s e c t i o n II. B

. 3)P M an d M e t a ls

F ac ili t y N a m

e:
C o m bu s t o r I D:

C on t r ol D ev i c e C on f igu r a t ion :

P a r a m e t erSample#1Sample#2Sample#3TestAverage U n i tsUnitsOtherDescription T es t M e t h o d

U sed T es t L oc a t i on N o te

S e l ec t app r o p ri a

t e un it fr o m li s t

. I f o t h e r i s se l ec t e d
p l e a se d esc ri b e un it s i n

co l u m n H a t ri gh t. E n t e r t h e na m e o f t h e T

es t M e t h o d u se d.

F o r Fu e l i npu

t r a t es , e n t e r t h e m e t h o d u se d t o d e t e r m i n e t h e f u e l i npu t ( e

. g ., F -f

a c t o r , ga s f

u e l m e t e r , b o il e r

e ffi c i e n c y c a

l c u l a ti o n) I nd i c a t e w h e t h e r t h e t es t

occ u rr e d up s tr e a

m o r d o w n s tr e a m o f a co n

tr o l d e v i ce (s) F o r a ll p o ll u t an t s , p r o v i d e any o t h e r i n f o r m a ti o n s upp o rti ng i n f

o r m a ti o n y o u t h i nk i s n ecess a

r y ab o u t t h i s t es t r e p o rt

. S a m p l e D a t e ( mm / dd / yy) 8 / 13 / 2003 8 / 14 / 2003 8 / 14 / 2003 R e qu ir e d O p e r a ti ng P a r a m e t e rs D u

ri ng T est S t e a m O u t pu t ( 1000 l b / h

r) (f o r b o il e rs o n l y) 464 398 427 1000 l b s t e a m / hr D o w n s tr e am T o t a l H e a t I npu t ( mm B t u / h r) 826 789 844 mm B t u / hr D o w n s tr e am

N a t u r a l gas 53 29 .7 29 O t h e r: P l e a se E xp l a in 1000c u ft/ h

r G a s f u e l m e t er

I f o t h e r f u e l t yp e i s se l ec t e d p l e a se s p ec if y i n t h i s ce ll W oo d : B a

rk 38 31 35 O t h e r: P l e a se E xp l a in T

o n / hr Fu e l m e t e rs & b o il e r e ffi c i e n c y c a l c u l a ti on I f o t h e r f u e l t yp e i s se l ec t e d p l e a se s p ec if y i n t h i s ce ll N o

. 6 R es i dua l o il 13 6 8 ga ll o n / m i nu te O il fl o w m e t er I f o t h e r f u e l t yp e i s se l ec t e d p l e a se s p ec if y i n t h i s ce ll O t h e r s o li d : p l e a se e xp l a

in 20 27 27 O t h e r: P l e a se E xp l a in T

o n / hr L o ad

i ng b i n scre w

& co n v e y o r s p ee d c a

l c u l a ti on R a il ti e d e ri v

e d f u e l ( c h i p s) (s e l ec t f u e l t yp e) (s e l ec t f u e l i npu t un it s) I f o t h e r f u e l t yp e i s se l ec t e d p l e a se s p ec if y i n t h i s ce ll (s e l ec t f u e l t yp e) (s e l ec t f u e l i npu t un it s) I f o t h e r f u e l t yp e i s se l ec t e d p l e a se s p ec if y i n t h i s ce ll (s e l ec t f u e l t yp e) (s e l ec t f u e l i npu t un it s) I f o t h e r f u e l t yp e i s se l ec t e d p l e a se s p ec if y i n t h i s ce ll (s e l ec t f u e l t yp e) (s e l ec t f u e l i npu t un it s) I f o t h e r f u e l t yp e i s se l ec t e d p l e a se s p ec if y i n t h i s ce ll (s e l ec t f u e l t yp e) (s e l ec t f u e l i npu t un it s) I f o t h e r f u e l t yp e i s se l ec t e d p l e a se s p ec if y i n t h i s ce ll (s e l ec t f u e l t yp e) (s e l ec t f u e l i npu t un it s) I f o t h e r f u e l t yp e i s se l ec t e d p l e a se s p ec if y i n t h i s ce ll (s e l ec t f u e l t yp e) (s e l ec t f u e l i npu t un it s) I f o t h e r f u e l t yp e i s se l ec t e d p l e a se s p ec if y i n t h i s ce ll (s e l ec t f u e l t yp e) (s e l ec t f u e l i npu t un it s) I f o t h e r f u e l t yp e i s se l ec t e d p l e a se s p ec if y i n t h i s ce ll (s e l ec t f u e l t yp e) (s e l ec t f u e l i npu t un it s) I f o t h e r f u e l t yp e i s se l ec t e d p l e a se s p ec if y i n t h i s ce ll (s e l ec t f u e l t yp e) (s e l ec t f u e l i npu t un it s) I f o t h e r f u e l t yp e i s se l ec t e d p l e a se s p ec if y i n t h i s ce ll (s e l ec t f u e l t yp e) (s e l ec t f u e l i npu t un it s) I f o t h e r f u e l t yp e i s se l ec t e d p l e a se s p ec if y i n t h i s ce ll E m i ss i o n D a ta M e r c u r y ( H g) N o t t es t e dn o da ta N o t t es t e dn o da ta N o t t es t e dn o da ta N o t t es t e dn o da ta (s e l ec t e m i ss i o n r a t e un it s)

A rs e n i c ( A s) 0

. 007 0

. 014 0

. 009 0

. 01 O t h e r: P l e a se E xp l a in l b / hr E P A M e t h o d 5 & 29 , & S W 3050

- 6010

- 7471 D o w n s tr e am B e r y lli u m ( B e) N o t t es t e dn o da ta N o t t es t e dn o da ta N o t t es t e dn o da ta N o t t es t e dn o da ta (s e l ec t e m i ss i o n r a t e un it s)

C ad m i u m ( C d) 0

. 003 0

. 006 0

. 005 0

. 0046 O t h e r: P l e a se E xp l a in l b / hr E P A M e t h o d 5 & 29 , & S W 3050

- 6010

- 7471 D o w n s tr e am C h r o m i u m ( C r) 0

. 005 0

. 006 0

. 005 0

. 0053 O t h e r: P l e a se E xp l a in l b / hr E P A M e t h o d 5 & 29 , & S W 3050

- 6010

- 7471 D o w n s tr e am L e ad ( P b) 0

. 072 0

. 106 0

. 115 0

. 097 O t h e r: P l e a se E xp l a in l b / hr E P A M e t h o d 5 & 29 , & S W 3050

- 6010

- 7471 D o w n s tr e am M angan ese ( M n) N o t t es t e dn o da ta N o t t es t e dn o da ta N o t t es t e dn o da ta N o t t es t e dn o da ta (s e l ec t e m i ss i o n r a t e un it s)

N i c k e l ( N i) N o t t es t e dn o da ta N o t t es t e dn o da ta N o t t es t e dn o da ta N o t t es t e dn o da ta (s e l ec t e m i ss i o n r a t e un it s)

S e l e n i u m ( S e) N o t t es t e dn o da ta N o t t es t e dn o da ta N o t t es t e dn o da ta N o t t es t e dn o da ta (s e l ec t e m i ss i o n r a t e un it s)

P a rti c u l a t e M a tt e r (fr o n t ha lf) 28

. 08 33

. 65 39 .2 33

. 64 O t h e r: P l e a se E xp l a in l b / hr E P A M e t h o d 5 & 29 , & S W 3050

- 6010

- 7471 D o w n s tr e am P a rti c u l a t e M a tt e r (t o t a l , i n c l ud i ng co nd e n s i b l es) N o t t es t e dn o da ta N o t t es t e dn o da ta N o t t es t e dn o da ta N o t t es t e dn o da ta (s e l ec t e m i ss i o n r a t e un it s)

O t he r O pe r a t i ng P a r a m e t e r s D u r i ng T est ( T hese pa r a m e t e r s a r e on l y r equ i r ed if e m i ss i on un i t s a r e p r o v i ded i n un i t s o f c on c en t r a t i on) D r y o r W e t B a s is D ry D ry D ry W e t o r D ry E xhau s t S tr e a

m % M o i s t u

re 20 .5 20 19 .5 % E xhau s t F l o w

r a te 244152 235192 246332 d scfm E xhau s t T e m p e r a t u re 140 140 139 F I n t e r na ti o na l P a pe r Te xa r kana M ill

PB 02

A s li s t ed i n q u es ti o n II

. B

. 3

. a1 ( y o u m ay e n t e r co n tr o l de v i ce a s li s t ed i n q u es ti o n s II

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. B

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E n t e r nu m e ri c a l v a l u e w h e n a v a il ab l e

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t h e t es t r es u lt s a

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.

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ri ng e m i ss i o n t es t fr o m t h e d r o p d o w n m e nu s and e n

t e r t h e ir co rr es p o nd

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# F r o m : Am anda S i ngle t on

T o: c o m bu s t ion s u rv ey Da t e : 4 / 6 / 2010 4 : 10 PM S u b j ec t: F w d : B oile r / P r o c e s s Hea t e r M A C T I CR S ub m i ss ion Co rr e c t ion A tt ac h me n t s: B LR

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# J i m and A m anda

- I w a s l oo k i ng t h r ough t he li s t o f m e r c u r y e m i ss i on t e s t r e s u l t s f r o m t he da t aba s e and no t ed ou r D u P on t D eL i s l e s i t e h ad an appa r en t v e r y h i gh H g e m i ss i on r a t e

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. A t t a c hed i s a c o rr e c t ed I CR P ha s e 1 E xc e l f i l e s u b m i s s i on w i t h t he f o l l o w i ng c ha n ge s: S hee t " A F

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c o r r e c t i on upon ou r d i sc o v e r y.
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, in whole o r in p a r t , i s s t r i c t l y p r oh i bi t ed

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, t hi s em ail doe s no t c on s t i t u t e a c on t r a c t o ff e r , a c on t r a c t a m end m en t, o r an a cc ep t an c e o f a c on t r a c t o f f e r

. T hi s e -m ail doe s no t c o n s t i t u t e a c on s en t t o t he u s e o f s ende r's c on t a c t in f o rm a t i on f o r di r e c t m a rk e t ing pu r po s e s o r f o r t r an s f e r s o f da t a t o t h i r d p a r t i e s

. F r an c ai s Deu t sc h It alian o Es panol P o r t ugue s J a p ane s e Chin e s e K o r ean h t t p : // www

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- 15

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F ac ili t y N a m e:
C o m bu s t o r I D:

C on t r o l D ev i ce C on f i gu r a t i on :

Pa r ameterSample#1Sample#2Sample#3TestAverage UnitsUnitsOtherDescription Test Meth o d Used Test L o cati on N o te

Se l ect appropr i ate un i

t from li st

. If other i s se l ected p l ease descr i be un i ts i n co l umn H at

r ig ht. Enter the name of the T est Method used.

For Fue l i nput rates , enter the method used to determ i ne the fue l i nput (e

. g ., F-factor , g

as fue l meter , bo il er eff i c i ency ca l

cu l at i on) Ind i cate whether the test occurred upstream or downstream of a contro l dev i ce(s) For a ll po ll utants , prov i de any other i nformat i on support i

n g i nformat i on you th i nk i s necessary about th i s test report

. Samp l e Date (mm/dd/yy) 11/15/2004 11/16/2004 11/16/2004 Requ i red Operat i

n g P arameters Dur i

n g T est Steam Output (1000 l

b/hr) (for bo il ers on l

y) 319

. 49 291

. 15 297 1000 l b steam/hr T ota l Heat Input (mmBtu/hr) 355

. 79 324

. 23 330

. 75 mmBtu/hr C o mm o n S t a ck f o r A F

- 101 A a n d A F

- 101B

Coa l: B i tum i nous 355

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f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll E m i ss i o n D a ta M e r c u r y ( H g) l b / mm B tu A r s en i c ( A s) ( s e l e c t e m i ss i o n r a t e un i t s) B e r y lli u m ( B e) ( s e l e c t e m i ss i o n r a t e un i t s) C a d m i u m ( C d) ( s e l e c t e m i ss i o n r a t e un i t s) C h r o m i u m ( C r) ( s e l e c t e m i ss i o n r a t e un i t s) L ea d ( Pb) ( s e l e c t e m i ss i o n r a t e un i t s) M angane s e ( M

n) ( s e l e c t e m i ss i o n r a t e un i t s) N i c ke l ( N i) ( s e l e c t e m i ss i o n r a t e un i t s) S e l en i u m ( S e) ( s e l e c t e m i ss i o n r a t e un i t s) P a rt i c u l a t e M a tt e r (fr o n t ha l f) 0

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f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

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ry a b ou t t h i s t e s t r e p o r t

. S am p l e D a t e ( mm / dd / yyyy) 3 / 15 / 2005 3 / 15 / 2005 3 / 16 / 2005 R e q u i r e d O p e r a

ti ng P a r ame t e r s D u r i ng T e st S t eam O u t p u t ( 1000 l b / h

r) (f o r b o il e r s o n l y) 323

. 57 314

. 57 322

. 39 1000 l b s t eam / hr 

### C o mm o n St a c k f o r A F

- 101 A a nd A F

- 101B T o t a l H ea t I np u t ( mm B t u / h

r) 356 .6 352 361 mm B t u / hr

C o a l: B it u m i n ous 356 .6 352 361 mm B t u / hr I f o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i np u t u n it s) I f o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i np u t u n it s) I f o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i np u t u n it s) I f o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i np u t u n it s) I f o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i np u t u n it s) I f o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i np u t u n it s) I f o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i np u t u n it s) I f o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i np u t u n it s) I f o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i np u t u n it s) I f o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i np u t u n it s) I f o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i np u t u n it s) I f o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i np u t u n it s) I f o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i np u t u n it s) I f o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll ( s e l ec t f u e l t y p e) ( s e l ec t f u e l i np u t u n it s) I f o t h e r f u e l t y p e i s s e l ec t e d p l ea s e s p ec i f y i n t h i s ce ll E m i ss i o n D a

ta H y d r o g e n C h l o r i d e ( H C l) 0

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. 0055 0

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te 126
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a v a il a b l e. I f t h e t e s t r e s u lt s a

r e b e l o w d e t ec ti o n li m it , p l ea s e n o t e t h e d e t ec ti o n li m it i n b r ac k e t s ( e. g ., [ < 0

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r o p d o w n me n

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y e n t e r u p t o 15 f

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### ( y o u m a y e n t e r c o n t r o l d e v i c e a s l i s t e d i n qu e s t i o n s II.B. 3

. a1 o r II.B. 3

. a6
, o r o t h e r ( w i t h d e sc r i p t i o n )
, i f t h e c o n t r o l d e v i c e du r i ng t h e t e s t w a s n o t l i s t e d i n t h e s u r v e y s e c t i o n II.B. 3) D u P o n t T i t a n i u m T e c hn o l o g i e s
- D eL i s l e P l a nt A F

- 101 C o mm o n St a c k ( B L R- 1342)

A s l i s t e d i n qu e s t i o n II.B. 3

. a6A F

- 101 A P M a n d M e t a l s 3

- 13

- 07

F ac ili t y N a m e:
C o m bu s t o r I D:

C on t r o l D ev i ce C on f i gu r a t i on :

Pa r ameterSample#1Sample#2Sample#3TestAverage UnitsUnitsOtherDescription Test Meth o d Used Test L o cati on N o te

Se l ect appropr i ate un i

t from li st

. If other i s se l ected p l ease descr i be un i ts i n co l umn H at

r ig ht. Enter the name of the T est Method used.

For Fue l i nput rates , enter the method used to determ i ne the fue l i nput (e

. g ., F-factor , g

as fue l meter , bo il er eff i c i ency ca l

cu l at i on) Ind i cate whether the test occurred upstream or downstream of a contro l dev i ce(s) For a ll po ll utants , prov i de any other i nformat i on support i

n g i nformat i on you th i nk i s necessary about th i s test report

. Samp l e Date (mm/dd/yy) 3/13/2007 3/13/2007 3/13/2007 Requ i red Operat i

n g P arameters Dur i

n g T est Steam Output (1000 l

b/hr) (for bo il ers on l

y) 179 .2 168 .5 179 .8 1000 l b steam/hr T ota l Heat Input (mmBtu/hr) 169 .1 194 .9 184 .5 mmBtu/hr E x i t C oa l B o il e r #1 ESP ( A F

- 101 A)

Coa l: B i tum i nous 179 .2 168 .5 179 .8 mmBtu/hr If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll Em i ss i on Data Mercury (H g) l b/mmBtu A rsen i c ( A s) (se l ect em i ss i on rate un i ts) Bery lli um (Be) (se l ect em i ss i on rate un i ts) Cadm i um (Cd) (se l ect em i ss i on rate un i ts) Chrom i um (Cr) (se l ect em i ss i on rate un i ts) Lead ( P b) (se l ect em i ss i on rate un i ts) Man g anese (Mn) (se l ect em i ss i on rate un i ts) N i cke l (N i) (se l ect em i ss i on rate un i ts) Se l en i um (Se) (se l ect em i ss i on rate un i ts) P art i cu l ate Matter (front ha l f) 0

. 028 0

. 025 0

. 046 l b/mmBtu Methods 1-5; T est date after ES P DDDDD up g rade T h i

rd run i nc l uded sootb l

ow i n g per i od. P art i cu l ate Matter (tota l , i nc l ud i n g condens i

b l es) l b/mmBtu Other Operating Para m eters During T est ( T hese para m eters are only required if e m ission units are provided in units of concentration) Dry or Wet Bas is Dry Dry Dry Wet or Dry E x haust Stream %Mo i sture 8 11 10 E x haust F l owrate 74,194 72,301 75,497 dscfm E x haust T emperature 294 297 293 F Enter numer i ca l va l

ue when ava il ab l e

. If the test resu l

ts are be l ow detect i on li

m i t , p l ease note the detect i on li m i t i n brackets (e

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.

Se l ect the fue l types used dur i n g em i ss i on test from the drop down menus and enter the i r correspond i

n g fue l i nput rates be l

ow

. You may enter up to 15 fue l types f i red dur i n g the test. D u P o n t T i t a n i u m T e c hn o l og i e s
- D eL i s l e P l a nt

A F

- 101 A ( B L R

- 1342)

A s li s t ed i n q u e s t i o n II. B

. 3

. a1 ( y o u m a y e n t e r c o n t r o l de v i c e a s li s t ed i n q u e s t i o n s II. B

. 3

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. 3

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, i f t h e c o n t r o l de v i c e d u r i n g t h e t e s t w a s n o t li s t ed i n t h e s u r v e y s e c t i o n II. B

. 3)A F

- 101 B P M a n d M e t a l s 7

- 19

- 07

F ac ili t y N a m e:
C o m bu s t o r I D:

C on t r o l D ev i ce C on f i gu r a t i on :

Pa r ameterSample#1Sample#2Sample#3TestAverage UnitsUnitsOtherDescription Test Meth o d Used Test L o cati on N o te

Se l ect appropr i ate un i

t from li st

. If other i s se l ected p l ease descr i be un i ts i n co l umn H at

r ig ht. Enter the name of the T est Method used.

For Fue l i nput rates , enter the method used to determ i ne the fue l i nput (e

. g ., F-factor , g

as fue l meter , bo il er eff i c i ency ca l

cu l at i on) Ind i cate whether the test occurred upstream or downstream of a contro l dev i ce(s) For a ll po ll utants , prov i de any other i nformat i on support i

n g i nformat i on you th i nk i s necessary about th i s test report

. Samp l e Date (mm/dd/yy) 7/19/2007 7/19/2007 7/19/2007 Requ i red Operat i

n g P arameters Dur i

n g T est Steam Output (1000 l

b/hr) (for bo il ers on l

y) 191 .3 188 .3 185 .7 1000 l b steam/hr T ota l Heat Input (mmBtu/hr) 204 .6 201 .6 198 .4 mmBtu/hr E x i t C oa l B o il e r #2 ESP ( A F

- 101 B)

Coa l: B i tum i nous 204 .6 201 .6 198 .4 mmBtu/hr If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll (se l ect fue l type) (se l ect fue l i nput un i ts) If other fue l type i s se l ected p l ease spec i fy i n th i s ce ll Em i ss i on Data Mercury (H g) l b/mmBtu A rsen i c ( A s) (se l ect em i ss i on rate un i ts) Bery lli um (Be) (se l ect em i ss i on rate un i ts) Cadm i um (Cd) (se l ect em i ss i on rate un i ts) Chrom i um (Cr) (se l ect em i ss i on rate un i ts) Lead ( P b) (se l ect em i ss i on rate un i ts) Man g anese (Mn) (se l ect em i ss i on rate un i ts) N i cke l (N i) (se l ect em i ss i on rate un i ts) Se l en i um (Se) (se l ect em i ss i on rate un i ts) P art i cu l ate Matter (front ha l f) 0

. 017 0

. 014 0

. 03 l b/mmBtu Methods 1-5; T est date after ES P DDDDD up g rade T h i

rd run i nc l uded sootb l

ow i n g per i od. P art i cu l ate Matter (tota l , i nc l ud i n g condens i

b l es) l b/mmBtu Other Operating Para m eters During T est ( T hese para m eters are only required if e m ission units are provided in units of concentration) Dry or Wet Bas is Dry Dry Dry Wet or Dry E x haust Stream %Mo i sture 9 9 12 E x haust F l owrate 69,118 67,908 58,209 dscfm E x haust T emperature 277 277 281 F D u P o n t T i t a n i u m T e c hn o l og i e s
- D eL i s l e P l a nt

A F

- 101 B ( B L R

- 1342)

A s li s t ed i n q u e s t i o n II. B

. 3

. a1 ( y o u m a y e n t e r c o n t r o l de v i c e a s li s t ed i n q u e s t i o n s II. B

. 3

. a1 o r II. B

. 3

. a6
, o r o t h e r ( w i t h de sc r i p t i o n )
, i f t h e c o n t r o l de v i c e d u r i n g t h e t e s t w a s n o t li s t ed i n t h e s u r v e y s e c t i o n II. B

. 3)

Enter numer i ca l va l

ue when ava il ab l e

. If the test resu l

ts are be l ow detect i on li

m i t , p l ease note the detect i on li m i t i n brackets (e

. g ., [ < 0

. 010])

.

Se l ect the fue l types used dur i n g em i ss i on test from the drop down menus and enter the i r correspond i

n g fue l i nput rates be l

ow

. You may enter up to 15 fue l types f i red dur i n g the test.A F

- 101 P M a nd M e t a l s 10

- 4

- 07

Fac ili t y N a m e:
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C on tr o l D ev i ce C on fi gu r a t i on :

P a r a m e t erSample#1Sample#2Sample#3TestAverage U n itsUnitsOtherDescription T es t M e t h o d U sed T es t L oca ti on N o te

S e l e c t a pp r op r i a t e un i t fr o m li s t

. If o t he r i s s e l e c t e d p l ea s e d e sc r i b e un i t s i n co l u m n H a t

r i gh t. E n t e r t he na m e o f t he T e s t M e t

h od u s e d.

Fo r F ue l i n p u t r a t e s , en t e r t he m e t h od u s e d t o d e t e r

m i ne t he f ue l i n p u t ( e

. g ., F -f

a c t o r , ga s f

ue l m e t e r , bo il

e r
e ff i c i en c y c a l c u l a t i o n) I n d i c a t e w he t he r t he t e s t

occ u rr e d u p s tr ea m o r do w n s tr ea m o f a co n

tr o l d ev i c e ( s) Fo r a ll po ll u t an t s , p r o v i d e any o t he r i n f o r m a t i o n s u ppo rt i ng i n f o r m a t i o n y o u t h i nk i s ne c e ss a

r y a bo u t t h i s t e s t r e po rt

. S a m p l e D a t e ( mm / dd / yy) 10 / 4 / 2007 10 /

4 / 2007 10 /

4 / 2007 R e q u i r e d O p e r a t i ng P a r a m e t e r s D u r i ng T e st S t ea m O u t p u t ( 1000 l b / h r) (f o r bo il e r s o n l y) 320

. 21 307

. 59 307

. 95 ( s e l e c t hea t o u t p u t un i t s) C o mm o n S t a c k f o r A F

- 101 A a nd A F

- 101B T o t a l H ea t I n p u t ( mm B t u / h r) 356

. 59 342

. 53 342

. 93 mm B t u / hr

C o a l: B i t u m i n o us 356

. 59 342

. 53 342

. 93 ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) mm B t u / hr If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll E m i ss i o n D a ta M e r c u r y ( H g) ( s e l e c t e m i ss i o n r a t e un i t s) A r s en i c ( A s) ( s e l e c t e m i ss i o n r a t e un i t s) B e r y lli u m ( B e) ( s e l e c t e m i ss i o n r a t e un i t s) C a d m i u m ( C d) ( s e l e c t e m i ss i o n r a t e un i t s) C h r o m i u m ( C r) ( s e l e c t e m i ss i o n r a t e un i t s) L ea d ( Pb) ( s e l e c t e m i ss i o n r a t e un i t s) M angane s e ( M

n) ( s e l e c t e m i ss i o n r a t e un i t s) N i c ke l ( N i) ( s e l e c t e m i ss i o n r a t e un i t s) S e l en i u m ( S e) ( s e l e c t e m i ss i o n r a t e un i t s) P a rt i c u l a t e M a tt e r (fr o n t ha l f) 0

. 0138 0

. 0227 0

. 0542 l b / mm B tu M e t h od s 1 -5 P a rt i c u l a t e M a tt e r (t o t a l , i

n c l u d i ng co n d en s i

b l e s) l b / mm B tu O t h e r O pe r a ti n g P a r a m e t e r s D u r i n g Te st ( T h ese p a r a m e t e r s a r e o n l y r eq u i r ed i f e m i ss i o n un it s a r e p r o v i ded i n un it s o f co n ce n tr a ti o n) D r y o r W e t B a s is D ry D ry D ry W e t o r D ry E xhau s t S tr ea

m % M o i s t u re 10 10 10 E xhau s t F l

o w r a te 99
, 979 102
, 447 102
, 562 d sc fm E xhau s t T e m

p e r a t u re 302 307 306 F D u P o n t T i t a n i u m T e c hn o l o g ie s
- D eLi s l e P l a nt A F

- 101 C o mm o n S t a c k (B L R

- 1342)

A s l i s t e d i n qu e s t io n II. B

. 3

. a1 ( y o u m a y e n t e r c o n t r o l d e v i c e a s l i s t e d i n qu e s t io n s II. B

. 3

. a1 o r II. B

. 3

. a6
, o r o t h e r ( w i t h d e sc r i p t io n )
, i f t h e c o n t r o l d e v i c e du r i ng t h e t e s t w a s n o t l i s t e d i n t h e s u r v e y s e c t io n II. B

. 3)

E n t e r nu m e r i c a l va l ue w hen ava il a b l e

. If
t he t e s t r e s u l

t s a r e b e l o w d e t e c t i

o n li m i t , p l ea s e n o t e t

he d e t e c t i o n li m i t i n b r a c ke t s ( e

. g ., [ < 0

. 010 ])

.

S e l e c t t he f ue l t y p e s u s e d d u

r i ng e m i ss i o n t e s t fr o m t

he d r op do w

n m enu s an d en

t e r t he i r co rr e s po n d i

ng f ue l i n p u t r a t e s b e l o w

. Y o u m

ay en t e r u p t o 15 f ue l t y p e s f i r e d d u r i ng t he t e s t.A F

- 103 P M a nd M e t a l s 3

- 19

- 07

Fac ili t y N a m e:
C o m bus t o r I D:

C on tr o l D ev i ce C on fi gu r a t i on :

P a r a m e t erSample#1Sample#2Sample#3TestAverage U n itsUnitsOtherDescription T es t M e t h o d U sed T es t L oca ti on N o te

S e l e c t a pp r op r i a t e un i t fr o m li s t

. If o t he r i s s e l e c t e d p l ea s e d e sc r i b e un i t s i n co l u m n H a t

r i gh t. E n t e r t he na m e o f t he T e s t M e t

h od u s e d.

Fo r F ue l i n p u t r a t e s , en t e r t he m e t h od u s e d t o d e t e r

m i ne t he f ue l i n p u t ( e

. g ., F -f

a c t o r , ga s f

ue l m e t e r , bo il

e r
e ff i c i en c y c a l c u l a t i o n) I n d i c a t e w he t he r t he t e s t

occ u rr e d u p s tr ea m o r do w n s tr ea m o f a co n

tr o l d ev i c e ( s) Fo r a ll po ll u t an t s , p r o v i d e any o t he r i n f o r m a t i o n s u ppo rt i ng i n f o r m a t i o n y o u t h i nk i s ne c e ss a

r y a bo u t t h i s t e s t r e po rt

. S a m p l e D a t e ( mm / dd / yy) 3 / 19 / 2007 3 / 19 / 2007 3 / 19 / 2007 R e q u i r e d O p e r a t i ng P a r a m e t e r s D u r i ng T e st S t ea m O u t p u t ( 1000 l b / h r) (f o r bo il e r s o n l y) 156 .3 156

. 16 156

. 81 ( s e l e c t hea t o u t p u t un i t s) T o t a l H ea t I n p u t ( mm B t u / h r) 182 .9 183 183 .2 mm B t u / hr

N a t u r a l gas 182 .9 183 183 .2 mm B t u / hr If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll E m i ss i o n D a ta M e r c u r y ( H g) l b / mm B tu A r s en i c ( A s) ( s e l e c t e m i ss i o n r a t e un i t s) B e r y lli u m ( B e) ( s e l e c t e m i ss i o n r a t e un i t s) C a d m i u m ( C d) ( s e l e c t e m i ss i o n r a t e un i t s) C h r o m i u m ( C r) ( s e l e c t e m i ss i o n r a t e un i t s) L ea d ( Pb) ( s e l e c t e m i ss i o n r a t e un i t s) M angane s e ( M

n) ( s e l e c t e m i ss i o n r a t e un i t s) N i c ke l ( N i) ( s e l e c t e m i ss i o n r a t e un i t s) S e l en i u m ( S e) ( s e l e c t e m i ss i o n r a t e un i t s) P a rt i c u l a t e M a tt e r (fr o n t ha l f) 0

. 00246 0

. 000929 0

. 000655 l b / mm B tu M e t h od s 1 -5 P a rt i c u l a t e M a tt e r (t o t a l , i

n c l u d i ng co n d en s i

b l e s) l b / mm B tu O t h e r O pe r a ti n g P a r a m e t e r s D u r i n g Te st ( T h ese p a r a m e t e r s a r e o n l y r eq u i r ed i f e m i ss i o n un it s a r e p r o v i ded i n un it s o f co n ce n tr a ti o n) D r y o r W e t B a s is D ry D ry D ry W e t o r D ry E xhau s t S tr ea

m % M o i s t u re 16 16 17 E xhau s t F l

o w r a te 42
, 914 41
, 632 41
, 698 d sc fm E xhau s t T e m

p e r a t u re 447 447 447 F E n t e r nu m e r i c a l va l ue w hen ava il a b l e

. If
t he t e s t r e s u l

t s a r e b e l o w d e t e c t i

o n li m i t , p l ea s e n o t e t

he d e t e c t i o n li m i t i n b r a c ke t s ( e

. g ., [ < 0

. 010 ])

.

S e l e c t t he f ue l t y p e s u s e d d u

r i ng e m i ss i o n t e s t fr o m t

he d r op do w

n m enu s an d en

t e r t he i r co rr e s po n d i

ng f ue l i n p u t r a t e s b e l o w

. Y o u m

ay en t e r u p t o 15 f ue l t y p e s f i r e d d u r i ng t he t e s t. D u P o n t T i t a n i u m T e c hn o l o g ie s
- D eLi s l e P l a nt

A F

- 103 (B L R

- 1342)

A s l i s t e d i n qu e s t io n II. B

. 3

. a1 ( y o u m a y e n t e r c o n t r o l d e v i c e a s l i s t e d i n qu e s t io n s II. B

. 3

. a1 o r II. B

. 3

. a6
, o r o t h e r ( w i t h d e sc r i p t io n )
, i f t h e c o n t r o l d e v i c e du r i ng t h e t e s t w a s n o t l i s t e d i n t h e s u r v e y s e c t io n II. B

. 3)A H

- 101 P M a nd M e t a l s 3

- 14

- 08

Fac ili t y N a m e:
C o m bus t o r I D:

C on tr o l D ev i ce C on fi gu r a t i on :

P a r a m e t erSample#1Sample#2Sample#3TestAverage U n itsUnitsOtherDescription T es t M e t h o d U sed T es t L oca ti on N o te

S e l e c t a pp r op r i a t e un i t fr o m li s t

. If o t he r i s s e l e c t e d p l ea s e d e sc r i b e un i t s i n co l u m n H a t

r i gh t. E n t e r t he na m e o f t he T e s t M e t

h od u s e d.

Fo r F ue l i n p u t r a t e s , en t e r t he m e t h od u s e d t o d e t e r

m i ne t he f ue l i n p u t ( e

. g ., F -f

a c t o r , ga s f

ue l m e t e r , bo il

e r
e ff i c i en c y c a l c u l a t i o n) I n d i c a t e w he t he r t he t e s t

occ u rr e d u p s tr ea m o r do w n s tr ea m o f a co n

tr o l d ev i c e ( s) Fo r a ll po ll u t an t s , p r o v i d e any o t he r i n f o r m a t i o n s u ppo rt i ng i n f o r m a t i o n y o u t h i nk i s ne c e ss a

r y a bo u t t h i s t e s t r e po rt

. S a m p l e D a t e ( mm / dd / yy) 3 / 14 / 2008 3 / 14 / 2008 3 / 14 / 2008 R e q u i r e d O p e r a t i ng P a r a m e t e r s D u r i ng T e st S t ea m O u t p u t ( 1000 l b / h r) (f o r bo il e r s o n l y) ( s e l e c t hea t o u t p u t un i t s) T o t a l H ea t I n p u t ( mm B t u / h r) 19

. 22 19

. 27 19

. 37 mm B t u / hr

N a t u r a l gas 19

. 22 19

. 27 19

. 37 mm B t u / hr If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) mm B t u / hr If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll E m i ss i o n D a ta M e r c u r y ( H g) l b / mm B tu A r s en i c ( A s) ( s e l e c t e m i ss i o n r a t e un i t s) B e r y lli u m ( B e) ( s e l e c t e m i ss i o n r a t e un i t s) C a d m i u m ( C d) ( s e l e c t e m i ss i o n r a t e un i t s) C h r o m i u m ( C r) ( s e l e c t e m i ss i o n r a t e un i t s) L ea d ( Pb) ( s e l e c t e m i ss i o n r a t e un i t s) M angane s e ( M

n) ( s e l e c t e m i ss i o n r a t e un i t s) N i c ke l ( N i) ( s e l e c t e m i ss i o n r a t e un i t s) S e l en i u m ( S e) ( s e l e c t e m i ss i o n r a t e un i t s) P a rt i c u l a t e M a tt e r (fr o n t ha l f) 0

. 000572 0

. 000415 0

. 000361 l b / mm B tu M e t h od s 1 -5 P a rt i c u l a t e M a tt e r (t o t a l , i

n c l u d i ng co n d en s i

b l e s) l b / mm B tu O t h e r O pe r a ti n g P a r a m e t e r s D u r i n g Te st ( T h ese p a r a m e t e r s a r e o n l y r eq u i r ed i f e m i ss i o n un it s a r e p r o v i ded i n un it s o f co n ce n tr a ti o n) D r y o r W e t B a s is D ry D ry D ry W e t o r D ry E xhau s t S tr ea

m % M o i s t u re 16 14 16 E xhau s t F l

o w r a te 3
, 040 2
, 442 2
, 842 d sc fm E xhau s t T e m

p e r a t u re 1096 1097 1098 F , n o e co n o m i zer D u P o n t T i t a n i u m T e c hn o l o g ie s
- D eLi s l e P l a nt

A H

- 101 (B L R

- 1342)

A s l i s t e d i n qu e s t io n II. B

. 3

. a1 ( y o u m a y e n t e r c o n t r o l d e v i c e a s l i s t e d i n qu e s t io n s II. B

. 3

. a1 o r II. B

. 3

. a6
, o r o t h e r ( w i t h d e sc r i p t io n )
, i f t h e c o n t r o l d e v i c e du r i ng t h e t e s t w a s n o t l i s t e d i n t h e s u r v e y s e c t io n II. B

. 3)

E n t e r nu m e r i c a l va l ue w hen ava il a b l e

. If
t he t e s t r e s u l

t s a r e b e l o w d e t e c t i

o n li m i t , p l ea s e n o t e t

he d e t e c t i o n li m i t i n b r a c ke t s ( e

. g ., [ < 0

. 010 ])

.

S e l e c t t he f ue l t y p e s u s e d d u

r i ng e m i ss i o n t e s t fr o m t

he d r op do w

n m enu s an d en

t e r t he i r co rr e s po n d i

ng f ue l i n p u t r a t e s b e l o w

. Y o u m

ay en t e r u p t o 15 f ue l t y p e s f i r e d d u r i ng t he t e s t.A H

- 201 P M a nd M e t a l s 3

- 10

- 08

Fac ili t y N a m e:
C o m bus t o r I D:

C on tr o l D ev i ce C on fi gu r a t i on :

P a r a m e t erSample#1Sample#2Sample#3TestAverage U n itsUnitsOtherDescription T es t M e t h o d U sed T es t L oca ti on N o te

S e l e c t a pp r op r i a t e un i t fr o m li s t

. If o t he r i s s e l e c t e d p l ea s e d e sc r i b e un i t s i n co l u m n H a t

r i gh t. E n t e r t he na m e o f t he T e s t M e t

h od u s e d.

Fo r F ue l i n p u t r a t e s , en t e r t he m e t h od u s e d t o d e t e r

m i ne t he f ue l i n p u t ( e

. g ., F -f

a c t o r , ga s f

ue l m e t e r , bo il

e r
e ff i c i en c y c a l c u l a t i o n) I n d i c a t e w he t he r t he t e s t

occ u rr e d u p s tr ea m o r do w n s tr ea m o f a co n

tr o l d ev i c e ( s) Fo r a ll po ll u t an t s , p r o v i d e any o t he r i n f o r m a t i o n s u ppo rt i ng i n f o r m a t i o n y o u t h i nk i s ne c e ss a

r y a bo u t t h i s t e s t r e po rt

. S a m p l e D a t e ( mm / dd / yy) 3 / 10 / 2008 3 / 10 / 2008 3 / 10 / 2008 R e q u i r e d O p e r a t i ng P a r a m e t e r s D u r i ng T e st S t ea m O u t p u t ( 1000 l b / h r) (f o r bo il e r s o n l y) ( s e l e c t hea t o u t p u t un i t s) T o t a l H ea t I n p u t ( mm B t u / h r) 16

. 07 23

. 44 23

. 49 mm B t u / hr

N a t u r a l gas 16

. 07 23

. 44 23

. 49 mm B t u / hr If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

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f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll E m i ss i o n D a ta M e r c u r y ( H g) l b / mm B tu A r s en i c ( A s) ( s e l e c t e m i ss i o n r a t e un i t s) B e r y lli u m ( B e) ( s e l e c t e m i ss i o n r a t e un i t s) C a d m i u m ( C d) ( s e l e c t e m i ss i o n r a t e un i t s) C h r o m i u m ( C r) ( s e l e c t e m i ss i o n r a t e un i t s) L ea d ( Pb) ( s e l e c t e m i ss i o n r a t e un i t s) M angane s e ( M

n) ( s e l e c t e m i ss i o n r a t e un i t s) N i c ke l ( N i) ( s e l e c t e m i ss i o n r a t e un i t s) S e l en i u m ( S e) ( s e l e c t e m i ss i o n r a t e un i t s) P a rt i c u l a t e M a tt e r (fr o n t ha l f) 0

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f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

f y i n t h i s c e ll ( s e l e c t f ue l t y p e) ( s e l e c t f ue l i n p u t un i t s) If o t he r f ue l t y p e i s s e l e c t e d p l ea s e s p e c i

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f y i n t h i s c e ll E m i ss i o n D a ta M e r c u r y ( H g) l b / mm B tu A r s en i c ( A s) ( s e l e c t e m i ss i o n r a t e un i t s) B e r y lli u m ( B e) ( s e l e c t e m i ss i o n r a t e un i t s) C a d m i u m ( C d) ( s e l e c t e m i ss i o n r a t e un i t s) C h r o m i u m ( C r) ( s e l e c t e m i ss i o n r a t e un i t s) L ea d ( Pb) ( s e l e c t e m i ss i o n r a t e un i t s) M angane s e ( M

n) ( s e l e c t e m i ss i o n r a t e un i t s) N i c ke l ( N i) ( s e l e c t e m i ss i o n r a t e un i t s) S e l en i u m ( S e) ( s e l e c t e m i ss i o n r a t e un i t s) P a rt i c u l a t e M a tt e r (fr o n t ha l f) 0

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B o il e r N o . 4 S u s p e n s i on 01 / 05 / 00 136 , 759 238 , 378 509

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. 64 A s M e t h a ne 61

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. 59 A s M e t h a ne 14

. 95 0

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. 029 40 A s P r op a ne 70 34 .6 0

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. 276 190

. 28 A s M e t h a ne 59

. 53 0

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. 88 83 .3 130 0

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. 217 264 A s P r op a ne 437 244 .6 0

. 408 370

. 53 A s M e t h a ne 114

. 24 0

. 190 10 .1 93 B o il e r N o . 4 S u s p e n s i on 12 / 18 / 02 161 , 294 274 , 783 601

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. 37 A s M e t h a ne 80

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. 364 366 A s P r op a ne 571 385 .7 0

. 669 500

. 94 A s M e t h a ne 175

. 78 0

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. 91 A s M e t h a ne 116

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. 088 118 A s P r op a ne 162 81 .9 0

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. 96 0

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. 076 87 A s P r op a ne 139 71 .9 0

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. 034 21 A s P r op a ne 35 18 .9 0

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. 94 0

. 002 0

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. 002 9 .5 83 B o il e r N o . 4 S u s p e n s i on 11 / 18 / 09 139 , 114 216 , 646 260 , 870 553

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. 223 108 0

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. 13 490 0

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t a
- E P A S ubm i ss i on

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. x l s, F L U SS u g a r C o rp 4 / 29 / 2010 , 12 : 13 PM

# I nd i v i du a l R un s - E m i ss i o n T e s t s P e r f o r m e d o n B aga ss e B o i l e r s i n F l o r i d a - U

. S

. Su ga r C o r p o r a t i o n - C l e w i s t on B o i l e r M AC T D a t a b a s e F a c i l i t y I D : F L U SSu ga r C o rp

T H C E m i ss i on s M e t h a n e E m i ss i ons S t ac k Gas S t ac k Gas H e a t I nput B a g a sse V O C E m i ss i on s a s R e po r t ed V O C E m i ss i on s a s C a r bon (E P A M e t hod 18 / 25 A) (E P A M e t hod 18 / 25 A) E x c e ss B o il e r M A C T D a t a B a se B o il e r T y pe T e st F l o w R a te F l o w R a

te S t e a

m R a te R a

te B u

r n i n g R a t e 1 

## (E P A M e t hod 18 / 25 A ) 2 

## (E P A M e t hod 18 / 25 A ) 3 

## A s C a r bon 5 

## A s R e po r t e d 4 

## A s C a

r bon 5 

## O x yg en A ir C o mbu s t o r I

D C o mm on D a te ( d s c f

m) ( ac f

m) ( l b / h

r) ( MM B tu

/ h r) (T P H) l b / hr l b / MM B tu B a s is l b / hr l b / MM B tu ppm B a s is l b / hr l b / MM B tu ppm B a s is l b / hr l b / MM B tu ( % , d r y) ( %) A s R e po r t e d 4 

## ppm @ 3 % O 2 a s

P r op a ne

B o il e r N o . 7 S u s p e n s i on 11 / 17 / 97 157 , 787 349 , 315 734

. 00 101

. 94 8 .3 0

. 011 A s C a r bon 8 .3 0

. 011 9 .4 A s P r op a ne 12 8 .3 0

. 011 0

. 004 A s M e t h a ne 0

. 001 1

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. 56 46 B o il e r N o . 7 S u s p e n s i on 11 / 17 / 97 163 , 257 343 , 200 714

. 00 99

. 17 7 .8 0

. 011 A s C a r bon 7 .8 0

. 011 8 .5 A s P r op a ne 11 7 .8 0

. 011 0

. 003 A s M e t h a ne 0

. 001 1

. 4 E

- 06 6

. 87 49 B o il e r N o . 7 S u s p e n s i on 11 / 17 / 97 153 , 899 352 , 603 735

. 00 102

. 08 5 .0 0

. 007 A s C a r bon 5 .0 0

. 007 5 .8 A s P r op a ne 7 .1 5 .0 0

. 007 0

. 005 A s M e t h a ne 0

. 001 1

. 8 E

- 06 6

. 45 45 B o il e r N o . 7 S u s p e n s i on 02 / 08 / 99 176 , 423 362 , 368 741

. 30 102

. 96 1 .2 0

. 002 A s C a r bon 1 .2 0

. 002 1 .4 A s P r op a ne 1 .8 1 .3 0

. 002 0

. 50 A s M e t h a ne 0

. 166 0

. 0002 7

. 50 56 B o il e r N o . 7 S u s p e n s i on 12 / 17 / 99 134 , 535 369 , 429 763

. 08 105

. 98 21 0

. 028 A s C a r bon 21 0

. 028 28 A s P r op a ne 29 21 .3 0

. 028 0

. 05 A s M e t h a ne 0

. 012 1

. 6 E

- 05 3

. 60 21 B o il e r N o . 7 S u s p e n s i on 12 / 17 / 99 134 , 831 357 , 429 736

. 74 102

. 33 2 .7 0

. 004 A s C a r bon 2 .7 0

. 004 3 .5 A s P r op a ne 3 .9 2 .6 0

. 004 0

. 00 A s M e t h a ne 0

. 000 0

. 000 4

. 80 30 B o il e r N o . 7 S u s p e n s i on 12 / 17 / 99 136 , 090 366 , 176 755

. 14 104

. 88 4 .5 0

. 006 A s C a r bon 4 .5 0

. 006 5 .9 A s P r op a ne 6 .6 4 .5 0

. 006 0

. 01 A s M e t h a ne 0

. 004 4

. 8 E

- 06 4

. 90 31 B o il e r N o . 7 S u s p e n s i on 01 / 05 / 01 179 , 424 327 , 500 655

. 88 91

. 09 0

. 70 0

. 001 A s C a r bon 0

. 70 0

. 001 0

. 70 A s P r op a ne 1 .1 0 .7 0

. 001 0

. 01 A s M e t h a ne 0

. 005 6

. 9 E

- 06 9

. 08 77 B o il e r N o . 7 S u s p e n s i on 01 / 05 / 01 174 , 762 326 , 667 667

. 68 92

. 73 0

. 57 0

. 001 A s C a r bon 0

. 57 0

. 001 0

. 58 A s P r op a ne 0

. 87 0 .6 0

. 001 0

. 00 A s M e t h a ne 0

. 000 0

. 000 8

. 98 75 B o il e r N o . 7 S u s p e n s i on 01 / 06 / 01 172 , 827 328 , 333 675

. 11 93

. 77 0

. 83 0

. 001 A s C a r bon 0

. 83 0

. 001 0

. 86 A s P r op a ne 1

. 29 0 .8 0

. 001 0

. 01 A s M e t h a ne 0

. 004 5

. 6 E

- 06 8

. 95 75 B o il e r N o . 7 S u s p e n s i on 01 / 09 / 02 130 , 764 324 , 545 691

. 41 96

. 03 25 0

. 036 A s C a r bon 25 0

. 036 38 A s P r op a ne 48 27 .9 0

. 040 12

. 05 A s M e t h a ne 2

. 944 0

. 004 6

. 67 47 B o il e r N o . 7 S u s p e n s i on 01 / 09 / 02 136 , 455 331 , 714 706

. 88 98

. 18 76 0

. 107 A s C a r bon 76 0

. 107 103 A s P r op a ne 128 79 .1 0

. 112 13

. 29 A s M e t h a ne 3

. 389 0

. 005 6

. 43 44 B o il e r N o . 7 S u s p e n s i on 01 / 09 / 02 140 , 707 333 , 429 708

. 68 98

. 43 142 0

. 200 A s C a r bon 142 0

. 200 190 A s P r op a ne 235 150 .2 0

. 212 32

. 53 A s M e t h a ne 8

. 556 0

. 012 6

. 41 44 B o il e r N o . 7 S u s p e n s i on 11 / 15 / 02 148 , 856 363 , 659 772

. 94 107

. 35 6 .6 0

. 009 A s C a r bon 6 .6 0

. 009 13 A s P r op a ne 17 11 .1 0

. 014 16

. 01 A s M e t h a ne 4

. 454 0

. 006 6

. 56 46 B o il e r N o . 7 S u s p e n s i on 11 / 15 / 02 155 , 948 343 , 200 727

. 96 101

. 11 5 .1 0

. 007 A s C a r bon 5 .1 0

. 007 6 .9 A s P r op a ne 9 .3 6 .0 0

. 008 3

. 22 A s M e t h a ne 0

. 940 0

. 001 7

. 65 58 B o il e r N o . 7 S u s p e n s i on 11 / 15 / 02 150 , 966 334 , 737 709

. 05 98

. 48 4 .5 0

. 006 A s C a r bon 4 .5 0

. 006 6 .6 A s P r op a ne 9 .2 5 .6 0

. 008 4

. 02 A s M e t h a ne 1

. 135 0

. 002 7

. 96 61 B o il e r N o . 7 S u s p e n s i on 12 / 30 / 03 144 , 480 287 , 753 354 , 783 744

. 67 103

. 43 47 .4 0

. 064 A s C a r bon 47 .4 0

. 064 59 A s P r op a ne 72 47 .5 0

. 064 0

. 15 A s M e t h a ne 0

. 040 5

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- 05 6

. 36 44 B o il e r N o . 7 S u s p e n s i on 12 / 30 / 03 148 , 005 283 , 321 329 , 250 688

. 40 95

. 61 18 .1 0

. 026 A s C a r bon 18 .1 0

. 026 22 A s P r op a ne 28 18 .1 0

. 026 0

. 06 A s M e t h a ne 0

. 018 2

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- 05 6

. 99 50 B o il e r N o . 7 S u s p e n s i on 12 / 30 / 03 145 , 898 281 , 972 338 , 630 707

. 48 98

. 26 12 .7 0

. 018 A s C a r bon 12 .7 0

. 018 16 A s P r op a ne 19 12 .7 0

. 018 0

. 04 A s M e t h a ne 0

. 012 1

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- 05 6

. 58 46 B o il e r N o . 7 S u s p e n s i on 02 / 04 / 05 165 , 392 296 , 331 232 , 174 494

. 28 68

. 65 4 .1 0

. 008 A s C a r bon 4 .1 0

. 008 4 .4 A s P r op a ne 7 .8 4

. 12 0

. 008 0

. 00 A s M e t h a ne 0

. 000 0

. 000 10

. 72 105 B o il e r N o . 7 S u s p e n s i on 02 / 04 / 05 161 , 579 296 , 174 228 , 000 487

. 84 67

. 76 4 .4 0

. 009 A s C a r bon 4 .4 0

. 009 4 .9 A s P r op a ne 8 .7 4 .4 0

. 009 0

. 004 A s M e t h a ne 0

. 001 2

. 7 E

- 06 10

. 80 107 B o il e r N o . 7 S u s p e n s i on 02 / 04 / 05 159 , 426 285 , 860 223 , 099 475

. 52 66

. 04 0

. 89 0

. 002 A s C a r bon 0

. 89 0

. 002 1 .0 A s P r op a ne 1 .9 0 .9 0

. 002 0

. 01 A s M e t h a ne 0

. 004 9

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- 06 11

. 28 117 B o il e r N o . 7 S u s p e n s i on 01 / 05 / 06 184 , 525 318 , 378 318 , 300 659

. 80 91

. 64 3 .7 0

. 006 A s C a r bon 3 .7 0

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. 006 0

. 0 E + 00 9

. 78 88 B o il e r N o . 7 S u s p e n s i on 01 / 05 / 06 178 , 105 315 , 125 348 , 674 721

. 50 100

. 21 11 0

. 015 A s C a r bon 11 0

. 015 11 A s P r op a ne 16 11 .0 0

. 015 0

. 0 E + 00 8

. 80 73 B o il e r N o . 7 S u s p e n s i on 01 / 05 / 06 173 , 265 306 , 013 349 , 209 720

. 60 100

. 08 2 .3 0

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. 003 2 .4 A s P r op a ne 3 2 .3 0

. 003 0

. 0 E + 00 8

. 76 72 B o il e r N o . 7 S u s p e n s i on 01 / 25 / 07 185 , 288 318 , 417 307 , 597 637

. 19 88

. 50 2 .2 0

. 004 A s C a r bon 2 .2 0

. 004 2 .2 A s P r op a ne 3 .7 2 .2 0

. 004 0

. 01 A s M e t h a ne 0

. 005 7

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- 06 10

. 56 102 B o il e r N o . 7 S u s p e n s i on 01 / 25 / 07 174 , 015 301 , 630 319 , 097 658

. 39 91

. 44 0

. 63 0

. 001 A s C a r bon 0

. 63 0

. 001 0

. 65 A s P r op a ne 1 .0 0 .6 0

. 001 0

. 01 A s M e t h a ne 0

. 005 6

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- 06 9

. 78 88 B o il e r N o . 7 S u s p e n s i on 01 / 25 / 07 175 , 714 301 , 314 290 , 569 599

. 18 83

. 22 0

. 44 0

. 001 A s C a r bon 0

. 44 0

. 001 0

. 45 A s P r op a ne 0

. 79 0 .4 0

. 001 0

. 01 A s M e t h a ne 0

. 004 5

. 9 E

- 06 10

. 71 105 B o il e r N o . 7 S u s p e n s i on 01 / 24 / 08 157 , 003 289 , 313 337 , 192 712

. 98 99

. 03 0

. 04 0

. 00005 A s C a r bon 0

. 04 0

. 00005 0

. 04 A s P r op a ne 0

. 05 0

. 04 0

. 00005 7

. 18 52 B o il e r N o . 7 S u s p e n s i on 01 / 24 / 08 154 , 128 285 , 290 361 , 014 758

. 13 105

. 30 0

. 91 0

. 001 A s C a r bon 0

. 91 0

. 001 1 .1 A s P r op a ne 1 .3 0 .9 0

. 001 6

. 77 48 B o il e r N o . 7 S u s p e n s i on 01 / 24 / 08 158 , 129 287 , 635 344 , 968 724

. 38 100

. 61 3 .5 0

. 005 A s C a r bon 3 .5 0

. 005 3 .9 A s P r op a ne 5 .0 3 .5 0

. 005 6

. 84 49 B o il e r N o . 7 S u s p e n s i on 12 / 04 / 08 181 , 705 333 , 116 370 , 870 731

. 80 101

. 64 0

. 020 2

. 78 E

- 05 A s C a r bon 0

. 020 0

. 000 0

. 02 A s P r op a ne 0

. 03 0 .0 0

. 000 10

. 00 92 B o il e r N o . 7 S u s p e n s i on 12 / 05 / 08 183 , 193 326 , 584 361 , 846 705

. 00 97

. 92 0

. 58 8

. 16 E

- 04 A s C a r bon 0

. 58 0

. 001 0

. 56 A s P r op a ne 0

. 90 0 .6 0

. 001 9

. 83 89 B o il e r N o . 7 S u s p e n s i on 11 / 20 / 09 201 , 024 368 , 568 345 , 455 719

. 78 99

. 97 2

. 47 0

. 003 A s P r op a ne 2

. 02 0

. 002 1 .4 A s P r op a ne 2 .4 1 .6 0

. 002 10

. 30 97 B o il e r N o . 7 S u s p e n s i on 11 / 20 / 09 202 , 860 372 , 427 351 , 692 734

. 21 101

. 97 3

. 57 0

. 005 A s P r op a ne 2

. 92 0

. 004 2 .0 A s P r op a ne 3 .2 2 .3 0

. 003 9

. 90 90 B o il e r N o . 7 S u s p e n s i on 11 / 20 / 09 204 , 353 374 , 421 337 , 273 702

. 63 97

. 59 12 0

. 017 A s P r op a ne 9

. 50 0

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. 011 10

. 20 95

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- 1 D e g r ee s o f F r ee dom

( ν ) 35 19 35 35 35 35 35 35 35 35 35 35 35 24 24 27 35 35 M E AN 163 , 489 311 , 482 332 , 333 691

. 07 95

. 98 12

. 27 0

. 017 12

. 18 0

. 017 16 20 12 .7 0

. 018 3

. 28 0

. 868 0

. 001 8

. 10 67 M I N I M UM 130 , 764 281 , 972 223 , 099 475

. 52 66

. 04 0

. 02 0

. 000 0

. 02 0

. 000 0

. 02 0

. 03 0 .0 0

. 000 0

. 001 0

. 0001 0

. 000 3

. 60 21 M A X I M UM 204 , 353 374 , 421 370 , 870 772

. 94 107

. 35 141

. 65 0

. 200 141

. 65 0

. 200 190 235 150 .2 0

. 212 32

. 53 8

. 556 0

. 012 11

. 28 117 S T D D E V I A TI ON 19 , 891 29 , 968 36 , 538 72

. 66 10

. 09 26

. 63 0

. 037 26

. 64 0

. 037 36 44 28 .1 0

. 040 7

. 62 2

. 006 0

. 003 1

. 96 26 95 % C L O F RUNS 203 , 271 371 , 418 405 , 409 836

. 39 116

. 17 65

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. 092 65

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. 097 18

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. 880 0

. 006 12

. 02 118 U P L ( 99 % C O N F I

D E NC E) 192 , 627 358 , 600 385 , 857 797 .5 110

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B o il e r M A C T

- S u g a

r I ndu s t r y V O C & T H C D a

t a
- E P A S ubm i ss i on

. 04

. 08

. 10

_ 1

. x l s, F L U SS u g a r C o rp 4 / 29 / 2010 , 12 : 13 PM

# I nd i v i du a l R un s - E m i ss i o n T e s t s P e r f o r m e d o n B aga ss e B o i l e r s i n F l o r i d a - U

. S

. Su ga r C o r p o r a t i o n - C l e w i s t on B o i l e r M AC T D a t a b a s e F a c i l i t y I D : F L U SSu ga r C o rp

T H C E m i ss i on s M e t h a n e E m i ss i ons S t ac k Gas S t ac k Gas H e a t I nput B a g a sse V O C E m i ss i on s a s R e po r t ed V O C E m i ss i on s a s C a r bon (E P A M e t hod 18 / 25 A) (E P A M e t hod 18 / 25 A) E x c e ss B o il e r M A C T D a t a B a se B o il e r T y pe T e st F l o w R a te F l o w R a

te S t e a

m R a te R a

te B u

r n i n g R a t e 1 

## (E P A M e t hod 18 / 25 A ) 2 

## (E P A M e t hod 18 / 25 A ) 3 

## A s C a r bon 5 

## A s R e po r t e d 4 

## A s C a

r bon 5 

## O x yg en A ir C o mbu s t o r I

D C o mm on D a te ( d s c f

m) ( ac f

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## ppm @ 3 % O 2 a s

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B o il e r N o . 8 S u s p e n s i on 03 / 24 / 05 236 , 278 441 , 324 518 , 571 982 .6 136

. 47 12 0

. 013 A s P r op a ne 10 0

. 011 7 .7 A s P r op a ne 9 .5 10 .2 0

. 010 0

. 03 A s M e t h a ne 0

. 011 1

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. 52 45 B o il e r N o . 8 S u s p e n s i on 03 / 24 / 05 218 , 901 416 , 739 487 , 595 880 .2 122

. 24 9 .5 0

. 010 A s P r op a ne 7

. 75 0

. 008 6 .3 A s P r op a ne 8 .1 7 .8 0

. 009 0

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. 96 50 B o il e r N o . 8 S u s p e n s i on 03 / 25 / 05 218 , 815 416 , 838 496 , 578 919 .1 127

. 66 12 0

. 013 A s P r op a ne 10 0

. 011 8 .2 A s P r op a ne 10 10 .1 0

. 011 0

. 04 A s M e t h a ne 0

. 018 1

. 9 E

- 05 6

. 53 45 B o il e r N o . 8 S u s p e n s i on 01 / 10 / 06 208 , 889 386 , 258 523 , 478 970 .2 134

. 75 10 0

. 010 A s P r op a ne 8 0

. 008 13 A s P r op a ne 14 15 .3 0

. 016 18

. 04 A s M e t h a ne 7

. 044 0

. 007 4

. 73 29 B o il e r N o . 8 S u s p e n s i on 01 / 10 / 06 222 , 090 393 , 669 521 , 408 967 .6 134

. 39 14 0

. 014 A s P r op a ne 11 0

. 011 18 A s P r op a ne 20 22 .3 0

. 023 26

. 05 A s M e t h a ne 10

. 814 0

. 011 5

. 01 32 B o il e r N o . 8 S u s p e n s i on 01 / 10 / 06 211 , 224 393 , 180 510 , 423 949 .6 131

. 89 12 0

. 013 A s P r op a ne 10 0

. 011 17 A s P r op a ne 18 19 .8 0

. 021 25

. 17 A s M e t h a ne 9

. 938 0

. 010 4

. 66 29 B o il e r N o . 8 S u s p e n s i on 01 / 05 / 07 237 , 896 406 , 875 499 , 726 919 .5 127

. 71 41 0

. 045 A s P r op a ne 34 0

. 037 25 A s P r op a ne 34 33 .6 0

. 037 0

. 09 A s M e t h a ne 0

. 041 4

. 4 E

- 05 7

. 73 59 B o il e r N o . 8 S u s p e n s i on 01 / 05 / 07 236 , 384 429 , 330 520 , 274 960 .3 133

. 38 19 0

. 020 A s P r op a ne 16 0

. 016 12 A s P r op a ne 16 15 .9 0

. 017 0

. 05 A s M e t h a ne 0

. 022 2

. 3 E

- 05 7

. 65 58 B o il e r N o . 8 S u s p e n s i on 01 / 05 / 07 229 , 933 443 , 786 510 , 811 948 .0 131

. 67 27 0

. 029 A s P r op a ne 22 0

. 024 17 A s P r op a ne 23 22 .3 0

. 024 0

. 07 A s M e t h a ne 0

. 028 3

. 0 E

- 05 7

. 25 53 B o il e r N o . 8 S u s p e n s i on 11 / 29

- 30 / 07 227 , 945 448 , 255 526 , 093 968 .3 134

. 48 3 .7 0

. 004 A s P r op a ne 3

. 02 0

. 003 2

. 37 A s P r op a ne 2 .9 3 .0 0

. 003 0

. 02 A s M e t h a ne 0

. 007 7

. 1 E

- 06 6

. 14 42 B o il e r N o . 8 S u s p e n s i on 11 / 29

- 30 / 07 228 , 148 434 , 556 532 , 977 980 .8 136

. 22 7 .3 0

. 007 A s P r op a ne 5

. 98 0

. 006 4 .7 A s P r op a ne 5 .6 6 .0 0

. 006 0

. 02 A s M e t h a ne 0

. 008 7

. 9 E

- 06 5

. 84 39 B o il e r N o . 8 S u s p e n s i on 11 / 29

- 30 / 07 247 , 952 467 , 497 540 , 786 999 .6 138

. 83 7 .3 0

. 007 A s P r op a ne 5

. 99 0

. 006 4 .3 A s P r op a ne 5 .6 6 .0 0

. 006 0

. 01 A s M e t h a ne 0

. 005 4

. 8 E

- 06 7

. 21 53 B o il e r N o . 8 S u s p e n s i on 11 / 29

- 30 / 07 241 , 314 469 , 578 575 , 771 1 , 061 .9 147

. 48 15 0

. 015 A s P r op a ne 13 0

. 012 9 .4 A s P r op a ne 12 12 .7 0

. 012 0

. 03 A s M e t h a ne 0

. 015 1

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. 70 47 B o il e r N o . 8 S u s p e n s i on 11 / 29

- 30 / 07 247 , 207 474 , 721 545 , 768 1 , 011 .6 140

. 49 20 0

. 020 A s P r op a ne 16 0

. 016 12 A s P r op a ne 15 16 .3 0

. 016 0

. 04 A s M e t h a ne 0

. 019 1

. 9 E

- 05 6

. 73 47 B o il e r N o . 8 S u s p e n s i on 11 / 29

- 30 / 07 248 , 621 476 , 866 575 , 034 1 , 063 .3 147

. 68 41 0

. 039 A s P r op a ne 34 0

. 032 24 A s P r op a ne 30 33 .7 0

. 032 0

. 09 A s M e t h a ne 0

. 041 3

. 8 E

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. 60 46 B o il e r N o . 8 S u s p e n s i on 01 / 30 / 09 238 , 331 441 , 283 530 , 642 980 .1 136

. 12 17 0

. 018 A s P r op a ne 14 0

. 015 9 .6 A s P r op a ne 13 14 .1 0

. 015 7

. 70 58 B o il e r N o . 8 S u s p e n s i on 01 / 30 / 09 242 , 761 443 , 818 504 , 742 922 .3 128

. 10 97 0

. 105 A s P r op a ne 79 0

. 086 54 A s P r op a ne 91 79 .3 0

. 086 10

. 40 99 B o il e r N o . 8 S u s p e n s i on 01 / 30 / 09 249 , 681 452 , 303 531 , 158 984 .3 136

. 70 0

. 41 0

. 000 A s P r op a ne 0 .3 0

. 000 0

. 22 A s P r op a ne 0

. 26 0 .3 0

. 000 5

. 80 38 B o il e r N o . 8 S u s p e n s i on 12 / 03 / 09 188 , 050 404 , 792 506 , 957 929 .4 129

. 08 8 0

. 009 A s P r op a ne 6 .5 0

. 007 4 .3 A s P r op a ne 5 .3 6 .5 0

. 007 6

. 40 44 B o il e r N o . 8 S u s p e n s i on 12 / 03 / 09 198 , 746 408 , 895 485 , 625 891 .7 123

. 84 23 0

. 026 A s P r op a ne 18 .7 0

. 021 12 A s P r op a ne 15 18 .7 0

. 021 6

. 60 46 B o il e r N o . 8 S u s p e n s i on 12 / 04 / 09 271 , 433 525 , 283 963 .7 133

. 84 16 0

. 016 A s P r op a ne 12 .7 0

. 013 6 .2 A s P r op a ne 5 .3 12 .7 0

. 013

N umb e r o f R

uns 21 20 21 21 21 18 21 21 21 21 21 21 21 15 15 15 20 20

n
- 1 D e g r ee s o f F r ee dom

( ν ) 20 19 20 20 20 17 20 20 20 20 20 20 20 14 14 14 19 19 M E AN 230 , 981 432 , 528 522 , 367 964 .5 133

. 95 19

. 71 0

. 021 16

. 11 0

. 017 13 17 18 .2 0

. 018 4

. 65 1

. 868 0

. 002 6

. 66 48 M I N I M UM 188 , 050 386 , 258 485 , 625 880 .2 122

. 24 0

. 41 0

. 000 0

. 34 0

. 000 0

. 22 0

. 26 0 .3 0

. 000 0

. 01 0

. 005 0

. 000 4

. 66 29 M A X I M UM 271 , 433 476 , 866 575 , 771 1 , 063 .3 147

. 68 97

. 05 0

. 105 79

. 31 0

. 086 54 91 79 .3 0

. 086 26

. 05 10

. 814 0

. 011 10

. 40 99 S T D D E V I A TI ON 19 , 242 28 , 175 23 , 849 46 .9 6

. 51 20

. 59 0

. 022 16

. 83 0

. 018 11 19 16 .7 0

. 018 9

. 68 3

. 900 0

. 004 1

. 26 15 95 % C L O F RUNS 269 , 465 488 , 879 570 , 064 1 , 058 .3 146

. 98 60

. 89 0

. 065 49

. 76 0

. 053 36 55 51 .6 0

. 054 24

. 02 9

. 669 0

. 010 9

. 18 78 U P L ( 99 % C O N F I

D E NC E) 261 , 004 476 , 828 559 , 578 1 , 037 .6 144

. 12 52

. 67 0

. 055 42

. 36 0

. 045 31 47 44 .3 0

. 046 20

. 73 8

. 342 0 .0 8

. 64 71

N o t e s: l b / h r = pound s p e r hou

r. l b / MM B tu = pound s p e r m illi on B r iti s h t h e r m a l un it s. l b /t on = pound s p e r t on. MM B tu / h r = m illi on B r iti s h t h e r

m a l un it s p e r hou

r. T P H = t on s p e r hou

r.

F oo t n o t e s: 1 

## A ss um e d 3 , 600 B tu

/l b a v e r a g e h e a

t c on t e n t f o r w e t b a g a ss e , e x c e p t w

h e r e no t e d.

2 

## B a s e d on ac tu a l r e po r

t e d d a t a.
3 

## I f r e po r t e d a s p r op a

n e , it wa s c onv e r

t e d t o ca r bon b y t h e f

o ll o w i n g e qu a

ti on: l b s / h r a s ca r bon = l b s / h

r a s p r op a n e x (( 3 * 12

. 011 ) / 44

. 09 )

w h e r e 44

. 09 i s t h e M W o f p r op a n e a nd 12

. 011 i s t h e M W o f ca r bon. I f r e po r t e d a s m e t h a

n e , it wa s c onv e r

t e d t o ca r bon b y t h e f

o ll o w i n g e qu a

ti on: l b s / h r a s ca r bon = l b s / h

r a s m e t h a n e x ( 12

. 011 / 16

. 04 )

w h e r e 16

. 04 i s t h e M W o f m e t h a n e a nd 12

. 011 i s t h e M W o f ca r bon.
4 

## A s r e po r t e d i n t e s t r e po r

t.

5 

## I f n e c e ss a

r y , c onv e r t e d b a s i s t o a s ca

r bon.

6 

## 25 % W ood c h i p / 75 % B a g a sse 7 

## 100 % B a g a sse
8 

## W ood c h i p f

i r i n g a t 4 , 500 B tu

/l b

. D a t a c o rr e s pond i n g t o w ood c h i p s wa s no t u s e d i n a n y o f t h e s umm a

r y ca l c u l a ti on s. 9 

## 50 % W ood C h i p / 50 % B a g a sse

B o il e r M A C T

- S u g a

r I ndu s t r y V O C & T H C D a

t a
- E P A S ubm i ss i on

. 04

. 08

. 10

_ 1

. x l s, F L U SS u g a r C o rp 4 / 29 / 2010 , 12 : 13 PM

# I nd ivi du al R un s - E m issi on Tests Per fo r m e d on Bagasse B o ilers i n Fl o ri d a - S u gar Ca n e G r ow ers C oop erative of Fl o ri da B o iler MACT Data b ase Facility ID: FLS u garCa n e G r ow ersC oop

T H C E m i ss i on s M e t h a n e E m i ss i ons S t ac k G as S t ac k G as H ea t I nput B a g a sse VO C E m i ss i on s a s Re po r

t ed VO C E m

i ss i on s a s Ca r

bon ( E P A M e t ho d 18 / 25 A) ( E P A M e t ho d 18 / 25 A) E x ce ss B o il e r M AC T D a t a

B a se B o il e r T ype T e st F l o w Ra te F l o w

Ra te S t ea m

Ra te R a te B u r n i ng Ra t e 1 

## ( E P A M e t ho d 18 / 25 A) 2 

## ( E P A M e t ho d 18 / 25 A) 3 

## A s Re po r t e d 4 

## A s Ca r bon 5 

## A s Re po r t e d 4 

## A s Ca r bon 5 

## O xyg en A ir C o m b u s t o r I D C o mm

on D a te ( d s c f m) ( ac f

m) ( l b /

h r) ( MM Bt u

/ h r) ( T P H) l b / hr l b /

MM Btu B a s is l b / hr l b /

MM Btu pp m B a s is l b / hr l b /

MM Btu pp m B a s is l b / hr l b /

MM Btu ( %, d r

y) ( %)

B o il e r N o . 1 S u s p e n s i on 11 / 19 / 97 64 , 886 125 , 070 241

. 64 33

. 56 11 0

. 046 A s Ca r bon 11 0

. 046 60 A s p r op a ne 91 21

. 93 0

. 091 90

. 07 A s M e t h a ne 10

. 92 0

. 045 9

. 02 75 B o il e r N o . 1 S u s p e n s i on 11 / 19 / 97 68 , 452 126 , 957 245

. 20 34

. 06 3 0

. 012 A s Ca r bon 3 0

. 012 41 A s p r op a ne 62 15

. 92 0

. 065 102

. 03 A s M e t h a ne 13

. 05 0

. 053 8

. 92 73 B o il e r N o . 1 S u s p e n s i on 11 / 19 / 97 66 , 247 125 , 217 241

. 44 33

. 53 1 0

. 006 A s Ca r bon 1 0

. 006 14 A s p r op a ne 21 5

. 10 0

. 021 29

. 98 A s M e t h a ne 3

. 71 0

. 015 9

. 27 79 B o il e r N o . 1 S u s p e n s i on 11 / 18 / 98 65 , 314 123 , 478 241

. 32 33

. 52 16 0

. 067 A s Ca r bon 16 0

. 067 149 A s p r op a ne 224 54

. 41 0

. 225 313

. 71 A s M e t h a ne 38

. 30 0

. 159 9

. 07 76 B o il e r N o . 1 S u s p e n s i on 11 / 18 / 98 65 , 399 116 , 471 226

. 38 31

. 44 1 0

. 006 A s Ca r bon 1 0

. 006 114 A s p r op a ne 172 41

. 84 0

. 185 331

. 62 A s M e t h a ne 40

. 54 0

. 179 9

. 07 76 B o il e r N o . 1 S u s p e n s i on 11 / 18 / 98 58 , 801 120 , 000 232

. 67 32

. 32 0 0

. 002 A s Ca r bon 0 0

. 002 296 A s p r op a ne 404 97

. 73 0

. 420 885

. 36 A s M e t h a ne 97

. 31 0

. 418 7

. 77 58 B o il e r N o . 1 S u s p e n s i on 02 /

23 / 99 69 , 751 102 , 492 121 , 765 237

. 40 32

. 97 14 0

. 059 A s Ca r bon 14 0

. 059 B o il e r N o . 1 S u s p e n s i on 02 /

23 / 99 64 , 669 94 , 419 121 , 765 237

. 62 33

. 00 19 0

. 081 A s Ca r bon 19 0

. 081 B o il e r N o . 1 S u s p e n s i on 02 /

23 / 99 70 , 944 100 , 755 118 , 209 230

. 72 32

. 04 10 0

. 044 A s Ca r bon 10 0

. 044 B o il e r N o . 1 S u s p e n s i on 12 / 09 / 99 56 , 310 139 , 412 270

. 74 37

. 60 101 0

. 193 A s Ca r bon 101 0

. 193 420 A s p r op a ne 521 132

. 60 0

. 490 300

. 92 A s M e t h a ne 31

. 67 0

. 117 6

. 48 44 B o il e r N o . 1 S u s p e n s i on 12 / 09 / 99 61 , 472 141 , 176 274

. 47 38

. 12 107 0

. 216 A s Ca r bon 107 0

. 216 404 A s p r op a ne 507 139

. 19 0

. 507 280

. 84 A s M e t h a ne 32

. 27 0

. 118 6

. 65 46 B o il e r N o . 1 S u s p e n s i on 12 / 09 / 99 59 , 761 142 , 609 276

. 71 38

. 43 105 0

. 210 A s Ca r bon 105 0

. 210 414 A s p r op a ne 515 138

. 85 0

. 502 300

. 84 A s M e t h a ne 33

. 60 0

. 121 6

. 50 45 B o il e r N o . 1 S u s p e n s i on 11 / 15 / 00 73 , 772 120 , 000 232

. 18 32

. 25 11 0

. 046 A s Ca r bon 11 0

. 046 46 A s p r op a ne 73 18

. 85 0

. 081 60

. 12 A s M e t h a ne 8

. 29 0

. 036 9

. 72 86 B o il e r N o . 1 S u s p e n s i on 11 / 15 / 00 71 , 585 121 , 765 236

. 19 32

. 80 4 0

. 018 A s Ca r bon 4 0

. 018 44 A s p r op a ne 70 17

. 67 0

. 075 100

. 09 A s M e t h a ne 13

. 39 0

. 057 9

. 61 84 B o il e r N o . 1 S u s p e n s i on 11 / 15 / 00 71 , 101 120 , 870 234

. 79 32

. 61 0 0

. 001 A s Ca r bon 0 0

. 001 26 A s p r op a ne 41 10

. 45 0

. 044 78

. 59 A s M e t h a ne 10

. 44 0

. 044 9

. 52 82 B o il e r N o . 1 S u s p e n s i on 11 / 14 / 01 65 , 459 127 , 059 246

. 84 34

. 28 46 0

. 187 A s Ca r bon 46 0

. 187 141 A s p r op a ne 189 51

. 78 0

. 210 45

. 81 A s M e t h a ne 5

. 61 0

. 023 7

. 57 56 B o il e r N o . 1 S u s p e n s i on 11 / 14 / 01 65 , 301 115 , 833 224

. 78 31

. 22 13 0

. 059 A s Ca r bon 13 0

. 059 36 A s p r op a ne 52 13

. 30 0

. 059 0

. 06 A s M e t h a ne 0

. 01 3

. 2 E

- 05 8

. 36 66 B o il e r N o . 1 S u s p e n s i on 11 / 14 / 01 65 , 000 111 , 045 215

. 18 29

. 89 11 0

. 049 A s Ca r bon 11 0

. 049 29 A s p r op a ne 43 10

. 54 0

. 049 0

. 15 A s M e t h a ne 0

. 02 8

. 2 E

- 05 8

. 94 74 B o il e r N o . 1 S u s p e n s i on 11 / 13 / 02 63 , 791 123 , 409 239

. 39 33

. 25 5 0

. 023 A s Ca r bon 5 0

. 023 16 A s p r op a ne 23 5

. 66 0

. 024 2

. 08 A s M e t h a ne 0

. 25 0

. 001 8

. 55 68 B o il e r N o . 1 S u s p e n s i on 11 / 13 / 02 63 , 931 123 , 529 240

. 12 33

. 35 22 0

. 093 A s Ca r bon 22 0

. 093 63 A s p r op a ne 88 22

. 53 0

. 094 2

. 14 A s M e t h a ne 0

. 26 0

. 001 8

. 20 64 B o il e r N o . 1 S u s p e n s i on 11 / 13 / 02 66 , 452 126 , 957 247

. 13 34

. 32 16 0

. 065 A s Ca r bon 16 0

. 065 77 A s p r op a ne 104 28

. 69 0

. 116 101

. 14 A s M e t h a ne 12

. 56 0

. 051 7

. 70 58 B o il e r N o . 1 S u s p e n s i on 01 / 07 / 04 59 , 871 95 , 127 137 , 600 262

. 78 36

. 50 8 0

. 032 A s Ca r bon 8 0

. 032 47 A s p r op a ne 62 15

. 76 0

. 060 65

. 13 A s M e t h a ne 7

. 29 0

. 028 7

. 27 53 B o il e r N o . 1 S u s p e n s i on 01 / 07 / 04 58 , 919 96 , 206 140 , 833 268

. 80 37

. 33 18 0

. 066 A s Ca r bon 18 0

. 066 102 A s p r op a ne 124 33

. 70 0

. 125 145

. 22 A s M e t h a ne 15

. 99 0

. 059 6

. 20 42 B o il e r N o . 1 S u s p e n s i on 01 / 07 / 04 59 , 778 104 , 824 140 , 597 268

. 36 37

. 27 56 0

. 208 A s Ca r bon 56 0

. 208 334 A s p r op a ne 397 111

. 88 0

. 417 500

. 59 A s M e t h a ne 55

. 93 0

. 208 5

. 88 39 B o il e r N o . 1 S u s p e n s i on 12 / 15 / 04 63 , 484 109 , 438 132 , 537 249

. 24 34

. 62 15 0

. 061 A s Ca r bon 15 0

. 061 43 A s p r op a ne 59 15

. 21 0

. 061 0

. 14 A s M e t h a ne 0

. 02 6

. 6 E

- 05 7

. 85 59 B o il e r N o . 1 S u s p e n s i on 12 / 15 / 04 63 , 706 113 , 864 130 , 541 245

. 30 34

. 07 16 0

. 066 A s Ca r bon 16 0

. 066 45 A s p r op a ne 64 16

. 11 0

. 066 0

. 11 A s M e t h a ne 0

. 01 5

. 6 E

- 05 8

. 31 65 B o il e r N o . 1 S u s p e n s i on 12 / 15 / 04 70 , 287 119 , 463 132 , 353 249

. 00 34

. 58 20 0

. 080 A s Ca r bon 20 0

. 080 51 A s p r op a ne 72 19

. 93 0

. 080 0

. 08 A s M e t h a ne 0

. 01 4

. 4 E

- 05 8

. 35 66 B o il e r N o . 1 S u s p e n s i on 01 / 13 / 06 53 , 423 88 , 199 144 , 000 275

. 90 38

. 32 17 0

. 060 A s M e t h a ne 12 0

. 045 169 A s m e t h a ne 80 16

. 84 0

. 061 43

. 74 A s M e t h a ne 4

. 37 0

. 016 8

. 30 65 B o il e r N o . 1 S u s p e n s i on 01 / 13 / 06 55 , 826 92 , 043 149 , 000 284

. 60 39

. 53 30 0

. 104 A s M e t h a ne 22 0

. 078 311 A s m e t h a ne 152 32

. 49 0

. 114 98

. 56 A s M e t h a ne 10

. 28 0

. 036 8

. 71 70 B o il e r N o . 1 S u s p e n s i on 01 / 13 / 06 54 , 255 89 , 559 149 , 000 283

. 10 39

. 32 26 0

. 092 A s M e t h a ne 19 0

. 069 247 A s m e t h a ne 119 25

. 06 0

. 089 55

. 05 A s M e t h a ne 5

. 58 0

. 020 8

. 48 67 B o il e r N o . 1 S u s p e n s i on 12 / 08 / 06 75 , 691 113 , 263 126 , 000 234

. 80 32

. 61 1 0

. 004 A s Ca r bon 1 0

. 004 2 .0 A s p r op a ne 3 .3 0

. 86 0

. 004 0

. 01 A s M e t h a ne 0

. 002 8

. 2 E

- 06 9

. 77 86 B o il e r N o . 1 S u s p e n s i on 12 / 08 / 06 72 , 313 109 , 579 131 , 471 245

. 20 34

. 06 0 0

. 001 A s Ca r bon 0 0

. 001 0

. 47 A s p r op a ne 0

. 72 0

. 19 0

. 001 0

. 005 A s M e t h a ne 0

. 001 2

. 7 E

- 06 9

. 20 78 B o il e r N o . 1 S u s p e n s i on 12 / 08 / 06 69 , 611 109 , 868 127 , 941 238

. 60 33

. 14 0 0

. 001 A s Ca r bon 0 0

. 001 0

. 73 A s p r op a ne 1 .1 0

. 29 0

. 001 0

. 04 A s M e t h a ne 0

. 01 2

. 1 E

- 05 9

. 50 82 B o il e r N o . 1 S u s p e n s i on 12 / 12 / 07 60 , 851 95 , 708 124 , 811 233

. 37 32

. 41 1 0

. 004 A s Ca r bon 1 0

. 004 6 .7 A s p r op a ne 10 2

. 27 0

. 010 11

. 64 A s M e t h a ne 1

. 32 5

. 7 E

- 03 9

. 05 75 B o il e r N o . 1 S u s p e n s i on 12 / 12 / 07 67 , 749 102 , 810 131 , 865 247

. 62 34

. 39 2 0

. 008 A s Ca r bon 2 0

. 008 6 .7 A s p r op a ne 9 .7 2

. 55 0

. 010 3

. 74 A s M e t h a ne 0

. 48 1

. 9 E

- 03 8

. 47 67 B o il e r N o . 1 S u s p e n s i on 12 / 12 / 07 63 , 746 101 , 578 135 , 652 254

. 58 35

. 36 3 0

. 012 A s Ca r bon 3 0

. 012 11 A s p r op a ne 16 4

. 07 0

. 016 8

. 18 A s M e t h a ne 0

. 98 3

. 8 E

- 03 8

. 07 62 B o il e r N o . 1 S u s p e n s i on 01 / 07 / 09 64 , 513 100 , 301 140 , 000 268

. 11 37

. 24 8 0

. 029 A s Ca r bon 8 0

. 029 22 A s p r op a ne 33 7

. 90 0

. 029 0

. 00 A s M e t h a ne 0

. 01 2

. 4 E

- 05 8

. 90 73 B o il e r N o . 1 S u s p e n s i on 01 / 07 / 09 64 , 543 102 , 663 140 , 426 269

. 31 37

. 40 66 0

. 245 A s Ca r bon 66 0

. 245 182 A s p r op a ne 264 65

. 94 0

. 245 0

. 00 A s M e t h a ne 0

. 05 1

. 9 E

- 04 8

. 55 68 B o il e r N o . 1 S u s p e n s i on 01 / 08 / 09 62 , 487 98 , 553 141 , 882 271

. 74 37

. 74 11 0

. 041 A s Ca r bon 11 0

. 041 32 A s p r op a ne 47 11

. 20 0

. 041 0

. 00 A s M e t h a ne 0

. 01 2

. 2 E

- 05 8

. 80 72 B o il e r N o . 1 S u s p e n s i on 01 / 08 / 09 60 , 301 105 , 897 135 , 882 260

. 20 36

. 14 9 0

. 035 A s Ca r bon 9 0

. 035 27 A s p r op a ne 43 9

. 16 0

. 035 0

. 00 A s M e t h a ne 0

. 00 1

. 4 E

- 05 9

. 54 83

N u m b e r o f Runs 40 22 40 40 40 40 40 40 40 37 37 37 37 37 37 37 37 37

n
- 1 D e g r ee s o f F r ee d o m

( ν ) 39 21 39 39 39 39 39 39 39 36 36 36 36 36 36 36 36 36 M E AN 64 , 494 102 , 119 130 , 125 249

. 59 34

. 67 20

. 64 0

. 066 20

. 18 0

. 064 109 128 32

. 93 0

. 128 106

. 97 12

. 29 0

. 049 8

. 38 67 M I N I M UM 53 , 423 88 , 199 111 , 045 215

. 18 29

. 89 0

. 00 0

. 001 0

. 0010 0

. 001 0

. 47 0

. 72 0

. 19 0

. 001 0

. 000 0

. 001 2

. 7 E

- 06 5

. 88 39 M AX I M UM 75 , 691 119 , 463 149 , 000 284

. 60 39

. 53 106

. 92 0

. 245 106

. 92 0

. 245 420 521 139

. 19 0

. 507 885

. 36 97

. 31 0

. 418 9

. 77 86 S T D D E V I

A T I ON 5 , 258 8 , 195 9 , 647 17

. 64 2

. 45 28

. 16 0

. 068 28

. 13 0

. 068 128 151 40

. 02 0

. 149 180

. 37 20

. 15 0

. 083 1

. 03 13 95 % C L O F RUNS 75 , 010 118 , 508 149 , 419 284

. 88 39

. 57 76

. 95 0

. 202 76

. 44 0

. 200 365 430 112

. 97 0

. 426 467

. 71 52

. 58 0

. 216 10

. 43 93 U P L ( 99 % C O N FI D E NC E) 72 , 129 114 , 816 144 , 134 275

. 21 38

. 22 61

. 53 0

. 165 61

. 03 0

. 162 296 349 91

. 41 0

. 346 370

. 56 41

. 73 0

. 171 9

. 88 86 pp m @ 3 % O 2 a s P r op a ne

B o il e r M A C T

- S ug a r I

n d u s t r y VO C & T H C D a t a
- E P A S ub m i ss i on

. 04

. 08

. 10_1

. x l s , F L S ug a r C a n e Gr o w e r s C oop 4 / 29 / 2010 , 12 : 13 PM

# I nd ivi du al R un s - E m issi on Tests Per fo r m e d on Bagasse B o ilers i n Fl o ri d a - S u gar Ca n e G r ow ers C oop erative of Fl o ri da B o iler MACT Data b ase Facility ID: FLS u garCa n e G r ow ersC oop

T H C E m i ss i on s M e t h a n e E m i ss i ons S t ac k G as S t ac k G as H ea t I nput B a g a sse VO C E m i ss i on s a s Re po r

t ed VO C E m

i ss i on s a s Ca r

bon ( E P A M e t ho d 18 / 25 A) ( E P A M e t ho d 18 / 25 A) E x ce ss B o il e r M AC T D a t a

B a se B o il e r T ype T e st F l o w Ra te F l o w

Ra te S t ea m

Ra te R a te B u r n i ng Ra t e 1 

## ( E P A M e t ho d 18 / 25 A) 2 

## ( E P A M e t ho d 18 / 25 A) 3 

## A s Re po r t e d 4 

## A s Ca r bon 5 

## A s Re po r t e d 4 

## A s Ca r bon 5 

## O xyg en A ir C o m b u s t o r I D C o mm

on D a te ( d s c f m) ( ac f

m) ( l b /

h r) ( MM Bt u

/ h r) ( T P H) l b / hr l b /

MM Btu B a s is l b / hr l b /

MM Btu pp m B a s is l b / hr l b /

MM Btu pp m B a s is l b / hr l b /

MM Btu ( %, d r

y) ( %) pp m @ 3 % O 2 a s P r op a ne

B o il e r N o . 2 S u s p e n s i on 11 /

20 / 97 68 , 217 123 , 429 238

. 62 33

. 14 44 0

. 186 A s Ca r bon 44 0

. 186 214 A s p r op a ne 333 82 .0 0

. 344 295

. 39 A s M e t h a ne 37

. 66 0

. 158 9

. 39 80 B o il e r N o . 2 S u s p e n s i on 11 /

20 / 97 67 , 469 118 , 442 228

. 70 31

. 76 16 0

. 068 A s Ca r bon 16 0

. 068 83 A s p r op a ne 142 31 .4 0

. 137 125

. 17 A s M e t h a ne 15

. 79 0

. 069 10

. 45 98 B o il e r N o . 2 S u s p e n s i on 11 /

20 / 97 69 , 974 125 , 455 241

. 92 33

. 60 8 0

. 033 A s Ca r bon 8 0

. 033 85 A s p r op a ne 127 33 .4 0

. 138 195

. 87 A s M e t h a ne 25

. 62 0

. 106 8

. 91 73 B o il e r N o . 2 S u s p e n s i on 11 / 19 / 98 65 , 875 121 , 739 234

. 51 32

. 57 58 0

. 249 A s Ca r bon 58 0

. 249 388 A s p r op a ne 575 143 .2 0

. 611 689

. 36 A s M e t h a ne 84

. 88 0

. 362 8

. 84 72 B o il e r N o . 2 S u s p e n s i on 11 / 19 / 98 63 , 498 136 , 901 263

. 72 36

. 63 9 0

. 035 A s Ca r bon 9 0

. 035 296 A s p r op a ne 395 105 .4 0

. 400 810

. 86 A s M e t h a ne 96

. 24 0

. 365 7

. 51 55 B o il e r N o . 2 S u s p e n s i on 11 / 19 / 98 65 , 441 123 , 692 238

. 48 33

. 12 32 0

. 136 A s Ca r bon 32 0

. 136 302 A s p r op a ne 439 110 .9 0

. 465 641

. 42 A s M e t h a ne 78

. 46 0

. 329 8

. 60 69 B o il e r N o . 2 S u s p e n s i on 12 / 08 / 99 67 , 341 118 , 783 229

. 70 31

. 90 41 0

. 180 A s Ca r bon 41 0

. 180 133 A s p r op a ne 206 50 .1 0

. 218 69

. 62 A s M e t h a ne 8

. 76 0

. 038 9

. 40 81 B o il e r N o . 2 S u s p e n s i on 12 / 08 / 99 66 , 385 116 , 291 224

. 70 31

. 21 42 0

. 185 A s Ca r bon 42 0

. 185 144 A s p r op a ne 232 53 .7 0

. 239 98

. 29 A s M e t h a ne 12

. 20 0

. 054 9

. 80 87 B o il e r N o . 2 S u s p e n s i on 12 / 08 / 99 66 , 206 119 , 065 229

. 80 31

. 92 44 0

. 192 A s Ca r bon 44 0

. 192 156 A s p r op a ne 228 58 .0 0

. 252 112

. 31 A s M e t h a ne 13

. 90 0

. 060 8

. 66 70 B o il e r N o . 2 S u s p e n s i on 12 / 08 / 99 64 , 654 119 , 304 230

. 78 32

. 05 61 0

. 265 A s Ca r bon 61 0

. 265 209 A s p r op a ne 304 75 .6 0

. 328 119

. 47 A s M e t h a ne 14

. 44 0

. 063 8

. 64 70 B o il e r N o . 2 S u s p e n s i on 11 / 16 / 00 69 , 691 118 , 261 229

. 68 31

. 90 3 0

. 014 A s Ca r bon 3 0

. 014 59 A s p r op a ne 98 23 .2 0

. 101 153

. 10 A s M e t h a ne 19

. 94 0

. 087 10

. 08 92 B o il e r N o . 2 S u s p e n s i on 11 / 16 / 00 70 , 127 121 , 739 237

. 01 32

. 92 2 0

. 008 A s Ca r bon 2 0

. 008 90 A s p r op a ne 144 35 .4 0

. 150 256

. 08 A s M e t h a ne 33

. 57 0

. 142 9

. 69 85 B o il e r N o . 2 S u s p e n s i on 11 / 16 / 00 70 , 389 126 , 000 245

. 29 34

. 07 5 0

. 022 A s Ca r bon 5 0

. 022 134 A s p r op a ne 198 52 .9 0

. 216 360

. 17 A s M e t h a ne 47

. 39 0

. 193 8

. 83 72 B o il e r N o . 2 S u s p e n s i on 11 / 16 / 01 75 , 613 121 , 714 237

. 30 32

. 96 38 0

. 160 A s Ca r bon 38 0

. 160 167 A s p r op a ne 249 70 .6 0

. 298 230

. 40 A s M e t h a ne 32

. 56 0

. 137 8

. 95 74 B o il e r N o . 2 S u s p e n s i on 11 / 16 / 01 70 , 137 121 , 644 237

. 18 32

. 94 20 0

. 084 A s Ca r bon 20 0

. 084 108 A s p r op a ne 166 42 .3 0

. 178 170

. 14 A s M e t h a ne 22

. 30 0

. 094 9

. 29 79 B o il e r N o . 2 S u s p e n s i on 11 / 16 / 01 74 , 721 120 , 870 235

. 12 32

. 66 28 0

. 120 A s Ca r bon 28 0

. 120 136 A s p r op a ne 219 57 .0 0

. 242 205

. 32 A s M e t h a ne 28

. 68 0

. 122 9

. 80 87 B o il e r N o . 2 S u s p e n s i on 11 / 14 / 02 72 , 844 124 , 478 242

. 19 33

. 64 69 0

. 284 A s Ca r bon 69 0

. 284 257 A s p r op a ne 428 105 .2 0

. 434 267

. 49 A s M e t h a ne 36

. 42 0

. 150 10

. 15 93 B o il e r N o . 2 S u s p e n s i on 11 / 14 / 02 72 , 651 119 , 118 232

. 17 32

. 25 57 0

. 243 A s Ca r bon 57 0

. 243 253 A s p r op a ne 419 103 .3 0

. 445 344

. 64 A s M e t h a ne 46

. 80 0

. 202 10

. 10 92 B o il e r N o . 2 S u s p e n s i on 11 / 14 / 02 74 , 359 120 , 896 236

. 60 32

. 86 80 0

. 338 A s Ca r bon 80 0

. 338 312 A s p r op a ne 517 130 .3 0

. 551 361

. 41 A s M e t h a ne 50

. 23 0

. 212 10

. 10 92 B o il e r N o . 2 S u s p e n s i on 01 /

21 / 04 80 , 575 125 , 538 239

. 94 33

. 33 49 0

. 205 A s Ca r bon 49 0

. 205 111 A s p r op a ne 187 50 .0 0

. 208 5

. 27 A s M e t h a ne 0

. 79 0

. 003 10

. 36 97 B o il e r N o . 2 S u s p e n s i on 01 /

21 / 04 80 , 607 131 , 818 223

. 87 31

. 09 151 0

. 673 A s Ca r bon 151 0

. 673 500 A s p r op a ne 763 226 .1 1

. 010 501

. 01 A s M e t h a ne 75

. 49 0

. 337 9

. 18 77 B o il e r N o . 2 S u s p e n s i on 01 /

21 / 04 72 , 609 134 , 769 230

. 06 31

. 95 107 0

. 463 A s Ca r bon 107 0

. 463 443 A s p r op a ne 673 180 .6 0

. 785 545

. 82 A s M e t h a ne 74

. 08 0

. 322 9

. 12 76 B o il e r N o . 2 S u s p e n s i on 12 / 17 / 04 72 , 111 111 , 673 128 , 571 247

. 79 34

. 42 183 0

. 725 A s Ca r bon 183 0

. 725 706 A s p r op a ne 1021 285 .5 1

. 152 761

. 38 A s M e t h a ne 102

. 62 0

. 414 8

. 54 68 B o il e r N o . 2 S u s p e n s i on 12 / 17 / 04 62 , 186 104 , 280 116 , 842 224

. 22 31

. 14 75 0

. 329 A s Ca r bon 75 0

. 329 310 A s p r op a ne 469 108 .2 0

. 482 285

. 65 A s M e t h a ne 33

. 20 0

. 148 9

. 08 76 B o il e r N o . 2 S u s p e n s i on 12 / 17 / 04 76 , 414 117 , 326 125 , 915 241

. 02 33

. 48 44 0

. 179 A s Ca r bon 44 0

. 179 178 A s p r op a ne 274 76 .2 0

. 316 225

. 34 A s M e t h a ne 32

. 18 0

. 134 9

. 30 79 B o il e r N o . 2 S u s p e n s i on 12 / 17 / 04 71 , 191 109 , 338 130 , 286 249

. 24 34

. 62 66 0

. 261 A s Ca r bon 66 0

. 261 276 A s p r op a ne 417 110 .4 0

. 443 330

. 49 A s M e t h a ne 43

. 98 0

. 176 9

. 06 75 B o il e r N o . 2 S u s p e n s i on 01 /

27 / 05 72 , 664 117 , 107 133 , 846 261

. 40 36

. 31 49 0

. 189 A s M e t h a ne 37 0

. 142 661 A s m e t h a ne 354 89 .8 0

. 343 389

. 12 A s M e t h a ne 52

. 85 0

. 202 9

. 79 87 B o il e r N o . 2 S u s p e n s i on 01 /

27 / 05 72 , 357 119 , 141 139 , 385 272

. 20 37

. 81 77 0

. 283 A s M e t h a ne 58 0

. 212 819 A s m e t h a ne 396 110 .8 0

. 407 393

. 28 A s M e t h a ne 53

. 19 0

. 195 8

. 56 68 B o il e r N o . 2 S u s p e n s i on 01 /

27 / 05 74 , 303 119 , 440 141 , 231 272

. 70 37

. 88 49 0

. 179 A s M e t h a ne 37 0

. 134 625 A s m e t h a ne 298 86 .8 0

. 318 361

. 40 A s M e t h a ne 50

. 19 0

. 184 8

. 41 66 B o il e r N o . 2 S u s p e n s i on 01 / 17 / 06 55 , 850 88 , 825 145 , 000 275

. 60 38

. 28 28 0

. 100 A s M e t h a ne 21 0

. 075 287 A s m e t h a ne 144 30 .0 0

. 109 84

. 46 A s M e t h a ne 8

. 82 0

. 032 9

. 05 75 B o il e r N o . 2 S u s p e n s i on 01 / 17 / 06 60 , 485 96 , 351 141 , 000 268

. 10 37

. 24 33 0

. 120 A s M e t h a ne 25 0

. 090 300 A s m e t h a ne 150 34 .0 0

. 127 82

. 59 A s M e t h a ne 9

. 34 0

. 035 8

. 99 74 B o il e r N o . 2 S u s p e n s i on 01 / 17 / 06 55 , 840 89 , 197 149 , 000 283

. 10 39

. 32 29 0

. 100 A s M e t h a ne 22 0

. 075 280 A s m e t h a ne 132 29 .2 0

. 103 73

. 53 A s M e t h a ne 7

. 67 0

. 027 8

. 25 64 B o il e r N o . 2 S u s p e n s i on 01 / 17 / 07 68 , 734 107 , 826 140 , 000 268

. 75 37

. 33 21 0

. 077 A s Ca r bon 21 0

. 077 60 A s p r op a ne 94 23 .0 0

. 086 19

. 16 A s M e t h a ne 2

. 46 0

. 009 9

. 51 82 B o il e r N o . 2 S u s p e n s i on 01 / 17 / 07 60 , 423 94 , 379 143 , 333 274

. 92 38

. 18 3 0

. 011 A s Ca r bon 3 0

. 011 25 A s p r op a ne 38 8 .6 0

. 031 50

. 04 A s M e t h a ne 5

. 65 0

. 021 8

. 96 74 B o il e r N o . 2 S u s p e n s i on 01 / 17 / 07 65 , 933 106 , 028 146 , 087 278

. 57 38

. 69 15 0

. 055 A s Ca r bon 15 0

. 055 64 A s p r op a ne 94 23 .6 0

. 085 67

. 14 A s M e t h a ne 8

. 27 0

. 030 8

. 77 71 B o il e r N o . 2 S u s p e n s i on 12 /

20 / 07 76 , 291 115 , 866 133 , 151 250

. 42 34

. 78 17 0

. 067 A s Ca r bon 17 0

. 067 68 A s p r op a ne 108 29 .1 0

. 116 87

. 26 A s M e t h a ne 12

. 45 0

. 050 9

. 67 85 B o il e r N o . 2 S u s p e n s i on 12 /

20 / 07 73 , 922 113 , 017 129 , 167 242

. 29 33

. 65 13 0

. 053 A s Ca r bon 13 0

. 053 59 A s p r op a ne 96 24 .3 0

. 100 83

. 44 A s M e t h a ne 11

. 55 0

. 048 9

. 95 89 B o il e r N o . 2 S u s p e n s i on 12 /

20 / 07 74 , 885 112 , 738 118 , 400 220

. 64 30

. 64 8 0

. 038 A s Ca r bon 8 0

. 038 36 A s p r op a ne 66 15 .0 0

. 068 48

. 03 A s M e t h a ne 6

. 73 0

. 030 11

. 20 113 B o il e r N o . 2 S u s p e n s i on 01 / 14 / 09 68 , 866 99 , 794 134 , 430 255

. 81 35

. 53 25 0

. 097 A s Ca r bon 25 0

. 097 65 A s p r op a ne 120 24 .9 0

. 097 0

. 00 A s M e t h a ne 0

. 02 0

. 000 11

. 28 115 B o il e r N o . 2 S u s p e n s i on 01 / 14 / 09 66 , 543 100 , 032 131 , 392 249

. 43 34

. 64 19 0

. 077 A s Ca r bon 19 0

. 077 52 A s p r op a ne 91 19 .3 0

. 077 0

. 00 A s M e t h a ne 0

. 01 0

. 000 10

. 71 103 B o il e r N o . 2 S u s p e n s i on 01 / 14 / 09 65 , 049 95 , 582 130 , 263 248

. 04 34

. 45 16 0

. 063 A s Ca r bon 16 0

. 063 43 A s p r op a ne 76 15 .6 0

. 063 0

. 00 A s M e t h a ne 0

. 01 0

. 000 10

. 89 107

N u m b e r o f Runs 41 19 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41 41

n
- 1 D e g r ee s o f F r ee d o m

( ν ) 40 18 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 M E AN 69 , 352 106 , 207 128 , 469 245

. 65 34

. 12 42

. 30 0

. 174 40

. 68 0

. 168 232 280 72 .3 0

. 299 241

. 49 31

. 64 0

. 130 9

. 41 82 M I N I M UM 55 , 840 88 , 825 116 , 291 220

. 64 30

. 64 1

. 87 0

. 008 1

. 87 0

. 008 25 38 8 .6 0

. 031 0

. 00 0

. 01 0

. 000 7

. 51 55 M AX I M UM 80 , 607 119 , 440 149 , 000 283

. 10 39

. 32 182

. 90 0

. 725 182

. 90 0

. 725 819 1 , 021 285 .5 1

. 152 810

. 86 102

. 62 0

. 414 11

. 28 115 S T D D E V I

A T I ON 5 , 727 10 , 094 9 , 162 17

. 23 2

. 39 37

. 87 0

. 159 37

. 74 0

. 160 197 210 58 .8 0

. 249 215

. 08 27

. 97 0

. 115 0

. 82 13 95 % C L O F RUNS 80 , 805 126 , 395 146 , 793 280

. 10 38

. 90 118

. 03 0

. 493 116

. 15 0

. 487 625 701 190 .0 0

. 797 671

. 64 87

. 59 0

. 360 11

. 06 108 U P L ( 99 % C O N FI D E NC E) 77 , 652 122 , 213 141 , 748 270

. 61 37

. 59 97

. 18 0

. 405 95

. 37 0

. 400 517 585 157

. 59 0

. 660 553

. 21 72

. 19 0

. 297 10

. 60 101

B o il e r M A C T

- S ug a r I

n d u s t r y VO C & T H C D a t a
- E P A S ub m i ss i on

. 04

. 08

. 10_1

. x l s , F L S ug a r C a n e Gr o w e r s C oop 4 / 29 / 2010 , 12 : 13 PM

# I nd ivi du al R un s - E m issi on Tests Per fo r m e d on Bagasse B o ilers i n Fl o ri d a - S u gar Ca n e G r ow ers C oop erative of Fl o ri da B o iler MACT Data b ase Facility ID: FLS u garCa n e G r ow ersC oop

T H C E m i ss i on s M e t h a n e E m i ss i ons S t ac k G as S t ac k G as H ea t I nput B a g a sse VO C E m i ss i on s a s Re po r

t ed VO C E m

i ss i on s a s Ca r

bon ( E P A M e t ho d 18 / 25 A) ( E P A M e t ho d 18 / 25 A) E x ce ss B o il e r M AC T D a t a

B a se B o il e r T ype T e st F l o w Ra te F l o w

Ra te S t ea m

Ra te R a te B u r n i ng Ra t e 1 

## ( E P A M e t ho d 18 / 25 A) 2 

## ( E P A M e t ho d 18 / 25 A) 3 

## A s Re po r t e d 4 

## A s Ca r bon 5 

## A s Re po r t e d 4 

## A s Ca r bon 5 

## O xyg en A ir C o m b u s t o r I D C o mm

on D a te ( d s c f m) ( ac f

m) ( l b /

h r) ( MM Bt u

/ h r) ( T P H) l b / hr l b /

MM Btu B a s is l b / hr l b /

MM Btu pp m B a s is l b / hr l b /

MM Btu pp m B a s is l b / hr l b /

MM Btu ( %, d r

y) ( %) pp m @ 3 % O 2 a s P r op a ne

B o il e r N o . 3 S u s p e n s i on 01 /

20 / 98 62 , 291 95 , 143 180

. 58 25

. 08 150 0

. 829 A s Ca r bon 150 0

. 829 712 A s P r op a ne 1179 248 .9 1

. 378 851

. 36 A s M e t h a ne 99

. 12 0

. 549 10

. 10 92 B o il e r N o . 3 S u s p e n s i on 01 /

20 / 98 66 , 663 97 , 826 185

. 71 25

. 79 191 1

. 027 A s Ca r bon 191 1

. 027 911 A s P r op a ne 1466 340 .5 1

. 833 1 , 201

. 65 A s M e t h a ne 149

. 73 0

. 806 9

. 80 87 B o il e r N o . 3 S u s p e n s i on 01 /

20 / 98 57 , 288 95 , 217 180

. 77 25

. 11 308 1

. 701 A s Ca r bon 308 1

. 701 1 , 824 A s P r op a ne 2695 586 .3 3

. 243 2 , 603

. 33 A s M e t h a ne 278

. 76 1

. 542 8

. 80 72 B o il e r N o . 3 S u s p e n s i on 11 /

24 / 98 67 , 374 104 , 595 198

. 56 27

. 58 15 0

. 073 A s Ca r bon 15 0

. 073 288 A s P r op a ne 453 108 .8 0

. 548 748

. 84 A s M e t h a ne 94

. 30 0

. 475 9

. 53 83 B o il e r N o . 3 S u s p e n s i on 11 /

24 / 98 71 , 967 107 , 727 204

. 49 28

. 40 107 0

. 521 A s Ca r bon 107 0

. 521 529 A s P r op a ne 780 213 .7 1

. 045 796

. 41 A s M e t h a ne 107

. 13 0

. 524 8

. 77 71 B o il e r N o . 3 S u s p e n s i on 11 /

24 / 98 70 , 315 104 , 776 198

. 90 27

. 63 3 0

. 014 A s Ca r bon 3 0

. 014 360 A s P r op a ne 538 142 .2 0

. 715 1 , 060

. 44 A s M e t h a ne 139

. 37 0

. 701 8

. 93 74 B o il e r N o . 3 S u s p e n s i on 11 /

22 / 99 73 , 842 105 , 600 201

. 33 27

. 96 309 1

. 535 A s Ca r bon 309 1

. 535 1 , 060 A s P r op a ne 1573 439 .2 2

. 181 942

. 26 A s M e t h a ne 130

. 05 0

. 646 8

. 85 72 B o il e r N o . 3 S u s p e n s i on 11 /

22 / 99 56 , 703 99 , 000 188

. 32 26

. 16 254 1

. 347 A s Ca r bon 254 1

. 347 1 , 077 A s P r op a ne 1664 342 .6 1

. 819 840

. 07 A s M e t h a ne 89

. 04 0

. 473 9

. 33 79 B o il e r N o . 3 S u s p e n s i on 11 /

22 / 99 74 , 572 96 , 923 184

. 37 25

. 61 313 1

. 695 A s Ca r bon 313 1

. 695 1 , 055 A s P r op a ne 1613 441 .3 2

. 393 923

. 95 A s M e t h a ne 128

. 79 0

. 699 9

. 21 78 B o il e r N o . 3 S u s p e n s i on 11 /

22 / 99 75 , 961 97 , 912 186

. 21 25

. 86 283 1

. 521 A s Ca r bon 283 1

. 521 909 A s P r op a ne 1405 387 .3 2

. 080 732

. 85 A s M e t h a ne 104

. 05 0

. 559 9

. 34 80 B o il e r N o . 3 S u s p e n s i on 12 / 01 / 99 72 , 038 93 , 506 177

. 46 24

. 65 137 0

. 773 A s Ca r bon 137 0

. 773 471 A s P r op a ne 829 190 .1 1

. 071 392

. 96 A s M e t h a ne 52

. 91 0

. 298 10

. 76 104 B o il e r N o . 3 S u s p e n s i on 12 / 01 / 99 86 , 351 96 , 545 182

. 98 25

. 41 168 0

. 916 A s Ca r bon 168 0

. 916 513 A s P r op a ne 879 248 .5 1

. 358 501

. 03 A s M e t h a ne 80

. 87 0

. 442 10

. 47 99 B o il e r N o . 3 S u s p e n s i on 12 / 01 / 99 79 , 079 99 , 600 188

. 90 26

. 24 76 0

. 400 A s Ca r bon 76 0

. 400 233 A s P r op a ne 417 103 .5 0

. 548 188

. 37 A s M e t h a ne 27

. 84 0

. 147 10

. 90 107 B o il e r N o . 3 S u s p e n s i on 01 / 18 / 01 78 , 325 100 , 000 190

. 30 26

. 43 52 0

. 271 A s Ca r bon 52 0

. 271 168 A s P r op a ne 295 73 .6 0

. 387 150

. 33 A s M e t h a ne 22

. 01 0

. 116 10

. 74 104 B o il e r N o . 3 S u s p e n s i on 01 / 18 / 01 77 , 687 100 , 385 190

. 50 26

. 46 90 0

. 470 A s Ca r bon 90 0

. 470 288 A s P r op a ne 521 125 .3 0

. 658 245

. 58 A s M e t h a ne 35

. 66 0

. 187 11

. 05 110 B o il e r N o . 3 S u s p e n s i on 01 / 18 / 01 82 , 884 104 , 143 197

. 60 27

. 44 113 0

. 570 A s Ca r bon 113 0

. 570 331 A s P r op a ne 583 153 .8 0

. 779 265

. 66 A s M e t h a ne 41

. 16 0

. 208 10

. 76 104 B o il e r N o . 3 S u s p e n s i on 11 /

20 / 01 78 , 372 99 , 333 187

. 88 26

. 09 2 0

. 012 A s Ca r bon 2 0

. 012 22 A s P r op a ne 39 9 .5 0

. 051 49

. 94 A s M e t h a ne 7

. 32 0

. 039 11

. 02 110 B o il e r N o . 3 S u s p e n s i on 11 /

20 / 01 82 , 637 100 , 000 189

. 82 26

. 36 22 0

. 118 A s Ca r bon 22 0

. 118 85 A s P r op a ne 149 39 .4 0

. 207 110

. 17 A s M e t h a ne 17

. 02 0

. 090 10

. 75 104 B o il e r N o . 3 S u s p e n s i on 11 /

20 / 01 75 , 677 101 , 471 192

. 07 26

. 68 29 0

. 153 A s Ca r bon 29 0

. 153 123 A s P r op a ne 209 52 .0 0

. 271 160

. 22 A s M e t h a ne 22

. 66 0

. 118 10

. 42 98 B o il e r N o . 3 S u s p e n s i on 12 / 02 / 02 73 , 986 112 , 059 211

. 36 29

. 36 65 0

. 305 A s Ca r bon 65 0

. 305 189 A s P r op a ne 312 78 .4 0

. 371 100

. 38 A s M e t h a ne 13

. 88 0

. 066 10

. 07 92 B o il e r N o . 3 S u s p e n s i on 12 / 02 / 02 74 , 798 108 , 000 203

. 90 28

. 32 174 0

. 851 A s Ca r bon 174 0

. 851 669 A s P r op a ne 1045 280 .7 1

. 377 766

. 27 A s M e t h a ne 107

. 13 0

. 525 9

. 46 81 B o il e r N o . 3 S u s p e n s i on 12 / 02 / 02 76 , 528 102 , 985 194

. 15 26

. 97 7 0

. 036 A s Ca r bon 7 0

. 036 28 A s P r op a ne 51 12 .1 0

. 062 36

. 04 A s M e t h a ne 5

. 15 0

. 027 11

. 16 113 B o il e r N o . 3 S u s p e n s i on 01 / 13 / 04 74 , 779 104 , 211 195

. 85 27

. 20 91 0

. 462 A s Ca r bon 91 0

. 462 351 A s P r op a ne 714 147 .2 0

. 752 405

. 67 A s M e t h a ne 56

. 70 0

. 290 12

. 12 135 B o il e r N o . 3 S u s p e n s i on 01 / 13 / 04 70 , 253 105 , 672 198

. 53 27

. 57 189 0

. 953 A s Ca r bon 189 0

. 953 664 A s P r op a ne 1312 261 .5 1

. 317 551

. 37 A s M e t h a ne 72

. 40 0

. 365 11

. 87 129 B o il e r N o . 3 S u s p e n s i on 01 / 13 / 04 65 , 493 104 , 545 196

. 27 27

. 26 77 0

. 390 A s Ca r bon 77 0

. 390 365 A s P r op a ne 743 134 .2 0

. 684 470

. 66 A s M e t h a ne 57

. 62 0

. 294 12

. 13 136 B o il e r N o . 3 S u s p e n s i on 01 /

21 / 05 39 , 097 62 , 783 106 , 452 202

. 90 28

. 18 48 0

. 236 A s M e t h a ne 36 0

. 177 1 , 235 A s M e t h a ne 700 90 .3 0

. 445 744

. 30 A s M e t h a ne 54

. 39 0

. 268 10

. 40 97 B o il e r N o . 3 S u s p e n s i on 01 /

21 / 05 41 , 179 65 , 828 105 , 000 199

. 50 27

. 71 41 0

. 208 A s M e t h a ne 31 0

. 156 972 A s M e t h a ne 561 74 .9 0

. 375 569

. 36 A s M e t h a ne 43

. 82 0

. 220 10

. 58 101 B o il e r N o . 3 S u s p e n s i on 01 /

21 / 05 39 , 887 63 , 766 107 , 000 203

. 50 28

. 26 59 0

. 288 A s M e t h a ne 44 0

. 216 1 , 338 A s M e t h a ne 702 100 0

. 490 750

. 70 A s M e t h a ne 55

. 97 0

. 275 9

. 55 83 B o il e r N o . 3 S u s p e n s i on 01 / 18 / 06 33 , 302 52 , 328 108 , 000 200

. 20 27

. 81 31 0

. 160 A s M e t h a ne 23 0

. 120 628 A s M e t h a ne 369 39 .1 0

. 195 253

. 02 A s M e t h a ne 15

. 75 0

. 079 10

. 77 105 B o il e r N o . 3 S u s p e n s i on 01 / 18 / 06 33 , 675 52 , 744 108 , 000 200

. 10 27

. 79 33 0

. 160 A s M e t h a ne 24 0

. 120 636 A s M e t h a ne 371 40 .0 0

. 200 247

. 12 A s M e t h a ne 15

. 55 0

. 078 10

. 69 103 B o il e r N o . 3 S u s p e n s i on 01 / 18 / 06 35 , 609 56 , 260 108 , 000 200

. 50 27

. 85 46 0

. 230 A s M e t h a ne 35 0

. 172 858 A s M e t h a ne 505 57 .1 0

. 285 339

. 37 A s M e t h a ne 22

. 59 0

. 113 10

. 78 105 B o il e r N o . 3 S u s p e n s i on 12 / 07 / 06 70 , 900 108 , 279 96 , 923 179

. 00 24

. 86 90 0

. 501 A s Ca r bon 90 0

. 501 495 A s P r op a ne 845 197 .0 1

. 101 809

. 68 A s M e t h a ne 107

. 30 0

. 599 10

. 42 98 B o il e r N o . 3 S u s p e n s i on 12 / 07 / 06 69 , 894 107 , 118 96 , 857 178

. 10 24

. 74 142 0

. 798 A s Ca r bon 142 0

. 798 717 A s P r op a ne 1222 281 .1 1

. 578 1 , 064

. 24 A s M e t h a ne 139

. 03 0

. 781 10

. 42 98 B o il e r N o . 3 S u s p e n s i on 12 / 07 / 06 71 , 647 109 , 522 97 , 500 180

. 00 25

. 00 131 0

. 729 A s Ca r bon 131 0

. 729 694 A s P r op a ne 1162 278 .8 1

. 549 1 , 101

. 37 A s M e t h a ne 147

. 49 0

. 819 10

. 23 94 B o il e r N o . 3 S u s p e n s i on 12 / 19 / 07 53 , 156 83 , 489 101 , 667 188

. 87 26

. 23 93 0

. 493 A s Ca r bon 93 0

. 493 647 A s P r op a ne 935 192 .9 1

. 021 1 , 002

. 79 A s M e t h a ne 99

. 75 0

. 528 8

. 53 68 B o il e r N o . 3 S u s p e n s i on 12 / 19 / 07 55 , 739 89 , 275 99 , 740 184

. 60 25

. 64 95 0

. 514 A s Ca r bon 95 0

. 514 683 A s P r op a ne 992 213 .7 1

. 157 1 , 139

. 51 A s M e t h a ne 118

. 84 0

. 644 8

. 58 69 B o il e r N o . 3 S u s p e n s i on 12 / 19 / 07 55 , 293 87 , 147 100 , 000 184

. 46 25

. 62 69 0

. 373 A s Ca r bon 69 0

. 373 440 A s P r op a ne 666 136 .3 0

. 739 652

. 25 A s M e t h a ne 67

. 49 0

. 366 9

. 10 76 B o il e r N o . 3 S u s p e n s i on 01 / 13 / 09 7 

## 56 , 832 88 , 634 106 , 479 198

. 26 27

. 54 107 0

. 540 A s Ca r bon 107 0

. 540 633 A s P r op a ne 943 201 .9 1

. 018 892

. 00 A s M e t h a ne 94

. 88 0

. 479 8

. 89 73 B o il e r N o . 3 S u s p e n s i on 01 / 13 / 09 57 , 500 88 , 306 107 , 561 200

. 14 27

. 80 65 0

. 325 A s Ca r bon 65 0

. 325 380 A s P r op a ne 569 122 .5 0

. 612 534

. 70 A s M e t h a ne 57

. 54 0

. 287 8

. 97 74 B o il e r N o . 3 S u s p e n s i on 01 / 13 / 09 57 , 484 90 , 796 107 , 500 200

. 11 27

. 79 96 0

. 481 A s Ca r bon 96 0

. 481 524 A s P r op a ne 770 169 .1 0

. 845 976

. 10 A s M e t h a ne 72

. 75 0

. 364 8

. 72 71 B o il e r N o . 3 S u s p e n s i on 01 / 13 / 09 55 , 033 88 , 844 104 , 800 194

. 91 27

. 07 78 0

. 400 A s Ca r bon 78 0

. 400 483 A s P r op a ne 711 149 .2 0

. 765 692

. 10 A s M e t h a ne 71

. 28 0

. 366 8

. 75 71

N u m b e r o f Runs 40 15 40 40 40 40 40 40 40 40 40 40 40 40 40 40 41 41

n
- 1 D e g r ee s o f F r ee d o m

( ν ) 39 14 39 39 39 39 39 39 39 39 39 39 39 39 39 39 40 40 M E AN 64 , 881 80 , 432 102 , 304 192

. 59 26

. 75 108

. 42 0

. 571 106

. 80 0

. 563 599 814 182 .6 0

. 962 649

. 31 75

. 76 0

. 399 10

. 04 93 M I N I M UM 33 , 302 52 , 328 93 , 506 177

. 46 24

. 65 2

. 18 0

. 012 2

. 18 0

. 012 22 39 9 .5 0

. 051 36

. 04 5

. 15 0

. 027 8

. 53 68 M AX I M UM 86 , 351 109 , 522 112 , 059 211

. 36 29

. 36 312

. 50 1

. 701 312

. 50 1

. 701 1 , 824 2 , 695 586 .3 3

. 243 2 , 603

. 33 278

. 76 1

. 542 12

. 13 136 S T D D E V I

A T I ON 14 , 556 20 , 089 4 , 597 8

. 71 1

. 21 86

. 69 0

. 465 87

. 99 0

. 471 385 525 130 .6 0

. 709 465

. 19 54

. 13 0

. 296 1

. 00 18 95 % C L O F RUNS 93 , 994 120 , 610 111 , 499 210

. 01 29

. 17 281

. 80 1

. 500 282

. 78 1

. 506 1 , 368 1 , 863 443 .7 2

. 381 1 , 579

. 68 184

. 01 0

. 992 12

. 05 129 U P L ( 99 % C O N FI D E NC E) 86 , 019 113 , 777 108 , 980 205

. 24 28

. 51 234

. 31 1

. 246 234

. 57 1

. 247 1 , 157 1 , 575 372

. 18 1

. 992 1 , 324

. 82 154

. 36 0

. 830 11

. 49 119

B o il e r M A C T

- S ug a r I

n d u s t r y VO C & T H C D a t a
- E P A S ub m i ss i on

. 04

. 08

. 10_1

. x l s , F L S ug a r C a n e Gr o w e r s C oop 4 / 29 / 2010 , 12 : 13 PM

# I nd ivi du al R un s - E m issi on Tests Per fo r m e d on Bagasse B o ilers i n Fl o ri d a - S u gar Ca n e G r ow ers C oop erative of Fl o ri da B o iler MACT Data b ase Facility ID: FLS u garCa n e G r ow ersC oop

T H C E m i ss i on s M e t h a n e E m i ss i ons S t ac k G as S t ac k G as H ea t I nput B a g a sse VO C E m i ss i on s a s Re po r

t ed VO C E m

i ss i on s a s Ca r

bon ( E P A M e t ho d 18 / 25 A) ( E P A M e t ho d 18 / 25 A) E x ce ss B o il e r M AC T D a t a

B a se B o il e r T ype T e st F l o w Ra te F l o w

Ra te S t ea m

Ra te R a te B u r n i ng Ra t e 1 

## ( E P A M e t ho d 18 / 25 A) 2 

## ( E P A M e t ho d 18 / 25 A) 3 

## A s Re po r t e d 4 

## A s Ca r bon 5 

## A s Re po r t e d 4 

## A s Ca r bon 5 

## O xyg en A ir C o m b u s t o r I D C o mm

on D a te ( d s c f m) ( ac f

m) ( l b /

h r) ( MM Bt u

/ h r) ( T P H) l b / hr l b /

MM Btu B a s is l b / hr l b /

MM Btu pp m B a s is l b / hr l b /

MM Btu pp m B a s is l b / hr l b /

MM Btu ( %, d r

y) ( %) pp m @ 3 % O 2 a s P r op a ne

B o il e r N o . 4 S u s p e n s i on 11 /

26 / 97 118 , 193 233 , 014 450

. 10 62

. 51 55 0

. 123 A s Ca r bon 55 0

. 123 109 A s P r op a ne 154 72 .5 0

. 161 78

. 22 A s M e t h a ne 17

. 28 0

. 038 8

. 20 64 B o il e r N o . 4 S u s p e n s i on 11 /

26 / 97 110 , 227 230 , 417 445

. 04 61

. 81 12 0

. 028 A s Ca r bon 12 0

. 028 40 A s P r op a ne 56 24 .6 0

. 055 60

. 06 A s M e t h a ne 12

. 37 0

. 028 8

. 17 63 B o il e r N o . 4 S u s p e n s i on 11 /

26 / 97 109 , 762 224 , 189 432

. 97 60

. 13 8 0

. 018 A s Ca r bon 8 0

. 018 43 A s P r op a ne 59 26 .2 0

. 061 90

. 06 A s M e t h a ne 18

. 48 0

. 043 8

. 02 61 B o il e r N o . 4 S u s p e n s i on 11 /

25 / 98 136 , 236 253 , 235 488

. 47 67

. 84 36 0

. 074 A s Ca r bon 36 0

. 074 211 A s P r op a ne 297 161 .1 0

. 330 490

. 78 A s M e t h a ne 124

. 98 0

. 256 8

. 20 64 B o il e r N o . 4 S u s p e n s i on 11 /

25 / 98 125 , 626 253 , 235 488

. 10 67

. 79 114 0

. 234 A s Ca r bon 114 0

. 234 330 A s P r op a ne 456 232 .2 0

. 476 502

. 00 A s M e t h a ne 117

. 88 0

. 241 7

. 99 61 B o il e r N o . 4 S u s p e n s i on 11 /

25 / 98 127 , 392 253 , 881 490

. 68 68

. 15 17 0

. 035 A s Ca r bon 17 0

. 035 155 A s P r op a ne 221 110 .6 0

. 225 393

. 23 A s M e t h a ne 93

. 63 0

. 191 8

. 38 66 B o il e r N o . 4 S u s p e n s i on 12 /

22 / 98 107 , 367 245 , 422 472

. 99 65

. 69 164 0

. 346 A s Ca r bon 164 0

. 346 675 A s P r op a ne 888 406 .5 0

. 859 1 , 209

. 11 A s M e t h a ne 242

. 65 0

. 513 7

. 30 53 B o il e r N o . 4 S u s p e n s i on 12 /

22 / 98 113 , 139 251 , 447 483

. 50 67

. 15 134 0

. 278 A s Ca r bon 134 0

. 278 410 A s P r op a ne 568 260 .0 0

. 538 594

. 73 A s M e t h a ne 125

. 77 0

. 260 8

. 00 61 B o il e r N o . 4 S u s p e n s i on 12 /

22 / 98 113 , 084 253 , 151 486

. 42 67

. 56 171 0

. 352 A s Ca r bon 171 0

. 352 473 A s P r op a ne 643 300 .3 0

. 617 610

. 52 A s M e t h a ne 129

. 05 0

. 265 7

. 74 58 B o il e r N o . 4 S u s p e n s i on 11 /

24 / 99 140 , 315 270 , 789 521

. 84 72

. 48 5 0

. 010 A s Ca r bon 5 0

. 010 8 .3 A s P r op a ne 10 6 .5 0

. 013 5

. 43 A s M e t h a ne 1

. 42 0

. 003 6

. 71 47 B o il e r N o . 4 S u s p e n s i on 11 /

24 / 99 135 , 887 256 , 667 494

. 99 68

. 75 5 0

. 010 A s Ca r bon 5 0

. 010 7 .4 A s P r op a ne 9 .7 5 .6 0

. 011 2

. 02 A s M e t h a ne 0

. 51 0

. 001 7

. 26 53 B o il e r N o . 4 S u s p e n s i on 11 /

24 / 99 137 , 998 259 , 091 500

. 80 69

. 56 8 0

. 015 A s Ca r bon 8 0

. 015 11 .6 A s P r op a ne 20 8 .9 0

. 018 5

. 42 A s M e t h a ne 1

. 40 0

. 003 10

. 50 99 B o il e r N o . 4 S u s p e n s i on 11 /

21 / 00 129 , 828 259 , 259 501

. 72 69

. 68 4 0

. 007 A s Ca r bon 4 0

. 007 11 .7 A s P r op a ne 15 8 .5 0

. 017 19

. 95 A s M e t h a ne 4

. 84 0

. 010 7

. 13 51 B o il e r N o . 4 S u s p e n s i on 11 /

21 / 00 129 , 813 253 , 151 489

. 94 68

. 05 3 0

. 007 A s Ca r bon 3 0

. 007 9 .7 A s P r op a ne 13 7 .1 0

. 014 14

. 98 A s M e t h a ne 3

. 63 0

. 007 7

. 17 52 B o il e r N o . 4 S u s p e n s i on 11 /

21 / 00 135 , 891 260 , 282 503

. 70 69

. 96 3 0

. 006 A s Ca r bon 3 0

. 006 7 .3 A s P r op a ne 9 .8 5 .6 0

. 011 10

. 06 A s M e t h a ne 2

. 55 0

. 005 7

. 64 57 B o il e r N o . 4 S u s p e n s i on 11 /

21 / 01 140 , 709 250 , 588 483

. 73 67

. 18 4 0

. 009 A s Ca r bon 4 0

. 009 5 .3 A s P r op a ne 7 .1 4 .2 0

. 009 0

. 17 A s M e t h a ne 0

. 04 9

. 0 E

- 05 7

. 46 55 B o il e r N o . 4 S u s p e n s i on 11 /

21 / 01 139 , 232 250 , 000 483

. 23 67

. 12 6 0

. 012 A s Ca r bon 6 0

. 012 7 .3 A s P r op a ne 9 .9 5 .7 0

. 012 0

. 01 A s M e t h a ne 0

. 00 3

. 3 E

- 06 7

. 66 57 B o il e r N o . 4 S u s p e n s i on 11 /

21 / 01 141 , 229 251 , 642 486

. 63 67

. 59 5 0

. 121 A s Ca r bon 5 0

. 121 6 .3 A s P r op a ne 8 .6 5 .0 0

. 010 0

. 04 A s M e t h a ne 0

. 01 2

. 3 E

- 05 7

. 80 59 B o il e r N o . 4 S u s p e n s i on 11 /

25 / 02 135 , 836 261 , 739 502

. 97 69

. 86 5 0

. 010 A s Ca r bon 5 0

. 010 11 A s P r op a ne 14 8 .1 0

. 016 12

. 01 A s M e t h a ne 3

. 05 0

. 006 7

. 55 56 B o il e r N o . 4 S u s p e n s i on 11 /

25 / 02 130 , 169 265 , 217 511

. 05 70

. 98 7 0

. 014 A s Ca r bon 7 0

. 014 15 A s P r op a ne 20 11 .1 0

. 022 16

. 01 A s M e t h a ne 3

. 90 0

. 008 7

. 11 51 B o il e r N o . 4 S u s p e n s i on 11 /

25 / 02 121 , 508 265 , 075 510

. 97 70

. 97 34 0

. 067 A s Ca r bon 34 0

. 067 51 A s P r op a ne 65 34 .8 0

. 068 2

. 11 A s M e t h a ne 0

. 48 0

. 001 6

. 81 48 B o il e r N o . 4 S u s p e n s i on 01 / 14 / 04 163 , 039 272 , 113 512

. 93 71

. 24 45 0

. 088 A s Ca r bon 45 0

. 088 71 A s P r op a ne 95 64 .8 0

. 126 65

. 13 A s M e t h a ne 19

. 85 0

. 039 7

. 57 56 B o il e r N o . 4 S u s p e n s i on 01 / 14 / 04 156 , 974 271 , 538 514

. 05 71

. 40 43 0

. 083 A s Ca r bon 43 0

. 083 79 A s P r op a ne 105 69 .3 0

. 135 90

. 16 A s M e t h a ne 26

. 45 0

. 051 7

. 54 56 B o il e r N o . 4 S u s p e n s i on 01 / 14 / 04 155 , 072 274 , 521 520

. 43 72

. 28 22 0

. 042 A s Ca r bon 22 0

. 042 45 A s P r op a ne 60 39 .3 0

. 075 60

. 09 A s M e t h a ne 17

. 42 0

. 033 7

. 34 53 B o il e r N o . 4 S u s p e n s i on 01 / 13 / 05 126 , 038 203 , 525 265 , 000 509

. 40 70

. 75 57 0

. 113 A s M e t h a ne 43 0

. 085 268 A s M e t h a ne 118 63 .1 0

. 124 85

. 49 A s M e t h a ne 20

. 14 0

. 040 7

. 35 54 B o il e r N o . 4 S u s p e n s i on 01 / 13 / 05 117 , 857 202 , 508 265 , 000 508

. 70 70

. 65 39 0

. 076 A s M e t h a ne 29 0

. 057 219 A s M e t h a ne 101 48 .3 0

. 095 87

. 07 A s M e t h a ne 19

. 18 0

. 038 7

. 94 60 B o il e r N o . 4 S u s p e n s i on 01 / 13 / 05 130 , 959 224 , 758 270 , 000 518

. 30 71

. 99 58 0

. 112 A s M e t h a ne 44 0

. 084 275 A s M e t h a ne 118 67 .3 0

. 130 97

. 19 A s M e t h a ne 23

. 79 0

. 046 7

. 06 50 B o il e r N o . 4 S u s p e n s i on 12 / 07 / 05 101 , 811 169 , 590 262 , 418 509

. 94 70

. 83 45 0

. 088 A s Ca r bon 45 0

. 088 155 A s P r op a ne 204 88 .6 0

. 174 230

. 92 A s M e t h a ne 43

. 94 0

. 086 7

. 31 53 B o il e r N o . 4 S u s p e n s i on 12 / 07 / 05 101 , 639 174 , 861 268 , 636 521

. 10 72

. 38 70 0

. 134 A s Ca r bon 70 0

. 134 165 A s P r op a ne 273 94 .3 0

. 181 128

. 23 A s M e t h a ne 24

. 36 0

. 047 10

. 06 91 B o il e r N o . 4 S u s p e n s i on 12 / 08 / 05 120 , 939 199 , 867 263 , 514 511

. 18 71

. 00 89 0

. 175 A s Ca r bon 89 0

. 175 178 A s P r op a ne 233 120 .5 0

. 236 137

. 96 A s M e t h a ne 31

. 19 0

. 061 7

. 26 53 B o il e r N o . 4 S u s p e n s i on 01 / 05 / 07 128 , 249 217 , 492 260 , 000 504

. 20 70

. 03 52 0

. 100 A s M e t h a ne 39 0

. 075 161 A s M e t h a ne 72 116 .0 0

. 230 322

. 93 A s M e t h a ne 77

. 41 0

. 154 7

. 63 57 B o il e r N o . 4 S u s p e n s i on 01 / 05 / 07 134 , 040 228 , 265 262 , 000 501

. 40 69

. 64 95 0

. 190 A s M e t h a ne 71 0

. 142 284 A s M e t h a ne 126 213 .7 0

. 426 569

. 32 A s M e t h a ne 142

. 64 0

. 284 7

. 45 55 B o il e r N o . 4 S u s p e n s i on 01 / 05 / 07 131 , 102 217 , 492 256 , 000 490

. 90 68

. 18 49 0

. 100 A s M e t h a ne 37 0

. 075 167 A s M e t h a ne 75 122 .5 0

. 250 350

. 88 A s M e t h a ne 85

. 98 0

. 175 7

. 71 58 B o il e r N o . 4 S u s p e n s i on 12 / 04 / 07 111 , 706 202 , 269 261 , 000 505

. 70 70

. 24 54 0

. 110 A s M e t h a ne 40 0

. 082 193 A s M e t h a ne 76 120 .8 0

. 239 386

. 00 A s M e t h a ne 80

. 60 0

. 159 5

. 70 37 B o il e r N o . 4 S u s p e n s i on 12 / 04 / 07 114 , 335 206 , 945 275 , 000 531

. 00 73

. 75 57 0

. 110 A s M e t h a ne 43 0

. 082 199 A s M e t h a ne 74 127 .9 0

. 241 399

. 48 A s M e t h a ne 85

. 37 0

. 161 4

. 85 30 B o il e r N o . 4 S u s p e n s i on 12 / 04 / 07 112 , 448 202 , 269 263 , 000 507

. 50 70

. 49 60 0

. 120 A s M e t h a ne 45 0

. 090 205 A s M e t h a ne 75 129 .3 0

. 255 400

. 79 A s M e t h a ne 84

. 24 0

. 166 4

. 66 28 B o il e r N o . 4 S u s p e n s i on 12 / 09 / 08 119 , 890 208 , 055 279 , 000 536

. 40 74

. 50 87 0

. 160 A s M e t h a ne 65 0

. 120 291 A s M e t h a ne 128 195 .4 0

. 364 582

. 08 A s M e t h a ne 130

. 44 0

. 243 7

. 34 53 B o il e r N o . 4 S u s p e n s i on 12 / 09 / 08 119 , 074 207 , 666 286 , 000 550

. 90 76

. 51 79 0

. 140 A s M e t h a ne 59 0

. 105 266 A s M e t h a ne 115 177 .6 0

. 322 532

. 61 A s M e t h a ne 118

. 54 0

. 215 7

. 10 51 B o il e r N o . 4 S u s p e n s i on 12 / 09 / 08 129 , 646 208 , 055 290 , 000 552

. 50 76

. 74 74 0

. 130 A s M e t h a ne 55 0

. 097 252 A s M e t h a ne 110 183 .3 0

. 332 527

. 77 A s M e t h a ne 127

. 89 0

. 231 7

. 21 52 B o il e r N o . 4 S u s p e n s i on 12 / 08 / 09 123 , 443 215 , 178 264 , 000 507

. 10 70

. 43 44 0

. 090 A s M e t h a ne 33 0

. 067 142 A s M e t h a ne 65 98 .3 0

. 194 284

. 48 A s M e t h a ne 65

. 64 0

. 129 7

. 79 59 B o il e r N o . 4 S u s p e n s i on 12 / 08 / 09 125 , 398 213 , 497 265 , 000 509

. 00 70

. 69 46 0

. 090 A s M e t h a ne 35 0

. 067 148 A s M e t h a ne 65 104 .3 0

. 205 296

. 95 A s M e t h a ne 69

. 60 0

. 137 7

. 40 54 B o il e r N o . 4 S u s p e n s i on 12 / 08 / 09 119 , 828 215 , 178 274 , 000 527

. 40 73

. 25 46 0

. 090 A s M e t h a ne 34 0

. 067 157 A s M e t h a ne 65 105 .4 0

. 200 316

. 74 A s M e t h a ne 70

. 94 0

. 135 6

. 57 45

N u m b e r o f Runs 42 18 42 42 42 42 42 36 36 42 42 36 36 36 36 36 42 42

n
- 1 D e g r ee s o f F r ee d o m

( ν ) 41 17 41 41 41 41 41 35 35 41 41 35 35 35 35 35 41 41 M E AN 126 , 736 206 , 526 260 , 696 501

. 90 69

. 71 47

. 87 0

. 098 41

. 79 0

. 088 155 140 88 .6 0

. 179 209

. 13 46

. 85 0

. 095 7

. 47 56 M I N I M UM 101 , 639 169 , 590 224 , 189 432

. 97 60

. 13 3

. 01 0

. 006 3

. 01 0

. 006 5 .3 7 .1 4 .2 0

. 009 0

. 01 0

. 002 3

. 3 E

- 06 4

. 66 28 M AX I M UM 163 , 039 228 , 265 290 , 000 552

. 50 76

. 74 171

. 22 0

. 352 171

. 22 0

. 352 675 888 406 .5 0

. 859 1 , 209

. 11 242

. 65 0

. 513 10

. 50 99 S T D D E V I

A T I ON 13 , 884 14 , 798 13 , 048 24

. 02 3

. 34 42

. 45 0

. 086 44

. 02 0

. 090 145 185 94 .9 0

. 197 263

. 51 56

. 65 0

. 117 0

. 99 12 95 % C L O F RUNS 154 , 504 236 , 122 286 , 791 549

. 94 76

. 38 132

. 77 0

. 269 129

. 84 0

. 268 445 511 278 .4 0

. 572 736

. 15 160

. 15 0

. 329 9

. 45 80 U P L ( 99 % C O N FI D E NC E) 146 , 822 230 , 214 279 , 572 536

. 65 74

. 53 109

. 28 0

. 222 106

. 28 0

. 220 365 408 227

. 63 0

. 467 595

. 14 129

. 84 0

. 266 8

. 90 73

B o il e r M A C T

- S ug a r I

n d u s t r y VO C & T H C D a t a
- E P A S ub m i ss i on

. 04

. 08

. 10_1

. x l s , F L S ug a r C a n e Gr o w e r s C oop 4 / 29 / 2010 , 12 : 13 PM

# I nd ivi du al R un s - E m issi on Tests Per fo r m e d on Bagasse B o ilers i n Fl o ri d a - S u gar Ca n e G r ow ers C oop erative of Fl o ri da B o iler MACT Data b ase Facility ID: FLS u garCa n e G r ow ersC oop

T H C E m i ss i on s M e t h a n e E m i ss i ons S t ac k G as S t ac k G as H ea t I nput B a g a sse VO C E m i ss i on s a s Re po r

t ed VO C E m

i ss i on s a s Ca r

bon ( E P A M e t ho d 18 / 25 A) ( E P A M e t ho d 18 / 25 A) E x ce ss B o il e r M AC T D a t a

B a se B o il e r T ype T e st F l o w Ra te F l o w

Ra te S t ea m

Ra te R a te B u r n i ng Ra t e 1 

## ( E P A M e t ho d 18 / 25 A) 2 

## ( E P A M e t ho d 18 / 25 A) 3 

## A s Re po r t e d 4 

## A s Ca r bon 5 

## A s Re po r t e d 4 

## A s Ca r bon 5 

## O xyg en A ir C o m b u s t o r I D C o mm

on D a te ( d s c f m) ( ac f

m) ( l b /

h r) ( MM Bt u

/ h r) ( T P H) l b / hr l b /

MM Btu B a s is l b / hr l b /

MM Btu pp m B a s is l b / hr l b /

MM Btu pp m B a s is l b / hr l b /

MM Btu ( %, d r

y) ( %) pp m @ 3 % O 2 a s P r op a ne

B o il e r N o . 5 S u s p e n s i on 12 / 02 / 97 86 , 574 188 , 028 366

. 11 50

. 85 2 0

. 006 A s Ca r bon 2

. 28 0

. 006 11 A s P r op a ne 15 5

. 52 0

. 015 20

. 00 A s M e t h a ne 3

. 24 0

. 009 7

. 06 50 B o il e r N o . 5 S u s p e n s i on 12 / 02 / 97 84 , 007 195 , 652 381

. 91 53

. 04 2 0

. 005 A s Ca r bon 2 0

. 005 11 A s P r op a ne 16 5

. 40 0

. 014 22

. 01 A s M e t h a ne 3

. 46 0

. 009 7

. 69 57 B o il e r N o . 5 S u s p e n s i on 12 / 02 / 97 84 , 602 202 , 174 395

. 01 54

. 86 4 0

. 011 A s Ca r bon 4 0

. 011 21 A s P r op a ne 26 9

. 82 0

. 025 35

. 06 A s M e t h a ne 5

. 54 0

. 014 6

. 75 47 B o il e r N o . 5 S u s p e n s i on 12 / 01 / 98 78 , 380 193 , 478 377

. 56 52

. 44 6 0

. 016 A s Ca r bon 6 0

. 016 108 A s P r op a ne 127 47

. 43 0

. 126 281

. 62 A s M e t h a ne 41

. 26 0

. 109 5

. 74 37 B o il e r N o . 5 S u s p e n s i on 12 / 01 / 98 73 , 663 195 , 833 382

. 20 53

. 08 3 0

. 008 A s Ca r bon 3 0

. 008 177 A s P r op a ne 203 73

. 07 0

. 191 508

. 33 A s M e t h a ne 69

. 99 0

. 183 5

. 34 34 B o il e r N o . 5 S u s p e n s i on 12 / 01 / 98 86 , 665 199 , 286 389

. 33 54

. 07 31 0

. 081 A s Ca r bon 31 0

. 081 326 A s P r op a ne 357 158

. 67 0

. 408 785

. 47 A s M e t h a ne 127

. 24 0

. 327 4

. 52 27 B o il e r N o . 5 S u s p e n s i on 11 / 30 / 99 99 , 933 191 , 667 370

. 20 51

. 42 9 0

. 024 A s Ca r bon 9 0

. 024 21 A s P r op a ne 31 11

. 62 0

. 031 14

. 22 A s M e t h a ne 2

. 66 0

. 007 8

. 85 72 B o il e r N o . 5 S u s p e n s i on 11 / 30 / 99 97 , 885 197 , 917 382

. 16 53

. 08 10 0

. 025 A s Ca r bon 10 0

. 025 24 A s P r op a ne 33 13

. 04 0

. 034 18

. 94 A s M e t h a ne 3

. 47 0

. 009 8

. 17 63 B o il e r N o . 5 S u s p e n s i on 11 / 30 / 99 96 , 860 202 , 817 391

. 62 54

. 39 13 0

. 033 A s Ca r bon 13 0

. 033 32 A s P r op a ne 45 17

. 41 0

. 044 24

. 88 A s M e t h a ne 4

. 50 0

. 012 8

. 19 64 B o il e r N o . 5 S u s p e n s i on 11 /

28 / 00 106 , 606 194 , 400 380

. 16 52

. 80 10 0

. 026 A s Ca r bon 10 0

. 026 35 A s P r op a ne 51 20

. 69 0

. 054 55

. 01 A s M e t h a ne 10

. 96 0

. 029 8

. 85 72 B o il e r N o . 5 S u s p e n s i on 11 /

28 / 00 99 , 637 197 , 027 385

. 31 53

. 52 16 0

. 041 A s Ca r bon 16 0

. 041 49 A s P r op a ne 70 27

. 11 0

. 070 59

. 97 A s M e t h a ne 11

. 17 0

. 029 8

. 47 67 B o il e r N o . 5 S u s p e n s i on 11 /

28 / 00 102 , 422 190 , 244 372

. 10 51

. 68 24 0

. 063 A s Ca r bon 24 0

. 063 68 A s P r op a ne 98 38

. 95 0

. 105 80

. 05 A s M e t h a ne 15

. 32 0

. 041 8

. 56 68 B o il e r N o . 5 S u s p e n s i on 12 / 05 / 01 105 , 971 203 , 077 394

. 45 54

. 78 13 0

. 033 A s Ca r bon 13 0

. 033 36 A s P r op a ne 54 21

. 64 0

. 055 43

. 06 A s M e t h a ne 8

. 53 0

. 022 8

. 93 74 B o il e r N o . 5 S u s p e n s i on 12 / 05 / 01 106 , 367 190 , 588 368

. 74 51

. 21 12 0

. 034 A s Ca r bon 12 0

. 034 33 A s P r op a ne 50 19

. 45 0

. 053 35

. 02 A s M e t h a ne 6

. 96 0

. 019 9

. 20 78 B o il e r N o . 5 S u s p e n s i on 12 / 05 / 01 105 , 938 200 , 000 387

. 16 53

. 77 14 0

. 036 A s Ca r bon 14 0

. 036 42 A s P r op a ne 62 24

. 78 0

. 064 55

. 10 A s M e t h a ne 10

. 91 0

. 028 8

. 90 73 B o il e r N o . 5 S u s p e n s i on 11 /

26 / 02 103 , 951 172 , 703 334

. 51 46

. 46 3 0

. 010 A s Ca r bon 3 0

. 010 8 .2 A s P r op a ne 14 4

. 76 0

. 014 8

. 02 A s M e t h a ne 1

. 56 0

. 005 10

. 39 97 B o il e r N o . 5 S u s p e n s i on 11 /

27 / 02 103 , 313 186 , 269 360

. 58 50

. 08 3 0

. 008 A s Ca r bon 3 0

. 008 9 .1 A s P r op a ne 14 5

. 27 0

. 015 12

. 00 A s M e t h a ne 2

. 32 0

. 006 9

. 59 84 B o il e r N o . 5 S u s p e n s i on 11 /

27 / 02 100 , 621 196 , 765 381

. 72 53

. 02 16 0

. 043 A s Ca r bon 16 0

. 043 59 A s P r op a ne 84 33

. 41 0

. 088 91

. 08 A s M e t h a ne 17

. 13 0

. 045 8

. 23 64 B o il e r N o . 5 S u s p e n s i on 01 / 16 / 04 119 , 054 188 , 060 359

. 32 49

. 91 25 0

. 069 A s Ca r bon 25 0

. 069 62 A s P r op a ne 102 41

. 68 0

. 116 75

. 14 A s M e t h a ne 16

. 72 0

. 047 9

. 96 90 B o il e r N o . 5 S u s p e n s i on 01 / 16 / 04 115 , 545 197 , 647 378

. 32 52

. 54 46 0

. 122 A s Ca r bon 46 0

. 122 116 A s P r op a ne 181 75

. 30 0

. 199 135

. 22 A s M e t h a ne 29

. 20 0

. 077 9

. 44 81 B o il e r N o . 5 S u s p e n s i on 01 / 16 / 04 115 , 187 195 , 224 374

. 04 51

. 95 38 0

. 100 A s Ca r bon 38 0

. 100 85 A s P r op a ne 133 54

. 77 0

. 146 80

. 16 A s M e t h a ne 17

. 26 0

. 046 9

. 55 83 B o il e r N o . 5 S u s p e n s i on 01 / 12 / 05 109 , 098 177 , 189 191 , 000 372

. 90 51

. 79 53 0

. 142 A s M e t h a ne 40 0

. 142 524 A s M e t h a ne 289 106

. 91 0

. 287 330

. 08 A s M e t h a ne 67

. 31 0

. 181 10

. 08 92 B o il e r N o . 5 S u s p e n s i on 01 / 12 / 05 109 , 727 179 , 165 201 , 000 391

. 10 54

. 32 50 0

. 128 A s M e t h a ne 37 0

. 128 444 A s M e t h a ne 238 91

. 08 0

. 233 261

. 83 A s M e t h a ne 53

. 70 0

. 137 9

. 78 87 B o il e r N o . 5 S u s p e n s i on 01 / 12 / 05 109 , 098 178 , 457 206 , 000 400

. 50 55

. 63 54 0

. 134 A s M e t h a ne 40 0

. 100 530 A s M e t h a ne 263 108

. 03 0

. 270 332

. 43 A s M e t h a ne 67

. 79 0

. 169 8

. 88 73 B o il e r N o . 5 S u s p e n s i on 12 / 09 / 05 114 , 313 177 , 618 177 , 568 347

. 28 48

. 23 27 0

. 077 A s Ca r bon 27 0

. 077 50 A s P r op a ne 83 32

. 06 0

. 092 25

. 10 A s M e t h a ne 5

. 36 0

. 015 10

. 14 93 B o il e r N o . 5 S u s p e n s i on 12 / 09 / 05 114 , 812 179 , 184 184 , 225 359

. 87 49

. 98 26 0

. 073 A s Ca r bon 26 0

. 073 48 A s P r op a ne 78 30

. 70 0

. 085 20

. 09 A s M e t h a ne 4

. 31 0

. 012 9

. 95 89 B o il e r N o . 5 S u s p e n s i on 12 / 09 / 05 116 , 552 180 , 445 184 , 167 360

. 19 50

. 03 22 0

. 062 A s Ca r bon 22 0

. 062 42 A s P r op a ne 68 27

. 19 0

. 075 22

. 09 A s M e t h a ne 4

. 81 0

. 013 9

. 97 90 B o il e r N o . 5 S u s p e n s i on 01 / 09 / 07 108 , 149 167 , 923 182 , 000 354

. 40 49

. 22 43 0

. 120 A s M e t h a ne 32 0

. 090 160 A s M e t h a ne 95 32

. 43 0

. 092 0

. 37 A s M e t h a ne 0

. 08 0

. 0002 10

. 80 105 B o il e r N o . 5 S u s p e n s i on 01 / 09 / 07 105 , 550 164 , 818 192 , 000 372

. 80 51

. 78 48 0

. 130 A s M e t h a ne 36 0

. 097 182 A s M e t h a ne 104 36

. 00 0

. 097 0

. 42 A s M e t h a ne 0

. 08 0

. 0002 10

. 41 98 B o il e r N o . 5 S u s p e n s i on 01 / 09 / 07 106 , 209 167 , 923 177 , 000 341

. 60 47

. 44 45 0

. 130 A s M e t h a ne 34 0

. 097 170 A s M e t h a ne 98 33

. 72 0

. 099 0

. 41 A s M e t h a ne 0

. 08 0

. 0002 10

. 60 101 B o il e r N o . 5 S u s p e n s i on 12 / 06 / 07 99 , 772 162 , 742 190 , 000 369

. 30 51

. 29 91 0

. 250 A s M e t h a ne 68 0

. 187 366 A s M e t h a ne 190 68

. 36 0

. 185 0

. 90 A s M e t h a ne 0

. 17 0

. 0005 9

. 38 80 B o il e r N o . 5 S u s p e n s i on 12 / 06 / 07 95 , 485 167 , 285 192 , 000 374

. 90 52

. 07 147 0

. 390 A s M e t h a ne 110 0

. 292 618 A s M e t h a ne 293 110

. 38 0

. 294 1

. 48 A s M e t h a ne 0

. 26 0

. 0007 8

. 31 65 B o il e r N o . 5 S u s p e n s i on 12 / 06 / 07 100 , 535 162 , 742 179 , 000 348

. 80 48

. 44 57 0

. 160 A s M e t h a ne 43 0

. 120 227 A s M e t h a ne 120 42

. 69 0

. 122 0

. 59 A s M e t h a ne 0

. 11 0

. 0003 9

. 66 85 B o il e r N o . 5 S u s p e n s i on 12 / 11 / 08 83 , 091 137 , 485 183 , 000 358

. 30 49

. 76 205 0

. 570 A s M e t h a ne 153 0

. 427 990 A s M e t h a ne 463 153

. 85 0

. 429 2

. 41 A s M e t h a ne 0

. 37 0

. 0010 8

. 15 63 B o il e r N o . 5 S u s p e n s i on 12 / 11 / 08 80 , 369 136 , 114 186 , 000 364

. 50 50

. 63 153 0

. 420 A s M e t h a ne 115 0

. 314 766 A s M e t h a ne 342 115

. 07 0

. 316 1

. 85 A s M e t h a ne 0

. 28 0

. 0008 7

. 55 56 B o il e r N o . 5 S u s p e n s i on 12 / 11 / 08 80 , 974 137 , 485 187 , 000 366

. 60 50

. 92 214 0

. 580 A s M e t h a ne 160 0

. 434 1060 A s M e t h a ne 498 160

. 51 0

. 438 2

. 53 A s M e t h a ne 0

. 38 0

. 0010 8

. 22 64 B o il e r N o . 5 S u s p e n s i on 12 / 10 / 09 87 , 746 132 , 107 182 , 000 354

. 10 49

. 18 93 0

. 260 A s M e t h a ne 70 0

. 195 426 A s M e t h a ne 233 69

. 92 0

. 197 1

. 02 A s M e t h a ne 0

. 17 0

. 0005 10

. 00 90 B o il e r N o . 5 S u s p e n s i on 12 / 10 / 09 83 , 316 136 , 638 184 , 000 356

. 80 49

. 56 59 0

. 170 A s M e t h a ne 44 0

. 127 285 A s M e t h a ne 156 44

. 44 0

. 125 0

. 69 A s M e t h a ne 0

. 11 0

. 0003 10

. 00 90 B o il e r N o . 5 S u s p e n s i on 12 / 10 / 09 83 , 120 136 , 742 186 , 000 360

. 60 50

. 08 63 0

. 170 A s M e t h a ne 47 0

. 127 304 A s M e t h a ne 166 .3 47

. 30 0

. 131 0

. 70 A s M e t h a ne 0

. 11 0

. 0003 10

. 00 90

N u m b e r o f Runs 39 18 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39 39

n
- 1 D e g r ee s o f F r ee d o m

( ν ) 38 17 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 38 M E AN 99 , 002 160 , 115 190 , 841 370

. 95 51

. 52 44

. 90 0

. 122 36

. 04 0

. 100 219 142 51

. 81 0

. 139 88

. 34 15

. 77 0

. 0412 8

. 83 74 M I N I M UM 73 , 663 132 , 107 172 , 703 334

. 51 46

. 46 1

. 94 0

. 005 1

. 94 0

. 005 8 .2 13 .9 4

. 76 0

. 014 0

. 37 0

. 08 0

. 0002 4

. 52 27 M AX I M UM 119 , 054 180 , 445 206 , 000 400

. 50 55

. 63 213

. 86 0

. 580 160

. 13 0

. 434 1 , 060 498 160

. 51 0

. 438 785

. 47 127

. 24 0

. 3268 10

. 80 105 S T D D E V I

A T I ON 12 , 431 18 , 416 8 , 044 15

. 55 2

. 16 52

. 69 0

. 144 38

. 59 0

. 106 271 123 43

. 71 0

. 117 162

. 32 27

. 01 0

. 0697 1

. 45 19 95 % C L O F RUNS 123 , 865 196 , 947 206 , 930 402

. 05 55

. 84 150

. 27 0

. 411 113

. 22 0

. 312 760 388 139

. 24 0

. 373 412

. 97 69

. 78 0

. 1806 11

. 73 112 U P L ( 99 % C O N FI D E NC E) 117 , 091 189 , 594 202 , 546 393

. 58 54

. 66 121

. 56 0

. 332 92

. 19 0

. 254 613 321 115

. 41 0

. 309 324

. 52 55

. 07 0

. 143 10

. 94 101

B o il e r M A C T

- S ug a r I

n d u s t r y VO C & T H C D a t a
- E P A S ub m i ss i on

. 04

. 08

. 10_1

. x l s , F L S ug a r C a n e Gr o w e r s C oop 4 / 29 / 2010 , 12 : 13 PM

# I nd ivi du al R un s - E m issi on Tests Per fo r m e d on Bagasse B o ilers i n Fl o ri d a - S u gar Ca n e G r ow ers C oop erative of Fl o ri da B o iler MACT Data b ase Facility ID: FLS u garCa n e G r ow ersC oop

T H C E m i ss i on s M e t h a n e E m i ss i ons S t ac k G as S t ac k G as H ea t I nput B a g a sse VO C E m i ss i on s a s Re po r

t ed VO C E m

i ss i on s a s Ca r

bon ( E P A M e t ho d 18 / 25 A) ( E P A M e t ho d 18 / 25 A) E x ce ss B o il e r M AC T D a t a

B a se B o il e r T ype T e st F l o w Ra te F l o w

Ra te S t ea m

Ra te R a te B u r n i ng Ra t e 1 

## ( E P A M e t ho d 18 / 25 A) 2 

## ( E P A M e t ho d 18 / 25 A) 3 

## A s Re po r t e d 4 

## A s Ca r bon 5 

## A s Re po r t e d 4 

## A s Ca r bon 5 

## O xyg en A ir C o m b u s t o r I D C o mm

on D a te ( d s c f m) ( ac f

m) ( l b /

h r) ( MM Bt u

/ h r) ( T P H) l b / hr l b /

MM Btu B a s is l b / hr l b /

MM Btu pp m B a s is l b / hr l b /

MM Btu pp m B a s is l b / hr l b /

MM Btu ( %, d r

y) ( %) pp m @ 3 % O 2 a s P r op a ne

B o il e r N o . 8 S u s p e n s i on 12 / 04 / 98 112 , 054 243 , 971 469

. 04 65

. 14 1 0

. 003 A s Ca r bon 1 0

. 003 25 A s P r op a ne 38 15

. 90 0

. 034 69

. 88 A s M e t h a ne 14

. 64 0

. 031 8

. 87 73 B o il e r N o . 8 S u s p e n s i on 12 / 04 / 98 110 , 893 243 , 478 469

. 29 65

. 18 1 0

. 003 A s Ca r bon 1 0

. 003 21 A s P r op a ne 33 13

. 24 0

. 028 57

. 62 A s M e t h a ne 11

. 94 0

. 025 9

. 24 78 B o il e r N o . 8 S u s p e n s i on 12 / 04 / 98 112 , 672 255 , 652 494

. 06 68

. 62 2 0

. 004 A s Ca r bon 2 0

. 004 32 A s P r op a ne 46 20

. 14 0

. 041 86

. 06 A s M e t h a ne 18

. 12 0

. 037 8

. 46 67 B o il e r N o . 8 S u s p e n s i on 02 /

24 / 99 122 , 911 169 , 690 240 , 882 464

. 51 64

. 52 11 0

. 024 A s Ca r bon 11 0

. 024 B o il e r N o . 8 S u s p e n s i on 02 /

24 / 99 109 , 390 157 , 285 244 , 478 471

. 75 65

. 52 4 0

. 009 A s Ca r bon 4 0

. 009 B o il e r N o . 8 S u s p e n s i on 02 /

24 / 99 110 , 580 162 , 280 238 , 000 458

. 86 63

. 73 8 0

. 017 A s Ca r bon 8 0

. 017 B o il e r N o . 8 S u s p e n s i on 12 / 11 / 01 147 , 986 250 , 588 486

. 69 67

. 60 65 0

. 133 A s Ca r bon 65 0

. 133 111 A s P r op a ne 180 91

. 90 0

. 189 98

. 14 A s M e t h a ne 27

. 15 0

. 056 9

. 89 88 B o il e r N o . 8 S u s p e n s i on 12 / 11 / 01 144 , 769 258 , 529 501

. 41 69

. 64 44 0

. 088 A s Ca r bon 44 0

. 088 87 A s P r op a ne 136 70

. 49 0

. 141 98

. 01 A s M e t h a ne 26

. 52 0

. 053 9

. 45 81 B o il e r N o . 8 S u s p e n s i on 12 / 11 / 01 142 , 486 261 , 176 506

. 68 70

. 37 52 0

. 102 A s Ca r bon 52 0

. 102 97 A s P r op a ne 149 77

. 85 0

. 154 98

. 08 A s M e t h a ne 26

. 12 0

. 052 9

. 24 78 B o il e r N o . 8 S u s p e n s i on 12 / 17 / 02 126 , 124 267 , 200 518

. 27 71

. 98 18 0

. 035 A s Ca r bon 18 0

. 035 44 A s P r op a ne 63 30

. 99 0

. 060 55

. 48 A s M e t h a ne 13

. 08 0

. 025 8

. 50 67 B o il e r N o . 8 S u s p e n s i on 12 / 17 / 02 121 , 702 269 , 600 523

. 56 72

. 72 25 0

. 047 A s Ca r bon 25 0

. 047 42 A s P r op a ne 61 28

. 99 0

. 055 18

. 58 A s M e t h a ne 4

. 23 0

. 008 8

. 55 68 B o il e r N o . 8 S u s p e n s i on 12 / 17 / 02 123 , 394 256 , 667 498

. 68 69

. 26 43 0

. 087 A s Ca r bon 43 0

. 087 66 A s P r op a ne 96 45

. 57 0

. 091 9

. 14 A s M e t h a ne 2

. 11 0

. 004 8

. 65 70 B o il e r N o . 8 S u s p e n s i on 2 / 13 /

2004 6 

## 114 , 061 184 , 796 249 , 429 484

. 00 67

. 22 12 0

. 026 A s M e t h a ne 9 0

. 019 44 A s M e t h a ne 20 28

. 03 0

. 058 87

. 80 A s M e t h a ne 18

. 72 0

. 039 8

. 05 62 B o il e r N o . 8 S u s p e n s i on 2 / 13 /

2004 6 

## 115 , 849 185 , 616 250 , 400 484

. 80 67

. 33 11 0

. 022 A s M e t h a ne 8 0

. 016 37 A s M e t h a ne 18 24

. 11 0

. 050 74

. 31 A s M e t h a ne 16

. 09 0

. 033 8

. 29 65 B o il e r N o . 8 S u s p e n s i on 2 / 13 /

2004 6 

## 117 , 531 184 , 920 249 , 231 481

. 60 66

. 89 11 0

. 023 A s M e t h a ne 8 0

. 017 38 A s M e t h a ne 17 24

. 79 0

. 051 75

. 39 A s M e t h a ne 16

. 56 0

. 034 8

. 02 61 B o il e r N o . 8 S u s p e n s i on 01 / 19 / 05 123 , 423 191 , 937 261 , 136 507

. 60 70

. 50 62 0

. 123 A s M e t h a ne 47 0

. 092 547 A s M e t h a ne 251 126

. 27 0

. 249 344

. 83 A s M e t h a ne 79

. 55 0

. 157 7

. 93 60 B o il e r N o . 8 S u s p e n s i on 01 / 19 / 05 115 , 669 185 , 579 268 , 000 519

. 60 72

. 17 63 0

. 120 A s M e t h a ne 47 0

. 090 695 A s M e t h a ne 306 150

. 24 0

. 289 478

. 19 A s M e t h a ne 103

. 39 0

. 199 7

. 38 54 B o il e r N o . 8 S u s p e n s i on 01 / 19 / 05 123 , 423 191 , 937 270 , 000 523

. 50 72

. 71 111 0

. 213 A s M e t h a ne 83 0

. 159 773 A s M e t h a ne 339 178

. 42 0

. 341 411

. 90 A s M e t h a ne 95

. 02 0

. 182 7

. 32 53 B o il e r N o . 8 S u s p e n s i on 01 /

20 / 06 101 , 378 161 , 441 270 , 000 513

. 60 71

. 33 20 0

. 040 A s M e t h a ne 15 0

. 030 112 A s M e t h a ne 47 21

. 27 0

. 041 33

. 37 A s M e t h a ne 6

. 32 0

. 012 6

. 77 47 B o il e r N o . 8 S u s p e n s i on 01 /

20 / 06 97 , 668 155 , 534 271 , 000 519

. 30 72

. 13 30 0

. 060 A s M e t h a ne 23 0

. 045 162 A s M e t h a ne 65 29

. 66 0

. 057 39

. 03 A s M e t h a ne 7

. 12 0

. 014 6

. 10 41 B o il e r N o . 8 S u s p e n s i on 01 /

20 / 06 101 , 378 161 , 441 267 , 000 509

. 10 70

. 71 45 0

. 090 A s M e t h a ne 34 0

. 067 257 A s M e t h a ne 106 48

. 71 0

. 096 77

. 32 A s M e t h a ne 14

. 65 0

. 029 6

. 38 43 B o il e r N o . 8 S u s p e n s i on 01 / 11 / 07 101 , 634 164 , 590 279 , 000 532

. 20 73

. 92 61 0

. 120 A s M e t h a ne 46 0

. 090 243 A s M e t h a ne 105 46

. 12 0

. 087 0

. 63 A s M e t h a ne 0

. 12 0

. 000 7

. 13 51 B o il e r N o . 8 S u s p e n s i on 01 / 11 / 07 105 , 031 170 , 731 275 , 000 526

. 30 73

. 10 62 0

. 120 A s M e t h a ne 47 0

. 090 238 A s M e t h a ne 102 46

. 66 0

. 089 0

. 54 A s M e t h a ne 0

. 11 0

. 000 7

. 00 50 B o il e r N o . 8 S u s p e n s i on 01 / 11 / 07 105 , 997 164 , 590 278 , 000 530

. 90 73

. 74 67 0

. 126 A s M e t h a ne 50 0

. 094 253 A s M e t h a ne 111 50

. 09 0

. 094 0

. 42 A s M e t h a ne 0

. 08 0

. 000 7

. 29 53 B o il e r N o . 8 S u s p e n s i on 12 / 10 / 07 134 , 976 213 , 653 270 , 000 519

. 30 72

. 13 92 0

. 180 A s M e t h a ne 69 0

. 135 273 A s M e t h a ne 145 68

. 95 0

. 133 0

. 62 A s M e t h a ne 0

. 16 0

. 000 9

. 65 84

B o il e r M A C T

- S ug a r I

n d u s t r y VO C & T H C D a t a
- E P A S ub m i ss i on

. 04

. 08

. 10_1

. x l s , F L S ug a r C a n e Gr o w e r s C oop 4 / 29 / 2010 , 12 : 13 PM

# I nd ivi du al R un s - E m issi on Tests Per fo r m e d on Bagasse B o ilers i n Fl o ri d a - S u gar Ca n e G r ow ers C oop erative of Fl o ri da B o iler MACT Data b ase Facility ID: FLS u garCa n e G r ow ersC oop

T H C E m i ss i on s M e t h a n e E m i ss i ons S t ac k G as S t ac k G as H ea t I nput B a g a sse VO C E m i ss i on s a s Re po r

t ed VO C E m

i ss i on s a s Ca r

bon ( E P A M e t ho d 18 / 25 A) ( E P A M e t ho d 18 / 25 A) E x ce ss B o il e r M AC T D a t a

B a se B o il e r T ype T e st F l o w Ra te F l o w

Ra te S t ea m

Ra te R a te B u r n i ng Ra t e 1 

## ( E P A M e t ho d 18 / 25 A) 2 

## ( E P A M e t ho d 18 / 25 A) 3 

## A s Re po r t e d 4 

## A s Ca r bon 5 

## A s Re po r t e d 4 

## A s Ca r bon 5 

## O xyg en A ir C o m b u s t o r I D C o mm

on D a te ( d s c f m) ( ac f

m) ( l b /

h r) ( MM Bt u

/ h r) ( T P H) l b / hr l b /

MM Btu B a s is l b / hr l b /

MM Btu pp m B a s is l b / hr l b /

MM Btu pp m B a s is l b / hr l b /

MM Btu ( %, d r

y) ( %) pp m @ 3 % O 2 a s P r op a ne

B o il e r N o . 8 S u s p e n s i on 12 / 10 / 07 132 , 039 209 , 109 265 , 000 511

. 10 70

. 99 118 0

. 230 A s M e t h a ne 88 0

. 172 359 A s M e t h a ne 189 88

. 54 0

. 173 0

. 84 A s M e t h a ne 0

. 21 0

. 000 9

. 57 83 B o il e r N o . 8 S u s p e n s i on 12 / 10 / 07 131 , 690 213 , 653 260 , 000 499

. 60 69

. 39 120 0

. 240 A s M e t h a ne 90 0

. 180 406 A s M e t h a ne 213 100

. 02 0

. 200 40

. 60 A s M e t h a ne 9

. 99 0

. 020 9

. 53 82 B o il e r N o . 8 S u s p e n s i on 12 / 16 / 08 127 , 985 205 , 572 276 , 000 532

. 10 73

. 90 136 0

. 260 A s M e t h a ne 102 0

. 195 428 A s M e t h a ne 232 102

. 31 0

. 192 1

. 05 A s M e t h a ne 0

. 25 0

. 000 9

. 91 89 B o il e r N o . 8 S u s p e n s i on 12 / 16 / 08 124 , 586 201 , 481 270 , 000 520

. 10 72

. 24 112 0

. 210 A s M e t h a ne 84 0

. 157 360 A s M e t h a ne 187 83

. 91 0

. 161 0

. 90 A s M e t h a ne 0

. 21 0

. 000 9

. 42 81 B o il e r N o . 8 S u s p e n s i on 12 / 16 / 08 123 , 076 205 , 572 280 , 000 538

. 20 74

. 75 107 0

. 200 A s M e t h a ne 80 0

. 150 361 A s M e t h a ne 183 83

. 10 0

. 154 13

. 30 A s M e t h a ne 3

. 06 0

. 006 9

. 15 77 B o il e r N o . 8 S u s p e n s i on 12 /

28 / 09 134 , 267 200 , 488 278 , 000 535

. 30 74

. 35 100 0

. 187 A s M e t h a ne 75 0

. 140 299 A s M e t h a ne 181 74

. 97 0

. 140 0

. 71 A s M e t h a ne 0

. 18 0

. 000 11

. 09 111 B o il e r N o . 8 S u s p e n s i on 12 /

28 / 09 132 , 280 202 , 808 284 , 000 545

. 40 75

. 75 113 0

. 207 A s M e t h a ne 85 0

. 155 343 A s M e t h a ne 201 84

. 75 0

. 155 0

. 83 A s M e t h a ne 0

. 20 0

. 000 10

. 74 104 B o il e r N o . 8 S u s p e n s i on 12 /

28 / 09 132 , 664 201 , 467 275 , 000 528

. 30 73

. 38 89 0

. 168 A s M e t h a ne 66 0

. 126 299 A s M e t h a ne 177 74

. 27 0

. 141 31

. 84 A s M e t h a ne 7

. 90 0

. 015 10

. 82 105

N u m b e r o f Runs 33 24 33 33 33 33 33 33 33 30 30 30 30 30 30 30 30 30

n
- 1 D e g r ee s o f F r ee d o m

( ν ) 32 23 32 32 32 32 32 32 32 29 29 29 29 29 29 29 29 29 M E AN 120 , 654 185 , 257 262 , 922 506

. 81 70

. 39 55 0

. 107 43 0

. 084 235 133 64

. 34 0

. 125 76

. 85 17

. 46 0

. 034 8

. 61 71 M I N I M UM 97 , 668 155 , 534 238 , 000 458

. 86 63

. 73 1 0

. 003 1 0

. 003 21 17 13

. 24 0

. 028 0

. 42 0

. 08 0

. 000 6

. 10 41 M AX I M UM 147 , 986 213 , 653 284 , 000 545

. 40 75

. 75 136 0

. 260 102 0

. 195 773 339 178

. 42 0

. 341 478

. 19 103

. 39 0

. 199 11

. 09 111 S T D D E V I

A T I ON 13 , 128 19 , 559 12 , 840 23

. 66 3

. 29 42 0

. 081 31 0

. 060 200 86 40

. 76 0

. 078 120

. 12 27

. 08 0

. 052 1

. 31 18 95 % C L O F RUNS 146 , 910 224 , 375 288 , 602 554

. 13 76

. 96 140 0

. 268 106 0

. 204 635 305 145

. 85 0

. 281 317

. 08 71

. 62 0

. 139 11

. 24 107 U P L ( 99 % C O N FI D E NC E) 140 , 039 215 , 199 281 , 882 541

. 74 75

. 24 118 0

. 226 90 0

. 173 533 262 125

. 10 0

. 241 255

. 92 57

. 83 0

. 112 10

. 57 98

N o t e s: l b / h r = poun d s p e r hou

r. l b / MM Bt u = poun d s p e r m

illi on B r iti s h t h e r

m a l un it s. l b / t on = poun d s p e r t on. MM Bt u / h r = m illi on B r iti s h t h e r

m a l un it s p e r hou

r. T P H = t on s p e r hou

r.

F oo t n o t e s: 1 

## A ss u m e d 3 , 600 B t u

/ l b a v e r a g e h ea t c on

t e n t f o r w e t b a g a ss e, e x ce p t w

h e r e no t e d. 2 

## Ba s e d on

ac t u a l r e po r

t e d d a t a. 3 

## I f r e po r t e d a s p r op a n e, it w a s c onv e r t e d t o ca r bon by t h e f

o ll o w i ng e qu a ti on: l b s / h r a s ca r bon= l b s / h r a s p r op a n e x (( 3 * 12

. 011 ) / 44

. 09 )

w h e r e 44

. 09 i s t h e M W o f p r op a n e a n d 12

. 011 i s t h e M W o f ca r bon. I f r e po r t e d a s m e t h a n e, it w a s c onv e r t e d t o ca r bon by t h e f

o ll o w i ng e qu a ti on: l b s / h r a s ca r bon= l b s / h r a s m e t h a n e x ( 12

. 011 / 16

. 04 )

w h e r e 16

. 04 i s t h e M W o f m e t h a n e a n d 12

. 011 i s t h e M W o f ca r bon. 4 

## A s r e po r t e d i n t e s t r e po r

t. 5 

## I f n ece ss a r

y , c onv e r t e d b a s i s t o a s ca r

bon. 6 

## F i r i ng f u e l o il c on c u

rr e n tl y w it h b a g a ss e. 7 

## Run 1 w a s e x c l u d e d fr o m t h e a v e r a g e s d u e t o bo il e r up s e t d u r i ng t h e r un.

B o il e r M A C T

- S ug a r I

n d u s t r y VO C & T H C D a t a
- E P A S ub m i ss i on

. 04

. 08

. 10_1

. x l s , F L S ug a r C a n e Gr o w e r s C oop 4 / 29 / 2010 , 12 : 13 PM

# I n d i v i d u a l R un s - E m i ss i o n Te s t s P er f o r m ed o n B agass e B o il er s i n Fl o r i d a - O s ce o l a F a r m s C o m p a ny B o il er MAC T D a t a b as e F a c ili t y I D : F LO s ce o l a F a r ms
T H C E m i ss i ons M e t h a n e E m i ss i ons N / S o r S t ac k G as S t ac k G

a s H ea t I nput B a g a sse VO C E m i ss i on s a s R e po r t ed VO C E m i ss i on s a s C a r bon ( E P A M e t hod 18 / 25 A ) 6 

### ( E P A M e t hod 18 / 25 A) E x ce ss B o il e r M A C T D a t a B a se B o il e r T ype E /W T e st F l o w R a te F l o w R a te S t ea m R a te R a te B u r n i n g R a t e 1 

### ( E P A M e t hod 18 / 25 A ) 2 

### ( E P A M e t hod 18 / 25 A ) 3 

### A s C a r bon 5 

### A s R e po r t e d 4 

### A s C a r bon 5 

### O xy g en A ir C o m b u s t o r I D C o mm on B l r. D a te ( d s c f m) ( ac f

m) ( l

b / h r) ( MM B t

u / h r) ( T P H) l b / hr l

b / MM B tu B a s is l b / hr l

b / MM B tu pp m 6 

### B a s is l b / hr l

b / MM B tu ppm B a s is l b / hr l

b / MM B tu (% , d r y) (%)

B o il e r N o . 2 S u s p e n s i on 01 / 14 / 99 74 , 291 128 , 000 252 .2 35

. 03 4 0

. 014 A s m e t h a ne 3 0

. 010 21 A s m e t h a ne 8 .8 2 .9 0

. 012 1

. 82 A s M e t h a ne 0

. 25 0

. 001 6

. 72 47 B o il e r N o . 2 S u s p e n s i on 01 / 14 / 99 73 , 743 126 , 720 249 .7 34

. 68 4 0

. 014 A s m e t h a ne 3 0

. 010 22 A s m e t h a ne 9 .0 3 .0 0

. 012 2

. 68 A s M e t h a ne 0

. 37 0

. 001 6

. 43 44 B o il e r N o . 2 S u s p e n s i on 01 / 14 / 99 74 , 453 131 , 200 258 .4 35

. 89 3 0

. 013 A s m e t h a ne 3 0

. 010 21 A s m e t h a ne 9 .0 2 .9 0

. 011 2

. 92 A s M e t h a ne 0

. 41 0

. 002 6

. 93 48 B o il e r N o . 2 S u s p e n s i on 11 / 17 / 99 83 , 407 140 , 000 274 .5 38

. 12 144 0

. 482 A s m e t h a ne 108 0

. 361 752 A s m e t h a ne 328 117 .3 0

. 427 61

. 40 A s M e t h a ne 9

. 57 0

. 035 7

. 22 52 B o il e r N o . 2 S u s p e n s i on 11 / 17 / 99 82 , 363 134 , 400 263 .6 36

. 61 15 0

. 058 A s m e t h a ne 12 0

. 043 83 A s m e t h a ne 35 12 .7 0

. 048 7

. 68 A s M e t h a ne 1

. 18 0

. 004 6

. 87 49 B o il e r N o . 2 S u s p e n s i on 11 / 17 / 99 82 , 456 136 , 800 267 .8 37

. 20 31 0

. 122 A s m e t h a ne 24 0

. 091 172 A s m e t h a ne 73 26 .6 0

. 099 19

. 82 A s M e t h a ne 3

. 05 0

. 011 6

. 79 48 B o il e r N o . 2 S u s p e n s i on 11 / 15 / 00 77 , 327 129 , 600 252 .4 35

. 06 116 0

. 464 A s m e t h a ne 87 0

. 347 631 A s m e t h a ne 302 91 .3 0

. 362 32

. 69 A s M e t h a ne 4

. 72 0

. 019 8

. 45 66 B o il e r N o . 2 S u s p e n s i on 11 / 15 / 00 76 , 582 128 , 800 250 .8 34

. 83 107 0

. 424 A s m e t h a ne 80 0

. 317 582 A s m e t h a ne 261 83 .4 0

. 332 23

. 25 A s M e t h a ne 3

. 33 0

. 013 7

. 61 56 B o il e r N o . 2 S u s p e n s i on 11 / 15 / 00 76 , 441 127 , 200 247 .9 34

. 43 119 0

. 471 A s m e t h a ne 89 0

. 353 647 A s m e t h a ne 282 92 .5 0

. 373 24

. 31 A s M e t h a ne 3

. 47 0

. 014 7

. 21 51 B o il e r N o . 2 S u s p e n s i on 11 / 26 / 01 76 , 424 140 , 000 275 .6 38

. 27 104 0

. 379 A s m e t h a ne 78 0

. 284 573 A s m e t h a ne 265 81 .9 0

. 297 28

. 88 A s M e t h a ne 4

. 13 0

. 015 8

. 01 61 B o il e r N o . 2 S u s p e n s i on 11 / 26 / 01 75 , 972 137 , 600 270 .7 37

. 59 112 0

. 420 A s m e t h a ne 84 0

. 314 612 A s m e t h a ne 291 86 .9 0

. 321 20

. 13 A s M e t h a ne 2

. 86 0

. 011 8

. 36 66 B o il e r N o . 2 S u s p e n s i on 11 / 26 / 01 75 , 225 140 , 000 275 .5 38

. 26 119 0

. 435 A s m e t h a ne 89 0

. 326 661 A s m e t h a ne 317 92 .9 0

. 337 25

. 47 A s M e t h a ne 3

. 58 0

. 013 8

. 49 68 B o il e r N o . 2 S u s p e n s i on 11 / 20 / 02 75 , 613 124 , 800 245 .0 34

. 02 110 0

. 457 A s m e t h a ne 83 0

. 342 613 A s m e t h a ne 340 86 .7 0

. 354 28

. 73 A s M e t h a ne 4

. 06 0

. 017 10

. 16 94 B o il e r N o . 2 S u s p e n s i on 11 / 20 / 02 75 , 849 125 , 600 247 .0 34

. 31 100 0

. 386 A s m e t h a ne 75 0

. 289 551 A s m e t h a ne 296 78 .1 0

. 316 24

. 84 A s M e t h a ne 3

. 52 0

. 014 9

. 81 87 B o il e r N o . 2 S u s p e n s i on 11 / 20 / 02 74 , 074 129 , 600 254 .9 35

. 40 110 0

. 393 A s m e t h a ne 82 0

. 294 618 A s m e t h a ne 337 85 .6 0

. 336 23

. 16 A s M e t h a ne 3

. 21 0

. 013 9

. 99 91 B o il e r N o . 2 S u s p e n s i on 12 / 11 / 03 77 , 490 118 , 576 232 .9 32

. 34 95 0

. 421 A s m e t h a ne 71 0

. 315 550 A s m e t h a ne 256 79 .7 0

. 342 56

. 32 A s M e t h a ne 8

. 16 0

. 035 8

. 10 63 B o il e r N o . 2 S u s p e n s i on 12 / 11 / 03 76 , 191 123 , 060 241 .7 33

. 56 26 0

. 109 A s m e t h a ne 20 0

. 082 147 A s m e t h a ne 73 20 .9 0

. 087 8

. 37 A s M e t h a ne 1

. 19 0

. 005 8

. 95 75 B o il e r N o . 2 S u s p e n s i on 12 / 11 / 03 73 , 673 123 , 323 241 .8 33

. 58 38 0

. 158 A s m e t h a ne 29 0

. 118 210 A s m e t h a ne 102 28 .9 0

. 119 0

. 57 A s M e t h a ne 0

. 08 0

. 000 8

. 70 71 B o il e r N o . 2 S u s p e n s i on 11 / 30 / 04

- 12 / 01 / 04 58 , 635 93 , 925 114 , 409 224 .5 31

. 18 206 0

. 914 A s m e t h a ne 154 0

. 684 1406 A s m e t h a ne 647 154 .2 0

. 687 2

. 11 A s M e t h a ne 0

. 23 0

. 001 7

. 94 61 B o il e r N o . 2 S u s p e n s i on 11 / 30 / 04

- 12 / 01 / 04 62 , 100 99 , 107 115 , 939 227 .2 31

. 56 55 0

. 244 A s m e t h a ne 41 0

. 183 346 A s m e t h a ne 161 40 .2 0

. 177 0

. 00 A s M e t h a ne 0

. 00 0

. 000 8

. 07 63 B o il e r N o . 2 S u s p e n s i on 11 / 30 / 04

- 12 / 01 / 04 59 , 697 94 , 763 114 , 567 224 .2 31

. 14 92 0

. 409 A s m e t h a ne 69 0

. 306 614 A s m e t h a ne 279 68 .6 0

. 306 0

. 00 A s M e t h a ne 0

. 00 0

. 000 7

. 78 59 B o il e r N o . 2 S u s p e n s i on 01 / 10 / 06 56 , 496 86 , 964 128 , 720 254 .0 35

. 27 44 0

. 172 A s m e t h a ne 33 0

. 129 387 A s m e t h a ne 178 40 .8 0

. 161 76

. 23 A s M e t h a ne 8

. 05 0

. 032 7

. 99 62 B o il e r N o . 2 S u s p e n s i on 01 / 10 / 06 56 , 956 85 , 281 126 , 322 248 .7 34

. 54 41 0

. 163 A s m e t h a ne 31 0

. 122 493 A s m e t h a ne 216 52 .6 0

. 211 206

. 97 A s M e t h a ne 22

. 03 0

. 089 7

. 29 53 B o il e r N o . 2 S u s p e n s i on 01 / 10 / 06 59 , 591 89 , 652 121 , 071 238 .9 33

. 18 20 0

. 082 A s m e t h a ne 15 0

. 061 209 A s m e t h a ne 95 23 .3 0

. 097 77

. 75 A s M e t h a ne 8

. 66 0

. 036 7

. 76 59 B o il e r N o . 2 S u s p e n s i on 11 / 30 / 06 75 , 714 120 , 035 133 , 093 263 .6 36

. 60 121 0

. 460 A s m e t h a ne 90 0

. 344 644 A s m e t h a ne 290 91 .2 0

. 346 5

. 64 A s M e t h a ne 0

. 80 0

. 003 7

. 68 58 B o il e r N o . 2 S u s p e n s i on 11 / 30 / 06 72 , 697 115 , 645 131 , 634 260 .7 36

. 20 76 0

. 300 A s m e t h a ne 57 0

. 225 428 A s m e t h a ne 200 58 .1 0

. 223 6

. 90 A s M e t h a ne 0

. 94 0

. 004 8

. 18 64 B o il e r N o . 2 S u s p e n s i on 11 / 30 / 06 70 , 264 112 , 047 132 , 967 263 .3 36

. 57 102 0

. 380 A s m e t h a ne 76 0

. 285 591 A s m e t h a ne 268 77 .7 0

. 295 10

. 50 A s M e t h a ne 1

. 38 0

. 005 7

. 74 58 B o il e r N o . 2 S u s p e n s i on 11 / 13 / 07

- 11 / 14 / 07 62 , 013 99 , 466 128 , 166 254 .4 35

. 33 99 0

. 390 A s m e t h a ne 74 0

. 292 653 A s m e t h a ne 268 75 .7 0

. 298 10

. 28 A s M e t h a ne 1

. 19 0

. 005 6

. 37 44 B o il e r N o . 2 S u s p e n s i on 11 / 13 / 07

- 11 / 14 / 07 63 , 210 99 , 207 126 , 026 249 .5 34

. 65 74 0

. 290 A s m e t h a ne 55 0

. 217 498 A s m e t h a ne 211 58 .8 0

. 236 28

. 38 A s M e t h a ne 3

. 35 0

. 013 6

. 81 48 B o il e r N o . 2 S u s p e n s i on 11 / 13 / 07

- 11 / 14 / 07 62 , 251 99 , 963 130 , 282 258 .1 35

. 85 105 0

. 400 A s m e t h a ne 79 0

. 300 701 A s m e t h a ne 283 81 .6 0

. 316 25

. 05 A s M e t h a ne 2

. 92 0

. 011 6

. 11 41 B o il e r N o . 2 S u s p e n s i on 11 / 18 / 08

- 11 / 19 / 08 66 , 071 99 , 190 130 , 289 256 .8 35

. 67 73 0

. 280 A s m e t h a ne 55 0

. 210 524 A s m e t h a ne 280 64 .7 0

. 252 82

. 33 A s M e t h a ne 10

. 17 0

. 040 9

. 74 87 B o il e r N o . 2 S u s p e n s i on 11 / 18 / 08

- 11 / 19 / 08 72 , 107 107 , 299 127 , 099 248 .6 34

. 53 63 0

. 260 A s m e t h a ne 47 0

. 195 355 A s m e t h a ne 165 47 .8 0

. 192 2

. 91 A s M e t h a ne 0

. 39 0

. 002 8

. 10 63 B o il e r N o . 2 S u s p e n s i on 11 / 18 / 08

- 11 / 19 / 08 67 , 715 100 , 016 126 , 774 248 .9 34

. 57 60 0

. 240 A s m e t h a ne 45 0

. 180 371 A s m e t h a ne 179 47 .0 0

. 189 19

. 26 A s M e t h a ne 2

. 44 0

. 010 8

. 56 69 B o il e r N o . 2 S u s p e n s i on 11 / 17 / 09

- 11 / 18 / 09 61 , 735 99 , 123 116 , 345 227 .0 31

. 53 230 1

. 010 A s m e t h a ne 172 0

. 756 1 , 544 A s m e t h a ne 589 178 .2 0

. 785 53

. 22 A s M e t h a ne 6

. 14 0

. 027 5

. 26 33 B o il e r N o . 2 S u s p e n s i on 11 / 17 / 09

- 11 / 18 / 09 62 , 024 98 , 284 115 , 954 225 .9 31

. 37 124 0

. 550 A s m e t h a ne 93 0

. 412 803 A s m e t h a ne 319 93 .2 0

. 413 4

. 59 A s M e t h a ne 0

. 53 0

. 002 5

. 89 39 B o il e r N o . 2 S u s p e n s i on 11 / 17 / 09

- 11 / 18 / 09 58 , 481 93 , 459 119 , 723 233 .6 32

. 44 127 0

. 540 A s m e t h a ne 95 0

. 404 874 A s m e t h a ne 348 95 .5 0

. 409 3

. 30 A s M e t h a ne 0

. 36 0

. 002 5

. 93 39

N u m b e r o f R uns 36 18 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36 36

n
- 1 D e g r ee s o f F r ee do m

( ν ) 35 17 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 M E AN 70 , 259 99 , 635 127 , 352 250 35 85 0

. 342 64 0

. 256 525 238 67 0

. 272 28 4 0

. 014 8 59 M I N I M UM 56 , 496 85 , 281 114 , 409 224 31 3 0

. 013 3 0

. 010 21 9 3 0

. 011 0 0 0

. 000 5 33 M A X I M UM 83 , 407 120 , 035 140 , 000 276 38 230 1

. 010 172 0

. 756 1 , 544 647 178 0

. 785 207 22 0

. 089 10 94 S T D D E V I A T I ON 7 , 980 9 , 232 7 , 149 15 2 52 0

. 219 39 0

. 164 327 139 39 0

. 166 38 4 0

. 017 1 15 95% C L O F RUNS 86 , 219 118 , 100 141 , 649 279 .3 38

. 79 189

. 14 0

. 780 141

. 62 0

. 584 1 , 180 517 145 .7 0

. 604 104

. 91 12

. 10 0

. 048 10

. 08 89 U P L ( 99% C O N F I D E NC E) 81 , 949 114 , 414 137 , 824 272 37

. 71 161

. 34 0

. 663 120

. 80 0

. 496 1 , 005 442 124 .7 0

. 515 84

. 34 9

. 81 0

. 039 9 81

B o il e r N o . 3 S u s p e n s i on 11 / 22 / 04 51 , 186 76 , 171 112 , 985 222 .6 30

. 92 45 0

. 204 A s M e t h a ne 34 0

. 153 748 A s m e t h a ne 391 71 .6 0

. 321 392

. 12 A s M e t h a ne 37

. 52 0

. 169 9

. 50 83 B o il e r N o . 3 S u s p e n s i on 11 / 22 / 04 50 , 572 74 , 446 128 , 250 251 .9 34

. 99 34 0

. 133 A s M e t h a ne 25 0

. 100 555 A s m e t h a ne 293 52 .5 0

. 208 289

. 25 A s M e t h a ne 27

. 34 0

. 109 9

. 60 84 B o il e r N o . 3 S u s p e n s i on 11 / 22 / 04 51 , 535 76 , 584 112 , 629 221 .1 30

. 71 35 0

. 159 A s M e t h a ne 26 0

. 119 568 A s m e t h a ne 284 54 .7 0

. 248 295

. 77 A s M e t h a ne 28

. 49 0

. 129 9

. 00 75 B o il e r N o . 3 S u s p e n s i on 12 / 15 / 05 45 , 337 71 , 359 128 , 949 256 .3 35

. 60 26 0

. 102 A s M e t h a ne 20 0

. 076 572 A s m e t h a ne 235 48 .5 0

. 189 341

. 24 A s M e t h a ne 28

. 92 0

. 113 6

. 39 44 B o il e r N o . 3 S u s p e n s i on 12 / 15 / 05 44 , 762 71 , 625 129 , 971 258 .7 35

. 93 36 0

. 138 A s M e t h a ne 27 0

. 103 1152 A s m e t h a ne 475 96 .4 0

. 373 832

. 06 A s M e t h a ne 69

. 62 0

. 269 6

. 44 44 B o il e r N o . 3 S u s p e n s i on 12 / 15 / 05 44 , 474 72 , 172 137 , 324 272 .3 37

. 82 53 0

. 194 A s M e t h a ne 39 0

. 145 739 A s m e t h a ne 309 61 .4 0

. 226 263

. 75 A s M e t h a ne 21

. 92 0

. 081 6

. 66 46 B o il e r N o . 3 S u s p e n s i on 11 / 28 / 06 44 , 317 74 , 363 120 , 837 239 .5 33

. 26 53 0

. 220 A s M e t h a ne 39 0

. 165 863 A s m e t h a ne 328 71 .5 0

. 299 387

. 33 A s M e t h a ne 32

. 08 0

. 134 5

. 21 33 B o il e r N o . 3 S u s p e n s i on 11 / 28 / 06 42 , 733 72 , 591 119 , 679 237 .4 32

. 97 48 0

. 200 A s M e t h a ne 36 0

. 150 871 A s m e t h a ne 326 69 .6 0

. 293 421

. 63 A s M e t h a ne 33

. 68 0

. 142 4

. 96 31 B o il e r N o . 3 S u s p e n s i on 11 / 28 / 06 43 , 050 74 , 363 115 , 845 229 .5 31

. 88 43 0

. 190 A s M e t h a ne 32 0

. 142 885 A s m e t h a ne 342 71 .2 0

. 310 483

. 36 A s M e t h a ne 38

. 89 0

. 169 5

. 48 35

N u m b e r o f R uns 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9

n
- 1 D e g r ee s o f F r ee do m

( ν ) 8 8 8 8 8 8 8 8 8 8 8 8 -1 8 8 8 8 8 M E AN 46 , 441 73 , 742 122 , 941 243 34 41 0

. 171 31 0

. 128 772 331 66 412 35 0

. 146 7 53 M I N I M UM 42 , 733 71 , 359 112 , 629 221 31 26 0

. 102 20 0

. 076 555 235 48 264 22 0

. 081 5 31 M A X I M UM 51 , 535 76 , 584 137 , 324 272 38 53 0

. 220 39 0

. 165 1 , 152 475 96 832 70 0

. 269 10 84 S T D D E V I A T I ON 3 , 592 1 , 910 8 , 598 18 2 9 0

. 040 7 0

. 030 195 69 14 173 14 0

. 054 2 22 95% C L O F RUNS 53 , 624 77 , 562 140 , 138 278 .5 38

. 68 59

. 88 0

. 251 44

. 83 0

. 188 1 , 163 469 95 .2 0

. 000 756

. 95 63

. 11 0

. 254 10

. 73 96 U P L ( 99% C O N F I D E NC E) 53 , 376 77 , 430 139 , 544 277 38

. 51 59

. 24 0

. 248 44

. 36 0

. 186 1 , 150 464 94 .2 # NU M! 745

. 03 62

. 16 0

. 251 11 95 A s R e po r t e d 4 

### pp m @ 3 % O 2 a s P r op a ne

B o il e r M A C T

- S u g a r I ndu s t r y VO C & T H C D a t a
- E P A S ub m i ss i on

. 04

. 08

. 10_1

. x l s , F L O s ce o l a F a r ms 4 / 29 / 2010 , 12 : 13 PM

# I n d i v i d u a l R un s - E m i ss i o n Te s t s P er f o r m ed o n B agass e B o il er s i n Fl o r i d a - O s ce o l a F a r m s C o m p a ny B o il er MAC T D a t a b as e F a c ili t y I D : F LO s ce o l a F a r ms
T H C E m i ss i ons M e t h a n e E m i ss i ons N / S o r S t ac k G as S t ac k G

a s H ea t I nput B a g a sse VO C E m i ss i on s a s R e po r t ed VO C E m i ss i on s a s C a r bon ( E P A M e t hod 18 / 25 A ) 6 

### ( E P A M e t hod 18 / 25 A) E x ce ss B o il e r M A C T D a t a B a se B o il e r T ype E /W T e st F l o w R a te F l o w R a te S t ea m R a te R a te B u r n i n g R a t e 1 

### ( E P A M e t hod 18 / 25 A ) 2 

### ( E P A M e t hod 18 / 25 A ) 3 

### A s C a r bon 5 

### A s R e po r t e d 4 

### A s C a r bon 5 

### O xy g en A ir C o m b u s t o r I D C o mm on B l r. D a te ( d s c f m) ( ac f

m) ( l

b / h r) ( MM B t

u / h r) ( T P H) l b / hr l

b / MM B tu B a s is l b / hr l

b / MM B tu pp m 6 

### B a s is l b / hr l

b / MM B tu ppm B a s is l b / hr l

b / MM B tu (% , d r y) (%) A s R e po r t e d 4 

### pp m @ 3 % O 2 a s P r op a ne

B o il e r N o . 4 C e ll 11 / 18 / 98 66 , 224 128 , 769 245 .3 34

. 07 33 0

. 134 A s m e t h a ne 25 0

. 100 208 A s m e t h a ne 101 25 .7 0

. 105 9

. 03 A s M e t h a ne 1

. 12 0

. 005 8

. 63 70 B o il e r N o . 4 C e ll 11 / 18 / 98 64 , 544 121 , 846 231 .5 32

. 15 23 0

. 097 A s m e t h a ne 17 0

. 073 147 A s m e t h a ne 70 17 .8 0

. 077 7

. 50 A s M e t h a ne 0

. 91 0

. 004 8

. 29 65 B o il e r N o . 4 C e ll 11 / 18 / 98 66 , 310 124 , 615 237 .1 32

. 93 47 0

. 198 A s m e t h a ne 35 0

. 148 296 A s m e t h a ne 148 36 .7 0

. 155 13

. 09 A s M e t h a ne 1

. 62 0

. 007 8

. 96 75 B o il e r N o . 4 C e ll 11 / 10 / 99 47 , 279 135 , 000 259 .0 35

. 97 13 0

. 051 A s m e t h a ne 10 0

. 038 120 A s m e t h a ne 66 10 .6 0

. 041 8

. 44 A s M e t h a ne 0

. 75 0

. 003 9

. 98 91 B o il e r N o . 4 C e ll 11 / 10 / 99 55 , 983 138 , 000 264 .6 36

. 75 12 0

. 047 A s m e t h a ne 9 0

. 035 95 A s m e t h a ne 53 9 .9 0

. 037 5

. 69 A s M e t h a ne 0

. 60 0

. 002 10

. 17 94 B o il e r N o . 4 C e ll 11 / 10 / 99 59 , 723 133 , 269 255 .4 35

. 47 18 0

. 071 A s m e t h a ne 14 0

. 053 129 A s m e t h a ne 70 14 .4 0

. 056 7

. 38 A s M e t h a ne 0

. 82 0

. 003 9

. 93 90 B o il e r N o . 4 C e ll 11 / 06 / 00 59 , 127 135 , 000 263 .4 36

. 58 101 0

. 385 A s m e t h a ne 76 0

. 288 704 A s m e t h a ne 377 77 .9 0

. 296 17

. 52 A s M e t h a ne 1

. 94 0

. 007 9

. 76 87 B o il e r N o . 4 C e ll 11 / 06 / 00 58 , 832 136 , 500 266 .4 37

. 00 71 0

. 266 A s m e t h a ne 53 0

. 199 495 A s m e t h a ne 257 54 .5 0

. 205 12

. 60 A s M e t h a ne 1

. 39 0

. 005 9

. 41 81 B o il e r N o . 4 C e ll 11 / 06 / 00 59 , 410 133 , 500 260 .9 36

. 24 65 0

. 249 A s m e t h a ne 49 0

. 186 454 A s m e t h a ne 238 50 .4 0

. 193 15

. 77 A s M e t h a ne 1

. 75 0

. 007 9

. 53 83 B o il e r N o . 4 C e ll 11 / 15 / 01 59 , 800 124 , 500 245 .5 34

. 10 83 0

. 338 A s m e t h a ne 62 0

. 253 569 A s m e t h a ne 269 63 .6 0

. 259 13

. 32 A s M e t h a ne 1

. 49 0

. 006 8

. 31 65 B o il e r N o . 4 C e ll 11 / 15 / 01 58 , 325 127 , 500 250 .6 34

. 81 84 0

. 335 A s m e t h a ne 63 0

. 251 588 A s m e t h a ne 264 64 .1 0

. 256 12

. 20 A s M e t h a ne 1

. 33 0

. 005 7

. 65 57 B o il e r N o . 4 C e ll 11 / 15 / 01 57 , 991 133 , 500 263 .0 36

. 53 95 0

. 362 A s m e t h a ne 71 0

. 271 675 A s m e t h a ne 317 73 .1 0

. 278 17

. 36 A s M e t h a ne 1

. 88 0

. 007 8

. 21 64 B o il e r N o . 4 C e ll 11 / 08 / 02 61 , 959 118 , 500 232 .9 32

. 35 60 0

. 260 A s m e t h a ne 45 0

. 195 410 A s m e t h a ne 223 47 .5 0

. 204 18

. 87 A s M e t h a ne 2

. 19 0

. 009 9

. 96 92 B o il e r N o . 4 C e ll 11 / 08 / 02 62 , 447 115 , 500 226 .3 31

. 43 63 0

. 277 A s m e t h a ne 47 0

. 207 421 A s m e t h a ne 235 49 .1 0

. 217 19

. 44 A s M e t h a ne 2

. 27 0

. 010 10

. 25 98 B o il e r N o . 4 C e ll 11 / 08 / 02 64 , 692 115 , 500 226 .7 31

. 49 68 0

. 300 A s m e t h a ne 51 0

. 225 446 A s m e t h a ne 239 53 .9 0

. 238 24

. 40 A s M e t h a ne 2

. 95 0

. 013 9

. 77 90 B o il e r N o . 4 C e ll 11 / 12 / 03 57 , 721 129 , 600 253 .0 35

. 14 52 0

. 204 A s m e t h a ne 39 0

. 153 359 A s m e t h a ne 211 38 .8 0

. 153 0

. 86 A s M e t h a ne 0

. 09 0

. 0004 10

. 77 109 B o il e r N o . 4 C e ll 11 / 12 / 03 60 , 409 122 , 143 238 .4 33

. 11 43 0

. 180 A s m e t h a ne 32 0

. 135 285 A s m e t h a ne 155 32 .2 0

. 135 0

. 63 A s M e t h a ne 0

. 07 0

. 0003 9

. 96 93 B o il e r N o . 4 C e ll 11 / 12 / 03 58 , 659 133 , 174 260 .9 36

. 24 109 0

. 416 A s m e t h a ne 81 0

. 311 743 A s m e t h a ne 405 81 .5 0

. 312 1

. 85 A s M e t h a ne 0

. 20 0

. 001 9

. 96 93 B o il e r N o . 4 C e ll 11 / 12 / 04 62 , 245 98 , 250 114 , 923 224 .9 31

. 24 93 0

. 412 A s m e t h a ne 69 0

. 308 597 A s m e t h a ne 307 69 .5 0

. 309 1

. 49 A s M e t h a ne 0

. 17 0

. 001 9

. 30 82 B o il e r N o . 4 C e ll 11 / 12 / 04 67 , 485 103 , 443 111 , 000 217 .3 30

. 18 46 0

. 214 A s m e t h a ne 35 0

. 160 277 A s m e t h a ne 170 34 .9 0

. 161 0

. 71 A s M e t h a ne 0

. 09 0

. 0004 11

. 20 118 B o il e r N o . 4 C e ll 11 / 12 / 04 64 , 371 101 , 129 113 , 538 222 .4 30

. 89 117 0

. 525 A s m e t h a ne 87 0

. 393 725 A s m e t h a ne 440 87 .3 0

. 392 0

. 00 A s M e t h a ne 0

. 00 0

. 000 11

. 10 116 B o il e r N o . 4 C e ll 12 / 08 / 05 57 , 327 91 , 941 119 , 293 234 .2 32

. 53 102 0

. 435 A s m e t h a ne 76 0

. 326 951 A s m e t h a ne 489 101 .9 0

. 435 239

. 34 A s M e t h a ne 25

. 65 0

. 110 9

. 32 82 B o il e r N o . 4 C e ll 12 / 08 / 05 57 , 589 93 , 140 120 , 062 236 .1 32

. 79 148 0

. 626 A s m e t h a ne 111 0

. 469 1477 A s m e t h a ne 729 159 .1 0

. 674 449

. 61 A s M e t h a ne 48

. 40 0

. 205 8

. 83 75 B o il e r N o . 4 C e ll 12 / 08 / 05 59 , 188 94 , 048 118 , 343 233 .9 32

. 49 92 0

. 390 A s m e t h a ne 69 0

. 292 1027 A s m e t h a ne 544 113 .6 0

. 486 403

. 19 A s M e t h a ne 44

. 60 0

. 191 9

. 65 88 B o il e r N o . 4 C e ll 11 / 09 / 06 64 , 211 105 , 370 129 , 631 254 .1 35

. 29 125 0

. 490 A s m e t h a ne 94 0

. 367 781 A s m e t h a ne 336 93 .8 0

. 369 2

. 10 A s M e t h a ne 0

. 25 0

. 001 7

. 03 52 B o il e r N o . 4 C e ll 11 / 09 / 06 60 , 092 99 , 597 129 , 847 254 .6 35

. 36 193 0

. 760 A s m e t h a ne 145 0

. 569 1291 A s m e t h a ne 555 145 .1 0

. 570 2

. 92 A s M e t h a ne 0

. 33 0

. 001 7

. 04 52 B o il e r N o . 4 C e ll 11 / 09 / 06 59 , 925 98 , 879 134 , 262 263 .9 36

. 65 222 0

. 840 A s m e t h a ne 166 0

. 629 1560 A s m e t h a ne 641 174 .8 0

. 662 75

. 91 A s M e t h a ne 8

. 50 0

. 032 6

. 39 45 B o il e r N o . 4 C e ll 11 / 16 / 07 63 , 860 102 , 120 114 , 369 225 .6 31

. 33 97 0

. 430 A s m e t h a ne 72 0

. 322 608 A s m e t h a ne 302 72 .5 0

. 322 1

. 15 A s M e t h a ne 0

. 14 0

. 001 8

. 91 76 B o il e r N o . 4 C e ll 11 / 16 / 07 65 , 749 107 , 550 116 , 184 228 .8 31

. 78 76 0

. 330 A s m e t h a ne 57 0

. 247 463 A s m e t h a ne 230 56 .9 0

. 249 0

. 96 A s M e t h a ne 0

. 12 0

. 001 8

. 89 75 B o il e r N o . 4 C e ll 11 / 16 / 07 64 , 639 106 , 353 116 , 074 229 .4 31

. 86 103 0

. 450 A s m e t h a ne 77 0

. 337 709 A s m e t h a ne 339 85 .7 0

. 374 73

. 53 A s M e t h a ne 8

. 88 0

. 039 8

. 43 69 B o il e r N o . 4 C e ll 11 / 21 / 08 58 , 103 92 , 445 132 , 489 258 .0 35

. 83 160 0

. 620 A s m e t h a ne 120 0

. 464 1102 A s m e t h a ne 560 119 .8 0

. 464 2

. 38 A s M e t h a ne 0

. 26 0

. 001 9

. 17 80 B o il e r N o . 4 C e ll 11 / 21 / 08 57 , 178 91 , 989 137 , 380 268 .2 37

. 25 123 0

. 460 A s m e t h a ne 92 0

. 344 863 A s m e t h a ne 436 92 .3 0

. 344 1

. 90 A s M e t h a ne 0

. 20 0

. 001 9

. 11 79 B o il e r N o . 4 C e ll 11 / 21 / 08 55 , 460 87 , 464 132 , 599 259 .5 36

. 04 75 0

. 290 A s m e t h a ne 56 0

. 217 543 A s m e t h a ne 306 56 .3 0

. 217 0

. 99 A s M e t h a ne 0

. 10 0

. 000 10

. 34 100 B o il e r N o . 4 C e ll 11 / 10 / 09 62 , 982 102 , 882 145 , 480 282 .8 39

. 28 180 0

. 640 A s m e t h a ne 135 0

. 479 1148 A s m e t h a ne 567 135 .2 0

. 478 2

. 75 A s M e t h a ne 0

. 32 0

. 001 8

. 83 75 B o il e r N o . 4 C e ll 11 / 10 / 09 61 , 079 102 , 174 149 , 647 290 .7 40

. 38 157 0

. 540 A s m e t h a ne 117 0

. 404 1029 A s m e t h a ne 483 117 .6 0

. 404 2

. 64 A s M e t h a ne 0

. 30 0

. 001 8

. 19 66 B o il e r N o . 4 C e ll 11 / 10 / 09 58 , 319 95 , 787 146 , 663 282 .0 39

. 17 83 0

. 290 A s m e t h a ne 62 0

. 217 569 A s m e t h a ne 299 62 .1 0

. 220 1

. 27 A s M e t h a ne 0

. 14 0

. 000 9

. 56 86

N u m b e r o f R uns 36 18 36 36

. 00 36

. 00 36

. 00 36

. 00 36

. 00 36

. 00 36 36 36

. 00 36

. 00 36

. 00 36

. 00 36

. 00 36

. 00 36 .0

n
- 1 D e g r ee s o f F r ee do m

( ν ) 35 17 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 M E AN 60 , 534 98 , 587 127 , 450 248

. 54 34

. 52 89

. 71 0

. 359 67

. 171 0

. 269 635 317 71 .7 0

. 287 40

. 799 4

. 495 0

. 019 9

. 19 80 .8 M I N I M UM 47 , 279 87 , 464 111 , 000 217

. 30 30

. 18 12

. 43 0

. 047 9

. 307 0

. 035 95 53 9 .9 0

. 037 0

. 001 0

. 001 0

. 000 6

. 39 44 .7 M A X I M UM 67 , 485 107 , 550 149 , 647 290

. 70 40

. 38 222

. 10 0

. 84 166

. 30 0

. 629 1 , 560 729 175 1 450 48

. 40 0 11

. 20 118

. 19 S T D D E V I A T I ON 3 , 933 5 , 785 10 , 060 18

. 75 2

. 60 50

. 35 0

. 191 37

. 701 0

. 143 374 172 41 .5 0

. 162 103

. 706 11

. 282 0

. 048 1

. 10 17 .0 95% C L O F RUNS 68 , 400 110 , 157 147 , 571 286

. 03 39

. 73 190

. 42 0

. 740 142

. 574 0

. 554 1 , 384 662 154 .6 0

. 611 248

. 212 27

. 060 0

. 115 11

. 38 114 .8 U P L ( 99% C O N F I D E NC E) 66 , 296 107 , 848 142 , 187 276 38

. 33 163

. 47 0

. 638 122

. 40 0

. 478 1 , 183 570 132 .4 0

. 524 192

. 72 21

. 02 0

. 089 11 106

B o il e r M A C T

- S u g a r I ndu s t r y VO C & T H C D a t a
- E P A S ub m i ss i on

. 04

. 08

. 10_1

. x l s , F L O s ce o l a F a r ms 4 / 29 / 2010 , 12 : 13 PM

# I n d i v i d u a l R un s - E m i ss i o n Te s t s P er f o r m ed o n B agass e B o il er s i n Fl o r i d a - O s ce o l a F a r m s C o m p a ny B o il er MAC T D a t a b as e F a c ili t y I D : F LO s ce o l a F a r ms
T H C E m i ss i ons M e t h a n e E m i ss i ons N / S o r S t ac k G as S t ac k G

a s H ea t I nput B a g a sse VO C E m i ss i on s a s R e po r t ed VO C E m i ss i on s a s C a r bon ( E P A M e t hod 18 / 25 A ) 6 

### ( E P A M e t hod 18 / 25 A) E x ce ss B o il e r M A C T D a t a B a se B o il e r T ype E /W T e st F l o w R a te F l o w R a te S t ea m R a te R a te B u r n i n g R a t e 1 

### ( E P A M e t hod 18 / 25 A ) 2 

### ( E P A M e t hod 18 / 25 A ) 3 

### A s C a r bon 5 

### A s R e po r t e d 4 

### A s C a r bon 5 

### O xy g en A ir C o m b u s t o r I D C o mm on B l r. D a te ( d s c f m) ( ac f

m) ( l

b / h r) ( MM B t

u / h r) ( T P H) l b / hr l

b / MM B tu B a s is l b / hr l

b / MM B tu pp m 6 

### B a s is l b / hr l

b / MM B tu ppm B a s is l b / hr l

b / MM B tu (% , d r y) (%) A s R e po r t e d 4 

### pp m @ 3 % O 2 a s P r op a ne

B o il e r N o . 5 C e ll 01 / 11 / 99 83 , 789 136 , 800 271 .6 37

. 73 3 0

. 010 A s m e t h a ne 2 0

. 007 15 A s m e t h a ne 8 .7 2 .4 0

. 009 2

. 10 A s M e t h a ne 0

. 33 0

. 001 10

. 69 104 B o il e r N o . 5 C e ll 01 / 11 / 99 85 , 415 133 , 200 264 .7 36

. 76 4 0

. 015 A s m e t h a ne 3 0

. 011 21 A s m e t h a ne 12 3 .4 0

. 013 3

. 19 A s M e t h a ne 0

. 51 0

. 002 10

. 55 101 B o il e r N o . 5 C e ll 01 / 11 / 99 85 , 420 144 , 000 286 .2 39

. 75 3 0

. 012 A s m e t h a ne 2 0

. 009 19 A s m e t h a ne 11 3 .0 0

. 010 3

. 84 A s M e t h a ne 0

. 61 0

. 002 10

. 58 101 B o il e r N o . 5 C e ll 11 / 08 / 99 70 , 012 136 , 800 270 .3 37

. 54 5 0

. 017 A s m e t h a ne 3 0

. 013 29 A s m e t h a ne 17 3 .8 0

. 014 2

. 68 A s M e t h a ne 0

. 35 0

. 001 10

. 40 98 B o il e r N o . 5 C e ll 11 / 08 / 99 68 , 970 134 , 100 265 .1 36

. 83 5 0

. 018 A s m e t h a ne 4 0

. 013 33 A s m e t h a ne 19 4 .3 0

. 016 4

. 67 A s M e t h a ne 0

. 60 0

. 002 10

. 40 98 B o il e r N o . 5 C e ll 11 / 08 / 99 68 , 976 132 , 300 260 .3 36

. 16 4 0

. 015 A s m e t h a ne 3 0

. 011 27 A s m e t h a ne 15 3 .5 0

. 013 3

. 94 A s M e t h a ne 0

. 51 0

. 002 10

. 40 98 B o il e r N o . 5 C e ll 11 / 02 / 00 70 , 403 142 , 200 280 .1 38

. 90 19 0

. 069 A s m e t h a ne 15 0

. 052 116 A s m e t h a ne 61 15 .3 0

. 055 6

. 07 A s M e t h a ne 0

. 80 0

. 003 9

. 46 82 B o il e r N o . 5 C e ll 11 / 02 / 00 71 , 399 145 , 800 286 .3 39

. 76 16 0

. 054 A s m e t h a ne 12 0

. 040 95 A s m e t h a ne 49 12 .7 0

. 044 7

. 57 A s M e t h a ne 1

. 01 0

. 004 9

. 42 81 B o il e r N o . 5 C e ll 11 / 02 / 00 70 , 812 144 , 000 282 .6 39

. 25 18 0

. 065 A s m e t h a ne 14 0

. 049 111 A s m e t h a ne 59 14 .6 0

. 052 7

. 46 A s M e t h a ne 0

. 99 0

. 003 9

. 74 86 B o il e r N o . 5 C e ll 11 / 13 / 01 77 , 655 136 , 543 269 .2 37

. 38 91 0

. 349 A s m e t h a ne 68 0

. 261 501 A s m e t h a ne 222 72 .7 0

. 270 29

. 82 A s M e t h a ne 4

. 33 0

. 016 7

. 44 55 B o il e r N o . 5 C e ll 11 / 13 / 01 77 , 270 144 , 346 285 .8 39

. 69 118 0

. 417 A s m e t h a ne 89 0

. 312 643 A s m e t h a ne 279 92 .9 0

. 325 30

. 21 A s M e t h a ne 4

. 36 0

. 015 7

. 14 51 B o il e r N o . 5 C e ll 11 / 13 / 01 77 , 195 141 , 300 278 .8 38

. 72 122 0

. 440 A s m e t h a ne 91 0

. 329 656 A s m e t h a ne 286 94 .6 0

. 339 22

. 98 A s M e t h a ne 3

. 32 0

. 012 7

. 23 52 B o il e r N o . 5 C e ll 11 / 06 / 02 76 , 968 149 , 400 293 .1 40

. 70 93 0

. 312 A s m e t h a ne 69 0

. 234 507 A s m e t h a ne 270 72 .9 0

. 249 25

. 21 A s M e t h a ne 3

. 63 0

. 012 9

. 74 86 B o il e r N o . 5 C e ll 11 / 06 / 02 77 , 621 150 , 300 295 .0 40

. 97 115 0

. 401 A s m e t h a ne 86 0

. 300 631 A s m e t h a ne 340 91 .6 0

. 310 38

. 89 A s M e t h a ne 5

. 64 0

. 019 9

. 85 89 B o il e r N o . 5 C e ll 11 / 06 / 02 77 , 994 144 , 000 282 .6 39

. 25 122 0

. 430 A s m e t h a ne 91 0

. 322 667 A s m e t h a ne 377 97 .2 0

. 344 42

. 21 A s M e t h a ne 6

. 15 0

. 022 10

. 37 99 B o il e r N o . 5 C e ll 11 / 18 / 03 71 , 314 137 , 829 273 .1 37

. 93 25 0

. 092 A s m e t h a ne 19 0

. 069 144 A s m e t h a ne 74 19 .2 0

. 070 1

. 53 A s M e t h a ne 0

. 20 0

. 001 9

. 30 80 B o il e r N o . 5 C e ll 11 / 18 / 03 71 , 754 138 , 254 274 .0 38

. 06 26 0

. 097 A s m e t h a ne 20 0

. 073 148 A s m e t h a ne 80 19 .9 0

. 072 0

. 34 A s M e t h a ne 0

. 05 0

. 0002 9

. 90 89 B o il e r N o . 5 C e ll 11 / 18 / 03 73 , 863 137 , 443 272 .3 37

. 82 21 0

. 080 A s m e t h a ne 16 0

. 060 115 A s m e t h a ne 69 15 .8 0

. 058 0

. 26 A s M e t h a ne 0

. 04 0

. 0001 11

. 05 111 B o il e r N o . 5 C e ll 11 / 10 / 04

- 11 / 11 / 04 79 , 316 122 , 448 137 , 077 273 .4 37

. 97 159 0

. 581 A s m e t h a ne 119 0

. 435 1 , 036 A s m e t h a ne 580 153 .7 0

. 562 235

. 19 A s M e t h a ne 34

. 87 0

. 128 10

. 25 95 B o il e r N o . 5 C e ll 11 / 10 / 04

- 11 / 11 / 04 78 , 847 118 , 052 135 , 416 268 .1 37

. 24 151 0

. 564 A s m e t h a ne 113 0

. 422 1 , 024 A s m e t h a ne 575 150 .9 0

. 563 258

. 16 A s M e t h a ne 38

. 05 0

. 142 10

. 30 96 B o il e r N o . 5 C e ll 11 / 10 / 04

- 11 / 11 / 04 76 , 647 114 , 337 132 , 626 262 .6 36

. 47 21 0

. 081 A s m e t h a ne 16 0

. 061 111 A s m e t h a ne 64 15 .9 0

. 061 0

. 24 A s M e t h a ne 0

. 03 0

. 0001 10

. 50 100 B o il e r N o . 5 C e ll 12 / 05 / 05

- 12 / 06 / 05 78 , 905 121 , 677 133 , 257 263 .0 36

. 52 151 0

. 574 A s m e t h a ne 113 0

. 430 1 , 283 A s m e t h a ne 724 189 .3 0

. 720 519

. 18 A s M e t h a ne 76

. 57 0

. 291 10

. 35 97 B o il e r N o . 5 C e ll 12 / 05 / 05

- 12 / 06 / 05 79 , 546 122 , 405 139 , 366 275 .4 38

. 25 112 0

. 409 A s m e t h a ne 84 0

. 306 1 , 094 A s m e t h a ne 598 162 .7 0

. 591 532

. 57 A s M e t h a ne 79

. 18 0

. 288 10

. 00 91 B o il e r N o . 5 C e ll 12 / 05 / 05

- 12 / 06 / 05 73 , 163 111 , 613 130 , 445 257 .5 35

. 76 40 0

. 161 A s m e t h a ne 30 0

. 121 499 A s m e t h a ne 273 68 .3 0

. 265 279

. 77 A s M e t h a ne 38

. 26 0

. 149 10

. 00 91 B o il e r N o . 5 C e ll 11 / 14 / 06 76 , 963 117 , 736 131 , 537 260 .7 36

. 21 55 0

. 210 A s m e t h a ne 41 0

. 157 290 A s m e t h a ne 146 41 .7 0

. 160 2

. 18 A s M e t h a ne 0

. 31 0

. 001 9

. 05 75 B o il e r N o . 5 C e ll 11 / 14 / 06 78 , 532 119 , 997 133 , 489 264 .9 36

. 78 45 0

. 170 A s m e t h a ne 34 0

. 127 231 A s m e t h a ne 119 33 .9 0

. 128 2

. 00 A s M e t h a ne 0

. 29 0

. 001 9

. 36 80 B o il e r N o . 5 C e ll 11 / 14 / 06 76 , 713 117 , 185 133 , 374 264 .4 36

. 72 89 0

. 330 A s m e t h a ne 66 0

. 247 463 A s m e t h a ne 233 66 .4 0

. 251 0

. 59 A s M e t h a ne 0

. 08 0

. 0003 9

. 04 75 B o il e r N o . 5 C e ll 11 / 27 / 07

- 11 / 28 / 07 74 , 096 122 , 170 135 , 052 267 .5 37

. 15 98 0

. 370 A s m e t h a ne 73 0

. 277 528 A s m e t h a ne 264 73 .1 0

. 273 9

. 00 75 B o il e r N o . 5 C e ll 11 / 27 / 07

- 11 / 28 / 07 73 , 584 119 , 081 142 , 604 282 .2 39

. 19 146 0

. 520 A s m e t h a ne 109 0

. 389 796 A s m e t h a ne 377 109 .5 0

. 388 8

. 31 65 B o il e r N o . 5 C e ll 11 / 27 / 07

- 11 / 28 / 07 75 , 229 122 , 170 134 , 916 266 .9 37

. 07 130 0

. 490 A s m e t h a ne 97 0

. 367 693 A s m e t h a ne 338 97 .5 0

. 365 8

. 68 70 B o il e r N o . 5 C e ll 12 / 03 / 08

- 12 / 04 / 08 77 , 422 124 , 303 127 , 878 253 .4 35

. 19 153 0

. 600 A s m e t h a ne 115 0

. 449 791 A s m e t h a ne 373 114 .5 0

. 452 8

. 25 64 B o il e r N o . 5 C e ll 12 / 03 / 08

- 12 / 04 / 08 64 , 745 118 , 899 134 , 708 268 .1 37

. 24 197 0

. 750 A s m e t h a ne 147 0

. 562 1 , 067 A s m e t h a ne 491 129 .2 0

. 482 7

. 95 61 B o il e r N o . 5 C e ll 12 / 03 / 08

- 12 / 04 / 08 73 , 848 124 , 303 127 , 740 252 .6 35

. 08 220 0

. 850 A s m e t h a ne 165 0

. 636 1 , 215 A s m e t h a ne 547 167 .8 0

. 664 7

. 65 57 B o il e r N o . 5 C e ll 11 / 24 / 09

- 11 / 25 / 09 75 , 940 127 , 367 139 , 557 266 .8 37

. 05 76 0

. 290 A s m e t h a ne 57 0

. 217 401 A s m e t h a ne 187 57 .0 0

. 214 0

. 39 A s M e t h a ne 0

. 06 0

. 0002 8

. 09 62 B o il e r N o . 5 C e ll 11 / 24 / 09

- 11 / 25 / 09 74 , 194 123 , 766 144 , 902 279 .1 38

. 76 98 0

. 350 A s m e t h a ne 74 0

. 262 532 A s m e t h a ne 242 73 .8 0

. 265 2

. 42 A s M e t h a ne 0

. 34 0

. 0012 7

. 79 59 B o il e r N o . 5 C e ll 11 / 24 / 09

- 11 / 25 / 09 74 , 846 127 , 367 140 , 650 273 .5 37

. 99 94 0

. 350 A s m e t h a ne 71 0

. 262 509 A s m e t h a ne 241 71 .2 0

. 260 3

. 88 A s M e t h a ne 0

. 54 0

. 0020 8

. 33 65

N u m b e r o f R uns 36 18 36 36 .0 36

. 00 36

. 00 36

. 000 36 36 36 36 36 36 30 30 30 36

. 00 36

n
- 1 D e g r ee s o f F r ee do m

( ν ) 35 17 35 35 35 35 35 35 35 35 35 35 35 29 29 29 35 35 M E AN 75 , 538 120 , 826 137 , 867 272 .0 37

. 77 78

. 99 0

. 293 59

. 15 0

. 219 473 239 67 .1 0

. 248 68

. 98 10

. 07 0

. 037 9

. 35 82 M I N I M UM 64 , 745 111 , 613 127 , 740 252 .6 35

. 08 2

. 70 0

. 010 2

. 02 0

. 007 15 8 .7 2 .4 0

. 009 0

. 24 0

. 03 0

. 000 7

. 14 51 M A X I M UM 85 , 420 127 , 367 150 , 300 295 .0 40

. 97 219

. 88 0

. 850 164

. 64 0

. 636 1 , 283 724 189 .3 0

. 720 532

. 57 79

. 18 0

. 291 11

. 05 111 S T D D E V I A T I ON 4 , 493 4 , 150 5 , 634 10 .4 1

. 44 61

. 55 0

. 231 46

. 09 0

. 173 383 198 54 .8 0

. 205 145

. 88 21

. 46 0

. 080 1

. 12 17 95% C L O F RUNS 84 , 525 129 , 126 149 , 134 292 .7 40

. 65 202

. 10 0

. 755 151

. 32 0

. 565 1 , 240 636 176 .7 0

. 659 360

. 75 52

. 99 0

. 197 11

. 58 115 U P L ( 99% C O N F I D E NC E) 82 , 120 127 , 470 146 , 120 287 39

. 88 169

. 16 0

. 632 126

. 66 0

. 473 1 , 035 530 147 .4 0

. 549 286

. 47 42

. 06 0

. 157 11 106

B o il e r N o . 6 S u s p e n s i on 11 / 17 / 04 64 , 264 100 , 036 152 , 143 301 .7 41

. 90 77 0

. 249 A s M e t h a ne 57 0

. 186 1 , 602 A s M e t h a ne 788 192 .6 0

. 638 1 , 125

. 67 A s M e t h a ne 135

. 21 0

. 448 8

. 78 72 B o il e r N o . 6 S u s p e n s i on 11 / 17 / 04 65 , 197 100 , 252 152 , 143 300 .8 41

. 78 26 0

. 086 A s M e t h a ne 19 0

. 064 1 , 013 A s M e t h a ne 513 123 .5 0

. 411 854

. 91 A s M e t h a ne 104

. 18 0

. 346 9

. 14 77 B o il e r N o . 6 S u s p e n s i on 11 / 17 / 04 65 , 965 103 , 257 156 , 923 310 .3 43

. 10 55 0

. 184 A s M e t h a ne 41 0

. 138 1 , 182 A s M e t h a ne 754 145 .8 0

. 470 846

. 64 A s M e t h a ne 104

. 39 0

. 336 11

. 57 122 B o il e r N o . 6 S u s p e n s i on 12 / 13 / 05 59 , 657 92 , 439 141 , 631 278 .8 38

. 72 34 0

. 123 A s M e t h a ne 26 0

. 092 495 A s M e t h a ne 243 55 .3 0

. 198 264

. 60 A s M e t h a ne 29

. 51 0

. 106 8

. 75 71 B o il e r N o . 6 S u s p e n s i on 12 / 13 / 05 64 , 766 98 , 894 138 , 460 271 .8 37

. 75 16 0

. 060 A s M e t h a ne 12 0

. 045 240 A s M e t h a ne 120 29 .0 0

. 107 139

. 28 A s M e t h a ne 16

. 86 0

. 062 9

. 01 75 B o il e r N o . 6 S u s p e n s i on 12 / 13 / 05 57 , 353 89 , 868 137 , 508 269 .9 37

. 49 58 0

. 216 A s M e t h a ne 44 0

. 162 703 A s M e t h a ne 326 75 .3 0

. 279 296

. 06 A s M e t h a ne 31

. 74 0

. 118 8

. 04 62 B o il e r N o . 6 S u s p e n s i on 11 / 16 / 06

- 11 / 17 / 06 60 , 978 95 , 203 146 , 422 287 .5 39

. 93 27 0

. 100 A s M e t h a ne 20 0

. 075 270 A s M e t h a ne 126 30 .8 0

. 107 92

. 83 A s M e t h a ne 10

. 58 0

. 037 8

. 13 63 B o il e r N o . 6 S u s p e n s i on 11 / 16 / 06

- 11 / 17 / 06 61 , 312 96 , 395 143 , 778 282 .2 39

. 19 41 0

. 140 A s M e t h a ne 30 0

. 105 395 A s M e t h a ne 186 45 .3 0

. 160 130

. 48 A s M e t h a ne 14

. 95 0

. 053 8

. 22 64 B o il e r N o . 6 S u s p e n s i on 11 / 16 / 06

- 11 / 17 / 06 62 , 501 95 , 527 143 , 451 281 .7 39

. 13 34 0

. 120 A s M e t h a ne 26 0

. 090 419 A s M e t h a ne 196 49 .0 0

. 174 199

. 21 A s M e t h a ne 23

. 27 0

. 083 8

. 12 63

N u m b e r o f R uns 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9

n
- 1 D e g r ee s o f F r ee do m

( ν ) 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 M E AN 62 , 444 96 , 875 145 , 829 287 .2 39

. 89 40

. 94 0

. 142 30

. 66 0

. 106 702 361 83 .0 0

. 283 438

. 85 52

. 30 0

. 177 8

. 86 74 M I N I M UM 57 , 353 89 , 868 137 , 508 269 .9 37

. 49 16

. 25 0

. 060 12

. 17 0

. 045 240 120 29 .0 0

. 107 92

. 83 10

. 58 0

. 037 8

. 04 62 M A X I M UM 65 , 965 103 , 257 156 , 923 310 .3 43

. 10 76

. 58 0

. 249 57

. 34 0

. 186 1 , 602 788 192 .6 0

. 638 1 , 125

. 67 135

. 21 0

. 448 11

. 57 122 S T D D E V I A T I ON 2 , 868 4 , 181 6 , 654 14 .1 1

. 96 19

. 03 0

. 062 14

. 25 0

. 047 468 261 57 .7 0

. 185 391

. 13 48

. 03 0

. 155 1

. 10 19 95% C L O F RUNS 68 , 180 105 , 236 159 , 136 315 .4 43

. 80 79

. 00 0

. 267 59

. 15 0

. 200 1 , 639 884 198 .4 0

. 653 1 , 221

. 11 148

. 36 0

. 487 11

. 06 112 U P L ( 99% C O N F I D E NC E) 67 , 982 104 , 947 158 , 677 314 43

. 67 77

. 68 0

. 263 58

. 17 0

. 197 1 , 607 866 194 .4 0

. 640 1 , 194

. 11 145

. 05 0

. 477 11 111

N o t e s: l b / h r = pound s p e r hou r. l b / MM B t u = pound s p e r m illi on B r i t i s h t h e r m a l un i

t s. l b /t on = pound s p e r t on. MM B t u / h r = m illi on B r i

t i s h t h e r m a l un i

t s p e r hou r. T P H = t on s p e r hou r.

F oo t n o t e s:

B o il e r M A C T

- S u g a r I ndu s t r y VO C & T H C D a t a
- E P A S ub m i ss i on

. 04

. 08

. 10_1

. x l s , F L O s ce o l a F a r ms 4 / 29 / 2010 , 12 : 13 PM

# I n d i v i d u a l R un s - E m i ss i o n Te s t s P er f o r m ed o n B agass e B o il er s i n Fl o r i d a - O s ce o l a F a r m s C o m p a ny B o il er MAC T D a t a b as e F a c ili t y I D : F LO s ce o l a F a r ms
T H C E m i ss i ons M e t h a n e E m i ss i ons N / S o r S t ac k G as S t ac k G

a s H ea t I nput B a g a sse VO C E m i ss i on s a s R e po r t ed VO C E m i ss i on s a s C a r bon ( E P A M e t hod 18 / 25 A ) 6 

### ( E P A M e t hod 18 / 25 A) E x ce ss B o il e r M A C T D a t a B a se B o il e r T ype E /W T e st F l o w R a te F l o w R a te S t ea m R a te R a te B u r n i n g R a t e 1 

### ( E P A M e t hod 18 / 25 A ) 2 

### ( E P A M e t hod 18 / 25 A ) 3 

### A s C a r bon 5 

### A s R e po r t e d 4 

### A s C a r bon 5 

### O xy g en A ir C o m b u s t o r I D C o mm on B l r. D a te ( d s c f m) ( ac f

m) ( l

b / h r) ( MM B t

u / h r) ( T P H) l b / hr l

b / MM B tu B a s is l b / hr l

b / MM B tu pp m 6 

### B a s is l b / hr l

b / MM B tu ppm B a s is l b / hr l

b / MM B tu (% , d r y) (%) A s R e po r t e d 4 

### pp m @ 3 % O 2 a s P r op a ne

1 

### A ss u m e d 3 , 600 B t

u / l b a v e r a g e h ea t

c on t e n t f o r w e t b a g a ss e, e x ce p t w h e r e no t e d.

2 

### B a s e d on ac t

u a l r e po r t e d d a t a. 3 

### If r e po r t e d

a s p r op a n e, i

t w a s c on v

e r t e d t o ca r bon by t

h e f o ll o w i n g e qu a t i on: l b s / h r a s ca r bon = l

b s / h r a s p r op a n e x (( 3*12

. 011 ) / 44

. 09 )

w h e r e 44

. 09 i s t

h e M W o f p r op a n e a nd 12

. 011 i s t h e M W o f

ca r bon. If r e po r t e d

a s m e t h a n e, i t w a s c on v

e r t e d t o ca r bon by t

h e f o ll o w i n g e qu a t i on: l b s / h r a s ca r bon = l

b s / h r a s m e t h a n e x ( 12

. 011 / 16

. 04 )

w h e r e 16

. 04 i s t

h e M W o f m e t

h a n e a nd 12

. 011 i s t

h e M W o f

ca r bon.
4 

### A s r e po r t e d i

n t e s t r e po r t.
5 

### If n ece ss a r y , c on v

e r t e d b a s i s t o a s ca r bon.

6 

### T H C r e po r t e d

a s d r y c on ce n t

r a t i on.

B o il e r M A C T

- S u g a r I ndu s t r y VO C & T H C D a t a
- E P A S ub m i ss i on

. 04

. 08

. 10_1

. x l s , F L O s ce o l a F a r ms 4 / 29 / 2010 , 12 : 13 PM

# I nd i v i dua l R un s - Em i ss i on T es ts P er f o r m e d on B aga sse B o il ers i n H a w a ii

- P uun e n e M ill , H a w a ii B o il er M ACT D a t aba se F a c ilit y I D : H I P unn e n e Suga r M ill

B o il er M AC T D a t a B a se S t ac k G as S t ac k G as H ea t I n p ut B a g a sse E x ce ss C o m bu s t o r I

D C o mm on B o il e r T y pe T e st F l o w R a te F l o w R a te S t ea m R a te R a te B u r n i ng R a t e 1 

## O xyg en A ir D a te ( d s c f

m) ( ac f

m) ( l b / h

r) ( MM B t u

/ h r) ( T P H) l b / hr l b / MM B tu B a s is l b / hr l b / MM B tu ppm B a s is l b / hr l b / MM B tu ppm B a s is l b / hr l b / MM B tu (% , d r y) (%)

B o il e r 1 a n d B o il e r 2 S u s p e n s i on 04 / 17 / 94 139,629 217,690 561.2 77.94 1,915 M e t h a ne 913 1499.72 2.672 8.40 67 B o il e r 1 a n d B o il e r 2 S u s p e n s i on 04 / 17 / 94 125,207 195,340 486.7 67.60 683 M e t h a ne 328 479.64 0.986 8.50 68 B o il e r 1 a n d B o il e r 2 S u s p e n s i on 04 / 17 / 94 135,240 214,538 581.0 80.69 1,503 M e t h a ne 705 1140.39 1.963 8.20 64 B o il e r 1 a n d B o il e r 2 S u s p e n s i on 05 / 19 / 95 147,240 209,000 404.0 56.11 392 C a r bon 192 324.03 0.277 8.72 71 B o il e r 1 a n d B o il e r 2 S u s p e n s i on 05 / 19 / 95 158,469 204,000 393.0 54.58 215 C a r bon 114 191.42 0.165 9.67 85 B o il e r 1 a n d B o il e r 2 S u s p e n s i on 05 / 19 / 95 154,512 202,000 390.0 54.17 274 C a r bon 148 237.62 0.213 9.83 88 B o il e r 1 a n d B o il e r 2 S u s p e n s i on 09 / 23 / 03 116,192 347.7 48.29 44 C a r bon 22 28.35 0.030 9.08 76 B o il e r 1 a n d B o il e r 2 S u s p e n s i on 09 / 23 / 03 127,658 361.8 50.25 70 C a r bon 35 50.06 0.049 8.89 73 B o il e r 1 a n d B o il e r 2 S u s p e n s i on 09 / 23 / 03 125,525 359.1 49.88 137 C a r bon 68 96.68 0.093 8.93 74 N u m b e r o f R uns 9 3 3 9 9 9 9 9 9 9 9

n
- 1 D e g r ee s o f F r ee do m

( ν ) 8 2 2 8 8 8 8 8 8 8 8 M E AN 136,630 209,189 205,000 431.6 59.95 581 281 449.8 0.716 8.91 73.98 M I N I M UM 116,192 195,340 202,000 347.7 48.29 44 22 28.4 0.030 8.20 63.99 M A X I M UM 158,469 217,690 209,000 581.0 80.69 1,915 913 1,499.7 2.672 9.83 87.89 S T D D E V I A T I ON 14,458 12,097 3,606 89.0 12.35 675 318 520.8 0.969 0.55 8.11 95 % C L O F RUNS 165,546 233,383 212,211 609.5 84.66 1,932 916 1,491.4 2.654 10.01 90.20 G E O M ET R I C M E AN 135,956 208,951 204,979 424.1 58.90 299 149 227.9 0.267 8.90 73.60 U P L ( 99 % C O N F I

D E NC E) 1,886 894 1,455.414 2.587 ( E P A M e t h od 18 / 25 A) ( E P A M e t h od 18 / 25 A

) 2 

## A s R e po r t e d 3 

## T H C E m i ss i o n s M e t h a n e E m i ss i o ns VO C E m i ss i o n s a s R e po r t ed ( E P A M e t h od 18 / 25 A) pp m @ 3 % O 2 a s P r op a ne A s C a r bo n 4 

## A s R e po r t e d 3 

## A s C a r bo n 4 

## VO C E m i ss i o n s a s C a r bon ( E P A M e t h od 18 / 25 A)

# I nd i v i dua l R un s - Em i ss i on T es ts P er f o r m e d on B aga sse B o il ers i n H a w a ii

- P uun e n e M ill , H a w a ii B o il er M ACT D a t aba se F a c ilit y I D : H I P unn e n e Suga r M ill

B o il er M AC T D a t a B a se S t ac k G as S t ac k G as H ea t I n p ut B a g a sse E x ce ss C o m bu s t o r I

D C o mm on B o il e r T y pe T e st F l o w R a te F l o w R a te S t ea m R a te R a te B u r n i ng R a t e 1 

## O xyg en A ir D a te ( d s c f

m) ( ac f

m) ( l b / h

r) ( MM B t u

/ h r) ( T P H) l b / hr l b / MM B tu B a s is l b / hr l b / MM B tu ppm B a s is l b / hr l b / MM B tu ppm B a s is l b / hr l b / MM B tu (% , d r y) (%) ( E P A M e t h od 18 / 25 A) ( E P A M e t h od 18 / 25 A

) 2 

## A s R e po r t e d 3 

## T H C E m i ss i o n s M e t h a n e E m i ss i o ns VO C E m i ss i o n s a s R e po r t ed ( E P A M e t h od 18 / 25 A) pp m @ 3 % O 2 a s P r op a ne A s C a r bo n 4 

## A s R e po r t e d 3 

## A s C a r bo n 4 

## VO C E m i ss i o n s a s C a r bon ( E P A M e t h od 18 / 25 A)

B o il e r 3 S u s p e n s i on 04 / 18 / 94 216,943 302,577 691.1 95.99 54 M e t h a ne 32 65.84 0.095 10.90 108 B o il e r 3 S u s p e n s i on 04 / 18 / 94 227,396 292,555 685.7 95.24 35 M e t h a ne 22 44.90 0.065 11.50 121 B o il e r 3 S u s p e n s i on 04 / 18 / 94 216,536 292,345 669.3 92.96 27 M e t h a ne 17 32.55 0.049 11.30 116 B o il e r 3 S u s p e n s i on 05 / 22 / 95 223,825 264,000 471.0 65.42 29 C a r bon 17 36.99 0.025 10.84 107 B o il e r 3 S u s p e n s i on 05 / 22 / 95 217,541 263,000 470.0 65.28 26 C a r bon 16 31.92 0.023 10.94 109 B o il e r 3 S u s p e n s i on 05 / 22 / 95 222,643 264,000 471.0 65.42 23 C a r bon 14 28.26 0.020 11.02 110 B o il e r 3 S u s p e n s i on 09 / 25 / 03 150,909 537.1 74.60 128 C a r bon 65 108.36 0.09 9.18 78 B o il e r 3 S u s p e n s i on 09 / 25 / 03 148,221 573.1 79.60 312 C a r bon 147 259.58 0.20 8.26 65 B o il e r 3 S u s p e n s i on 09 / 25 / 03 151,961 602.6 83.69 85 C a r bon 44 72.29 0.06 9.42 81 N u m b e r o f R uns 9 3 3 9 9 9 9 9 9 9 9

n
- 1 D e g r ee s o f F r ee do m

( ν ) 8 2 2 8 8 8 8 8 8 8 8 M E AN 197,331 295,826 263,667 574.5 79.80 80 42 75.63 0.07 10.37 99.33 M I N I M UM 148,221 292,345 263,000 470.0 65.28 23 14 28.26 0.02 8.26 64.76 M A X I M UM 227,396 302,577 264,000 691.1 95.99 312 147 259.58 0.20 11.50 120.87 S T D D E V I A T I ON 35,415 5,848 577 93.2 12.94 94 43 73.71 0.06 1.13 19.61 95 % C L O F RUNS 268,160 307,521 264,821 760.9 105.69 268 128 223.05 0.18 12.63 138.55 G E O M ET R I C M E AN 194,241 295,787 263,666 567.8 78.86 52 30 57.18 0.05 10.32 97.40 U P L ( 99 % C O N F I

D E NC E) 265,715.600 329,079.220 266,949.790 754.502 104.792 261 125 217.962 0.18 12.55 137.19

# A tt ac h m e n t 6

# F r o m : Am anda S i ngle t on

T o: c o m bu s t ion s u rv ey Da t e : 4 / 9 / 2010 4 : 56 PM S u b j ec t: F w d : F w : Dow C h e m i c a l S ou rc e s
- B oi l e r MA C T Da t aba se

> > > < E ddin g e r

. J i m @ e pa m ail

. epa

. go v> 4 / 9 / 2 010 4 : 3 1 PM > >>

J im

___ _ _______

_ ___ J a m e s A

. E dd i nger E ne r g y S t r a t egie s G r oup S e c t o r P oli c ie s and Pr og r a ms Di v i s i on 919

- 5 4 1

- 5426

----- F o r wa r ded b y J i m E ddin g e r / R T P / U SE P A

/ U S on 04 / 09 / 2010 04 : 32 PM

----- |---

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> ----- - ----------------------- - ----------------------- - ----------------------- - ----------------------- - ----------------------- - ------------ | | " W o z ni a k
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- B o ile r M A C T Da t aba s e |

> ----- - ----------------------- - ----------------------- - ----------------------- - ----------------------- - ----------------------- - ------------ |

# J i m,

I wa n t e d t o pa ss a l ong t o y ou and o t he rs o n e i t e m t h a t I n o t i c e d f or ga s- f i r ed p r o c e ss h e a t e rs.

T h e f oll o wing s ou rc e s a t ou r Dee r P a rk
, T X f a c ili t y h a v e b e en s h u t down and s houl d be r e m o v ed f r o m t he da t a f il e whe n EP A m a k e s t he ne xt upd a t e s.

T h e F a c ili t y I D i s T X R O H M Haa s Dee rP a rk T hi s i s o n e o f t h e Ro h m and Haa s f a c i li t ie s t ha t we a c q u i r ed in A p r i l
, 200 9.

T h e Co m b u s t o r I D 's t ha t ha v e been s hu t down a r e:

A C E T

- 2 A- 1

- A C E T

- 2 A- 5

- T h e s e 5 p r e
- h e a t e rs we r e s hu t down in la t e 2 0 08.

A C E T

- 2 B- 1

- A C E T

- 2 B- 5

- T h e s e 5 p r e
- h e a t e rs we r e s hu t down in la t e 2 0 08.

T h e s e s ou rc e s will no t r e t u r n t o ope r a t ion.

No t s u r e i f t h e s e s ou rc e s we r e u s ed i n t he MA C T f l o o r c al c u l a t i on , but t he y d id ha v e r e l a t i v e l y l o w C O l e v e l s.

T h an k s in ad v an c e f o r f o r wa r d i ng t hi s in f o rm a t ion
, a s need e d t o upda te t he da t aba s e.

P lea s e le t m e k now i f y ou ha v e an y que s t i on s.

Rega r d s,

Ru ss ell A

. W o z n i ak G lobal Regul a t o ry A f f ai rs T h e Dow Che m i c al Co m pany O f f i c e 3 6 1

- 553

- 2920 M obil e 36 1

- 649

- 2249

# A tt ac h m e n t 7

# F r o m : Am anda S i ngle t on

T o: c o m bu s t ion s u rv ey Da t e : 4 / 13 / 2010 4 : 18 PM S u b j ec t: F w d : B oile r / P r o c e s s Hea t e r M A C T Da t aba se A tt ac h me n t s: F u r na c e s

. pd f; EPA B o i le r M A C T I ngle s id e D B 033010

. x l s ; P lan t 2 F u r na c e E PA Repo r t. pd f ; I ngle s ide B oile r M A C T t e s t da t a r e v i s io n A

. x l s ; I ng l e s ide B o ile r M A C T t e s t da t a

. x l s ; I n gle s ide P a s adena E m i s s i o n T e s t D B

. x ls

> > > < B a rry _H

. _Ch r i s t e n s en @ o xy

. c o m> 4 / 13 / 2010 4 : 12 P M > >> F o l ks W e ha v e r e v iewe d y ou r da t aba s e a s r e v i s e d o n 3 / 3010

. W i t h r e s pe c t t o ou r I ng l e s ide plan t ( F a c ili t y I D : T X O c c i d en t alChe m G r e g o r y ) ou r da t a i s s t ill in c o rr e c t

. O u r Em ail below o f 2 / 16 / 10 e x plain e d t he
ne c e ss a ry c o rr e c t ion s t o EP A 's da t aba s e

. As s t a t ed p r e v iou s l y , we h a v e s i x p r o c e s s f u r na c e s c o n ne c t e d t o t wo s t a c ks a s s how n on t he en c lo s ed d r awing

. P lan t 1 c o m bine s e m i ss ion s f r o m f o u r p r o c e ss f u r na c e s in t o one s t a ck while P lan t 2 c o m bin e s e m i ss ion s f r o m t wo s ep a r a t e p r o c e ss f u r n a c e s in t o ano t he r s t a ck

. T e s t r e s ul t s we r e p r o v ide d t o t h e EP A da t aba s e ba s ed on t e s t s c ondu c t ed i n 1 991 f o r ou r P lan t 1 and 199 7 f o r P l a n t 2

. W e s a m pl e d e a c h s t a c k on e t i m e wi t h ea c h t e s t ha v in g t h r ee s a m ple r un s , f o r a t o t al o f
s i x s a m ple r un s on t w o s t a ck s.

T h e s he e t below i s e x t r a c t ed f r o m y ou r da t aba s e

. U s ing C O a s an e x a m pl e , t he d a t a i s r ep r e s en t ed f o r ou r f ou r( 4 ) P la n t #1 f u r na c e s i n 1 2 en t r ie s a s i f ea c h f u r na c e w a s t e s t e d s ep a r a t e l y wi t h a t o t al o f 4
s epa r a t e s t a ck t e s t s

. T h e t e s t i ng m e t ho d olog y in a c t ua l i t y m ea s u r ed t h e c on t r ibu t io n o f e m i s s i on s f r o m all f ou r f u r n a c e s r unn i ng s i m u l t a n eou s l y , a s m ea s u r ed f r o m t h e s i n gle P l a n t 1 s t a ck

. T he r e f o r e , y o u r da t a , m a rk ed in y e llow doe s no t a cc u r a t el y r ep r e s en t o u r t e s t r e s ul t s f o r ou r P lan t 1 f u r na c e s , s in c e no one s a m ple nu m be r c an be a s s i g ned t o an y one f u r na c e (s ee sc he m a t i c d i ag r a m)

. T h i s s a m e i ss ue i s e v id e n t f o r o t he r po l lu t a n t s.

. T h e C O en t r i e s in y ou r da t aba s e f o r ou r P lan t 2 c on s i s t o f t he a v e r age v alue f r o m t h r ee s a m p l e r u n s ( 0

. 47 pp m @ 3% O 2 ) f r o m one t e s t don e in a 1997

. T he indi v id u al v a lue s f o r C O f r o m t he indi v i d ual
s a m ple r un s f o r t hi s s i n gle t e s t we r e : 0

. 4 5
, 0

. 41
, an d 0

. 56 pp m @ 3% O 2

. A gain
, t h e d a t a in t he E PA da t aba s e f o r t hi s s ou rc e i s r e f le c t ed a s i f we c o n du c t e d a s epa r a t e s t a ck t e s t on ea c h f u r n a c e

. A l s o , in t he c a s e o f C O f r o m t hi s t e s t , i t i s r ep r e s e n t e d a s an a v e r age o f t he t h r ee r un s wh i c h i s no t c o n s i s t en t in
c o m pa r i s on t o t he C O da t a f o r P lan t 1

. T hi s m a y be be c au s e y o u d idn ' t ha v e t he indi v idu a l r u n v al u e s

. W e a r e en c lo s i n g t ha t da t a f r o m a c op y o f t he pe r t inen t pa r t s o f ou r s t a ck t e s t r e p o r t

. P l s no t e t h a t s e v e r al
s ou rc e s we r e i n c luded in t h a t r epo r t and we onl y i n c luded da t a f r o m t h e f u r na c e t e s t s.

I n s u mm a ry , we a r e un c lea r on y ou r da t a m an a ge m en t c on v en t ion s , bu t a r e c on c e r ned t he y do n o t
a cc u r a t el y r e f l e c t s ou r r e s u l t s

. T he r e f o r e , t he s h ee t be l ow h ighlig h t s r equi r ed C O da t a c hange s (P lan t 1 in g r een and P lan t 2 i n b l ue ) t o m o r e a c c u r a t e l y r e f le c t o u r t e s t r e s ul t s , on t he a s s u m p t io n t ha t y o u wa n t t o i n c lude ea c h s a m p le r u n s ep a r a t e l y r a t he r t h an a s an a v e r age pe r t e s t.

A l s o , t he da t a v a l ue s i n b l ue t e x t a r e in c o n s i s t en t wi t h r e s pe c t t o s igni f i c an t f i gu r e s.

W e t r u s t t hi s will help t o C O RR E C T y ou r d a t a b a s e a n d s in c e i t i s t o be u s ed in r u le m a k ing we b elie v e i t
s houl d be a cc u r a t e.

I f y ou ha v e que s t ion s , pl s c all m e a t 972 404 3209 o r ( ba rry _h

.

_ c h r i s t en s en @ o xy

. c o m < m a il t o : b a r r y

_ h

.

_ c h r i s t en s en @ o x

y

. c o m >)

B a rry Ch r i s t en s en M g r A i r Q uali ty

# O x

y Chem

F r o m : c o m b u s t io n s u r

v e y [ m a il t o : c o m bu s t ion s u rv e y @ e r g

. c om ] S en t : F r i da y , F e b r ua ry 2 6
, 2010 1 : 22 PM T o : Ch r i s t en s en , B a rry H. S ubje c t: Re : F wd : B o i le r / P r o c e ss Hea t e r MA C T Da t aba se

Dea r B a rr y, T h an k y ou f o r y o u r e -m ai l

. W e ha v e been in a hold i ng p a t t e r n on add r e ss ing da t a c o rr e c t i o n s in t he la s t t wo wee ks t o add r e ss s o m e a n al ys i s

. W e a r e loo k in g i n t o t he s e di s c r e pen c ie s and will en s u re t ha t t he c o rr e c t da t a f r o m y ou r f a c i l i t y ge t s i n t o ou r e m i ss ion da t aba s e p r io r t o p r o p o s a l. Rega r d s, Co m bu s t ion S u r v e y T e am

> > > A m a n da S in g le t on 2 / 1 7 / 20 1 0 9 : 07 AM > >>

___ _ _______

_ _______

_ _______

_ _______

_ _______

_ __ F r o m : Ch r i s t en s en , B a rry H. S en t : T ue s da y , F eb r ua ry 16
, 20 1 0 7 : 01 PM T o : ' E dd i nge r

. J i m @ epa m ail

. epa

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. S in g le t on @ e r g

. c om ' S ubje c t: B oile r

/ Pr o c e s s Hea t e r M A C T Da t aba se

F o l k s,

we ha v e r e v iewed y ou r da t a ba s e r e la t i v e t o ou r c o m p a n y , O cc ide n t a l Che m i c a l Co m pa n y. W e p r e v i o u s l y s upp l ied s u r v e y and f ollow

- up e m i ss ion t e s t da t a

. O u r I ng l e s ide
, T X pl a n t has t wo V in y l Chl o r ide p r odu c t ion plan t s

. O u r P lan t 1 ha s f ou r f u r na c e s wh i c h f eed a s ingle s t a c k. O u r P lan t 2 ha s t wo f u r n a c e s whi c h e m i t t h r o u gh a no t h e r s t a ck

. T h e N O x C EM S da t a we s ub m i t t e d wa s f o r a c o m bina t io n o f f o u r f u r na c e s ( F u r na c e 1
, 2
, 3 & 4 ) f r o m P lan t 1 a n d a c o m bina t ion o f t he t w o f u r na c e s ( F u r na c e 1
, 2 ) f r o m P la n t 2 T he r e f o r e , t h e da t a in y our da t aba s e appe a r s t o d upli c a t e ou r e m i s s i o n s

. T h i s dup l i c a t e C EM S and s t a c k t e s t da t a is
m a rk ed wi t h c o rr e s pon d ing c olo rs i n t he en c lo s ed s u mm a ry f r o m y ou r da t aba s e

. W e t r u st t hi s w i ll allow c o rr e c t i on o f t h i s in f o rm a t ion.

I f y ou ha v e que s t ion s , pl s c all m e a t 972 404 3209.

B a rry Ch r i s t en s en M g r A i r Q uali ty O x y Chem

# Stack SCR (Catalyst) Sample Ports

Blower

Stack SCR (Catalyst) Sample Ports

Blower

HRB HRB



# Heat Recovery Boiler Heat Recovery Boiler

# EP A D a t a f or OxyC h e m a s o f 03/30/2010 a s extr a cted

R o w # M a j o r S o u r c e? C l a ss i f i c a t i on D a t a S o u r ce S o u r c e T ab F a c i l i t y ID C o m bu s t o r I D

_ co mm on T e s tID T e s t D a te

_ c o mm on P o ll u t a n t

_ N a me P o ll u t a n t_ V a l u e N u m e r ic N o nD e t e c t? C o n v e r s i o n

E q U s ed F

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_ St d E m i ss i o n V a l ue C o n s o l i d at

e d

_ h a l f D L St d E m i ss i o n V a l ue C o n s o l i d a te

d

_ St d V a l ue C o n t r o l

D e v i ce C l ea n e d

C o n t r o l D e v i ce T o t a l

B a s e l i n e C o n t r ol C o n t r o l

S o u r ce F u el F u e l S o u r ce U p s t r eam

/ D o w n s t re a m? 25 % F u e l

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1 M a j o r S o u r ce B o i l er I CR P h a s e I O r g a n i c H AP a nd CO T X O cc i d e n t a l C he
m G r e g o ry C T G D u c t B u r n e r

1 S a m p l e

#1 8 /

28 / 199 9 CO 0

. 0024 H I4 FF4 3

. 24781015 pp m @ 3 % O2 N o

E qu i p m e nt N o

E qu i p m e nt N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / H y d r o g e n/

N a t u r a l g a s/ E T F u e l

T a b le U n k n o wn G a s 1

( O t h e r) G a s 1 N /A N o t R FG

2 M a j o r S o u r ce B o i l er I CR P h a s e I O r g a n i c H AP a nd C O ( 2) T X O cc i d e n t a l C he

m G r e g o ry C T G D u c t B u r n e r

2 S a m p l e

#1 9 / 1 / 1999 CO 0

. 0021 H I4 FF4 2

. 84183388 pp m @ 3 % O2 N o

E qu i p m e nt N o

E qu i p m e nt N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / H y d r o g e n/

N a t u r a l g a s/ E T F u e l

T a b le U n k n o wn G a s 1

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3 M a j o r S o u r ce B o i l er I CR P h a s e I P M a nd M e t a ls T X O cc i d e n t a l C he
m G r e g o ry C T G D u c t B u r n e r

1 S a m p l e

#1 8 /

28 / 1999 P a r t i c u l a t e M a tt e r

( t o t a l
, i n c l ud i ng c o nd e n s i b l e s) ND N o t A b l e t o C o n v e r t - Z e r o E m i ss i o n V a l ue N o t A b l e

t o C o n v e r t - Z e r o E m i ss i o n V a l ue N o t A b l e t o C o n v e rt N o

E qu i p m e nt N o

E qu i p m e nt N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / H y d r o g e n/

N a t u r a l g a s/ E T F u e l

T a b le U n k n o wn G a s 1

( O t h e r) G a s 1 N /A N o t R FG

4 M a j o r S o u r ce B o i l er I CR P h a s e I P M a nd M e t a l s ( 2) T X O cc i d e n t a l C he
m G r e g o ry C T G D u c t B u r n e r

2 S a m p l e

#1 9 / 1 / 1999 P a r t i c u l a t e M a tt e r

( t o t a l
, i n c l ud i ng c o nd e n s i b l e s) 0

. 0006 H I4 FF1 0

. 0006 l b / MM Btu N o

E qu i p m e nt N o

E qu i p m e nt N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / H y d r o g e n/

N a t u r a l g a s/ E T F u e l

T a b le U n k n o wn G a s 1

( O t h e r) G a s 1 N /A N o t R FG

5 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 3) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 1 S a m p l e

#1 3 /

5 / 1991 CO ND C E q 21 FF5 0

. 05056351 0

. 025282 pp m @ 3 % O2 /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

6 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 4) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 2

F u r n a c e 1 S a m p l e

#1 8 / 1 / 1997 CO 0

. 47 C E q 21 FF5 0

. 54962987 pp m @ 3 % O2 /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

7 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 3) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 1 S a m p l e

#2 3 /

5 / 1991 CO ND C E q 21 FF5 0

. 05 0

. 025 pp m @ 3 % O2 /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

8 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 3) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 1 S a m p l e

#3 3 /

5 / 1991 CO ND C E q 21 FF5 0

. 05 0

. 025 pp m @ 3 % O2 /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

9 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 5) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 2 S a m p l e

#1 3 /

5 / 1991 CO ND C E q 21 FF5 0

. 05056351 0

. 025282 pp m @ 3 % O2 /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

10 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 8) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 2

F u r n a c e 2 S a m p l e

#1 8 / 1 / 1997 CO 0

. 47 C E q 21 FF5 0

. 54962987 pp m @ 3 % O2 /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

11 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I P M a nd M e t a l s ( 3) T X O cc i d e n t a l C he
m G r e g o ry V C M P l a n t 1

F u r n a c e 1 S a m p l e

#1 10 /

20 / 199 9 P a r t i c u l a t e M a tt e r

( t o t a l
, i n c l ud i ng c o nd e n s i b l e s) ND C E q 31 N o t A b l e t o C o n v e r t - N o FF a c t o r A ss i gn ed N o t A b l e t o C o n v e rt /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

12 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I P M a nd M e t a l s ( 4) T X O cc i d e n t a l C he
m G r e g o ry V C M P l a n t 2

F u r n a c e 1 S a m p l e

#1 10 /

21 / 199 9 P a r t i c u l a t e M a tt e r

( t o t a l
, i n c l ud i ng c o nd e n s i b l e s) ND C E q 31 N o t A b l e t o C o n v e r t - N o FF a c t o r A ss i gn ed N o t A b l e t o C o n v e rt /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

13 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I P M a nd M e t a l s ( 5) T X O cc i d e n t a l C he
m G r e g o ry V C M P l a n t 1

F u r n a c e 2 S a m p l e

#1 10 /

20 / 199 9 P a r t i c u l a t e M a tt e r

( t o t a l
, i n c l ud i ng c o nd e n s i b l e s) ND C E q 31 N o t A b l e t o C o n v e r t - N o FF a c t o r A ss i gn ed N o t A b l e t o C o n v e rt /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

14 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I P M a nd M e t a l s ( 6) T X O cc i d e n t a l C he
m G r e g o ry V C M P l a n t 1

F u r n a c e 3 S a m p l e

#1 10 /

20 / 199 9 P a r t i c u l a t e M a tt e r

( t o t a l
, i n c l ud i ng c o nd e n s i b l e s) ND C E q 31 N o t A b l e t o C o n v e r t - N o FF a c t o r A ss i gn ed N o t A b l e t o C o n v e rt /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

15 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I P M a nd M e t a l s ( 7) T X O cc i d e n t a l C he
m G r e g o ry V C M P l a n t 1

F u r n a c e 4 S a m p l e

#1 10 /

20 / 199 9 P a r t i c u l a t e M a tt e r

( t o t a l
, i n c l ud i ng c o nd e n s i b l e s) ND C E q 31 N o t A b l e t o C o n v e r t - N o FF a c t o r A ss i gn ed N o t A b l e t o C o n v e rt /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

16 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I P M a nd M e t a l s ( 8) T X O cc i d e n t a l C he
m G r e g o ry V C M P l a n t 2

F u r n a c e 2 S a m p l e

#1 10 /

21 / 199 9 P a r t i c u l a t e M a tt e r

( t o t a l
, i n c l ud i ng c o nd e n s i b l e s) ND C E q 31 N o t A b l e t o C o n v e r t - N o FF a c t o r A ss i gn ed N o t A b l e t o C o n v e rt /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

17 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 5) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 2 S a m p l e

#2 3 /

5 / 1991 CO ND C E q 21 FF5 0

. 05 0

. 025 pp m @ 3 % O2 /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

18 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 5) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 2 S a m p l e

#3 3 /

5 / 1991 CO ND C E q 21 FF5 0

. 05 0

. 025 pp m @ 3 % O2 /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

19 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 6) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 3 S a m p l e

#1 3 /

5 / 1991 CO ND C E q 21 FF5 0

. 05056351 0

. 025282 pp m @ 3 % O2 /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

20 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 6) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 3 S a m p l e

#2 3 /

5 / 1991 CO ND C E q 21 FF5 0

. 05 0

. 025 pp m @ 3 % O2 /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

21 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 6) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 3 S a m p l e

#2 3 /

5 / 1991 T o t a l H y d r o c a r b o n s

( T HC) 1 .1 C E q 21 FF5 1 .1 pp m @ 3 % O 2 a s P r o p a ne /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

22 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 6) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 3 S a m p l e

#3 3 /

5 / 1991 T o t a l H y d r o c a r b o n s

( T HC) 0

. 12 C E q 21 FF5 0

. 12 pp m @ 3 % O 2 a s P r o p a ne /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

23 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 7) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 4 S a m p l e

#1 3 /

5 / 1991 O x i d e s o f N i t r o g e n

(N O x) 3 .5 C E q 21 FF5 3

. 53944551 pp m @ 3 % O2 /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

### R o w # M a j o r S o u r c e? C l a ss i f i c a t i on D a t a S o u r ce S o u r c e T ab F a c i l i t y ID C o m bu s t o r I D

_ co mm on T e s tID T e s t D a te

_ c o mm on P o ll u t a n t

_ N a me P o ll u t a n t_ V a l u e N u m e r ic N o nD e t e c t? C o n v e r s i o n

E q U s ed F

- F a c t o r

E qu a t i o n U s ed C o n s o l i d a t ed

_ St d E m i ss i o n V a l ue C o n s o l i d at

e d

_ h a l f D L St d E m i ss i o n V a l ue C o n s o l i d a te

d

_ St d V a l ue C o n t r o l

D e v i ce C l ea n e d

C o n t r o l D e v i ce T o t a l

B a s e l i n e C o n t r ol C o n t r o l

S o u r ce F u el F u e l S o u r ce U p s t r eam

/ D o w n s t re a m? 25 % F u e l

C at 10 % F u e l

C at F wt S a m p l e

H a lf C o m bu s t o r

D e s i gn N G O n l y?

24 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 7) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 4 S a m p l e

#2 3 /

5 / 1991 O x i d e s o f N i t r o g e n

(N O x) 3 C E q 21 FF5 3 pp m @ 3 % O2 /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

25 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 7) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 4 S a m p l e

#3 3 /

5 / 1991 O x i d e s o f N i t r o g e n

(N O x) 3 C E q 21 FF5 3 pp m @ 3 % O2 /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

26 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 7) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 4 S a m p l e

#1 3 /

5 / 1991 T o t a l H y d r o c a r b o n s

( T HC) 1 .5 C E q 21 FF5 1

. 51690522 pp m @ 3 % O 2 a s P r o p a ne /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

27 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 7) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 4 S a m p l e

#2 3 /

5 / 1991 T o t a l H y d r o c a r b o n s

( T HC) 1 .1 C E q 21 FF5 1 .1 pp m @ 3 % O 2 a s P r o p a ne /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

28 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 7) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 4 S a m p l e

#3 3 /

5 / 1991 T o t a l H y d r o c a r b o n s

( T HC) 0

. 12 C E q 21 FF5 0

. 12 pp m @ 3 % O 2 a s P r o p a ne /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

29 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 6) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 3 S a m p l e

#3 3 /

5 / 1991 CO ND C E q 21 FF5 0

. 05 0

. 025 pp m @ 3 % O2 /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

30 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 7) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 4 S a m p l e

#1 3 /

5 / 1991 CO ND C E q 21 FF5 0

. 05056351 0

. 025282 pp m @ 3 % O2 /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

31 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 7) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 4 S a m p l e

#2 3 /

5 / 1991 CO ND C E q 21 FF5 0

. 05 0

. 025 pp m @ 3 % O2 /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

32 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 7) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 4 S a m p l e

#3 3 /

5 / 1991 CO ND C E q 21 FF5 0

. 05 0

. 025 pp m @ 3 % O2 /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

33 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 3) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 1 S a m p l e

#1 3 /

5 / 1991 O x i d e s o f N i t r o g e n

(N O x) 3 .5 C E q 21 FF5 3

. 53944551 pp m @ 3 % O2 /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

34 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 3) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 1 S a m p l e

#2 3 /

5 / 1991 O x i d e s o f N i t r o g e n

(N O x) 3 C E q 21 FF5 3 pp m @ 3 % O2 /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

35 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 3) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 1 S a m p l e

#3 3 /

5 / 1991 O x i d e s o f N i t r o g e n

(N O x) 3 C E q 21 FF5 3 pp m @ 3 % O2 /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

36 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 3) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 1 S a m p l e

#1 3 /

5 / 1991 T o t a l H y d r o c a r b o n s

( T HC) 1 .5 C E q 21 FF5 1

. 51690522 pp m @ 3 % O 2 a s P r o p a ne /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

37 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 3) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 1 S a m p l e

#2 3 /

5 / 1991 T o t a l H y d r o c a r b o n s

( T HC) 1 .1 C E q 21 FF5 1 .1 pp m @ 3 % O 2 a s P r o p a ne /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

38 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 3) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 1 S a m p l e

#3 3 /

5 / 1991 T o t a l H y d r o c a r b o n s

( T HC) 0

. 12 C E q 21 FF5 0

. 12 pp m @ 3 % O 2 a s P r o p a ne /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

39 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 5) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 2 S a m p l e

#1 3 /

5 / 1991 O x i d e s o f N i t r o g e n

(N O x) 3 .5 C E q 21 FF5 3

. 53944551 pp m @ 3 % O2 /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

40 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 5) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 2 S a m p l e

#2 3 /

5 / 1991 O x i d e s o f N i t r o g e n

(N O x) 3 C E q 21 FF5 3 pp m @ 3 % O2 /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

41 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 5) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 2 S a m p l e

#3 3 /

5 / 1991 O x i d e s o f N i t r o g e n

(N O x) 3 C E q 21 FF5 3 pp m @ 3 % O2 /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

42 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 5) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 2 S a m p l e

#1 3 /

5 / 1991 T o t a l H y d r o c a r b o n s

( T HC) 1 .5 C E q 21 FF5 1

. 51690522 pp m @ 3 % O 2 a s P r o p a ne /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

43 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 5) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 2 S a m p l e

#2 3 /

5 / 1991 T o t a l H y d r o c a r b o n s

( T HC) 1 .1 C E q 21 FF5 1 .1 pp m @ 3 % O 2 a s P r o p a ne /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

44 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 5) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 2 S a m p l e

#3 3 /

5 / 1991 T o t a l H y d r o c a r b o n s

( T HC) 0

. 12 C E q 21 FF5 0

. 12 pp m @ 3 % O 2 a s P r o p a ne /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

45 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 6) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 3 S a m p l e

#1 3 /

5 / 1991 O x i d e s o f N i t r o g e n

(N O x) 3 .5 C E q 21 FF5 3

. 53944551 pp m @ 3 % O2 /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

46 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 6) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 3 S a m p l e

#2 3 /

5 / 1991 O x i d e s o f N i t r o g e n

(N O x) 3 C E q 21 FF5 3 pp m @ 3 % O2 /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

47 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 6) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 3 S a m p l e

#3 3 /

5 / 1991 O x i d e s o f N i t r o g e n

(N O x) 3 C E q 21 FF5 3 pp m @ 3 % O2 /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

48 M a j o r S o u r ce P r o c e ss H ea t er I CR P h a s e I O r g a n i c H AP a nd C O ( 6) T X O cc i d e n t a l C he

m G r e g o ry V C M P l a n t 1

F u r n a c e 3 S a m p l e

#1 3 /

5 / 1991 T o t a l H y d r o c a r b o n s

( T HC) 1 .5 C E q 21 FF5 1

. 51690522 pp m @ 3 % O 2 a s P r o p a ne /S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR)/ S e l e c t i v e

C a t a l y t i c R e du c t i o n ( S CR) N o H AP

AP CD C o n t r ol E T

B a c k g r o und T a b le / N a t u r a l

g a s/ E T F u e l

T a b le D o w n s t re

am G a s 1

(N G O n l y ) G a s 1 N /A N o t R FG

# I ng l e s i de E m i ss i on s T e s t Da t aba se

M a j o r S ou rc e? C l a ss i f i c a t i on Da t a S ou rce S ou rc e T ab F a c ili t y ID Co m bu s t o r I D_ c o mmo n T e s tID T e s t Da t e_ co mm on

M a j o r S ou rce Pr o c e ss

Hea t er I CR P ha s e I O r gan i c H AP and C O ( 3) T X O cc i den t a l Che m G r ego ry V C M P l an t 1 F u r na c e 1
, 2
, 3 ,4 S a m p l e #1 3 / 5 / 1991

M a j o r S ou rce Pr o c e ss

Hea t er I CR P ha s e I O r gan i c H AP and C O ( 5) T X O cc i den t a l Che m G r ego ry V C M P l an t 1 F u r na c e 1
, 2
, 3 ,4 S a m p l e #2 3 / 5 / 1991

M a j o r S ou rce Pr o c e ss

Hea t er I CR P ha s e I O r gan i c H AP and C O ( 6) T X O cc i den t a l Che m G r ego ry V C M P l an t 1 F u r na c e 1
, 2
, 3 ,4 S a m p l e #3 3 / 5 / 1991

M a j o r S ou rce Pr o c e ss

Hea t er I CR P ha s e I O r gan i c H AP and C O ( 4) T X O cc i den t a l Che m G r ego ry V C M P l an t 2 F u r na c e 1 & 2 S a m p l e #1 8 / 1 / 1997

M a j o r S ou rce Pr o c e ss

Hea t er I CR P ha s e I O r gan i c H AP and C O ( 8) T X O cc i den t a l Che m G r ego ry V C M P l an t 2 F u r na c e 1 & 2 S a m p l e #2 8 / 1 / 1997

M a j o r S ou rce Pr o c e ss

Hea t er I CR P ha s e I O r gan i c H AP and C O ( 8) T X O cc i den t a l Che m G r ego ry V C M P l an t 2 F u r na c e 1 & 2 S a m p l e #3 8 / 1 / 1997

# A v g o f 3 t e s t r uns

P o ll u t an t _Na me P o ll u t an t

_ V a l ue P o ll u t an t

_ V a l ue Nu m e r ic NonDe t e c t? P o ll u t an t_

Un i ts Con v e r s i on E q

U s ed F

- F a c t o r

E qua t i on U s ed Con s o li da t ed_

S t d E m i ss i on V a l ue Con s o li da t ed_S

t d V a l ue

CO [ < 0

. 05] ND pp m @ 3% O2 C E q14 FF5 0

. 05 pp m @ 3% O2

CO [ < 0

. 05] ND pp m @ 3% O2 C E q14 FF5 0

. 05 pp m @ 3% O2

CO [ < 0

. 05] ND pp m @ 3% O2 C E q14 FF5 0

. 05 pp m @ 3% O2

CO 0

. 45 0

. 47 pp m vd C E q21 FF5 0

. 549629871 pp m @ 3% O2

CO 0

. 41 0

. 47 pp m vd C E q21 FF5 0

. 549629871 pp m @ 3% O2

CO 0

. 56 0

. 4 7

# P o ll u t an t_

M e t hod P o ll u t an t_

Lo c a t i on P o ll u t an t_

No te O r i g i na l Co m bu s to
r I D_ c o mm on No te Con t r o l

De v i ce C l eaned

Con t r o l De v i ce T o t a l

B a s e li ne Con t r ol Con t r o l S ou rce F uel F ue l S ou rce Ca t a l y t i c Redu c t i on Ca t a l y t i c

Redu c t i on AP CD

Con t r ol B a ck g r ound

I n f o T ab le / Na t u r a l ga s/ E T F ue l T ab le Ca t a l y t i c Redu c t i on Ca t a l y t i c

Redu c t i on AP CD

Con t r ol B a ck g r ound

I n f o T ab le / Na t u r a l ga s/ E T F ue l T ab le Ca t a l y t i c Redu c t i on Ca t a l y t i c

Redu c t i on AP CD

Con t r ol B a ck g r ound

I n f o T ab le / Na t u r a l ga s/ E T F ue l T ab le Ca t a l y t i c Redu c t i on Ca t a l y t i c

Redu c t i on AP CD

Con t r ol B a ck g r ound

I n f o T ab le / Na t u r a l ga s/ E T F ue l T ab le Ca t a l y t i c Redu c t i on Ca t a l y t i c

Redu c t i on AP CD

Con t r ol B a ck g r ound

I n f o T ab le / Na t u r a l ga s/ E T F ue l T ab le

# Up s t r ea m/

Do w n s t r ea m? Coa l % B aga ss e % W e t B i o m a ss % D ry B i o m a ss % Hea v y L i qu i d % L i gh t

L i qu i d % G a s 1% G a s 2% Ot he r % W a s t e % 25% F ue l Cat 10% F ue l

Cat Do w n s t r ea m 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 Do w n s t r ea m 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 Do w n s t r ea m 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 Do w n s t r ea m 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 Do w n s t r ea m 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1

# T o t a l

_ S o li

ds T o t a l

_ S o li d s _Un it T o t a l

_ S o li

d s

_ M e t ho d T o t a l

_ S o li d s _Lo c a ti
on T o t a l

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_ S o li d s _U
n it D i ss o l v ed

_ S o li d s _M
e t hod D i ss o l v ed

_ S o li d s _L
o c a t i on D i ss o l v ed

_ S o li d s _N
o te S u s pende d_ S o li ds S u s pende

d_ S o li d s_ Un it S u s pende d_ S o li d s_ M e t hod

# S u s pende

d_ S o li d s_ Lo c a t i on S u s pende

d_ S o li d s_ No te Re c i rc

_ Fl

o w r a te Re c i rc

_ Fl

o w r a t e_U
n it Re c i rc

_ Fl
o w r a t e_M
e t hod Re c i rc

_ Fl
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c a t i on Re c i rc

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o w r a t e_N
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Ha lf1 o f 30

I n g l e s i de

M a j o r S o u r c e? C l a ss i f i c at

i on D a t a S o u r ce F a c i l i t y ID C o m b u s t o r ID S o u r ce P o ll u t a nt D a te E m i ss i o n_ N u m e r i c al E m i ss i o n_

U n it C o rr e c t i on F

- F a c t o r

S t a n da r di
z ed V a l ue F

- F a c t o r

S t a n da r di
z ed U n it C o n v e r s i o n

E q U s ed F

- F a c t o r

E q u a t i o n U s ed M a x E m i ssi
o n

_ N u m e ri
c al M a x E m i ss i on M a x E m i ss

i o n

_ U n it M a x C o rre

c t i on M a x

C o n v e r s i o n E q u a t i o n U s ed F

- F a c t o r

M a x E m i ss i o n

_ N u me r i c al F

- F a c t o r M a x E m i ss i o n

_ U n it

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as CO 9 / 2 / 2008 1

. 76 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as CO 9 / 3 / 2008 2

. 18 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as CO 9 / 4 / 2008 2

. 22 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as CO 9 / 8 / 2008 1 .4 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as CO 9 / 9 / 2008 1

. 48 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as CO 9 / 15 / 2008 3 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as CO 9 / 16 / 2008 1

. 38 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as CO 9 / 18 / 2008 1 .4 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as CO 9 / 19 / 2008 1

. 31 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as CO 9 / 21 / 2008 1

. 75 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as CO 9 / 24 / 2008 1

. 47 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as CO 9 / 25 / 2008 1

. 74 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as CO 9 / 28 / 2008 2

. 52 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as CO 9 / 29 / 2008 2

. 65 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as N OX 9 / 1 / 2008 41 .9 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as N OX 9 / 7 / 2008 38 .5 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as N OX 9 / 8 / 2008 36 .6 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as N OX 9 / 9 / 2008 42 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as N OX 9 / 11 / 2008 38 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as N OX 9 / 12 / 2008 33 .3 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue2 o f 30

M a j o r S o u r c e? C l a ss i f i c at

i on D a t a S o u r ce F a c i l i t y ID C o m b u s t o r ID S o u r ce P o ll u t a nt D a te E m i ss i o n_ N u m e r i c al E m i ss i o n_

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M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as N OX 9 / 13 / 2008 35 .5 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as N OX 9 / 15 / 2008 44 .6 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as N OX 9 / 18 / 2008 37 .2 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as N OX 9 / 20 / 2008 36 .8 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as N OX 9 / 25 / 2008 30 .6 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as N OX 9 / 27 / 2008 46 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as N OX 9 / 28 / 2008 46 .5 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as N OX 9 / 30 / 2008 45 .3 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as CO 9 / 1 / 2008 1

. 61 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as CO 9 / 5 / 2008 1

. 57 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as CO 9 / 6 / 2008 1

. 45 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as CO 9 / 7 / 2008 1 .4 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as CO 9 / 10 / 2008 1

. 47 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as CO 9 / 11 / 2008 1

. 45 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as CO 9 / 12 / 2008 1

. 32 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as CO 9 / 13 / 2008 2 .2 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as CO 9 / 14 / 2008 2

. 72 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as CO 9 / 17 / 2008 1

. 38 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as CO 9 / 20 / 2008 1

. 41 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as CO 9 / 22 / 2008 1

. 74 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue3 o f 30

M a j o r S o u r c e? C l a ss i f i c at

i on D a t a S o u r ce F a c i l i t y ID C o m b u s t o r ID S o u r ce P o ll u t a nt D a te E m i ss i o n_ N u m e r i c al E m i ss i o n_

U n it C o rr e c t i on F

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M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as CO 9 / 23 / 2008 1

. 48 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

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M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as CO 9 / 26 / 2008 1 .8 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

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M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as CO 9 / 27 / 2008 2

. 06 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

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M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as CO 9 / 30 / 2008 2

. 21 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as N OX 9 / 2 / 2008 43 .1 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

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M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as N OX 9 / 3 / 2008 39 .2 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as N OX 9 / 4 / 2008 39 .9 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as N OX 9 / 5 / 2008 41 .3 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as N OX 9 / 6 / 2008 41 .8 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as N OX 9 / 10 / 2008 39 .4 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as N OX 9 / 14 / 2008 41 .6 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as N OX 9 / 16 / 2008 33 .2 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as N OX 9 / 17 / 2008 39 .4 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as N OX 9 / 19 / 2008 37 .2 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as N OX 9 / 21 / 2008 38 .9 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as N OX 9 / 22 / 2008 37 .1 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as N OX 9 / 23 / 2008 35 .9 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as N OX 9 / 24 / 2008 31 .5 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as N OX 9 / 26 / 2008 37 .9 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 1 N o t S m a ll G as N OX 9 / 29 / 2008 44 .8 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue4 o f 30

M a j o r S o u r c e? C l a ss i f i c at

i on D a t a S o u r ce F a c i l i t y ID C o m b u s t o r ID S o u r ce P o ll u t a nt D a te E m i ss i o n_ N u m e r i c al E m i ss i o n_

U n it C o rr e c t i on F

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z ed U n it C o n v e r s i o n

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E q u a t i o n U s ed M a x E m i ssi
o n

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_ U n it

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as CO 9 / 1 / 2008 1 .5 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as CO 9 / 4 / 2008 1

. 53 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as CO 9 / 5 / 2008 1

. 49 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as CO 9 / 10 / 2008 1

. 49 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as CO 9 / 11 / 2008 1

. 48 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as CO 9 / 12 / 2008 1

. 18 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as CO 9 / 17 / 2008 0

. 97 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as CO 9 / 21 / 2008 1

. 13 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as CO 9 / 25 / 2008 1

. 27 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as CO 9 / 26 / 2008 1

. 38 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as CO 9 / 28 / 2008 1

. 43 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as CO 9 / 29 / 2008 1

. 46 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as CO 9 / 30 / 2008 1

. 52 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as N OX 9 / 1 / 2008 40 .5 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as N OX 9 / 3 / 2008 41 .5 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as N OX 9 / 4 / 2008 41 .6 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as N OX 9 / 7 / 2008 39 .4 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as N OX 9 / 8 / 2008 38 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as N OX 9 / 9 / 2008 40 .4 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as N OX 9 / 13 / 2008 37 .4 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue5 o f 30

M a j o r S o u r c e? C l a ss i f i c at

i on D a t a S o u r ce F a c i l i t y ID C o m b u s t o r ID S o u r ce P o ll u t a nt D a te E m i ss i o n_ N u m e r i c al E m i ss i o n_

U n it C o rr e c t i on F

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M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as N OX 9 / 15 / 2008 46 .1 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as N OX 9 / 17 / 2008 37 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as N OX 9 / 19 / 2008 38 .9 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as N OX 9 / 20 / 2008 38 .4 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as N OX 9 / 21 / 2008 37 .3 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as N OX 9 / 23 / 2008 35 .9 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as N OX 9 / 24 / 2008 35 .1 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as N OX 9 / 27 / 2008 45 .1 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as CO 9 / 2 / 2008 1 .5 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as CO 9 / 3 / 2008 1

. 53 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as CO 9 / 6 / 2008 1

. 48 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as CO 9 / 7 / 2008 1

. 43 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as CO 9 / 8 / 2008 1

. 42 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as CO 9 / 9 / 2008 1

. 48 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as CO 9 / 13 / 2008 1

. 36 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as CO 9 / 14 / 2008 2

. 29 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as CO 9 / 15 / 2008 1

. 91 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as CO 9 / 16 / 2008 0

. 49 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as CO 9 / 18 / 2008 1

. 32 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as CO 9 / 19 / 2008 1

. 18 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue6 o f 30

M a j o r S o u r c e? C l a ss i f i c at

i on D a t a S o u r ce F a c i l i t y ID C o m b u s t o r ID S o u r ce P o ll u t a nt D a te E m i ss i o n_ N u m e r i c al E m i ss i o n_

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M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as CO 9 / 20 / 2008 0

. 89 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as CO 9 / 22 / 2008 0

. 81 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as CO 9 / 23 / 2008 0 .9 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as CO 9 / 24 / 2008 1

. 03 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as CO 9 / 27 / 2008 1

. 47 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as N OX 9 / 2 / 2008 41 .1 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as N OX 9 / 5 / 2008 42 .6 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as N OX 9 / 6 / 2008 39 .9 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as N OX 9 / 10 / 2008 38 .5 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as N OX 9 / 11 / 2008 37 .8 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as N OX 9 / 12 / 2008 35 .7 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as N OX 9 / 14 / 2008 45 .7 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as N OX 9 / 16 / 2008 40 .3 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as N OX 9 / 18 / 2008 39 .2 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as N OX 9 / 22 / 2008 36 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as N OX 9 / 25 / 2008 34 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as N OX 9 / 26 / 2008 38 .8 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as N OX 9 / 28 / 2008 43 .5 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as N OX 9 / 29 / 2008 45 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce B o i l er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry C T G D u c t B u r n e r 2 N o t S m a ll G as N OX 9 / 30 / 2008 48 .8 l b s / hr 15 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue7 o f 30

M a j o r S o u r c e? C l a ss i f i c at

i on D a t a S o u r ce F a c i l i t y ID C o m b u s t o r ID S o u r ce P o ll u t a nt D a te E m i ss i o n_ N u m e r i c al E m i ss i o n_

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i on D a t a S o u r ce F a c i l i t y ID C o m b u s t o r ID S o u r ce P o ll u t a nt D a te E m i ss i o n_ N u m e r i c al E m i ss i o n_

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H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 1 / 2008 1

. 93 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

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H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 3 / 2008 1

. 81 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 4 / 2008 1

. 85 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 5 / 2008 1 .9 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 6 / 2008 1

. 94 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

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M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 9 / 2008 1

. 88 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 10 / 2008 1

. 79 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 11 / 2008 0

. 93 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 15 / 2008 1

. 29 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

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H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 17 / 2008 1

. 39 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

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H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 18 / 2008 1

. 51 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 21 / 2008 1 .2 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 28 / 2008 1

. 76 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 30 / 2008 1

. 67 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 2 / 2008 1

. 83 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 7 / 2008 1

. 84 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 8 / 2008 1

. 81 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 12 / 2008 0

. 79 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue8 o f 30

M a j o r S o u r c e? C l a ss i f i c at

i on D a t a S o u r ce F a c i l i t y ID C o m b u s t o r ID S o u r ce P o ll u t a nt D a te E m i ss i o n_ N u m e r i c al E m i ss i o n_

U n it C o rr e c t i on F

- F a c t o r

S t a n da r di
z ed V a l ue F

- F a c t o r

S t a n da r di
z ed U n it C o n v e r s i o n

E q U s ed F

- F a c t o r

E q u a t i o n U s ed M a x E m i ssi
o n

_ N u m e ri
c al M a x E m i ss i on M a x E m i ss

i o n

_ U n it M a x C o rre

c t i on M a x

C o n v e r s i o n E q u a t i o n U s ed F

- F a c t o r

M a x E m i ss i o n

_ N u me r i c al F

- F a c t o r M a x E m i ss i o n

_ U n it

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 13 / 2008 1

. 15 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 14 / 2008 1

. 26 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 16 / 2008 1

. 28 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 19 / 2008 1

. 32 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 20 / 2008 1

. 17 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 22 / 2008 1 .1 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 23 / 2008 1

. 13 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 24 / 2008 1

. 33 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 25 / 2008 1 .8 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 26 / 2008 1

. 83 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 27 / 2008 1

. 79 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 29 / 2008 1

. 68 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 2 / 2008 1

. 83 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 5 / 2008 1 .9 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 6 / 2008 1

. 94 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 7 / 2008 1

. 84 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 11 / 2008 0

. 93 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 12 / 2008 0

. 79 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 13 / 2008 1

. 15 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 14 / 2008 1

. 26 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 15 / 2008 1

. 29 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue9 o f 30

M a j o r S o u r c e? C l a ss i f i c at

i on D a t a S o u r ce F a c i l i t y ID C o m b u s t o r ID S o u r ce P o ll u t a nt D a te E m i ss i o n_ N u m e r i c al E m i ss i o n_

U n it C o rr e c t i on F

- F a c t o r

S t a n da r di
z ed V a l ue F

- F a c t o r

S t a n da r di
z ed U n it C o n v e r s i o n

E q U s ed F

- F a c t o r

E q u a t i o n U s ed M a x E m i ssi
o n

_ N u m e ri
c al M a x E m i ss i on M a x E m i ss

i o n

_ U n it M a x C o rre

c t i on M a x

C o n v e r s i o n E q u a t i o n U s ed F

- F a c t o r

M a x E m i ss i o n

_ N u me r i c al F

- F a c t o r M a x E m i ss i o n

_ U n it

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 18 / 2008 1

. 51 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 19 / 2008 1

. 32 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 20 / 2008 1

. 17 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 21 / 2008 1 .2 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 22 / 2008 1 .1 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 23 / 2008 1

. 13 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 24 / 2008 1

. 33 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 25 / 2008 1 .8 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 26 / 2008 1

. 83 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 27 / 2008 1

. 79 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 29 / 2008 1

. 68 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 1 / 2008 1

. 93 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 3 / 2008 1

. 81 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 4 / 2008 1

. 85 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 8 / 2008 1

. 81 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 9 / 2008 1

. 88 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 10 / 2008 1

. 79 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 16 / 2008 1

. 28 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 17 / 2008 1

. 39 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 28 / 2008 1

. 76 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 30 / 2008 1

. 67 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue10 o f 30

M a j o r S o u r c e? C l a ss i f i c at

i on D a t a S o u r ce F a c i l i t y ID C o m b u s t o r ID S o u r ce P o ll u t a nt D a te E m i ss i o n_ N u m e r i c al E m i ss i o n_

U n it C o rr e c t i on F

- F a c t o r

S t a n da r di
z ed V a l ue F

- F a c t o r

S t a n da r di
z ed U n it C o n v e r s i o n

E q U s ed F

- F a c t o r

E q u a t i o n U s ed M a x E m i ssi
o n

_ N u m e ri
c al M a x E m i ss i on M a x E m i ss

i o n

_ U n it M a x C o rre

c t i on M a x

C o n v e r s i o n E q u a t i o n U s ed F

- F a c t o r

M a x E m i ss i o n

_ N u me r i c al F

- F a c t o r M a x E m i ss i o n

_ U n it

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 3 N o t

S m a ll G as N OX 9 / 1 / 2008 1

. 93 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 3 N o t

S m a ll G as N OX 9 / 3 / 2008 1

. 81 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 3 N o t

S m a ll G as N OX 9 / 4 / 2008 1

. 85 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 3 N o t

S m a ll G as N OX 9 / 5 / 2008 1 .9 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 3 N o t

S m a ll G as N OX 9 / 6 / 2008 1

. 94 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 3 N o t

S m a ll G as N OX 9 / 7 / 2008 1

. 84 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 3 N o t

S m a ll G as N OX 9 / 9 / 2008 1

. 88 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 3 N o t

S m a ll G as N OX 9 / 10 / 2008 1

. 79 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 3 N o t

S m a ll G as N OX 9 / 11 / 2008 0

. 93 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 3 N o t

S m a ll G as N OX 9 / 15 / 2008 1

. 29 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 3 N o t

S m a ll G as N OX 9 / 18 / 2008 1

. 51 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 3 N o t

S m a ll G as N OX 9 / 21 / 2008 1 .2 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 3 N o t

S m a ll G as N OX 9 / 28 / 2008 1

. 76 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 3 N o t

S m a ll G as N OX 9 / 30 / 2008 1

. 67 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 3 N o t

S m a ll G as N OX 9 / 2 / 2008 1

. 83 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 3 N o t

S m a ll G as N OX 9 / 8 / 2008 1

. 81 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 3 N o t

S m a ll G as N OX 9 / 12 / 2008 0

. 79 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 3 N o t

S m a ll G as N OX 9 / 13 / 2008 1

. 15 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 3 N o t

S m a ll G as N OX 9 / 14 / 2008 1

. 26 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 3 N o t

S m a ll G as N OX 9 / 16 / 2008 1

. 28 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 3 N o t

S m a ll G as N OX 9 / 17 / 2008 1

. 39 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue11 o f 30

M a j o r S o u r c e? C l a ss i f i c at

i on D a t a S o u r ce F a c i l i t y ID C o m b u s t o r ID S o u r ce P o ll u t a nt D a te E m i ss i o n_ N u m e r i c al E m i ss i o n_

U n it C o rr e c t i on F

- F a c t o r

S t a n da r di
z ed V a l ue F

- F a c t o r

S t a n da r di
z ed U n it C o n v e r s i o n

E q U s ed F

- F a c t o r

E q u a t i o n U s ed M a x E m i ssi
o n

_ N u m e ri
c al M a x E m i ss i on M a x E m i ss

i o n

_ U n it M a x C o rre

c t i on M a x

C o n v e r s i o n E q u a t i o n U s ed F

- F a c t o r

M a x E m i ss i o n

_ N u me r i c al F

- F a c t o r M a x E m i ss i o n

_ U n it

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 3 N o t

S m a ll G as N OX 9 / 19 / 2008 1

. 32 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 3 N o t

S m a ll G as N OX 9 / 20 / 2008 1

. 17 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 3 N o t

S m a ll G as N OX 9 / 22 / 2008 1 .1 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 3 N o t

S m a ll G as N OX 9 / 23 / 2008 1

. 13 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 3 N o t

S m a ll G as N OX 9 / 24 / 2008 1

. 33 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 3 N o t

S m a ll G as N OX 9 / 25 / 2008 1 .8 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 3 N o t

S m a ll G as N OX 9 / 26 / 2008 1

. 83 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 3 N o t

S m a ll G as N OX 9 / 27 / 2008 1

. 79 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 3 N o t

S m a ll G as N OX 9 / 29 / 2008 1

. 68 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 4 N o t

S m a ll G as N OX 9 / 2 / 2008 1

. 83 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 4 N o t

S m a ll G as N OX 9 / 5 / 2008 1 .9 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 4 N o t

S m a ll G as N OX 9 / 6 / 2008 1

. 94 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 4 N o t

S m a ll G as N OX 9 / 7 / 2008 1

. 84 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 4 N o t

S m a ll G as N OX 9 / 11 / 2008 0

. 93 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 4 N o t

S m a ll G as N OX 9 / 12 / 2008 0

. 79 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 4 N o t

S m a ll G as N OX 9 / 13 / 2008 1

. 15 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 4 N o t

S m a ll G as N OX 9 / 14 / 2008 1

. 26 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 4 N o t

S m a ll G as N OX 9 / 15 / 2008 1

. 29 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 4 N o t

S m a ll G as N OX 9 / 18 / 2008 1

. 51 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 4 N o t

S m a ll G as N OX 9 / 19 / 2008 1

. 32 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 4 N o t

S m a ll G as N OX 9 / 20 / 2008 1

. 17 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue12 o f 30

M a j o r S o u r c e? C l a ss i f i c at

i on D a t a S o u r ce F a c i l i t y ID C o m b u s t o r ID S o u r ce P o ll u t a nt D a te E m i ss i o n_ N u m e r i c al E m i ss i o n_

U n it C o rr e c t i on F

- F a c t o r

S t a n da r di
z ed V a l ue F

- F a c t o r

S t a n da r di
z ed U n it C o n v e r s i o n

E q U s ed F

- F a c t o r

E q u a t i o n U s ed M a x E m i ssi
o n

_ N u m e ri
c al M a x E m i ss i on M a x E m i ss

i o n

_ U n it M a x C o rre

c t i on M a x

C o n v e r s i o n E q u a t i o n U s ed F

- F a c t o r

M a x E m i ss i o n

_ N u me r i c al F

- F a c t o r M a x E m i ss i o n

_ U n it

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 4 N o t

S m a ll G as N OX 9 / 21 / 2008 1 .2 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 4 N o t

S m a ll G as N OX 9 / 22 / 2008 1 .1 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 4 N o t

S m a ll G as N OX 9 / 23 / 2008 1

. 13 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 4 N o t

S m a ll G as N OX 9 / 24 / 2008 1

. 33 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 4 N o t

S m a ll G as N OX 9 / 25 / 2008 1 .8 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 4 N o t

S m a ll G as N OX 9 / 26 / 2008 1

. 83 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 4 N o t

S m a ll G as N OX 9 / 27 / 2008 1

. 79 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 4 N o t

S m a ll G as N OX 9 / 29 / 2008 1

. 68 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 4 N o t

S m a ll G as N OX 9 / 1 / 2008 1

. 93 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 4 N o t

S m a ll G as N OX 9 / 3 / 2008 1

. 81 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 4 N o t

S m a ll G as N OX 9 / 4 / 2008 1

. 85 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 4 N o t

S m a ll G as N OX 9 / 8 / 2008 1

. 81 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 4 N o t

S m a ll G as N OX 9 / 9 / 2008 1

. 88 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 4 N o t

S m a ll G as N OX 9 / 10 / 2008 1

. 79 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 4 N o t

S m a ll G as N OX 9 / 16 / 2008 1

. 28 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 4 N o t

S m a ll G as N OX 9 / 17 / 2008 1

. 39 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 4 N o t

S m a ll G as N OX 9 / 28 / 2008 1

. 76 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 1 F u r n a c e 4 N o t

S m a ll G as N OX 9 / 30 / 2008 1

. 67 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 1 / 2008 0 .7 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 2 / 2008 0 .6 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 4 / 2008 0 .8 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue13 o f 30

M a j o r S o u r c e? C l a ss i f i c at

i on D a t a S o u r ce F a c i l i t y ID C o m b u s t o r ID S o u r ce P o ll u t a nt D a te E m i ss i o n_ N u m e r i c al E m i ss i o n_

U n it C o rr e c t i on F

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S t a n da r di
z ed V a l ue F

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S t a n da r di
z ed U n it C o n v e r s i o n

E q U s ed F

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E q u a t i o n U s ed M a x E m i ssi
o n

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c al M a x E m i ss i on M a x E m i ss

i o n

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c t i on M a x

C o n v e r s i o n E q u a t i o n U s ed F

- F a c t o r

M a x E m i ss i o n

_ N u me r i c al F

- F a c t o r M a x E m i ss i o n

_ U n it

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 7 / 2008 0

. 72 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 8 / 2008 0

. 46 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 9 / 2008 0

. 71 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 10 / 2008 0

. 69 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 12 / 2008 0

. 53 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 13 / 2008 0

. 45 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 15 / 2008 0

. 87 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 16 / 2008 0

. 78 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 17 / 2008 0

. 57 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 18 / 2008 0

. 52 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 21 / 2008 0

. 49 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 22 / 2008 0

. 53 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 23 / 2008 0

. 79 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 25 / 2008 0

. 92 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 29 / 2008 0

. 96 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 3 / 2008 0

. 69 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 5 / 2008 0

. 69 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 6 / 2008 0

. 77 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 11 / 2008 0 .5 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 14 / 2008 0

. 82 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 19 / 2008 0 .5 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue14 o f 30

M a j o r S o u r c e? C l a ss i f i c at

i on D a t a S o u r ce F a c i l i t y ID C o m b u s t o r ID S o u r ce P o ll u t a nt D a te E m i ss i o n_ N u m e r i c al E m i ss i o n_

U n it C o rr e c t i on F

- F a c t o r

S t a n da r di
z ed V a l ue F

- F a c t o r

S t a n da r di
z ed U n it C o n v e r s i o n

E q U s ed F

- F a c t o r

E q u a t i o n U s ed M a x E m i ssi
o n

_ N u m e ri
c al M a x E m i ss i on M a x E m i ss

i o n

_ U n it M a x C o rre

c t i on M a x

C o n v e r s i o n E q u a t i o n U s ed F

- F a c t o r

M a x E m i ss i o n

_ N u me r i c al F

- F a c t o r M a x E m i ss i o n

_ U n it

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 20 / 2008 0

. 43 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 24 / 2008 0

. 74 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 26 / 2008 0

. 94 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 27 / 2008 0

. 83 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 28 / 2008 0

. 86 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 1 N o t

S m a ll G as N OX 9 / 30 / 2008 0 .9 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 1 / 2008 0 .7 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 2 / 2008 0 .6 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 3 / 2008 0

. 69 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 4 / 2008 0 .8 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 6 / 2008 0

. 77 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 7 / 2008 0

. 72 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 8 / 2008 0

. 46 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 9 / 2008 0

. 71 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 15 / 2008 0

. 87 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 16 / 2008 0

. 78 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 17 / 2008 0

. 57 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 18 / 2008 0

. 52 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 20 / 2008 0

. 43 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 21 / 2008 0

. 49 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 22 / 2008 0

. 53 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue15 o f 30

M a j o r S o u r c e? C l a ss i f i c at

i on D a t a S o u r ce F a c i l i t y ID C o m b u s t o r ID S o u r ce P o ll u t a nt D a te E m i ss i o n_ N u m e r i c al E m i ss i o n_

U n it C o rr e c t i on F

- F a c t o r

S t a n da r di
z ed V a l ue F

- F a c t o r

S t a n da r di
z ed U n it C o n v e r s i o n

E q U s ed F

- F a c t o r

E q u a t i o n U s ed M a x E m i ssi
o n

_ N u m e ri
c al M a x E m i ss i on M a x E m i ss

i o n

_ U n it M a x C o rre

c t i on M a x

C o n v e r s i o n E q u a t i o n U s ed F

- F a c t o r

M a x E m i ss i o n

_ N u me r i c al F

- F a c t o r M a x E m i ss i o n

_ U n it

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 23 / 2008 0

. 79 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 27 / 2008 0

. 83 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 28 / 2008 0

. 86 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 5 / 2008 0

. 69 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 10 / 2008 0

. 69 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 11 / 2008 0 .5 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 12 / 2008 0

. 53 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 13 / 2008 0

. 45 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 14 / 2008 0

. 82 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 19 / 2008 0 .5 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 24 / 2008 0

. 74 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 25 / 2008 0

. 92 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 26 / 2008 0

. 94 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 29 / 2008 0

. 96 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue

M a j o r S o u r ce P r o c e ss

H ea t er I CR P h a s e I T X O cc i de n t a l C h e m G r eg o ry V C M P l a n t 2 F u r n a c e 2 N o t

S m a ll G as N OX 9 / 30 / 2008 0 .9 l b s / hr 7 % O2 N o t A b l e t o C o n v e rt - T H I V a l ue N o t A b l e

t o C o n v e rt - T H I V a l ue N o t A b l e t o C o n v e rt

- M a x E m i ss i o n V a l ue16 o f 30

F

- F a c t o r M a x E m i ss io
n E q U s ed O r i g i n a l

C o m b u s to
r ID N o te C o n t r o l

D e v i ce C l ea n ed

C o n t r o l D e v i ce T o t a l

B a s e l i n e C o n t r ol F u el F u e l S o u r ce C o a l % B aga ss e % W e t B i o m a ss % D r

y B i o m a ss % H ea vy L i q u i d % L i g h t

L i q u i d % G a s 1% G a s 2% Ot h e r % W a s t e % 25 % F u e l

C at 10 % F u e l

C at H ea t

_ I n pu

t S t eam C o m b U n it

_ O p_ I n d ic
a t or C E M S _O p_ I n d i c a to
r N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 117 o f 30

F

- F a c t o r M a x E m i ss io
n E q U s ed O r i g i n a l

C o m b u s to
r ID N o te C o n t r o l

D e v i ce C l ea n ed

C o n t r o l D e v i ce T o t a l

B a s e l i n e C o n t r ol F u el F u e l S o u r ce C o a l % B aga ss e % W e t B i o m a ss % D r

y B i o m a ss % H ea vy L i q u i d % L i g h t

L i q u i d % G a s 1% G a s 2% Ot h e r % W a s t e % 25 % F u e l

C at 10 % F u e l

C at H ea t

_ I n pu

t S t eam C o m b U n it

_ O p_ I n d ic
a t or C E M S _O p_ I n d i c a to
r N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 118 o f 30

F

- F a c t o r M a x E m i ss io
n E q U s ed O r i g i n a l

C o m b u s to
r ID N o te C o n t r o l

D e v i ce C l ea n ed

C o n t r o l D e v i ce T o t a l

B a s e l i n e C o n t r ol F u el F u e l S o u r ce C o a l % B aga ss e % W e t B i o m a ss % D r

y B i o m a ss % H ea vy L i q u i d % L i g h t

L i q u i d % G a s 1% G a s 2% Ot h e r % W a s t e % 25 % F u e l

C at 10 % F u e l

C at H ea t

_ I n pu

t S t eam C o m b U n it

_ O p_ I n d ic
a t or C E M S _O p_ I n d i c a to
r N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 119 o f 30

F

- F a c t o r M a x E m i ss io
n E q U s ed O r i g i n a l

C o m b u s to
r ID N o te C o n t r o l

D e v i ce C l ea n ed

C o n t r o l D e v i ce T o t a l

B a s e l i n e C o n t r ol F u el F u e l S o u r ce C o a l % B aga ss e % W e t B i o m a ss % D r

y B i o m a ss % H ea vy L i q u i d % L i g h t

L i q u i d % G a s 1% G a s 2% Ot h e r % W a s t e % 25 % F u e l

C at 10 % F u e l

C at H ea t

_ I n pu

t S t eam C o m b U n it

_ O p_ I n d ic
a t or C E M S _O p_ I n d i c a to
r N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 120 o f 30

F

- F a c t o r M a x E m i ss io
n E q U s ed O r i g i n a l

C o m b u s to
r ID N o te C o n t r o l

D e v i ce C l ea n ed

C o n t r o l D e v i ce T o t a l

B a s e l i n e C o n t r ol F u el F u e l S o u r ce C o a l % B aga ss e % W e t B i o m a ss % D r

y B i o m a ss % H ea vy L i q u i d % L i g h t

L i q u i d % G a s 1% G a s 2% Ot h e r % W a s t e % 25 % F u e l

C at 10 % F u e l

C at H ea t

_ I n pu

t S t eam C o m b U n it

_ O p_ I n d ic
a t or C E M S _O p_ I n d i c a to
r N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 121 o f 30

F

- F a c t o r M a x E m i ss io
n E q U s ed O r i g i n a l

C o m b u s to
r ID N o te C o n t r o l

D e v i ce C l ea n ed

C o n t r o l D e v i ce T o t a l

B a s e l i n e C o n t r ol F u el F u e l S o u r ce C o a l % B aga ss e % W e t B i o m a ss % D r

y B i o m a ss % H ea vy L i q u i d % L i g h t

L i q u i d % G a s 1% G a s 2% Ot h e r % W a s t e % 25 % F u e l

C at 10 % F u e l

C at H ea t

_ I n pu

t S t eam C o m b U n it

_ O p_ I n d ic
a t or C E M S _O p_ I n d i c a to
r N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / N o E q u i p m e n t/ N o

E q u i p m e nt N o H AP

AP CD C o n t r ol / H y d r o ge n/ C E M S B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 122 o f 30

F

- F a c t o r M a x E m i ss io
n E q U s ed O r i g i n a l

C o m b u s to
r ID N o te C o n t r o l

D e v i ce C l ea n ed

C o n t r o l D e v i ce T o t a l

B a s e l i n e C o n t r ol F u el F u e l S o u r ce C o a l % B aga ss e % W e t B i o m a ss % D r

y B i o m a ss % H ea vy L i q u i d % L i g h t

L i q u i d % G a s 1% G a s 2% Ot h e r % W a s t e % 25 % F u e l

C at 10 % F u e l

C at H ea t

_ I n pu

t S t eam C o m b U n it

_ O p_ I n d ic
a t or C E M S _O p_ I n d i c a to
r

F

- F a c t o r M a x E m i ss io
n E q U s ed O r i g i n a l

C o m b u s to
r ID N o te C o n t r o l

D e v i ce C l ea n ed

C o n t r o l D e v i ce T o t a l

B a s e l i n e C o n t r ol F u el F u e l S o u r ce C o a l % B aga ss e % W e t B i o m a ss % D r

y B i o m a ss % H ea vy L i q u i d % L i g h t

L i q u i d % G a s 1% G a s 2% Ot h e r % W a s t e % 25 % F u e l

C at 10 % F u e l

C at H ea t

_ I n pu

t S t eam C o m b U n it

_ O p_ I n d ic
a t or C E M S _O p_ I n d i c a to
r N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 123 o f 30

F

- F a c t o r M a x E m i ss io
n E q U s ed O r i g i n a l

C o m b u s to
r ID N o te C o n t r o l

D e v i ce C l ea n ed

C o n t r o l D e v i ce T o t a l

B a s e l i n e C o n t r ol F u el F u e l S o u r ce C o a l % B aga ss e % W e t B i o m a ss % D r

y B i o m a ss % H ea vy L i q u i d % L i g h t

L i q u i d % G a s 1% G a s 2% Ot h e r % W a s t e % 25 % F u e l

C at 10 % F u e l

C at H ea t

_ I n pu

t S t eam C o m b U n it

_ O p_ I n d ic
a t or C E M S _O p_ I n d i c a to
r N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 124 o f 30

F

- F a c t o r M a x E m i ss io
n E q U s ed O r i g i n a l

C o m b u s to
r ID N o te C o n t r o l

D e v i ce C l ea n ed

C o n t r o l D e v i ce T o t a l

B a s e l i n e C o n t r ol F u el F u e l S o u r ce C o a l % B aga ss e % W e t B i o m a ss % D r

y B i o m a ss % H ea vy L i q u i d % L i g h t

L i q u i d % G a s 1% G a s 2% Ot h e r % W a s t e % 25 % F u e l

C at 10 % F u e l

C at H ea t

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t S t eam C o m b U n it

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a t or C E M S _O p_ I n d i c a to
r N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

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AP CD C o n t r ol / N a t u r a l

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AP CD C o n t r ol / N a t u r a l

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AP CD C o n t r ol / N a t u r a l

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AP CD C o n t r ol / N a t u r a l

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B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

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B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

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B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

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B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

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B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

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AP CD C o n t r ol / N a t u r a l

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B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

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AP CD C o n t r ol / N a t u r a l

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AP CD C o n t r ol / N a t u r a l

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C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

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B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

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AP CD C o n t r ol / N a t u r a l

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B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

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B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

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B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

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B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

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B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

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B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

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B a c k g r n d T ab le 0 0 0 0 0 0 100 0 0 0 G a s 1 G a s 1 N o t A b l e t o C o n v e rt - M a x E m i ss i o n / S e l e c t i v e C a t a l y t i c R ed u c t i o n ( S CR )/ S e l e c t i v e

C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

ga s/ C E M S

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C a t a l y t i c R ed u c t i o n ( S CR) N o H AP

AP CD C o n t r ol / N a t u r a l

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AP CD C o n t r ol / N a t u r a l

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AP CD C o n t r ol / N a t u r a l

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AP CD C o n t r ol / N a t u r a l

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AP CD C o n t r ol / N a t u r a l

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AP CD C o n t r ol / N a t u r a l

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AP CD C o n t r ol / N a t u r a l

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AP CD C o n t r ol / N a t u r a l

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AP CD C o n t r ol / N a t u r a l

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AP CD C o n t r ol / N a t u r a l

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AP CD C o n t r ol / N a t u r a l

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AP CD C o n t r ol / N a t u r a l

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AP CD C o n t r ol / N a t u r a l

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AP CD C o n t r ol / N a t u r a l

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AP CD C o n t r ol / N a t u r a l

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AP CD C o n t r ol / N a t u r a l

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AP CD C o n t r ol / N a t u r a l

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AP CD C o n t r ol / N a t u r a l

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AP CD C o n t r ol / N a t u r a l

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AP CD C o n t r ol / N a t u r a l

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AP CD C o n t r ol / N a t u r a l

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AP CD C o n t r ol / N a t u r a l

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. 42 E

- 04 C omb i n a t i on B

o iler N o

. 2 10

/ 6 / 2009 M erc u r y ( Hg) B DL l b / MM B tu 5

. 62 E

- 08 2

. 79 E

- 07 2

. 79 E

- 07 C omb i n a t i on B

o iler N o

. 2 10

/ 7 / 2009 M erc u r y ( Hg) B DL l b / MM B tu 7

. 07 E

- 08 3

. 64 E

- 07 3

. 64 E

- 07 C omb i n a t i on B

o iler N o

. 2 10

/ 7 / 2009 M erc u r y ( Hg) B DL l b / MM B tu 1

. 25 E

- 07 9

. 18 E

- 07 9

. 18 E

- 07 C omb i n a t i on B

o iler N o

. 2 10

/ 6 / 2009 N ic k el (N i) B DL l b / MM B tu 5

. 72 E

- 07 2

. 84 E

- 06 2

. 84 E

- 06 C omb i n a t i on B

o iler N o

. 2 10

/ 7 / 2009 N ic k el (N i) B DL l b / MM B tu 6

. 41 E

- 07 3

. 30 E

- 06 3

. 30 E

- 06 C omb i n a t i on B

o iler N o

. 2 10

/ 7 / 2009 N ic k el (N i) B DL l b / MM B tu 6

. 50 E

- 07 4

. 78 E

- 06 4

. 78 E

- 06 C omb i n a t i on B

o iler N o

. 2 10

/ 6 / 2009 P

ho s pho r u s ( P) l b / MM B tu 1

. 53 E

- 04 7

. 60 E

- 04 7

. 59 E

- 04 C omb i n a t i on B

o iler N o

. 2 10

/ 7 / 2009 P

ho s pho r u s ( P) l b / MM B tu 1

. 90 E

- 04 9

. 78 E

- 04 9

. 77 E

- 04 C omb i n a t i on B

o iler N o

. 2 10

/ 7 / 2009 P

ho s pho r u s ( P) l b / MM B tu 1

. 93 E

- 04 1

. 42 E

- 03 1

. 42 E

- 03 C omb i n a t i on B

o iler N o

. 2 10

/ 6 / 2009 Sele n i u m ( Se) B DL l b / MM B tu 8

. 27 E

- 07 4

. 11 E

- 06 4

. 11 E

- 06 C omb i n a t i on B

o iler N o

. 2 10

/ 7 / 2009 Sele n i u m ( Se) B DL l b / MM B tu 7

. 61 E

- 07 3

. 92 E

- 06 3

. 92 E

- 06 C omb i n a t i on B

o iler N o

. 2 10

/ 7 / 2009 Sele n i u m ( Se) B DL l b / MM B tu 7

. 45 E

- 07 5

. 48 E

- 06 5

. 48 E

- 06 C omb i n a t i on B

o iler N o

. 2 10

/ 6 / 2009 H y

d r o g e n C h l o ri d e ( H C l) l b / MM B tu 6

. 60 E

- 04 3

. 07 E

- 03 3

. 07 E

- 03 C omb i n a t i on B

o iler N o

. 2 10

/ 7 / 2009 H y

d r o g e n C h l o ri d e ( H C l) l b / MM B tu 9

. 52 E

- 04 5

. 27 E

- 03 5

. 26 E

- 03 C omb i n a t i on B

o iler N o

. 2 10

/ 7 / 2009 H y

d r o g e n C h l o ri d e ( H C l) l b / MM B tu 6

. 41 E

- 04 5

. 18 E

- 03 5

. 18 E

- 03 C omb i n a t i on B

o iler N o

. 2 10

/ 6 / 2009 H y

d r o g e n Fl uo ri d e

( H F) B DL l b / MM B tu 3

. 73 E

- 05 1

. 73 E

- 04 1

. 73 E

- 04 C omb i n a t i on B

o iler N o

. 2 10

/ 7 / 2009 H y

d r o g e n Fl uo ri d e

( H F) B DL l b / MM B tu 3

. 45 E

- 05 1

. 91 E

- 04 1

. 91 E

- 04 C omb i n a t i on B

o iler N o

. 2 10

/ 7 / 2009 H y

d r o g e n Fl uo ri d e

( H F) B DL l b / MM B tu 2

. 69 E

- 05 2

. 18 E

- 04 2

. 18 E

- 04 C omb i n a t i on B

o iler N o

. 2 10

/ 6 / 2009 Pa r t ic u l a t e M a tt er

( P M2

. 5) l b / MM B tu 5

. 67 E

- 03 2

. 82 E

- 02 2

. 80 E

- 02 C omb i n a t i on B

o iler N o

. 2 10

/ 7 / 2009 Pa r t ic u l a t e M a tt er

( P M2

. 5) l b / MM B tu 7

. 44 E

- 03 4

. 11 E

- 02 4

. 10 E

- 02 C omb i n a t i on B

o iler N o

. 2 10

/ 7 / 2009 Pa r t ic u l a t e M a tt er

( P M2

. 5) l b / MM B tu 7

. 06 E

- 03 5

. 19 E

- 02 5

. 20 E

- 02

C omb i n a t i on B

o iler N o

. 2 10

/ 6 / 2009 C

ond e n s a b le Pa r t ic

u l a t e M a tt er - Tot al l b / MM B tu 3

. 63 E

- 03 1

. 80 E

- 02 1

. 80 E

- 02

C omb i n a t i on B

o iler N o

. 2 10

/ 7 / 2009 C

ond e n s a b le Pa r t ic

u l a t e M a tt er - Tot al l b / MM B tu 1

. 16 E

- 02 2

. 50 E

- 02 2

. 50 E

- 02

C omb i n a t i on B

o iler N o

. 2 10

/ 7 / 2009 C

ond e n s a b le Pa r t ic

u l a t e M a tt er - Tot al l b / MM B tu 4

. 57 E

- 03 8

. 50 E

- 02 8

. 50 E

- 02 C omb i n a t i on B

o iler N o

. 2 10

/ 6 / 2009 Pa r t ic

u l a t e M a tt er

( fil t er a b le) l b / MM B tu 1

. 48 E

- 02 7

. 36 E

- 02 7

. 35 E

- 02 C omb i n a t i on B

o iler N o

. 2 10

/ 7 / 2009 Pa r t ic

u l a t e M a tt er

( fil t er a b le) l b / MM B tu 2

. 03 E

- 02 1

. 04 E

- 02 1

. 04 E

- 02 C omb i n a t i on B

o iler N o

. 2 10

/ 7 / 2009 Pa r t ic

u l a t e M a tt er

( fil t er a b le) l b / MM B tu 1

. 81 E

- 02 1

. 33 E

- 01 1

. 33 E

- 01 C omb i n a t i on B

o iler N o

. 2 10

/ 8 / 2009 F o r m a l d e h y de ND pp m @ 7 % O2 0

. 009

--- 0

. 009 C omb i n a t i on B

o iler N o

. 2 10

/ 8 / 2009 F o r m a l d e h y de ND pp m @ 7 % O2 0

. 0097

--- 0

. 0097 C omb i n a t i on B

o iler N o

. 2 10

/ 9 / 2009 F o r m a l d e h y de ND pp m @ 7 % O2 0

. 0117

--- 0

. 0117 C omb i n a t i on B

o iler N o

. 2 10

/ 8 / 2009 Ox i d e s o f N i t r o g e n (N Ox) pp m @ 7 % O2 274 273 276 C omb i n a t i on B

o iler N o

. 2 10

/ 8 / 2009 Ox i d e s o f N i t r o g e n (N Ox) pp m @ 7 % O2 276 276 278 C omb i n a t i on B

o iler N o

. 2 10

/ 9 / 2009 Ox i d e s o f N i t r o g e n (N Ox) pp m @ 7 % O2 248 248 252 C omb i n a t i on B

o iler N o

. 2 10

/ 8 / 2009 S O2 pp m @ 7 % O2 663 663 663 C omb i n a t i on B

o iler N o

. 2 10

/ 8 / 2009 S O2 pp m @ 7 % O2 755 755 755 C omb i n a t i on B

o iler N o

. 2 10

/ 9 / 2009 S O2 pp m @ 7 % O2 832 831 831 C omb i n a t i on B

o iler N o

. 2 10

/ 8 / 2009 CO pp m @ 7 % O2 1912 1910 1912 C omb i n a t i on B

o iler N o

. 2 10

/ 8 / 2009 CO pp m @ 7 % O2 1170 1170 1170 C omb i n a t i on B

o iler N o

. 2 10

/ 9 / 2009 CO pp m @ 7 % O2 3488 3490 3488 C omb i n a t i on B

o iler N o

. 2 10

/ 8 / 2009 Tot a l H y

d r o c a r bon s ( T H C) pp m @ 7 % O2 9

. 02 9

. 02 8

. 91 C omb i n a t i on B

o iler N o

. 2 10

/ 8 / 2009 Tot a l H y

d r o c a r bon s ( T H C) pp m @ 7 % O2 5

. 10 4

. 99 4

. 99 C omb i n a t i on B

o iler N o

. 2 10

/ 9 / 2009 Tot a l H y

d r o c a r bon s ( T H C) pp m @ 7 % O2 30 .9 31 .1 31 .1 C omb i n a t i on B

o iler N o

. 2 10

/ 8 / 2009 M e th a ne pp m @ 7 % O2 18 .8

--- 18 .8 C omb i n a t i on B

o iler N o

. 2 10

/ 8 / 2009 M e th a ne pp m @ 7 % O2 8 .6

--- 8 .6 C omb i n a t i on B

o iler N o

. 2 10

/ 9 / 2009 M e th a ne pp m @ 7 % O2 28 .9

--- 28 .9 E PA D a t a fr

o m C on s o li d a ted D a t a b a se