DA QE

­ AN 0 102370012

­ 08

M a r c h 13, 2008

R e gi n a l d S oe p n e l, M a n a gi n g Di r e c to r

P a c if iC or p, H un ter P owe r P la n t

3 m il e s S o ut h H ig h wa y 10

P

. O

. B ox 569

C a st le Da le, Uta h 84513

De a r Mr

. S oe p n e l:

R e : Appr ov a l Or d e r : I n st a ll a ti o n of P o ll u ti o n C o n t r ol Equ i pm e n t, E st a bli s h e d P lantwi d e Applica bil it y L im it a ti on s a nd App r ov a l Or d e r s C o n s oli d a ti o n, E m e r y C o un ty

– C DS A; N S P S ;

P S D; T it le I V; T it le V M a jo r ; H APs P r o

jec t C o d e : N 010237

­ 0012

T h e a tt a c h e d d oc u m e n t is t h e Appr ov a l O r d e r f or t h e a bov e

­ r e f e r e n c e d p r ojec t.

F u t ur e c or r e spo nd e n c e o n t h is App r ov a l Or d e r s h o ul d i n c l ud e t h e e n gi n e e r ' s n a m e a s we ll a s t h e DA Q E

nu m be r a s s h ow n o n t h e u ppe r r ig ht­ h a nd c or n e r of th i s letter

. P lea se d i r e c t a n y tec hn ica l qu e s ti o n s y ou

m a y h a v e on t h is p r ojec t to Mr

. Jo hn Je n ks

. H e m a y be r e a c h e d a t ( 801) 536

­ 4459.

S i n c e r e ly

,

M. C h e r y l H e y in g, E xe c u ti v e S e c r e ta r y

Uta h A ir Q u a li ty B oa r d

MC H :J J: sa

c c : S o u t h e a st e r n Uta h Di st r ict H e a lt h De pa r tm e n t

Mi ke Ow e ns, E P A R e gio n V I I I

1 5 0 No rth 19 5 0 W e s t • P O B o x 14 4 8 2 0 • S a lt L a k e Cit y

, U T 84 1 1 4

­ 4 8 2 0 • p h o n e (80 1 ) 53 6

­ 4 0 0 0 • f

a x (80 1 ) 53 6

­ 4 0 9 9

T .D. D. (8 0 1 ) 53 6

­ 4 4 1 4 • www .de q .uta h .go v 

## St ate o f Uta h

Department of

Env iron mental Quality

Rich a r d W

. S p r o tt

Exe c u ti v e Direc to r

DIV I S ION OF AIR Q UA LIT Y

Ch e ry l H e y in g

Dire c to r JO N M

. H U

NT S M AN

, JR

. Go v e rn o r

GA RY HER BERT

L ieu ten a n t Go v e rn o r

## S **TATE OF UT AH** 

**De p**  **a r**  **tm e**  **n t o**  **f En**  **v ir**  **o n**  **m e**  **n ta**  **l Q**  **u a**  **li ty** 

**Div ision**  **o f**  **Air Q**  **u a**  **li t**  **y**

**APPRO VA**  **L O RD**  **E R:**  **Inst a**  **ll a**  **ti o**  **n of**  **P o**  **ll u**  **tio n**  **C o**  **n tr**  **o l** 

**Eq u**  **ip m**  **e n**  **t, Esta**  **b li**  **shi n**  **g P**  **la n**  **t w**  **id e**  **Ap p**  **li c**  **a b**  **il ity** 

**Lim ita**  **tio n**  **s a**  **n d**  **Ap p**  **r o**  **v a**  **l O**  **r d**  **e r**  **s Co**  **n s**  **o li**  **d a**  **tio n** 

**P r**  **e p**  **a r**  **e d**  **B y:**  **Joh n**  **Je n**  **k s,**  **E n**  **gin e**  **e r** 

**( 801)**  **536­ 4459** 

**E m**  **a il**  **: j**  **j e**  **n k**  **s@ u**  **t ah** 

**. gov** 



### APPROVAL **ORDER NUMBER** 

**DA QE** 

**­ AN**  **0102370012­ 08** 

**Da t**  **e :**  **M a**  **r c**  **h 13,**  **2008**



## Pa **c i**  **f iC**  **o r**  **p ,**  **H u**  **n te**  **r P**  **o w**  **e r**  **P la**  **n t** 

**S ou**  **r c**  **e Co**  **n t**  **a c**  **t**

**Wi ll**  **iam L**  **a wso**  **n**

**( 801)**  **220­ 4581** 

**M**

**. Ch**  **e r**  **y l**  **Heyin g** 

**E x**  **e c**  **u t**  **i ve**  **S e**  **c r**  **e t**  **ar y** 

**Ut ah**  **A i**  **r Q**  **u al**  **ity B**  **oa r**  **d A**  **bst**

**rac t** 

**Pac ifiC**  **orp is**  **in st**  **all in**  **g n**  **e w**  **e m**  **is si**  **on s**  **c on**  **tr ol**  **e qu**  **ipm e**  **n t**  **at th**  **e H** 

**u n**  **ter Power**  **Plan t on**  **Un it**  **s #1** 

**, #2**  **an d** 

**#3 boil**  **e rs**  **in o**  **rde r**  **to s**  **u bst**  **an ti**  **a ll**  **y re**  **du c**  **e p**  **lan t**  **e m**  **is si**  **on s,**  **m ain**  **ly s u**  **lf u**  **r dioxi**  **de (**  **S O**  **2 )** 

**, H**  **2 S**  **O 4**  **, HC**  **l,**

**HF l** 

**, par**  **ti c**  **u l**  **ate m att**  **e r**  **( PM)**  **an d**  **n it**  **roge n**  **oxi de**  **s (**  **N O** 

**x )** 

**. Pac**  **ifiC orp**  **w il**  **l in**  **st al**  **l on**  **Un it**  **s #1** 

**, #2**  **an d**  **#3**

**a NO** 

**x re**  **du c**  **ti on**  **sy st**  **e m**  **c on**  **si st**  **in g**  **of t**  **w o**  **ge n**  **e ral**  **c om**  **pon e**  **n ts**  **: (**  **1) tw**  **o lev**  **e ls**  **of se**  **para ted ove**  **rfire air** 

**an d**  **( 2)**  **n e**  **w low** 

**­ NO** 

**x bu**  **rn e**  **rs. Th**  **e se**  **c h**  **an ge**  **s w**  **il l**  **re s**  **u lt**  **in re**  **du c**  **t ion**  **of NO** 

**x e**  **m is**  **si on**  **s an**  **d po**  **ssi bly** 

**re su**  **lt in**  **an in**  **c re**  **ase in**  **C O em**  **is si**  **on s**  **gre ater**  **th an**  **th e**  **PS**

**D si**  **gn ific**  **an c**  **e lev**  **e l.**  **Pac ifi**  **C orp**  **w il**  **l a**  **ls o** 

**re place**  **th e**  **e xis**  **ti n**  **g e**  **lec tr**  **ost a**  **ti c**  **pre c**  **ipi t**  **ator s**  **( E**  **S P)**  **o n**  **Un it**  **s #1**  **an d**  **#2 w**  **it h**  **a n**  **e w**  **p u**  **ls e**  **jet f**  **abr ic fil**  **ter**

**( bagh**  **ou se**  **) sy**  **st e**  **m**

**. Th**  **is w**  **i ll**  **re su**  **lt in**  **a re**  **du c**  **t ion**  **of H**  **2 S**  **O 4**  **an d**  **P M**  **e m**  **is si**  **on s.**  **F in**  **all y**  **, Pac**  **ifi C**  **orp w**  **il l** 

**u pgrade**  **th e**  **e xis**  **ti n**  **g f**  **l u**  **e gas**  **de su**  **lf u**  **ri za**  **ti on**  **sy st**  **e m**  **o n**  **Un it**  **s #1**  **an d**  **#2 to**  **ac h**  **iev e**  **gre ater**  **s u**  **lfu r**  **diox**

**ide**

**re m**  **ov al,**  **w h**  **ich w**  **il l**  **s ign**  **ific an**  **tl y**  **re du**  **c e**  **th e**  **am ou**  **n t**  **o f**  **S O**  **2**

**, HC**  **l**

**, an**  **d H**  **F l**  **e m**  **is si**  **on s** 

**.**

**In addit**  **ion**

**, Pac**  **ifiC orp**  **is re**  **q u**  **e st**  **in g**  **e xis**  **ti n**  **g app**  **rov al**  **orde rs**  **( A**  **O) be**  **c on**  **sol id**  **ated; plan**  **t w**  **ide**

**appli c**  **abil i**  **ty l im**  **it s**  **( PALs)**  **f or**  **S O**  **2 an**  **d NO** 

**x e**  **m is**  **si on**  **s an**  **d f**  **or Un**  **it #3**  **th e**  **S O**  **2 e**  **m is**  **si on**  **li m**  **it be**  **se t**  **a t** 

**0. 12**  **lb/ MM**  **B t**  **u**

**. A**  **s in**  **dicate d**  **in th**  **e A**  **O DA Q**  **E**

**­ 1189­**  **97, Un**  **it #3**  **w as**  **su b**  **jec t**  **to an**  **e m**  **is si**  **on li**  **m it**  **f or** 

**S O**  **2 of**  **0. 1**  **2lb/ M**  **MB t**  **u pri**  **or to**  **im plem**  **e n**  **tat ion**  **of th**  **e e**  **xis ti**  **n g**  **li m**  **it of**  **0**

**. 10**  **lb/ M**  **MB t**  **u**

**.**

**Opac it**  **y li**  **m it**  **lan gu**  **age f**  **or th**  **e Un**  **it #1** 

**, #2,**  **an d**  **#3 boi**  **ler st**  **ac ks**  **is e**  **xpan de**  **d to**  **c lar**  **ify th**  **e opac**  **it y**  **li m**  **it**

**du ri**  **n g**  **s tar**  **t u**  **p an**  **d sh**  **u tdo**  **w n**  **e v**  **e n**  **ts**

**.**

**A s**  **a re**  **su lt**  **of th**  **e proposed**  **c h**  **an ge**  **s, th**  **e sou**  **rc e**  **is s**  **u bj**  **e c**  **t to**  **c arbon**  **m on**  **oxide (CO) P S**  **D m ajor** 

**m odific**  **ati on**  **re v**  **iew si**  **n c**  **e th**  **e re**  **st of**  **th e**  **plan t**  **e m**  **is si**  **o n**  **c h**  **an ge**  **s are**  **re du**  **c ti**  **on s.**  **Un it**  **#1 an**  **d #2**  **boi lers** 

**are su**  **bjec t**  **to Ne**  **w S**  **ou rc**  **e Pe**  **rform an**  **c e**  **S tan**  **dards (** 

**N S**  **PS )** 

**, Part**  **60 S**  **u bpart**  **D, an**  **d th**  **e Un**  **it #3**  **b oil**  **e r**  **is**

**su bjec**  **t t**  **o S**  **u bpa**  **rt Da** 

**. Tit**  **le I V**  **an d**  **Tit le V**  **of th**  **e 199**  **0 C**  **lean A**  **ir A**  **c t apply**  **t o**  **th is**  **so u**  **rc e** 

**. Th**  **e Tit**  **le V**

**Ope rat**  **in g**  **Pe rm**  **it w**  **il l**  **be u**  **pdated p ri**  **or to ope**  **rat in**  **g th**  **e m**  **odifie d**  **e qu**  **ipm e**  **n t.**  **Th e**  **so u**  **rc e**  **is locate**  **d in** 

**E m**  **e ry**  **C ou**  **n ty, wh**  **ich is**  **an att**  **ain m**  **e n**  **t are**  **a f**  **or th**  **e Nation**  **al Am bien**  **t A**  **ir Qual**  **it y**  **S tan**  **dards (**  **NAA Q**  **S )** 

**f or**  **all poll**  **u tan**  **ts**

**. Th**  **is A**  **O has gon**  **e th**  **rou gh**  **th e**  **e n**  **h an**  **c e**  **d NSR**  **proc e**  **ss.**

**A f**  **ter th**  **e in**  **st al**  **lat ion**  **an d**  **u pgr**  **ade s**  **of th**  **e c**  **on tr**  **ol e**  **qu i**  **pm e**  **n t,**  **th e**  **e m**  **is si**  **on s**  **f rom**  **th e**  **plan t,**  **in ton**  **s pe**  **r**

**y e**  **ar, w**  **i ll**  **c h**  **an ge**  **as f**  **ol low**  **s: PM**  **1 0**  **= (­ )**  **1**

**, 441.**  **02, NO** 

**x = (­**  **) 9** 

**, 298** 

**, S**  **O 2**  **= (­ )**  **3, 6**  **09, C**  **O = (+)**  **17**

**, 278,** 

**H 2**  **S O**  **4 =**  **(**

**­ )**  **33. 1** 

**, HF**  **l = (­**  **) 7** 

**. 5,**  **an d**  **H C**  **l = (­**  **) 27** 

**. 9.** 

**Th e**  **c h**  **a n**  **ge in**  **e m**  **is si**  **on s,**  **af ter**  **th e**  **re place**  **m e**  **n t,**  **addi ti**  **on an**  **d u**  **pgrade s**  **of c**  **on tr**  **ol e**  **qu ipm**  **e n**  **t, w**  **il l**  **re s**  **u lt** 

**in th**  **e f**  **oll ow**  **in g**  **, in**  **ton s**  **pe r**  **y e**  **ar, po**  **ten ti**  **al t**  **o e**  **m it**  **t ot**  **als f**  **or th**  **e plan**  **t: PM**  **1 0**  **= 1,**  **2 18.**  **1**

**, NO** 

**x =**  **19, 319** 

**, S**  **O 2**  **= 7,**  **187, C**  **O = 18** 

**, 449** 

**, V**  **OC = 163** 

**, H**  **2 S**  **O 4**  **= 3.**  **5, HF**  **= 44.**  **6, HC**  **l**

**= 13.**  **4 1,**  **Le ad**  **= 0.**  **12 an**  **d oth**  **e r** 

**HA Ps**  **= 43**

**. 15.** 

**PALs are**  **n ow**  **e st**  **ab li**  **sh e**  **d f**  **or NO**  **x = 1**  **9, 319**  **ton s/**  **y e**  **ar an**  **d S**  **O 2**  **= 7,**  **187 ton**  **s/ y**  **e ar**  **base d**  **on a**  **12­ m**  **on th** 

**rol li**  **n g**  **av e**  **rage**

**.**DA QE

­ AN 0 102370012

­ 08

P a ge 3

**Gen e**  **r al**  **Co n**  **d i**  **t i**  **o n**  **s:**

1. T h is AO a pp li e s t o t h e f oll owin g P a c if iC or p :

S it e Of f ic e C or po r a te Of

f ic e L oc a ti on

P a c i f i C o r p Hun t e r P l a n t P a c if iC or p

3 m i les S o uth Highw a y 10 1407 W e st No r t

h T e m ple

P

. O

. B o x 569 S a lt L a ke C it y

, U

tah 84140

C a s tl e Da le

, U ta h 8451 3

P h o n e N u m be r ( 435) 748­ 5114 ( 801) 220

­ 2235

F a x N u m be r ( 435) 748­ 6579 ( 801) 220

­ 4307

T h e e qu ipm e n t list e d i n t h is AO s h a l l be ope r a te d a t t h e f oll owin g loca ti o n:

A ppr o x im a t e l y t h r e e ( 3) m il e s so ut h of C a s tl e Da l e

, U t a h on S tate Highw a y 10,

E m e r y C o u n t y

Un iv e r sa l T r a n sv e r se M e r c a tor ( UT M) C oo r d i n a te S y st e m :

4, 335. 8 k i lom e t e r s No r th ing ; 497. 8 k i lom e t e r s Ea s ti ng; Zo ne 12

UT M Da t u m NA D27

2. All d e f in it io n s

, te r m s, a bb r e v iation s

, a nd r e f e r e n c e s u se d i n t h is AO c o n f or m to t h ose u se d i n

th e Uta h A d m i n is t r a ti v e C o d e ( UA C ) R ule 307 ( R 307) a nd T it le 40 of t h e C o d e of F e d e r a l

R e gulatio n s ( 40 C F R )

. U n less n ote d o t h e r wi se

, r e f e r e nc e s c it e d i n t h e se AO c o nd i ti o n s r e f e r

to t h o se r ules.

3. T h e li m it s se t f or t h i n t h is AO s h a l l n o t be e xc e e d e d w i th o ut p r i or a

ppr ov a l i n a c c or d a n c e

wit h R 307

­ 401

.

4. M o dif ica ti on s to t h e e qu ipm e n t o r p r oc e sses a pp r ov e d by th i s AO t h a t c o u l d a f f e c t t h e

e m is si on s c ov e r e d by t his AO m u s t be r e v iew e d a nd a p pr ov e d i n a c c or d a n c e wit h R 307

­ 401.

5. All r e c or d s r e f e r e n c e d i n t h i s AO or i n a ppli c a ble NS P S a nd /o r NE S H AP a nd /o r M A C T

st a nd a r d s, w h ic h a r e r e qu i r e d to be ke pt by t h e ow n e r /o pe r a tor, s h a ll be m a d e a v a il a ble t o

th e E xe c u t iv e S e c r e tar y or E xe c uti v e S e c r e tar y ’ s r e p r e s e n tativ e u po n r e qu e st

. R e c or ds s h a l l

be ke pt f or a m i n im u m of f i v e y e a r pe r io d s

.

6. P a c if iC or p s h a ll i nst a ll a nd ope r a te t h e n e w L ow NO

x b ur n e r s

, ov e r f ir e a ir sy st e m

, m a in

boil e r st a c k ba g h o u se a nd u pg r a d e of t h e e xis ti ng f lu e ga s d e sul f u r iza ti o n sy st e m o n U n i t #1

& #2 ( e a c h) a nd n e w L ow NOx b ur n e r sy st e m wit h OF A o n U n i t #3. P a c if iC or p s h a ll

c ondu c t it s ope r a ti o n s of t h e H unter P owe r P la n t i n a c c or d a n c e wit h t h e te r m s a nd c o nd i ti o n s

of th is AO

, w h ic h wa s w r i tt e n p ur s u a n t to P a c if C or p ’ s Notice of I n ten t s u bm it te d t o t h e

Div is ion of Air Qu a l it y ( DA Q ) o n M a y 2

, 2007, J uly 19, 2007, S e ptem be r 17, 2007,

S e ptem be r 21

, 2007, Oc tobe r 26, 2007, Nov e m be r 27, 2007, De c e m be r 5

, 2007 a nd

De c e m be r 26, 2007

.DA QE

­ AN 0 102370012

­ 08

P a ge 4

7. T h is AO s h a ll r e plac e t h e f oll owi n g AO s :

DA QE

­ 1189

­ 97 d a te d De c e m be r 18, 1997

Un i t #1 d a te d Ap r il 3, 1986

Un i t #2 d a te d J uly 27, 1987

Un i t #3 d a te d A u g u s t 31, 1983 a nd a dd it io n a l let ter s d a ted Oc tober 27

, 1983 a nd S e ptem be r

6, 1985

8. T h e a ppr ov e d i n st a ll a t io n s s h a ll c o n s is t of th e f oll owing e quipm e n t o r e qu iv a len t* :

A. S tea m G e n e r a ti n g U n it #1

Un i t De sc r i pti o n: Nom in a l 480 MW g r oss c a

pa c it y

, dr y bott om

, ta n ge n ti a ll y

­ f ir e d

boil e r f ir e d o n s u bbit u m i n o us & bi t u m in o us c oa l usi n g d i st il late f u e l oi l dur i ng s tar t­

u p a nd f lam e st a bil iza ti on c u r r e n tl y e qu ippe d wit h L ow NO

x f ir ing sy st e m

, E S P a nd

S O 2 F G D s c r u bbe r

. B oil e r wi ll be e quippe d wi t h a n e w ad v a n c e d c om bu s ti o n L ow

NO x b u r n e r /ov e r f ir e a ir sy st e m ( OFA )

, n e w bag h o u se a nd upgr a d e d S O 2 W F G D

sc r u bbe r

, wi t h no sc r u bbe r by pa ss.

B

. S tea m G e n e r a ti n g U n it #2

Un i t De sc r i pti o n: Nom in a l 480 MW g r oss c a

pa c it y

, dr y bott om

, ta n ge n ti a ll y

­ f ir e d

boil e r f ir e d o n s u bbit u m i n o us a nd bit u m i n o u s c oa l u si n g d is t il late f u e l oil dur i n g

st a r t­ u p a nd f lam e st a bil iza ti on c ur r e n tl y e qu ippe d w it h L ow NO

x f ir in g sy st e m

, ES P

a nd S O 2 F G D s c r u bbe r

. B oi ler w il l be e qu ippe d wit h a n e w ad v a n c e d c om b u st io n

L ow NOx bur n e r /ov e r f ir e a ir sy st e m ( OFA)

, n e w bag hou se a nd u pg r a d e d S O 2

W F G D s c r u bbe r

, wit h n o sc r u b be r by pa ss.

C

. S tea m G e n e r a ti n g U n it #3

Un i t De sc r i pti o n: Nom in a l 495 MW g r oss c a

pa c it y

, dr y bott om

, wa ll

­ f ir e d boil e r

f ir e d o n s u bbi t u m i n o u s a nd bit u m i n o us c oa l usi n g d is t il late f u e l oil dur i n g st a r t­ u p

a nd f lam e st a bil iza ti o n

. U nit is e qu ip pe d wit h a n e w L ow NOx b ur n e r sy st e m wit h

ov e r f ir e a ir, ba g h o use a nd S O 2 W F G D s c r u bbe r

, w it h no sc r u bbe r by pa ss.

D. C ir c u lat i n g W a ter C ooli n g T owe r f

or U n it #1 st e a m ge n e r a t i n g b oil e r

E. C ir c u lat i n g W a ter C ooli n g T owe r f

or U n it #2 st e a m ge n e r a t i n g b oil e r

F

. C ir c u lat i n g W a ter C ooli n g T owe r f

or U n it #3 st e a m ge n e r a t i n g b oil e r

G

. C oa l Pi le a nd ope r a ti o ns a nd a ssocia ted f u git iv e e m is si on s a nd f u gi ti v e dust

H

. C oa l C o n v e y or s f or c oa l tr a n sf e r ope r a t io n s

I

. Un pa v e d As h H a u l Roa d f or a s h d is po sa l

J. P a v e d As h H a u l R oa d f or d is po sa l of a shDA QE

­ AN 0 102370012

­ 08

P a ge 5

K

. Ash L a nd f il l ope r a ti o ns a nd a ssocia ted f u git iv e e m is si on s a nd f u gi ti v e dust

L

. Un i t #1 E m e r ge n c y Die se l G e n e r a to r

M. Un i t #2 E m e r ge n c y Die se l G e n e r a to r

N. Un i t #3 E m e r ge n c y Die se l G e n e r a to r

O. E m e r ge n c y Die se l F i r e P u m p #1

P

. E m e r ge n c y Die se l F i r e P u m p #2

Q. Au xi li a r y S tea m B oil e r r a ted at 211. 4 MMB t u / hr f ir e d on f u e l oi l a nd c onst r u c ted i n

1976

R

. C oa l Si lo S y st e m E x h a u s ter wit h c e n t r if u ga l du st c oll e c tor f or U nit #1 c oa l silos

d i st r ib u t io n sy st e m

S

. C oa l Si lo S y st e m E x h a u s ter wit h c e n t r if u ga l du st c oll e c tor f or U nit #2 c oa l silo

d i st r ib u t io n sy st e m

T

. C oa l Si lo S y st e m E x h a u s ter wit h c e n t r if u ga l du st c oll e c tor f or U nit #3 c oa l silo

d i st r ib u t io n sy st e m

U. L im e S il o B i n Ve nts ( wa ter t r e a tm e n t pla n t ) du s t c ol lec tor s f or li m e st or a ge s il os f or

wa ter t r e a tm e n t p lant

V. L im e S il o B i n Ve nts ( S O 2 sc r u bbe r ) du s t c ol lec tor s f or sc r u bbe r li m e si los f or U nit s

#1, #2, a nd #3

W

. F o u r 70, 000 dis t il late f u e l oil ta n ks f or t h e e m e r ge n c y diese l ge n e r a to r s a nd f ir e

pu m ps

X. F o u r 10, 000 ga ll o n ta n ks t h a t s tor e l u b r ica ti n g oil

Y. S to r a ge a r e a f or oi l c o n tai n e d i n c lo se d 55 ga ll o n d r u m s a nd to tes

Z

. T h r e e 400 ga ll o n e lec tr o c o n t r o l h y dr a u li c oil r e se r v oirs

AA

. P a v e d a c c e ss r oa d f r om t h e p lant e n t r a n c e to t h e a d m ini st r a t io n b uil d i ng a nd pa r ki ng

a r e a

B B

. B e n c h

­ top c ol d d e g r e a si n g unit s u si n g S a f

e t y­ K le e n o r oth e r c om pa r a ble d e g r e a si n g

a ge n ts

C C

. Mi sc e ll a n e o u s E lec tric a l E qu ipm e nt wi t h som e f u git iv e e m is si o n unit s i n c l ud i n g

tr a n sf or m e r i n s ulati n g oilDA QE

­ AN 0 102370012

­ 08

P a ge 6

DD

. Anh y dr o u s S ulf u r Dioxi d e T a n k:

Un i t De sc r i pti o n: 10

, 000 ga ll o n a nh y dr o u s s u lf ur dioxi d e tan k to ge n e r a te S O 3 f or

ES P f lu e ga s c o ndit io ni n g. Af ter t h e ba g h o u se i nst a ll a t ion, A nh y dr o u s S u lf ur

Dioxi d e T a n k wi ll be r e m ove d f r om se r v ice a f ter th e ba gh o use s i n s tallatio n o n Units

#1 a nd #2.

EE. W a ter T r e a tm e n t st o r a ge ta n ks i n c l udi n g c h lo r i n e

, a l um inu m s u lf a te, li m e

, s o d i u m

sul f it e

, so d a a s h, c a lci u m h y poc h lo r it e

, so di u m h y dr oxi d e

, a n ti

­ sc a le, a qu e o u s

a mm on ia

F F

. Va r io u s st o r a ge a r e a s f or se a le d pa i nt c o n tai n e r s

GG

. S pr a y P a i n t B o ot h f or pa i n ti n g pa r ts to m a i n tai n pla n t

HH

. G a sol in e R e f u e li n g S tati o n a nd S to r a ge T a n k f or f lee t ve h icle s wi t h a 5

, 500 ga ll o n

a bov e gr ound tan k

I I

. 5, 500 ga ll o n a bov e gr o und un lea d e d ga sol i n e ta n k f or f lee t v e h icle r e f u e li n g

JJ. B oil e r f e e d p u m p l u be oil c ondit io n e r s

KK

. L u be oil c ondit io n e r s wit h v a por e xt r a c tor s

LL

. L u be oil r e se r v oir s w it h v a por e xtr a c to r s

MM. T h r e e 5

, 500 ga ll o n a bov e gr o und diese l ta n ks a nd dis pe n s i n g e qu ipm e n t to r e f u e l

v e h icle s a nd m obil e e qu ipm e nt

NN

. M ob il e t r u c k m oun te d v a c u u m t o c lea n u p spi l le d m a ter ial s u c h a s a s h

OO

. Un i t #1 e qu ipm e n t f or un l oa di n g a s h f r om si los a nd i nt o t r u c ks f or tr a n spo r t to t h e

a sh land f il l

P P

. Un i t #2 e qu ipm e n t f or un l oa di n g a s h f r om si los a nd i nt o t r u c ks f or tr a n spo r t to t h e

a sh land f il l

QQ

. Un i t #3 e qu ipm e n t f or un l oa di n g a s h f r om si los a nd i nt o t r u c ks f or tr a n spo r t to t h e

a sh land f il l

· Equ iv a len c y s h a ll be d e ter m i n e d by t h e Exe c u t iv e S e c r e tar y

.

9. P a c if C or p s h a ll n oti f y th e E xe c u ti v e S e c r e ta r y i n w r it i ng w h e n t h e i n st a ll a t io n of t h e n e w

e qu ipm e nt l is te d i n C o nd it io n #8A, B a nd C h a s be e n c om plete d a nd is o pe r a ti o n a l

. T o

ins u r e pr o pe r c r e d it w h e n n ot if y in g t h e E xe c u ti v e S e c r e tar y

, se nd y our c or r e spo nd e n c e to t h e

E xe c u ti v e S e c r e tar y

, a t t n : Com pli a n c e S e c ti o n.DA QE

­ AN 0 102370012

­ 08

P a ge 7

I f th e c onst r u c ti o n a nd/o r i nst a ll a ti o n h a s not be e n c om plete d wit h i n e ig h tee n m o n t h s f r om

th e d a te of t h is AO

, t h e E xe c uti v e S e c r e tar y s h a ll be n o ti f ied i n wr it i n g o n t h e s tat u s of t h e

c on st r u c ti o n a nd /o r i n st a ll a t io n

. A t t h a t t im e

, t h e E xe c u t iv e S e c r e tar y s h a ll r e qu i r e

d oc u m e n tati o n of t h e c o n t i nu o u s c onst r u c ti o n a nd/or i nst a ll a ti o n of th e ope r a ti o n a nd m a y

r e v oke th e AO i n a c c or d a n c e wi t h R 307

­ 401

­ 18

.

**L im**  **i t**  **at i**  **o n**  **s an**  **d T**  **e sts**  **P r**  **oc e**  **d u**  **r e**  **s**

10. Un i t #1 a nd U n i t #2 B o il e r s

A E f f e c ti v e u po n is s u a n c e of t h e AO :

1. P M li m it

a

. E m is si o ns s h a l l n o t be g r e a ter t h a n 0. 05 lb/ MMB t u h e a t i n p ut f r om

e a c h boil e r ba se d o n 6

­ h o ur a v e r a gin g pe r io d.

b. S tac k testi ng f or t h e e m is si o n li m it a ti o n s h a ll be pe r f or m e d e a c h

y e a r

. T h e so ur c e m a y be teste d a t a n y ti m e if d i r e c te d by th e

E xe c u ti v e S e c r e tar y

.

2. NO

x li m it s

a

. E m is si o ns f r om e a c h bo il e r s h a ll be n o g r e a ter t h a n 0

. 7 0 lb/ MMB t u

h e a t i np u t ba se d o n a 3

­ h o ur a v e r a gin g pe r io d

.

b. E m is si o ns f r om e a c h bo il e r s h a ll be n o g r e a ter t h a n 0

. 4 5 lb/ MMB t u

h e a t i np u t ba se d o n a 12

­ m on th r oll i n g a v e r a gi n g pe r io d.

c

. M e a s ur i n g of th e NO x e m is si o n s s h a ll be pe r f

or m e d by C EM s

.

3. S O 2 li m it s

a

. E m is si o ns f r om e a c h bo il e r s h a ll be n o g r e a ter t h a n 1

. 2 lb/ MMB t u

h e a t i np u t f or a n y 3

­ h o ur pe r io d.

b. E m is si o ns f r om e a c h bo il e r s h a ll be n o g r e a ter t h a n 0

. 2 1 lb/ MMB t u

h e a t i np u t ba se d o n a 12

­ m on th r oll i n g a v e r a ge

.

c

. E m is si o ns of S O 2 s h a ll be n o g r e a ter t

h a n 20 pe r c e nt of t h e po tential

c om bu st io n c o n c e n t r a ti o n ba se d o n t h e a v e r a ge i n let a nd a v e r a ge

ou t let S O 2 e m is si o n s d e te r m in e d a s t h e a r i t h m e ti c a v e r a ge of a ll

h o ur ly e m is si o n r a tes f or t h e 30 s u c c e ssi v e boil e r ope r a ti n g d a y s.

d. M e a s ur i n g of th e S O 2 1

. 2 lb / MMB t u a nd 0. 21 lb/ MMB tu e m is si o n s

sh a ll be pe r f or m e d by C EMs.DA QE

­ AN 0 102370012

­ 08

P a ge 8

B

. E f f e c ti v e u po n i n st a l latio n or u pg r a d e of c on t

r ol e qu ip m e n t:

1. P M li m it

a

. E m is si o ns s h a l l n o t be g r e a ter t h a n 0. 015 lb/ MMB t u h e a t i n p u t f r om

e a c h boil e r ba se d o n a 3

­ test a v e r a ge

.

b. Af ter th e i n it ial st a c k test is pe r f or m e d

, st a c k test i n g f or t h e

e m is si on li m it a ti o n s h a ll be pe r f or m e d e a c h y e a r

. T h e sour c e m a y

be teste d a t a n y ti m e if d i r e c ted by t h e E xe c u t iv e S e c r e t a r y

.

2. NO

x li m it s

a

. E m is si o ns f r om e a c h bo il e r s h a ll be n o g r e a ter t h a n 0

. 7 0 lb/ MMB t u

h e a t i np u t ba se d o n a 3

­ h o ur a v e r a gin g pe r io d

.

b. E m is si o ns f r om e a c h bo il e r s h a ll be n o g r e a ter t h a n 0

. 2 6 lb/ MMB t u

h e a t i np u t f or a 30

­ d a y r ol li n g a v e r a ge

.

c

. Af ter th e i n it ial st a c k test is pe r f or m e d f or 0. 26 lb/ MM B t u

m e a su r i n g of a ll NO x e m is si o n s s h a ll be pe r f

or m e d by C EMs.

3. S O 2 li m it s

a

. E m is si o ns f r om e a c h bo il e r s h a ll be n o g r e a ter t h a n 1

. 2 lb/ MMB t u

h e a t i np u t f or a n y 3

­ h o ur pe r io d.

b. E m is si o ns f r om e a c h bo il e r s h a ll be n o g r e a ter t h a n 0

. 1 2 lb/ MMB t u

h e a t i np u t ba se d o n a 30

­ d a y r oll i n g a v e r a ge

.

c

. Un i t #1 a nd U n i t #2 boi ler e m is si o n s of S O 2 s h a l l be no gr e a ter t

h a n

20 pe r c e n t of th e p ote n ti a l c om bu st io n c o n c e ntr a t io n ba se d o n t h e

a ve r a ge inl e t a nd a v e r a ge ou tl e t S O 2 e m is si o n s d e ter m i n e d a s t

h e

a r it h m e ti c a v e r a ge of a ll h o ur ly e m is si o n r a tes f

or t h e 30 s u c c e ssi v e

boil e r ope r a ti ng d a y s.

d. Af ter th e i n it ial st a c k test is pe r f or m e d f or 0. 12 lb/ MM B t u li m it

,

m e a su r i n g of th e S O 2 e m is si o n s f or 0

. 12 l b/ MMB t u a nd 1

. 2

lb/ MMB t u li m it s s h a ll be pe r f or m e d by C EM s

.

4. C O l im it

a

. E m is si o n s h a ll be n o g r e a ter t h a n 0. 34 lb/ MMB t u h e a t i n p ut f or a

30

­ d a y r ol li n g a v e r a ge

.

b. 3990 lb / h r f or a n 8

­ h o ur block av e r a ge

.

c

. Af ter th e i n it ial st a c k test is pe r f or m e d

, m e a su r i ng of t he C O

e m is si on s s h a ll be pe r f or m e d by C EM s

.DA QE

­ AN 0 102370012

­ 08

P a ge 9

11. Un i t #3 B o il e r

A E f f e c ti v e u po n is s u a n c e of t h e AO :

1. P M li m it

a

. E m is si o ns s h a l l n o t be g r e a ter t h a n 0. 02 lb/ MMB t u h e a t i n p ut f r om

e a c h boil e r ba se d o n a 6

­ h o ur a v e r a gin g pe r io d.

b. S tac k testi ng f or t h e e m is si o n li m it a ti o n s h a ll be pe r f or m e d e a c h

y e a r

. T h e so ur c e m a y be teste d a t a n y ti m e if d i r e c te d by th e

E xe c u ti v e S e c r e tar y

.

2. NO

x li m it s

a

. E m is si o ns f r om t h e bo il e r s h a ll be n o g r e a ter t h a n 0

. 46 lb/ MMB t u

h e a t i np u t f or a 30

­ d a y r ol li n g a v e r a ge

.

b. M e a s ur i n g of th e NO x e m is si o n s s h a ll be pe r f

or m e d by C EM s

.

3. S O 2 li m it s

a

. E m is si o ns of S O 2 f r om t h e U n it #3 boil e r s h a ll be n o g r e a ter t h a n

0. 12 lb/ MMB t u h e a t i n p ut ba se d o n a 30

­ d a y r oll i ng pe r io d.

b. B oil e r #3 e m is si o n s of S O 2 sh a l l be n o g r e a ter t

h a n 10 pe r c e n t of th e

poten t ial c om bust io n c o n c e n t r a ti o n ba se d o n t h e a v e r a g e i n let a nd

a ve r a ge outl e t SO 2 e m is si o n s d e te r m i n e d a s t

h e a r i t h m e ti c a v e r a ge

of a ll h o ur ly e m is si o n r a tes f or t h e 30 s u c c e ssi v e boil e r ope r a ti n g

d a y s.

c

. M e a s ur i n g of th e S O 2 0

. 10 l b/ MMB t u e m is si o n s li m it s h a ll be

pe r f or m e d by C EM s

.

B

. E f f e c ti v e u po n i n st a l latio n or u pg r a d e of c on t

r ol e qu ip m e n t:

1. P M li m it

a

. E m is si o ns s h a l l n o t be g r e a ter t h a n 0. 02 lb/ MMB t u h e a t i n p ut f r om

e a c h boil e r ba se d o n a 6

­ h o ur a v e r a gin g pe r io d.

b. S tac k testi ng f or t h e e m is si o n li m it a ti o n s h a ll be pe r f or m e d e a c h

y e a r

. T h e so ur c e m a y be teste d a t a n y ti m e if d i r e c te d by th e

E xe c u ti v e S e c r e tar y

.



### 2. NO

x li m it s

a

. E m is si o ns f r om e a c h bo il e r s h a ll be n o g r e a ter t h a n 0

. 3 4 lb/ MMB t u

h e a t i np u t f or a 30

­ d a y r ol li n g a v e r a ge

.DA QE

­ AN 0 102370012

­ 08

P a ge 10

b. Af

ter th e i n it ial st a c k test is pe r f or m e d

, m e a su r i ng of NO x

e m is si on s s h a ll be pe r f or m e d by C EM s

.

3. S O 2 li m it s

a

. E m is si o ns of S O 2 f r om t h e U n it #3 boil e r s h a ll be n o g r e a ter t h a n

0. 12 lb/ MMB t u h e a t i n p ut ba se d o n a 30

­ d a y r oll i ng pe r io d.

b. B oil e r #3 e m is si o n s of S O 2 sh a l l be n o g r e a ter t

h a n 10 pe r c e n t of th e

poten t ial c om bust io n c o n c e n t r a ti o n ba se d o n t h e a v e r a g e i n let a nd

a ve r a ge outl e t SO 2 e m is si o n s d e te r m i n e d a s t

h e a r i t h m e ti c a v e r a ge

of a ll h o ur ly e m is si o n r a tes f or t h e 30 s u c c e ssi v e boil e r ope r a ti n g

d a y s.

c

. M e a s ur i n g of th e S O 2 0

. 12 l b/ MMB t u e m is si o n s li m it s h a ll be

pe r f or m e d by C EM s

.

4. C O l im it

a

. E m is si o n s h a ll be n o g r e a ter t h a n 0. 2 l b/ MMB t u h e a t i npu t f or a 30

­ d a y r ol li n g a v e r a ge

.

b. 2406 lb / h r f or 8

­ h o ur b lock av e r a ge

.

c

. Af ter th e i n it ial st a c k test is pe r f or m e d

, m e a su r i ng of t he C O

e m is si on s s h a ll be pe r f or m e d by C EM s

.

12. Un i t #1, #2 a nd #3 B oil e r s C om pli a n c e a nd M o n i to r i n g :

A. T h e i n it ial test s h a ll be pe r f or m e d a s so o n a s possi b le a nd i n n o c a se late r t h a n 180

d a y s a f ter t h e st a r t up of e a c h n e w bag h o use o n unit #1 a nd #2 bo il e r s

, e a c h

a d v a n c e d c om bu st io n L ow NOx b ur n e r /ov e r f ir e a ir sy st e m

, n e w ge n e r a ti o n L ow

NO x b u r n e r sy st e m a n d e a c h W F G D u pg r a d e

. I n it ial st a c k testi n g f or P M, NO x

,

a nd S O 2 s h a ll be pe r f or m e d a s spe c if ied be low

. I n it ial st a c k testi n g f or t h e C O, NO x

a nd S O 2 e m is si o n s i n t h e C o nd it i o n s 10. B

. 2. a

, 10. B

. 2. b

. , 10

. B

. 3. a

. , 10. B

. 3. b.

, 10. B

. 4

. a

. , 10

. B

. 4. b

. , 11

. B

. 2. a

. a nd 11. B

. 4

. a

. m a y be su b st it u te d wit h a R AT A t e st if

a ppr ov e d by t h e E xe c u ti v e S e c r e ta r y

.

B

. Notif ica ti on

T h e E xe c u ti v e S e c r e ta r y sh a l l be noti f ied a t lea st 30 d a y s pr io r to c o ndu c ti ng a n y

r e qui r e d e m is si o n testi n g

. A so u r c e test p r otocol s h a ll be s u bm it te d to DA Q w

h e n

th e testi n g n ot if ica ti on i s s ubm it ted t o t h e Exe c u ti v e S e c r e tar y

.

T h e so u r c e test p r otocol s h a ll be a pp r ov e d by t h e E xe c u t iv e S e c r e tar y pr ior to

pe r f or m in g t h e test ( s )

. T h e so ur c e test p r otocol s h a ll o u t li n e t

h e p r opose d test

m e th o d ologi e s

, s tac k to be teste d a nd p r oc e dur e s to be u se d. A p r e test c o n f e r e n c e

sh a ll be h e l d, if d i r e c ted by t h e E xe c u ti v e S e c r e ta r y

.DA QE

­ AN 0 102370012

­ 08

P a ge 11

C

. S a m ple L oc a ti on

T h e e m is si on poi nt s h a l l be d e si g n e d t o c o n f

or m to t h e r e qui r e m e n ts of 40 C F R 60,

Appe nd ix A, M e t h o d 1

, o r o t h e r m e th o d s a s a pp r ov e d by th e E xe c u ti v e S e c r e ta r y

. An Oc c u pa ti o n a l S a f e ty a n d H e a lt h A d m i n is t r a ti o n ( O S H A) or M i n e S a f e ty a n d

H e a lt h A d m i n i st r a ti o n ( MS H A) a pp r ov e d a c c e ss s h a ll be pr ov i d e d to t h e test

loca ti on.

D. Volu m e tric F low R a te

40 C F R 60

, Appe nd ix A, M e t h o d 2 o r ot h e r test i n g m e t h o d s a pp r ov e d by t h e

E xe c u ti v e S e c r e tar y

E. P M 1 0

M e t h o d 5B s h a ll be use d f or P M e m is si o n o r o t h e r testi n g m e th o d s a pp r ov e d by t h e

E xe c u ti v e S e c r e tar y

.

T h e ba c k h a lf c ond e n s ibl e s s h a ll a l so be teste d u s i n g t

he r e f e r e n c e d m e t h o d 202

. T h e ba c k h a lf c ond e n s ibl e s s h a ll not be u se d f

or c om pli a n c e d e m on st r a ti o n b u t s h a ll

be use d f or i n v e n to r y p ur pose s.

F

. S u lf u r Diox i d e ( S O 2 )

40 C F R 60

, Appe nd ix A, M e t h o d 6

, 6 A, 6 B

, 6 C

, o r ot he r test i n g m e t h o d s a ppr ov e d

by th e E xe c u ti v e S e c r e ta r y

G

. Nitr oge n Oxi d e s ( NO x )

40 C F R 60

, Appe nd ix A, M e t h o d 7

, 7 A, 7 B

, 7 C

, 7 D

, 7E, o r ot h e r testi ng m e t h o d s

a ppr ov e d by t h e E xe c u ti v e S e c r e ta r y

H

. C a r bo n M o n ox i d e ( C O )

40 C F R 60

, Appe nd ix A, M e t h o d 10

, o r o t h e r testi ng m e th o d s a ppr ov e d by t h e

E xe c u ti v e S e c r e tar y

I

. P a c if iC or p s h a ll pe r f or m a nnu a l sta c k testi ng to s h ow c om pli a n c e wit h t h e C O

e m is si on li m it a ti o n a f ter t h e i nit ial st a c k test i n g.

J. P a c if iC or p s h a ll i nst a ll

, c a li b r a te, m a i n tai n, a nd ope r a te a c o n ti nu o us m o n it o r i ng

sy st e m f or m e a su r i n g c a r bo n m on o xi d e

, s u lf ur dioxi d e a nd nit r oge n ox i d e s

e m is si on s

.

13. At a ll ti m e s, t h e pla n t­ wid e a ppl ica bil it y li m it a ti o n s f or t h e e n ti r e H unter P la n t f r om a ll po i n t

sour c e s a nd f u g it iv e e m is si o n s s h a l l n o t e xc e e d e d t h e f oll owi n g:

S O 2 L im it 7

, 187 to ns/ y e a r ba se d o n 12

­ m on t h s r oll i n g tot a l

NO x L im it 19

, 319 to ns/ y e a r ba se d o n 12

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14. S O 2 a nd NO x l im it s i n C o nd it io n 13 s h a l l be m o n i tor e d i n a c c or d a

n c e wit h 40 C F R P a r t

52. 21

. 21( a a ) ( 12) a nd a s m i n im u m it s h a ll be d o n e by su m m in g u p e m is si o ns a s f oll ows:

A. F or U n it s #1, #2 a nd #3 m a i n bo il e r st a c ks, P a c if iC or p ’ s r e po r t i n g to E P A’ s Ac i d

R a in E m is si o ns d a ta base f or NO x a nd S O 2 in po und s p e r h o ur obtai n e d f r om t h e

boil e r s ’ C EM d a ta s h a ll be use d to c a lcu late NO x a

nd S O 2 e m is si on r a tes

. All

r e por ted S O 2 e m is si o n s

, i n c l ud i n g e m is si o n s a ssocia ted wit

h st a r t u ps

, s hut d ow n s

,

a nd m a lf un c ti o n s

, i n po unds pe r h o ur

, s h a ll be s u m

m e d to ge t m o n t h ly tot a l

e m is si on s

.

B

. F or U n it s #1, #2 a nd #3 e m e r ge n c y d iese l­f ir e d ge n e r a t or s

, e m is si o n s s h a ll be

c a lcu late d by m u l ti ply i n g t h e S O 2 a nd NO x e m is si o n f a c tor f r om t h e late st e d it io n of

EP A’ s e m is si o n f a c tor s c om pil a ti o n AP­ 42 a nd h o ur s o f ope r a ti on. R e c or ds

d oc u m e n t i n g ge n e r a tor u sa ge s h a ll be ke pt i n a log

, a

nd t h e y sh a l l s how t h e d a te t h e

ge n e r a to r wa s u se d a nd t h e dur a ti o n i n h o ur s of ge n e r a t or usa ge

.

C

. F or U n it s #1, #2 a nd #3 e m e r ge n c y d iese l­f ir e d f ir e p um ps, e m is si o n s s h a ll be

c a lcu late d by m u l ti ply i n g t h e S O 2 a nd NO x e m is si o n f a c tor f r om t h e late st e d it io n of

EP A’ s e m is si o n f a c tor s c om pil a ti o n AP­ 42 a nd h o ur s o f ope r a ti on. R e c or ds

d oc u m e n t i n g ge n e r a tor u sa ge s h a ll be ke pt i n a log

, a

nd t h e y sh a l l s how t h e d a te t h e

pu m p wa s use d a nd t h e dur a ti o n i n h o ur s of p u m p u sa g e

.

D. Au xi li a r y st e a m boil e r e m is si o n s

, i n c l ud i n g e m is si o n s a ssocia ted wi t

h s tar t ups,

shut d ow n s, a nd m a lf un c ti o n s

, s h a l l be c a lcu late d by m u l ti ply i n g t h e e m is si o n f a c tor

f or S O 2 a n d NO x f r om t h e late st e d i ti o n of E P A ’ s e m is si o n f a c tor s c om pil a ti o n AP­

42 a nd f u e l c o n s u m pti o n

. R e c or d s d oc u m e n ti n g A u xi li a r y st e a m boil e r usa ge s h a ll

be ke pt i n a log

, a nd t h e y s h a ll s h ow t h e d a te t h e A u xil i a r y st e a m boil e r wa s u se d

a nd t h e dur a ti o n i n h o ur s of t h e A u x il ia r y st e a m boil e r u sa ge

.

E. T h e P AL li m it s i n C o nd i ti o n 13 s h a l l be e f

f e c ti ve f or ten y e a r s f r om th e d a te of

is s u a n c e of t h is AO

, i n a c c or d a n c e wi t h 40 C F R S u bpa r t 52

. 21( a a )

.

F I f P a c i f iC or p a ppli e s f or P AL r e n e wa l, t h e a pp li c a ti o n i n a c c or d a n c e wi t h 40 C F R

S u bpa r t 52. 21( a a ) ( 10) s h a ll be s u bm it ted bef or e t h e e nd of th e P AL e f f e c ti ve d a te,

a nd t h e P AL e st a bli s h e d i n t h i s AO w il l r e m a in un t il a r e v is e d a pp r ov a l or d e r is

is s u e d.

G

. On c e t h e P AL e xpir e s

, t h e so ur c e is s u bjec t to t h e r e qui r e m e n ts of 40 C F R S u bpa r t

52. 21( a a ) ( 9)

.

H

. M o nit o r i n g f or e a c h P AL s h a ll be i n a c c or d a n c e wi t h 40 C F R S u bpa r t 52

. 21( a a ) ( 12)

.

I

. F or t h e r e c or d ke e pi n g r e qu i r e m e n ts of e a c h P AL

, P a c if

iC or p s h a ll c om ply wit h 40

C F R S ubpa r t 52. 21( a a ) ( 13)

.

J. F or r e c or d s u bm it tal, P a c if iC or p s h a ll c om ply wit h 40 C F R S ubpa r t 52. 21( a a ) ( 14)

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15. T o d e ter m i n e c om pli a n c e wi t h t h e a ppli c a ble 12

­ m on t h r o ll i n g NO x a nd S O 2 P AL li m it s, t h e

own e r /oper a to r s h a ll c a lcu late n e w 12

­ m on th to tal NO x a

nd S O 2 e m is si o ns by t h e twe nti e t h

d a y of e a c h m on t h u si n g d a ta f r om t h e p r e v iou s 12 m on t hs. R e c or d s of e m is si on s s h a ll be

ke pt f or a ll pe r io ds w h e n t h e pla n t is i n ope r a t io n

.

16. Visi ble em is si o n s f r om H u nter U n it #1

, U n i t #2 a nd U nit #3 boi ler s s h a ll be li m it e d a s

f oll ows:

Dur i n g boil e r o pe r a ti o n, no g r e a ter t

h a n 20 pe r c e n t opa c it y

, e xc e pt a s p r ov id e d i n

R 307

­ 201

­ 3 ( 7)

. D u r i n g st a r t u p a nd s hu t d ow n e v e n ts C ondit io n 18 a nd C o ndit io n 26

sh a ll a pply

.

17. P a c if iC or p s h a ll d e v e lop, m a int a i n

, a nd im plem e n t a w r it ten H un te r E m is si o ns Mi n im iza ti o n

P la n ( H un te r P la n ) t h a t d e sc r ibes

, i n d e tail

, pr oc e dur e s f or ope r a ti n g a nd m a int a i n i n g t h e

Un i ts #1, #2 a nd #3 bo il e r s, i n c l ud i ng a ssocia te d a i r pol lut io n c ontrol a

nd m onit o r i n g

e qu ipm e nt, dur i n g e v e n ts of st a r t up a nd s hu t d ow n. T h e P la n s h a ll be s u bm it te d to t h e

E xe c u ti v e S e c r e tar y n o late r t h a n 180 d a y s a f ter t h e is s u a n c e of thi s AO

.

18. De f in it i o n of st a r t u p a nd s hu t dow n e v e n ts f or U n it #1

, Un i t #2 a nd U n i t #3 boi ler s a nd t h e

H u n te r P la n m i n im u m r e quir e m e n ts :

A. S tar t up i s d e f in e d a s t h e pe r io d be gi nn i n g wit h t h e i n t r o du c ti o n of f u e l i n to t h e boil e r

a nd e nd i ng n o late r t h a n w h e n two c oa l f e e d e r s h a v e be e n p r ov e n i n se r v ice a nd t h e

f lu e ga s tem pe r a t u r e a t t h e o u tl e t du c ts to b ot h si d e s of th e e lec tr ost a t ic p r e c ipi tato r ( U n it s #1 a nd #2) or t h e ba gh o use o u t let ( U n it s #1, #2 or #3 bo il e r s ) h a v e r e a c h e d a

tem pe r a tur e of 220 o F a nd less t h a n 20 pe r c e nt of t h e bo il e r h e a t i n p u t is be i n g

f u r n is h e d by f u e l oil

.

B

. B y pa ss of a ssocia ted c o n t r ol e quipm e n t s h a ll o n ly be use d to p r e v e n t loss of li f

e

,

pe r so n a l i n j ur y

, o r se v e r e p r ope r ty d a m a ge

.

C

. S hu t d ow n is d e f in e d a s t h e pe r i o d be gi nni n g w h e n t h e un i t loa d o r o utp u t is r e du c e d

wit h t h e i n te n t of r e m ov in g t h e un it f r om se r v ice

, o r w he n t h e un i t t r ip s a s t h e r e s u lt

of a sudd e n a nd un f or e se e n f a il ur e o r m a lf u n c ti o n a nd e nd i n g w h e n f u e l f low to t h e

boil e r c e a se s.

D. T h e H u nter P la n s h a ll c ontai n d e tai led s teps to m ini m ize

, to t

h e m a xim u m e xte n t

pr a c ti c a ble, t h e f r e qu e n c y a nd dur a t io n of ope r a ti o n i n st a r t u p o r s hut d ow n a nd s h a ll

be f oll owe d a t a l l t im e s. T h e H un te r P la n s h a l l c o n tai n st e ps to m ini m ize

, to t h e

m a xim u m e xten t p r a c ti c a ble, t h e f r e qu e n c y a nd dur a ti o n of ope r a ti o n i n st a r t up o r

shut d ow n m o d e

. T h i s s h a l l i n c l ud e

, b ut not n e c e ssar i ly be li m it e d to, ca

r e f u l a nd

d e taile d d e si g n

, pla nn i ng, ope r a ti o n

, a nd m a int e n a n c e s o a s to a v oid unn e c e ssar y

,

pr e v e n table

, o r unr e a son a bly f r e qu e n t o r le n g t h y st a r t ups a nd s hut d ow n s

.

E. T h e dur a ti o n of a boil e r st a r t up e v e n t s h a ll not e xte nd b e y on d 20 h o ur s pe r st a

r t u p

pe r io d or 300 h o ur s pe r y e a r pe r bo il e r a nd 750 h o ur s p e r y e a r c om bin e d f or t h e U n i t

#1, #2 a nd #3 bo il e r s

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F

. Dur i n g pe r i o d s of st a

r t u p a nd s hut d ow n

, P a c if iC or p s h a ll ope r a te a nd m a i n tai n t h e

boil e r s

, i n c l ud i n g a ssocia ted ai r po ll u t io n c o n t

r ol a nd m on i to r i n g e quipm e n t

, i n

a c c or d a n c e wit h pr oc e dur e s spe c if ied i n t h e H un ter P lan base d o n e quipm e n t

m a n u f a c tu r e r /pl a n t ope r a t i n g p r oc e dur e s.

G

. P a c if iC or p s h a ll m a int a i n r e c or d s d e m on s tr a t i n g t

h a t t he pr oc e du r e s i n t h e H unter

P la n we r e f oll owe d

. T h e se r e c or ds s h a l l i n c l ud e t h e d a te and ti m e of oc c ur r e n c e a nd

dur a ti o n of e a c h st a r t u p a nd s hut d ow n

, i n c l ud e e m is si on s dur i n g st a r t u p a nd

shut d ow n a s we ll a s ot h e r pe r ti n e n t i n f or m a ti on.

H

. P a c if iC or p m a y pe r io d ica ll y r e v is e t h e H un te r P la n f or th e a f f e c ted so ur c e a s

n e c e ssar y to sa t is f y th e r e quir e m e n t s of t h is C o ndit io n or to r e f lec t c h a n ge s i n

e qu ipm e nt o r pr oc e dur e s a t t h e a f f e c ted so ur c e

. E a c h s u c h r e v is io n m u st be

su bm it te d to t h e E xe c u ti v e S e c r e tar y

.

19. Un less ot h e r wise spe c if ied i n t his AO

, v is ib le em is si o ns f r om a n y st a ti o n a r y poi n t

, o t h e r

th a n m a in st a c ks, or f u git iv e e m is si on so ur c e a ssocia ted wit h t h e s o u r c e o r wit h t h e c o n t r ol

f a c il it ies s h a ll n ot e xc e e d 20 % opa c it y

. Opa c it y obse r v a ti ons of e m is si o n s f

r om st a ti o n a r y

sour c e s s h a l l be c o ndu c te d i n a c c or d a n c e wit h 40 C F R 60, Appe nd i x A

, M e t h o d 9.

F or t h ose so ur c e s t h a t a r e s ubjec t to NS P S

, o pa c it y sh a l l be d e te r m in e d by c ondu c ti ng

obse r v a ti on s i n a c c or d a n c e wi t h 40 C F R 60. 11( b) a nd 40 C F R 60

, Appe nd ix A, M e t h o d 9

.

20. Visi ble f u gi ti v e dust e m is si o ns f r om h a ul­ r oa d t r a f f ic a nd m obil e e qu ipm e nt i n ope r a ti o n a l

a r e a s s h a ll not e xc e e d 20 % opa c it y

. Vis ibl e e m is si o n de ter m in a ti o ns f

or t r a f f ic s our c e s s h a ll

u se pr oc e dur e s si m il a r to M e t h o d 9. T h e n o r m a l r e quire m e n t f or obse r v a ti o n s to be m a d e a t

15

­ se c ond i nter v a ls ov e r a s ix­ m in ute per io d

, h owe v e r

, sh a ll n ot a

pply

.

21. F u git iv e du st a nd e m is si o ns s h a l l be m i n im ize d by t h e f oll owi n g tec hni qu e s:

A. All c o n v e y or s a nd d r o p po i n ts s h a ll be e n c los e d i n a s tru c t

ur e

.

B

. T h e li v e c oa l h a ndli n g a nd st o r a ge s h a l l be e n c los e d i n a st r u c t ur e

.

**Fu e**  **l s** 

22. T h e s u lf u r c o n te n t of a n y f u e l oil s h a ll n ot e xc e e d 0. 85 lbs / MMB t u h e a t i n p ut. T h e s u lf ur

c on te n t s h a ll be d e ter m i n e d by AST M M e t

ho d s D 2015

­ 7 7 or D 3286

­ 85 or a ppr ov e d

e qu iv a len t

.

**F e**  **d e**  **r al**  **L im**  **it a**  **t i**  **o n**  **s an**  **d Re**  **q u**  **i r**  **e m**  **e n**  **t s** 

23. I n a d d i ti o n to t h e r e qu i r e m e n ts of th i s AO

, a ll a ppli c a bl e pr ov is io n s of 40 C F R P a r t 60

, NSP S S u bpa r t s A

, 40 C F R 60

. 1 to 60. 18

, S u bpa r t D, 40 C F R P a r t 60. 40 to 60

. 46 ( S tand a r d s

of P e r f or m a n c e f or F ossi l­ F u e l­ F ir e d S tea m G e n e r a tor s f or W hic h C o n st r u c ti o n is

C om m e n c e d Af ter A u g u st 17, 1971)

, S u bpa r t Da ( S ta nd a r ds of P e r f or m a n c e f or E lec t r ic

Util it y S tea m Ge n e r a ti n g U n it s f or W h ic h C o n s tru c t io n C om m e n c e d Af ter S e ptem be r 18,

1978) a nd S u bpa r t H HH H ( E m is si o n G u i d e li n e s a nd C om pli a n c e T im e s f or C oa l­ f ir e d

E lec t r ic S tea m G e n e r a ti n g U n i ts ) a pply to t h is i nst a ll a ti on.DA QE

­ AN 0 102370012

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P a ge 15

24. I n a d d i ti o n to t h e r e qu i r e m e n ts of th i s AO

, a ll a ppli c a bl e pr ov is io n s of 40 C F R P a r t 72

, 73,

75, 76, 77 a nd 78

­ F e d e r a l r e g ulatio n s f or t h e Ac i d R a i n P r og r a m und e r C lea n Ai r Ac t T it le

I V appl y to t h i s i nst a ll a ti o n.

25. I n a d d i ti o n to t h e r e qu i r e m e n ts of th i s AO

, a ll a ppli c a bl e pr ov is io n s of 40 C F R P a r t 52

. 21

( a a )

­ Ac tu a ls P a ls ( i n c o r po r a ted by r e f e r e n c e i n t h e UA C

, R 307

­ 405

­ 2) a pply to t his

ins tallatio n.

**M o**  **n itor**  **in g** 

**­ Ge**  **n e**  **r al**  **Pr oc**  **e ss** 

26. T h e own e r /ope r a tor s h a ll i n s tall, ca li b r a te, m a i n tai n, a

nd ope r a te a c onti nu o u s e m is si o n s

m on it o r i n g sy st e m ( C EMs) o n t h e m a i n bo il e r s st a c ks f or C O, S O 2 , a nd NO x

. T h e

own e r /oper a to r s h a ll r e c or d t h e o u tp ut of t h e sy st e m

, f or m e a sur i n g t h e opa c it y

, C O

, S O 2 ,

a nd NO

x e m is si o n s

. T h e m o n it o r i ng sy st e m s h a ll c om

p ly with a ll a ppli c a ble s e c ti o n s of

R 307

­ 170

, UA C ; a nd 40 C F R 60, Appe nd ix B

.

All c o n ti nuo u s e m is si o ns m o n it o r i ng d e v ice s a s r e qu i r e d i n f

e d e r a l r e gulatio n s

, a nd st a te

r u les s h a ll be i n s talled a nd o pe r a ti o n a l p r io r to p lac in g t h e a f f e c ted so u r c e i n ope r a ti o n.

E xc e pt f or sy st e m br e a kd ow n, r e pa ir s

, c a li br a ti o n c h e c ks, a nd z e r o a nd spa n a d j ust m e n ts

r e qui r e d und e r pa r a gr a p h ( d) 40 C F R 60. 13, t h e ow n e r / ope r a tor of a n a f f e c ted so ur c e s h a ll

c on ti nuo u sl y ope r a te al l r e qu i r e d c o n ti nuo u s m on i tori ng d e v ice s a

nd s h a l l m e e t m ini m u m

f r e q u e n c y of ope r a ti o n r e qu i r e m e n ts a s o u t li n e d i n 40 C F R 60. 13 a

nd S e c ti o n UA C R 307

­

170.

**Re c**  **or d**  **s &**  **M i**  **sc e**  **l lan**  **e o**  **u s** 

27. At a ll ti m e s, i n c l ud i n g pe r i o d s of st a

r t u p

, s hut d ow n

, a nd m a lf u n c ti o n, ow n e r s a nd ope r a to r s

sh a ll

, to t h e e xte n t pr a c ti c a ble, m a in tai n a nd ope r a te a ny e q uipm e n t a ppr ov e d und e r t his AO

, in c l udi n g a ss oc iate d a ir pol l u ti o n c o n t r ol e quipm e n t

, i n a m a nn e r c o n si s tent wi t h goo d a i r poll u ti o n c o n t r ol p r a c ti c e f or m in im izi n g e m is si o n s. De ter m in a ti o n of wh e t

h e r a c c e ptable

ope r a ti n g a nd m a int e n a n c e p r oc e dur e s a r e be i n g u se d will be ba se d o n t h e i n f or m a ti o n

a va il a ble t o t h e E xe c u t iv e S e c r e tar y whic h m a y in c l ud e

, b ut i s n ot l im it e d to

, m o n it o r i ng

r e s u lt s

, opa c it y obse r v a ti on s

, r e v iew of ope r a ti n g a

nd m a in ten a n c e p r oc e dur e s

, a nd

ins pe c ti o n of t h e so ur c e

. Al l m a int e n a n c e pe r f or m e d o n t h e e qu ipm e nt a u t h o r ize d by t h is

AO s h a ll be r e c o r d e d.

28. T h e own e r /ope r a tor s h a ll c om ply wit h R 307

­ 150 S e r ies

. I n v e n torie s, T e st in g a nd

M o nit o r i n g

.

29. T h e own e r /ope r a tor s h a ll c om ply wit h R 307

­ 107

. G e ne r a l R e qu i r e m e n ts : U n a v oid a ble

B r e a k d ow n s.

T h e E xe c u ti v e S e c r e ta r y sh a l l be noti f ied i n w r i ti n g if P a c if iC or p is sol d o r c h a n ge s it s n a m e

.

T h is AO i n n o wa y r e lea se s t h e ow n e r o r ope r a to r f r om a n y li a bi li ty f or c om pli a n c e w it h a l l o t h e r a ppli c a ble

f e d e r a l, s tate

, a nd loca l r e gulatio n s i n c l udi n g R 307

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A copy of th e r u les, r e gulatio n s a nd /o r a tt a c h m e n ts a ddr e ssed i n t his AO m a y be obtain e d by c o n tac ti n g t h e

DA Q. T h e UA C R 307 r ules u se d by DA Q, t h e Notice of I n ten t ( NO I ) g u i d e

, a nd o t h e r a ir qu a li ty d oc u m e n t s

a nd f or m s m a y a ls o be obtai n e d o n t h e I n ter n e t a t t h e f oll owi n g we b si te:

h tt p :/ /www

. a i r qu a li ty

. utah.gov /

T h e DA Q i s a ut h or ize d to c h a r ge a f e e f or r e im bur se m e n t of th e a c t u a l c ost s i n c u r r e d i n t h e is s u a n c e of a n

AO

. A n i n v oice will f oll ow u po n is s u a n c e of t h e f in a l A O.

Appr ov e d B y :

M. C h e r y l H e y in g, E xe c u ti v e S e c r e ta r y

Uta h A ir Q u a li ty B oa r d