p. 1



# OAR Box 

# 1477 Prepped by Ollie Stewart



# Document

Number: 

# 30 ) ll-J-2 1

Docket Number: 

# A-94-5 2

Printed 7/31/2008 11:40:24

AM Sheet 30 of 36

## P. 2

From : To : Date : Stibject : Marguerite : KEITH BARNET T

THWEATT-MARGUERIT E 3/17/0 0 3:10p

m' Reinforce d Plastic e Composite s Chapte r 4

.

Attache d id Cahpte r 4 o f the RP C BID
. Als o attache d i s Appendi x B
. Whe n thi s documen t i s transmitte d t o Jennife r Greenamoyer , b e sur e an d not e tha t SB

Aha s alread yreceive d Appendi x Ao f thi s document , whic h i s th e dat a set s use d t o develop the poin t valu e equations

. Keit hP. 3



## CHAPTE R4
MAC T FLOOR S AN D ABOV E TH E FLOO RCONTRO L OPTION S

Th e purpos e of

thi s chapte r

i s t o presen t

th e maximu machievabl e contro l technolog y (MACT ) floo r

an dany abov e th e floo r

contro l option s for

th e Reinforce dPlastic s Composite s Sourc e Category

. Thi s chapte r i s organize dinfiv e sections : (1 ) abrie f backgroun dof

th e statutory requirements ; (2 ) adescriptio nof th e availabl e data ; (3 ) adiscussio nof consideration s indeterminin g MAC T floors , an dho w thes e consideration s were addresse dfor th e reinforce d # 

## plastic s composite s sourc e category ; (4 ) th e result s of th e MAC T floor

analysis; an d(5 ) th e developmen t

of th e abov e th e floo r

contro l options

. 4. 1 BACKGROUN D O N CLEA N AI RAC T REQUIREMENT S
Sectio n11 2 ofth e CleanAi r Ac t (CAA) , a s amende din1990 , contain s requirement s for th e developmen t

of regulatory alternative s for source s of

hazardou s ai r

pollutan t (HAP ) emissions

. Sectio n112(d ) of th e CAArequire s emission s standard s for HA Pt o reflec t

th e maximu mdegre e of

reductio ninemission s of HA Pthat

i s achievabl e "..

. takin g int o consideratio nth e cos t

o f achievin g suc hemissio nreduction , an dany non-ai r quality healthan d environmenta l impact s an denerg y requirements.... " Thi s contro l leve l i s referre dt o a s MACT

. Th e CAAals o provide s guidanc e o ndeterminin g th e leas t stringen t leve l allowe dfor MAC T standards , referre dt o a s th e "MAC T floor. " Fo r ne w sources , emissio nstandard s "..

. shal l no t b e les s stringen t

thanth e emissio ncontro l that i s achieve dinpractic e b y th e bes t controlle dsimilar

source. " Fo r

existin g sources , th e emissio nstandard s mus t b e a t leas t a s stringen t a s eithe r "..

. th e averag e emissio nlimitatio nachieve db y th e bes t performin g 1 2 percen t ofth e existin g source s
. .. " o r "..

. th e average emissio nlimitatio nachieve db y th e bes t performin g 5 source s
... " for categorie s o r

subcategorie s wit

hles s than3 0 sources
. Becaus e MAC T mus t

b e a t leas t a s stringen t

a s th e floor , cost s an deconomi c consideration s ca nnot b e considere dindeterminin g th e floo r leve l of control

. Becaus e MAC T shoul dreflec t th e maximu mdegre e of

emission s reduction , onc e floor s are determine dth e EP Atypicall y identifie s an devaluate dcontro l option s mor e stringen t thanth e floor

. Thes e abov e th e floo r contro l options , ar e evaluate dbase do ncosts , environmenta l an d energ y impacts

. If

thes e impact s appear

t o b e reasonabl e basedonth e amoun t of additional contro l achieved , the nth e above th e floo r optio ni s chose na s MACT

. 4. 2 AVAILABL E DAT A
Th e primary source s o f

dat ause di nth e MAC T floo r analyse s include s informatio nfro m a199 3 surve y ofth e reinforce dplastic s composite s industry , site visi t reports , Stat e ai r

permits , an dth e toxi c releas e inventory syste m(TRIS)

.

4 - 1P. 4



## Th e dat afro mthes e source s were compile dinadat abase

. Th e informatio ncompile d include dth e amount s an dtype s of resin s used , th e resi nHA Pcontents , resi napplicatio n methods , final product(s ) produced , wor k practic e emissio ncontrols , an dpresenc e of add-o n controls

. 4. 3 CONSIDERATION S I N DETERMININ G MAC T FLOOR S
Several fundamental decision s mus t b e mad e before MAC T floor s ca nb e determined

. Thes e consideration s includ e ho w non-majo r source s wil l b e handle dinth e analysis , if/ho w th e sourc e category i s t o b e subcategorized , ho w emissio nsourc e type s are t o b e grouped , whic hare th e bes t performin g facilities , an dwhat i s th e prope r

format of th e MAC T floor

. Eac hof thes e topic s i s discusse dinth e followin g sections , whic hals o includ e decisions/assumption s mad e i n th e analyse s for

th e reinforce dplastic s composite s sourc e category

. Majo rSource s Sinc e th e regulatio nfor

th e reinforce dplastic s composite s sourc e category wil l appl y t o majo r sources , i t

i s appropriat e t o conside r onl y majo r

source s an d"syntheti c area " source s inth e analysis

. Asyntheti c are asourc e i s asourc e that appear s t o hav e th e potential t o b e major base d o nit s potential t o emit , bu t accept s apermi t

limi t o nHA Pemission s belo w major sourc e levels

. Therefore , w e estimate dwhethe r eac hfacility for

whic hdat awer e availabl e wa s amajo r o r syntheti c are asource
. Base do nth e availabl e information , ther e wer e 44 0 facilitie s identifie dwhic hwer e majo r source s basedo nthei r

potential t o emit , o r

appeare dt o hav e th e potentia l t o b e major source s base do ncollocatio nwithothe r HA Pemittin g processe s not part o f thi s sourc e category

. Groupin go f

Operation s Sectio n112(d)(1 ) ofth e CA Agive s th e EP Ath e authority t o ".

. . distinguis hamon g classes , types , an dsize s of source s withi nacategory... " whe ndevelopin g standards

. Subcategories , o r

subset s of

similar emissio nsource s withi nasourc e category , ma y b e define dif technica l difference s inemission s characteristics , processes , contro l devic e applicability , o r opportunitie s fo r

pollutio npreventio nexis t withi nth e sourc e category

. Specifi c example s of thes e difference s includ e th e type s of products , proces s equipmen t differences , th e typ e an dleve l o f emissio ncontrol , emission s sources , an dany othe r factor s that

woul dimpac t

aMAC T standard

. Insettin g th e MAC T standards , th e floo r mus t b e establishe dfor

th e sourc e category

. However , inanalyzin g th e availabl e dat ao nthi s sourc e category , i t wa s apparen t

that for thi s sourc e category that

RP C facilitie s a s awhol e wer e extremel y divers e inthei r emissio n characteristics , contro l devic e applicability , an dopportunitie s for pollutio nprevention

. Therefor e ametho dha dt o b e foun dt o grou p "similar sources " withi nthi s sourc e category

. Evaluatio nof

th e dat ashowe dtha t

RP C productio nprocesse s coul db e divide dint o th e followin g operations :
4 - 2P. 5



## Bul k Moldin g Compoun d(BMC ) Manufacturin g Centrifugal Castin g Compressio nMoldin g Continuou s Castin g Continuou s Laminatio n Equipmen t

Cleanin g Filamen t Windin g Ge l Coatin g Injectio nMoldin g Manua l (Han dLay-up/Bucke t & Tool ) Applicatio n Mixin g of

HA PContainin g Material s Polyme r Castin g Pressure-Fe dRoller/Flo w Coate r Resi nApplicatio n Pultrusio n Resi nTransfe r

Moldin g (RTM ) Shee t Moldin g Compoun d(SMC ) Manufacturin g Spray Lay-u p o f

Resi n Storag e of

HA PContainin g Material s
An y on e facility may hav e several of thes e operation s o nsite

. Resi nstorage , mixing , an d equipmen t

cleanin g operation s an dancillary operatio nt o th e actual productio nprocess , an dare typicall y locate dat

al l facilities

. Description s of thes e individua l operation s wer e previousl y discusse dinChapte r

3

. Groupin g th e availabl e dat abasedo nthes e operation s t o determin e MAC T floor s appeare dt o b e appropriat e for several reasons
. First , th e numbe r of different operation s i s generall y wel l defined

. Second , basin g th e floor s o nthes e operation s facilitate s complianc e wit h th e standard(s ) becaus e facilitie s rarel y chang e thei r th e operation s inthei r

productio nprocesses , eve nwhe nthe y chang e products

. Basin g th e floo r analysi s o nproductio noperation s was als o suggeste db y industry representatives. ' Thoug hsettin g th e floor s o nth e individua l operation s show nabove woul dpresen t avali d option , som e of

th e individua l operation s describe dabov e hav e anumbe r o f characteristic s i

n commo nthat

woul djustif

y groupin g of

similar operations , whic hwoul dfurther simplif y th e standard(s ) an dreduc e th e numbe r of different floors

. Th e EP Ainvestigate dth e optio no f groupin g som e of

th e operatio nshow nabove b y examinin g th e followin g criteri afor eac hindividua l process : Emissio npotentia l interm s of availabl e hazardou s ai r

pollutant s (HAP ) (hig h- averag e proces s emissio nfacto r i s greate r

than 10% , mediu m- average proces s emissio nfacto r i s betwee n3 an d10% , an dlo w - average proces s emissio nfacto r

i s les s than3%) , equipmen t use d(open , semi-closed, o r closed) , proces s operatio n(batc hversus continuous) , an dapplicabl e emissio nreductio no r contro l techniques

. Tabl e 4- 1 present s th e result s ofthi s investigatio nb y criteri afor eac hindividua l operation

. Th e firs t fiv e operation s inTabl e 4-1 , spray lay-up , manual application , pressure-fe d roller/flo w coater , filamen t winding , an dge l coating , processes , ar e similar interm s of

emissio n
4 - 3

## TABL E4-1

. CRITERI A CONSIDERE D FO RCOMBININ GINDIVIDUA LOPERATION S

Individua l Processe s Spray Lay-u p Manua l Applicatio n Pressure-Fe dRoller/Flo w Coate r Filamen t Windin g Ge l Coatin g Centrifugal Castin g Compressio nMoldin g Injectio nMoldin g RT M Continuou s Castin g Continuou s Laminatio n Polyme r Castin g
Pultrusio n
BM C Manufacturin g Mixin g o f

HA PContainin g Material s SM C Manufacturin g Equipmen t

Cleanin g Storag e o f

HA PContainin g Material s Emissio n Potentia l

Hig h

Hig h

Lo w

Mediu m

Lo w
Mediu m

Lo w

Lo w Hig h
Lo w Equipmen t

Use d

Ope n

Semi-Close d

Close d

Semi-Close d

Semi-Close d
Semi-Close d
Ope no r Close d
Semi-Close d Ope n Ope no r Close d Proces s

Operatio n

Batc h

Batc h

Batc h

Continuou s

Batc h
Continuou s

Batc h

Continuou s Batc h
Batc h Applicabl e Reductio no r Contro l Technique s Spray Lav-up : Pressure-fe droller/flo w coater , vapo r suppressant , lo w HA Presin , enclosin g process , an dcontro l devic e Al l Others : Vapo r

suppressant , lo w HA Pra w material , enclosin g process , an dcontro l devic e

Lo w HA Presi nan dcontro l devic e Compressio nan dinjectio nmoldin g only : Expos e onl y on e charg e at

an y tim e an dcove r

al l othe r charge s

Lo w HA Presin , we t

are aenclosure , an dcontro l devic e
Enclosin g th e proces s Lo w HA Presin , we t

are aenclosure , resi no r

di e injection , an dcontro l devic e

Close do r

covere dmixer s an dcontro l devic e Nylo nfilm, covere ddocto r box , an dcontro l devic e N o HAP-containin g cleaner s
Close do r

covere dvessel s an dcontro l devic e Th e othe r

en dproduc t

consideration s that

appeare d leve l of control s availabl e wer e th e additio no f pigment s t o t o hav e asignifican t impac t o nth e raw materials , an dtherefor e th e typ e an d ge l coats , us e of

fillers, an dproductio nof produc t mold s (calle dtool s in 4 - 4P. 7



## thi s industry)

. potential an dth e us e of

a nope nmol dthat

enclose s onl y on e sid e of th e product

. Thes e are typicall y calle dope nmoldin g processes
. However , ther e are som e difference s i nth e applicabl e emissio nreductio ntechniques

. Fo r example , thes e processe s us e ra w material s that

ma y hav e different

propertie s base donth e individua l processes
. Thi s means that th e actual HA Pconcentratio nattainable for lo w HA P material s an dth e ability t o us e vapo r suppressant s ma

y var y betwee noperations

. Also , convertin g aspray lay-u p operatio nt o pressure-fe drollers/flo w coate r applicatio nof

resi ni s possibl e for

certai nresi nsystems , bu t no t all

. Thi s conversio nresult s insom e emission s reduction

. Pressure-fe drollers/flo w coater s canno t b e use dwit

hge l coating , filamen t

winding , an dwoul dno t

achiev e any emission s reductio nif substitute dfor

amanual applicatio nprocess
. Fo r thes e reasons , w e aggregate dpressur e fedrollers/flo w coate r operation s an dspray lay-u p int o on e aggregate doperatio ncalle dmechanica l resi napplication

. Th e othe r operation s wer e treate dseparatel y for floo r development

. Tabl e 4- 1 als o show s tha t compressio nmolding , injectio nmolding , an dRT M hav e th e sam e characteristics

. Thes e processe s are close dmoldin g processe s an dth e onl y differenc e betwee n the mi s that

th e emissio nreductio ntechnique s that pertai nt o th e handlin g of charge s d o no t appl y t o RTM

. Therefor e compressio nan dinjectio nmoldin g wer e combine dtogethe r for MAC T floo r

development

. Resi ntransfe r moldin g wa s treate dseparately

. Al l thre e of thes e processe s are typicall y calle dclose dmoldin g processe s becaus e the y us e acompletel y close d mold

. Continuou s laminatio nan dcontinuou s castin g hav e th e same characteristic s interm s o f emission s an dapplicabl e contro l techniques

. Ther e wer e combine dfor MAC T floo r development

. Bothof

thes e processe s ar e semi-close dcontinuou s processe s wit hamediu m emissio npotential

. Inaddition , th e applicabl e emissio nreductio no r contro l technique s ar e als o th e sam e for

botho f thes e processes
. BM C manufacturin g an dmixin g of HA Pcontainin g material s are mixin g processe s with alo w emissio npotentia l an dth e sam e emissio nreductio no r contro l techniques

. Thes e tw o operation s wer e groupe dtogethe r for MAC T floo r

development

. Th e othe r individua l operation s (i.e. , centrifugal casting , polyme r casting , pultrusion , SM C manufacturing, equipmen t cleaning , an dstorag e of

HA Pcontainin g materials ) ar e dissimilar enoug htha t

dat afor thes e processe s wer e groupe dseparately

. Inadditio nt o combinin g similar individua l operations , th e EP Aals o investigate dif processe s shoul db e further subdivide dbasedo nth e desire dpropertie s of th e en dproduc t

o r th e difference s inth e ra w material

. Tabl e 4- 2 show s th e propertie s of th e en dproduc t

an draw material s wer e use dt o fuithe r subdivid e th e dat ause dfor floo r development

. Industry representative s indicate dthat th e leve l of

resistanc e of

th e final produc t

t o corrosiv e environment s ha s asignifican t impac t o nth e type s of

resin s that

canb e used , an dresi n
4 - 5P. 8



## HA Pcontent

. Fo r

thi s reason , an dbasedo nou r revie w of

th e data , wher e resi nHA Pconten t wa s bein g considere da s a

nemission s contro l (ope nmoldin g an dcentrifugal castin g operations) , w e
TABL E4-2

. OPERATIO NSUBDIVISION S BASE D O NDIFFERENCE S I NEN D PRODUC T PROPERTIE S
Individual Operatio n

Ge l Coatin g

Mechanica l Resi n Applicatio n

Manua l Resi n Applicatio n

Filamen t Windin g

re.nfrifiiPfl l 

## En dProduc t

Subdivisio n
Toolin g Ge l Coat
Pigmente dProductio n
Clear Productio n

Productio nResi n- Corrosio nResistan t

Productio nResi n- Fille dNon-Corrosio n Resistan t Productio nResi n- Unfille dNon-Corrosio n Resistan t

Toolin g Resi n
Productio nResi n- Corrosio nResistan t Productio nResi n- Non-Corrosio n Resistan t
Toolin g Resi n

Corrosio nResistan t Non-Corrosio n Resistan t Corrosio nResistan t Reaso nfor Subdivisio n Different requirement s for

surfac e an dstructura l propertie s deman ddifferent gel coats for

toolin g a s compare dto productio napplications

. Pigmente dgel coats hav e highe r densitie s than clear ge l coats

. Therefore , pigmente dge l coat s can hav e lowe r

HA Pcontent s onapercen t weigh t basi s thanclear ge l coats

. Corrosio nresistan t

product s requir e th e us e of different resi ntype s compare dt o non-corrosio n resistan t product s t o provid e chemical resistanc e in corrosiv e environments

. Th e emissio nreductio noption s for th e productio n of fille dproduct s produce db y mechanica l resi n applicatio nare mor e limite dtha nfor th e productio n of unfille dproduct s (i.e. , vapor-suppressant s ar e les s effectiv e an dth e flo w coater/pressure-fe d rolle r technolog y i s stil l inth e developmenta l stag e for fille dresi nsystems)

. Different requirement s for

surfac e an dstructura l propertie s deman ddifferent resin s for

toolin g a s compare dt o productio napplications

. Corrosio nresistan t

product s requir e th e us e of different resi ntype s compare dt o non-corrosio n resistan t product s t o provid e chemica l resistanc e in corrosiv e environments

. Different requirement s for

surfac e an dstructura l propertie s deman ddifferent resin s for

toolin g a s compare dt o productio napplications

. Corrosio nresistan t

product s requir e th e us e o f different resi ntype s compare dt o non-corrosio n resistan t product s t o provid e chemical resistanc e in corrosiv e environments

.

rnrrnsin nresistan t

nrnHnrt s re.nnirp

. thp

. us e n f 

## Castin g different resi ntype s compare dt o non-corrosio n resistan t product s t o provid e chemical resistanc e in corrosiv e environments

. 4 - 6P. 9



## Non-Corrosio n Resistan t

4- 7P.1 0



## further subdivide dth e dat abetwee ncorrosio nresistan t product s an dnon-corrosio nresistan t products

. A s show nintabl e 4-2 , th e en dproduc t an draw material difference s liste dabov e wer e considere dt o justif

y afurther

subdivisio nof

openmoldin g an dcentrifugal castin g processe s becaus e thes e difference s affect th e choic e of

som e of th e mai nemissio nreductio noption s liste d inTabl e 4- 1 (e.g. , lo w HA Presins , vapo r suppressants , an dus e of

flo w coaters/pressure-fe d rollers)

. Tabl e 4- 3 present s th e final result s of th e groupin g of

operation s fo r

MAC T floo r development

. Th e fa

r right columnof

th e tabl e present s eac hdat ase t use dt o segregat e th e dat a for mth e 44 0 facilities

. AMAC T floo r for ne w an dexistin g source s wa s develope dfor eac h groupin g inthi s column

. Bes tPerformin gFacilitie s
A s previousl y discussed , th e MAC T floo r for ne w sources , shal l no t

b e les s stringen t tha nth e emissio ncontro l that i s achieve dinpractic e b y th e bes t controlle dsimilar

source
. Fo r existin g sources , th e emissio nstandard s mus t b e a t leas t a s stringen t

a s eithe r th e averag e emissio nlimitatio nachieve db y th e bes t performin g 1 2 percen t

of th e existin g sources , o r

th e averag e emissio nlimitatio nachieve db y th e bes t performin g 5 source s for categorie s o r

groupin g withles s than3 0 sources
. Inorde r t o determin e th e bes t

performin g facilities , th e EP Aha dt o determin e ametho dt o ran k th e facilitie s ineac hdat aset

. Fo r ope nmoldin g an dcentrifugal castin g processe s thi s wa s accomplishe dusin g apoin t valu e system

. Th e poin t valu e syste mwa s designe dt o accuratel y reflec t th e emissio ncontro l statu s of facilitie s withi neac hof

th e ope nmoldin g operation.

. Poin t value s are expresse dinterm s of pound s of

emission s pe r

to nof resi nused

. However , th e poin t value s ar e not

emissio nfactors

. The y simpl y determin e th e relativ e emission s of th e sam e operation s at

different facilities , rathe r

the na nabsolut e emission s value

. Th e poin t valu e represente db y th e medianof th e lowes t

1 2 percen t

of th e poin t values withi nth e dat ase t

(o r lowes t fiv e if les s than3 0 sources ) for eac hemissio noperatio ngroupin g was determine dt o b e th e existin g sourc e MAC T floor

. Th e lowes t poin t valu e wa s selecte da s th e ne w sourc e MAC T floor

. Fo r th e othe r operation s inthi s sourc e category , th e rankin g of facilitie s wa s basedo nth e presenc e o r

absenc e of

wor k practice s o r

equipmen t

know nt o reduc e emissions , an dth e overal l efficienc y of

an y add-o ncontrols

. Developmen to f

Poin tValu e Equation s
Th e MAC T mode l equation s ar e algebrai c expression s that estimat e th e quantity o f

HA P emitte dfor

th e ope nmoldin g processe s withan dwithou t emissio nreductio ntechniques

. Thes e equation s wer e develope dt o determin e poin t values that

reflec t th e emissio ncontro l statu s of eac hfacility withi neac hof th e emissio noperatio ngroupings

. Fo r th e developmen t

o f th e MAC T model equation s for ope nmoldin g processes , th e EP Areviewe demissio nstudie s that wer e conducte db y th e EP Aan dindustry

. Thes e studie s wer e use dt o characteriz e th e difference s i nemission s du e t o factor s suc ha s varyin g HA Pcontent s of th e raw material , 4 - 8P.1 1



# TABL E4-3

. SUBDIVISIO

NO FTH EDAT AFO RMAC T FLOO RDEVELOPMEN

T

Individua l Operatio n

Spray Lay-u p

Pressure-Fe d Roller/Flo w Coate r

Manua l Resi n Applicatio n

Filamen t Windin g

Ge l Coatin g

Centrifugal Castin g Compressio n Moldin g Injectio nMoldin g RT M Continuou s Castin g Continuou s Laminatio n Polyme r Castin g Pultrusio n Aggregate d

Operatio n

Mechanica l Resi n Applicatio n

No t Applicable

No t Applicabl e

No t Applicabl e

No t Applicabl e Injection/ Compressio n Moldin g No t Applicabl e Continuou s Lamination/ Continuou s Castin g No t Applicabl e No t Applicabl e Subdivisio nbase do n

En dProduc t Consideration s Corrosio nResistan t (CR ) Product s No nC RFille dProduct s
No nC RUnfille d Product s
Tool s (Molds )
C RProduct s
No nC RProduct s
Tool s C RProduct s No nC RProduct s Tool s Pigmente dGe l Coate d Product s Clear Ge l Coate d Product s C RProduct s No nC RProduct s

No t Applicabl e

No t Applicabl e

No t Applicabl e

No t Applicabl e No t Applicabl e Dat ase t use dinMAC T Floo r Developmen t C RMechanica l Resi n Applicatio n No nC RFille dMechanica l Resi nApplicatio n No nC RUnfille d Mechanica l Resi n Applicatio n Mechanica l Toolin g Resi n Applicatio n C RManua l Resi n Applicatio n No nC RManua l Resi n Applicatio n Manua l Toolin g Resi n Applicatio n C RFilamen t

Windin g No nC RFilamen t

Windin g Toolin g Ge l Coatin g Pigmente dProductio nGe l Coatin g Clear Productio nGe l Coatin g C RCentrifugal Castin g No nC RCentrifugal Castin g Injection/ Compressio nMoldin g RT M
Continuou s Lamination/ Continuou s Castin g Polyme r Castin g Pultrusio n



# 4- 9P.1 2



# TABL E4-3

. SUBDIVISIO

NOFTH EDAT AFO RMAC T FLOO RDEVELOPMEN

T (Con't )

BM C Manufacturin g Mixin g of

HA P Containin g Material s Polyme r Castin g Pultrusio n SM C Manufacturin g Equipmen t Cleanin g Storag e of

HA P Containin g Material s BM C

Manufacturing / Mixin g
No t Applicabl e No t Applicabl e No t Applicabl e
No t Applicabl e

No t Applicabl e No t

Applicabl e

No t Applicabl e No t Applicabl e No t Applicabl e
No t Applicabl e

No t Applicabl e BM C Manufacturing / Mixin g
Polyme r Castin g Pultrusio n SM C Manufacturin g Equipmen t

Cleanin g Storag e of

HA PContainin g Material s



# 4-1 0P.1 3



## different method s o f

resi napplication , usag e of vapor-suppressants , gel time , an dproduc t thickness

. Th e emissio nstudie s sho w that man y parameter s are importan t indeterminin g th e amoun t of emissions

. However , th e EP Adetermine dthat no t all of th e parameter s that

affec t emission s constitut e enforceabl e emissio nreductio nstrategies

. Th e EP Aconsidere dth e metho d of resi napplication , th e HA Pconten t of th e resi no r

gel coat , th e us e of

vapor-suppressants , th e us e of close dmol dcuring/vacuu mbagging , an dth e us e of add-o ncontro l device s enforceabl e emissio nreductio nstrategies

. Sinc e anumbe r

of emissio nstudie s an dindividual facilit y sourc e test s wer e available , th e EP Ahadto determin e whic hof th e availabl e dat acoul db e use dfor th e derivatio nof

th e MAC T mode l equations

. Th e followin g criteri awer e use dt o selec t emissio ndat afor

th e derivatio nof th e MAC T mode l equations : (1 ) Th e tes t

dat acontaine dinfonnatio nonall th e importan t parameter s (i.e. , HA P content , ge l time , produc t thickness , etc. ) that

are know nt o significantl y effec t emission s s o that

difference s inemission s coul db e attribute dt o aparticular tes t parameter

. (2 ) Whe navailable , balance ddat aset s wer e use dt o deriv e th e MAC T mode l equation s becaus e the y giv e equal weigh t t o eac hcombinatio nof

parameter s teste dan dthereb y d o not bia s th e results

. Fo r

example , if

th e effec t of resi nHA P conten t o nemission s ha dt o b e determine db y usin g tes t result s for

tw o resin s wit

h different HA Pcontent s an don e of th e resin s wa s onl y teste da t agel tim e o f

3 0 minute s whil e th e othe r

resi nwas onl y teste da

t agel tim e of

1 5 minutes , th e dat a wer e not use dt o deriv e th e MAC T mode l equation s if othe r dat awer e availabl e becaus e th e tes t

parameter s are no t

balanced

. I

nthi s example , th e emission s fro m bothresin s shoul dhav e bee nteste da t a30

- an d15-minute ge l tim e t o provid e "balanced " dat afor

th e developmen t

of MAC T mode l equations

. Parameter s othe r thange l tim e that

effec t emissions , suc ha s produc t thicknes s an dai r

flow , wer e als o preferre dt o b e balance dfor th e derivatio nof

MAC T mode l equations

. Tabl e 4- 4 list s th e operation s for whic hequation s were developed , th e process/produc t grouping s the y appl y to , an dth e dat ause dinthei r development

. Base do nth e dat aselectio n criteri adiscusse dabove , th e EP Aselecte dth e Phas e I an dPhas e II emissio nstudie s conducte d b y th e Composite s Fabricator s Associatio n(CFA ) t o deriv e MAC T mode l equation s for al l processe s excep t

fo r filamen t windin g an dcentrifugal casting. 2 S 

## Fo r th e derivatio nof

MAC T mode l equatio nfor

centrifugal casting , th e EP Aselecte dmas s balanc e dat aprovide db y Fibercas t Company. 6 

## Fo r

th e derivatio nof

MAC T mode l equation s for filament winding , th e EP Aselecte d th e 199 6 Do w Chemica l Compan y emissio nstudy. 7 

## Appendi x Aof thi s documen t

present s th e dat aset s an dtes t

parameter s for

th e CFAPhas e I , CF APhas e II , th e Do w Chemical Compan y emissio nstudies , an dth e Fibercas t Company' s mas s balanc e dat a
. Astudy conducte db y th e EP Awithacooperativ e agreemen t wit hth e Researc hTriangl e Institut e (RTI ) showe dthat th e presenc e of

filler coul dpartiall y o r

completel y negat e th e effec t of vapor-suppressants. 8 

## Fo r thi s reason , th e no nvapor-suppresse dequation s wer e

4-1 1

## TABL E4-4

. DAT AUSE D T O DEVELO PPOIN T VALU EEQUATION S B Y PROCES S AN D US EO FEMISSIO NCONTRO L OPTIO N Proces s Centrifuga l Castin g

Filamen t Windin g

Ge l Coating a



### Manua l Resi nApplicatio n b



### Mechanica l Resi nApplication b 

### Emissio nContro l Optio n No nVapor-Suppresse d No nVapor-Suppresse d Vapor-Suppressed c 

### Atomize dNo nVapor-Suppresse d No nVapor-Suppresse d Vapor-Suppressed c 

### Atomize dNo nVapor-Suppresse d Atomize dVapor-Suppressed c 

### Non-Atomize dNo nVapor-Suppresse d Non-Atomize dVapor-Suppressed c 

### Dat aUse dt o Develo p MAC T Mode l Equation s Fibercas t Compan y Mas s Balanc e Dat a Do w Chemica l Stud y Do w Chemica l Stud y CF APhas e I Stud y CF APhas e I Stud y CF APhas e I I Stud y CF APhas e I Stud y CF APhas e I I Stud y CF APhas e I Stud y CF APhas e I I Stud y

aApplie s t

o tooling , pigmentedproduction , an dclea r productionge

l coating , b Applie s t

o corrosion-resistant , noncorrosion-resistant , filled , an dunfilledresinapplications

. c Vapor-suppressedequation s only appl y t o unfille dresinsystems

. Whe

nvapor-suppressants ar

e use di nfille dresinsystems , the no

nvapor-suppressed equation s ar

e usedsinc e fille

r has bee nshow nt o interfer e wit hthe effectivenes s o

f th e vapor-suppressants

.



## 4-1 2P.1 5



## use dfor any vapor-suppresse dfille dresi napplications

. Th e MAC T mode l equatio nfor unfille d vapor-suppresse dmanua l resi napplicatio nwa s derive db y usin g th e CF APhas e II emissio n stud y becaus e i t

wa s th e onl y emissio nstudy that teste dth e effec t

o f vapor-suppressant s in manua l resi napplication

. Whil e th e study di dno t us e a"balanced " set

of parameters , i t

matche d som e of th e parameter s use dinth e CFAPhas e I study suc ha s mol dsiz e an dshape

. Th e MAC T mode l equatio nfor unfille dvapor-suppresse datomize dmechanica l resi n applicatio nwas derive db y usin g th e CFAPhas e II emissio nstudy becaus e th e EP Aconsidere dit th e bes t choic e amon g thre e "unbalanced " studie s that teste dth e effec t

of vapor-suppressant s on atomize dmechanica l resi napplication

. Whil e th e study di dno t us e a"balanced " set

of parameters , i t

matche dsom e of

th e parameter s use dinth e CF APhas e I study suc ha s mol dsiz e an dshape

. Th e sam e poin t

valu e equation s were use dfor non-atomize dmechanica l resi noperation s an dvapor-suppresse dnon-atomize dmechanical resi noperation s a s for manual resi noperation s an dvapor-suppresse dmanual resi noperations , respectively , for th e followin g tw o reasons : (1 ) N o balance ddat aset s wer e availabl e t o develo p apoin t valu e equatio nfor

non-atomize d mechanica l resi noperation s an dn o balance do r unbalance ddat aset s wer e availabl e t o develo p a MAC T mode l equatio nfor vapor-suppresse dnon-atomize dmechanical resi noperation s an d(2 ) th e emissio ncharacteristic s of non-atomize dmechanica l resi noperation s an dmanual resi n operation s ar e similar

inthat bot htype s of resi napplicatio nare essentiall y method s of transferrin g resi nt o amol dinanon-atomize dstat e prio r t o nearl y identical fina

l rol l ou t an d curin g stages

. Th e poin t valu e equation s for

fille dan dunfille dno nvapor-suppresse dope nmoldin g processe s ar e assume dt o b e th e sam e becaus e th e CF APhas e I I emissio nstudy showe dn o effec t o f filler o nemission s whe nemission s are determine do nth e basi s of th e amoun t

of neat resi n processe d(se e Appendi x B)

. Inaddition , w e di dnot differentiate betwee nnon-corrosio nan d corrosion-resistan t

resin s an dclear , pigmented , an dtoolin g ge l coats becaus e w e hadn o dat a indicatin g that

thes e produc t

difference s affect

th e emissio ncharacteristic s of th e processes
. Base do nth e selecte demissio ntes t data , th e EP Aconducte dstatistical analyse s t o deriv e th e separat e poin t

valu e equation s liste dinTabl e 4-5

. Th e statistical analyse s wer e designe dt o deriv e equation s withth e lowes t possibl e standar derro r

of y-estimat e subjec t

t o th e followin g additional constraints : (1 ) zer o HA Pemission s a t zer o percen t

HA Pcontent , (2 ) increasin g HA P emission s withincreasin g HA Pcontent , (3 ) HA Pemission s fro munfille dvapor-suppresse d resin s ar e lowe r

thanHA Pemission s fro munfille dno nvapor-suppresse dresin s whe nal l othe r parameter s are th e same , an d(4 ) HA Pemission s fro mno natomize dresi napplicatio nare lowe r thanHA Pemission s fro matomize dresi napplicatio nwhe nal l othe r parameter s ar e th e same
. Th e statistica l analyse s t o deriv e th e different MAC T mode l equation s for ope nmoldin g processe s are show ninAppendi x C of thi s document

. Eac hof thes e equation s include s amultiplie r for contro l factor s t o adjus t

th e predicte d poin t value s for

th e us e of

add-o ncontro l device s an dclose dmol dcuring/vacuu mbagging

.

4-1 3P.1 6



# TABL E 4-5

. POIN

T VALU E EQUATION S Proces s Manua l Resi nApplication d



### Mechanica l Resi nApplication : Atomize dd



### Mechanica l Resi nApplication : Non-Atomize dd



### Filamen t Windin g Operation s

Centrifuga l Castin g Ge l Coa t Application : Atomized c 

### Non-Vapo r Suppresse d Vapo r Suppresse d

Vacuu mBagging / Close dMol dCurin g w/ prio r Roll-out a 

### Vacuu mBagging / Close dMol dCurin g w/o prio r Roll-out b 

### Non-Vapo r Suppresse d
Vapo r Suppresse d

Vacuu mBagging / Close dMol dCurin g w / prio r Roll-out a 

### Vacuu mBagging / Close dMol dCurin g w/ o prio r Roll-out b 

### Non-Vapo r Suppresse d Vapo r Suppresse d

Vacuu mBagging / Close dMol dCurin g w/ prio r Roll-out a 

### Vacuu mBagging / Close dMol dCurin g w/ o prio r Roll-out b 

### Non-Vapo r Suppresse d Vapo r Suppresse d

Non-Vapo r Suppresse d Poin t Valu e (PV ) Equatio n e 

### P V = 0.02 8 x (Resi nHAP%) 2 

### * 27 5



### P V = 0.02 8 x (Resi nHAP%) 2 

### * 27 5 

### x (1.00 0 - (0.541 9
x VS RTes t

Value) ) P V = 0.02 8 x (Resi nHAP%) 2 

### * 27 5 

### x (1.00 0 - 0.2133 )

P V = 0.02 8 x (Resi nHAP%) 227 5 

### x (1.00 0 - 0.4554 )

P V = 0.028 x (Resi nHAP%) 2 

### * 425



### P V = 0.02 8 x (Resi nHAP%) 2 

### * 425 

### x (1.00 0 - (0.455 9 x VS RTes t

Value) ) P V = 0.02 8 x (Resi nHAP%) 2 

### * 425 

### x (1.00 0 - 0.1535 )

P V = 0.02 8 x (Resi nHAP%) 2 

### * 425 

### x (1.00 0 - 0.3261 )

P V = 0.02 8 x (Resi nHAP%) 2 

### * 27 5



### P V = 0.02 8 x (Resi nHAP%) 227 5 

### x (1.00 0 - (0.541 9
x VS RTes t

Value) ) P V = 0.02 8 x (Resi nHAP%) 227 5 

### x (1.00 0 - 0.2133 )

P V = 0.02 8 x (Resi nHAP%) 227 5 

### x (1.00 0 - 0.4554 )

P V = 1.67 5 x (Resi nHAP%) 122 5



### P V = 1.67 5 x (Resi nHAP%)'* 22 5 

### x (1.00 0 - (0.469 3
x VS RTes t

Value) ) P V = 11.1 6 x (Resi nHAP% ) P V = 0.89 0 x (Resi nHAP%)' * 67 5



### "Th e equatio nfor

vacuu mbaggin g wit

hroll-ou t woul db e applicabl e whe nafacilit y roll s ou t

th e applie dresi nprio r

t o applyin g th e vacuu mbaggin g materials

. Th e equatio nshow nfor thi s typ e o f

applicatio nassume s that th e facilit

y start s th e vacuu m bagging/close dmol dcurin g proces s tw o minute s after th e en do f

th e roll-ou t

stage

. ""Th e equatio nfor

vacuu mbaggin g withou t roll-ou t woul db e applicabl e whenafacility applies th e vacuu mbaggin g material s immediatel y after

resi napplicatio nwithou t rollin g out

th e resin

. Th e equatio nshow nfor thi s typ e o f

applicatio nassume s that th e facility start s th e vacuu mbagging/close dmol dcurin g proces s tw o minute s after th e en dofth e applicatio n(o r roll-out ) stage

.

c Applie s t o tooling , pigmente dproduction , an dclear productio ngel coating

. dApplie s t o corrosion-resistant , noncorrosion-resistant , filled , an dunfille dresi napplications

.

e Poin t Valu e unit s are pound s o f HA Pemission s pe r

to no f nea t resi nor neat gel coat used

. 

# 4-1 4P.1 7



## Th e poin t valu e equation s take th e followin g form : Poin t Valu e = ((coefficient) X (Raw Materia l HA P%) e 

## "P onent 

## ) X Contro l Factor s
I f add-o ncontro l device s o r close dmol dcuring/vacuu mbaggin g are no t used , th e valu e of th e contro l facto r

i s 1.0 , whic hmean s that th e contro l facto r

ha s n o effec t

onth e calculate dpoin t value

. I f add-o ncontro l device s o r close dmol dcuring/vacuu mbaggin g are used , th e contro l facto r i s calculate da s follows :
Contro l Facto r

= 1.0 - (Percen t

Contro l Efficienc y of

th e techniqu e o r

device/100)
Fo r facilitie s utilizin g add-o ncontro l devices , th e contro l facto r i s base donth e overal l efficienc y of th e contro l syste m(capture an ddevic e efficiency)

. Fo r example , i

f afacility ha s apermanen t tota l enclosur e (100 % capture ) vente dt o a95 % efficient add-o ncontro l device , th e contro l facto r i s 0.0 5 (1. 0 - 95/10 0 = 0.05)

. Th e emissio ncontro l efficienc y for close dmol dcuring/vacuu m baggin g i s base do nemissio nprofil e dat athat sho w that

approximatel y 5 0 percen t o f th e proces s emission s are release ddurin g curing , 9 0 percen t of whic hare assume dt o b e controlle db y curin g th e produc t

inaclose dmol do r

wit hvacuu mbaggin g (0. 5 X 90/10 0 = 0.45)

. Th e contro l facto r for close dmol dcuring/vacuu mbaggin g i s 0.5 5 (1.0-0.4 5 = 0.55)

. 4. 4 RESULT S O F MAC T FLOO RANALYSI S [Not e t o SBA RPanel Member s - W e wil l inser ttable s i nth e Hna l versio no f

this documen t presentin gth e to p 5 o rto p 1 2 percen to f th e ranke d facilities . I nth e interes to f time , I hav e no tinserte d th e table s i nthis version . Th e dat atable s use d ar e containe d i nth e exce l dat a base . I a m transmittin ganothe rcop y o f tha tdat abas e wit h thi s document. ]
Thi s sectio npresent s th e result s of th e MAC T floo r

analysi s for

eac hemission s operatio n presente dinTabl e 4-3

. Detaile dtable s of th e dat aset

of th e 44 0 facilitie s are include da s appendi x B

. Not e that

vapo r supresse dresin s (VSR ) was not considere dinMAC T floo r development

. Th e contro l effectivenes s an dapplicibility of VS Ri s ver

y sit e specific

. Therefore , w e di dno t

conside r VS Ra s a

napplicabl e contro l techniqu e for determinin g th e floors

. Toolin gGe l Coatin g
Dat awer e availabl e for

m2 1 facilitie s that

reporte dinformatio no ntoolin g ge l coats application

. Th e contro l technique s reporte dwer e mainl y th e us e of lo w HA Pge l coats

. Th e average ge l coat

HA Pconten t

reporte dwa s 4 4 percent

. Th e medianfacilit y of th e to p fiv e bes t performin g facilitie s use s age l coat witha3 8 percen t

HA Pcontent , an dha s apoin t valu e o f 394

. Tw o facilitie s reporte dth e us e of ad do ncontrols

. On e ha s carbo nfilter s wit ha n estimate doveral l contro l efficienc y of 42. 5 percent

. Th e othe r

ha s apermanen t

total enclosur e followe db y atherma l oxidize r wit hademonstrate dcontro l efficienc y of 9 5 percent , an dapoin t valu e of 29

. Thi s secon dfacilit

y represent s th e bes t

controle dfacility

.

Clea rGel Coatin g 4-1 5P.1 8



## Dat ai s availabl e from6 2 facilities

. Non e of thes e facilitie s reporte dany ad doncontrol s fo r thi s operation

. Th e averag e HA Pconten t for th e 6 2 facilitie s was 47.3

. Th e medianfacilit y of th e to p 1 2 percen t

use s agel coat

wit haHA Pconten t

of 4 4 percen t

an dha s apoin t

valu e of 504

. Th e bes t

performon g facilit

y use s agel coat

wit haHA Pconten t

of 4 0 percen t

an dha s a poin t valu e of 429

. Pigmente d Ge l Coatin g
Dat ao napplicatio nof

pigmente dgel coatin g i s availabl e fro m20 9 facilities

. Th e averag e ge l coat HA Pconten t

i s 3 7 percent

. Eigh t

of thes e facilitie s reporte dusin g ad doncontrols

. Th e contro l efficiencie s reporte drang e fro m42. 5 percen t t o 9 5 percent

. Th e medianfacility of th e to p 1 2 percen t ha s apoin t

valu e of 265

. Thi s result s inaHA Pconten t limi t of 3 0 percent

. Th e bes t controlle dsourc e use s agel cos t wit haHA Pconten t

of 24. 3 percen t

an da contro l syste mwit

ha noveral l efficienc y of

9 0 percent

. Thi s result s inapoin t valu e of 19

. I f a facility choose s t o us e acontro l syste mwit ha9 5 percen t

overal l efficiency , th e HA Pconten t require dt o mee t

thi s poin t

valu e i s 37. 2 percent

. Manua l Applicatio no f

Toolin gResi n Nin e facilitie s reporte dmanual applicatio nof toolin g resins

. Th e average HA Pconten t of th e resi ni s 45. 9 percent

. On e facility reporte dth e us e o f aad do ncontro l that

w e estimate dwa s 42. 5 percen t

efficient

. On e facilit

y use s vacuu mbagging

. Th e medianfacility of th e bes t performin g fiv e facilitie s ha s apoin t valu e of 97

. Thi s poin t

valu e i s basedina4 7 percen t HA P resi nan dvacuu mbagging

. A3 6 percen t HA Presi nwoul db e require dt o mee t thi s poin t

valu e i n th e absenc e of

any ad do ncontrols

. Th e bes t controlle dfacilit

y use s a45. 9 percen t

HA Presi nan dacarbo nfilter contro l syste mwith42. 5 percen t

estimate doveral l control

. Thi s result s inapoin t valu e of 72

. Thi s poin t valu e leve l wil l requir e som e typ e of ad doncontro l t o mee t

th e floor

. Afacility usin g a9 5 percen t efficient contro l syste mcoul dmee t thi s floor withany of

th e toolin g resin s inth e dat a base

. Mechanica l Toolin gResin
Nin e facilitie s reporte dmechanical applicatio nof toolin g resins

. On e facility use dflow coaters , non e reporte dany ad do ncontrols

. Th e averag e resi nHA Pconten t was 45. 8 percent

. Th e media nfacility of

th e to p fiv e ha s apoin t

valu e of 25 6 an duse s a4 3 percen t HA Presin

. I

f a facility opte dt o us e flo w coater s the y coul dmee t thi s floor wit hany of th e toolin g resin s inth e dat abase

. Th e bes t

controlle dfacility use s flow coater s an da5 0 percen t HA Presin , whic hresult s i napoin t valu e of 205

. Manua l Applicatio no f

Noncorrosio n Resistan tResi n Forty-si x facilitie s reporte dperformin g manual applicatio nof noncorrosio nresistan t 4-1 6P.1 9



## resins

. Th e averag e resi nHA Pconten t i s 41. 1 percent

. Fiv e facilitie s reporte dus e of close dmol d curin g o r vacuu mbaggin g t o reduc e emissions

. Fo r thes e facilitie s w e assume dthat ther e was n o rol l ou t of resin

. Therefore th e emissio nreductio nassociate dwit hthes e activitie s was 4 6 percent

.

Th e poin t valu e ofth e medianof

th e bes t performin g 1 2 percen t

ofth e facilitie s i s 76

. Thi s facilit

y use s a3 3 percen t

HA Presi nan ddoe s asmal l amoun t of vacuu mbagging

. Afacility that doe s no t vacuumba g woul db e require dt o us e aresi nwit haHA Pconten t

of 32. 3 percen t

t o mee t apoin t valu e of 76

. Th e bes t controlle dfacility use s close dmol dcurin g an da3 5 percen t HA Presin

. Th e poin t valu e for thi s facility i s 50

. Mechanica l Applicatio no f Unfille d Noncorrosio nResistan tResin s On e hundre dan dfiv e facilitie s reporte dmechanica l applicatio nof noncorrosio nunfille d resins

. Th e averag e resi nconten t i s 40. 2 percen t

an dth e rang e i s 28. 2 t o 5 0 percent

. Thirtee n facilitie s reporte dus e of

a nemissio nreductio ntechniqu e suc ha s flo w coaters , pressur e fe d rollers , an dvacuumbagging

. On e facility reporte da nad do ncontro l syste mwit ha noveral l efficienc y of

76. 4 percent

. Th e facility representin g th e medianof th e bes t performin g 1 2 percen t use s a37. 1 percen t

HA Presi napplie dwit

hflow coaters

. Th e facilitie s poin t valu e i s 104

. Th e bes t performin g facility ha s th e ad do ncontro l system

. It s poin t valu e i s 22

. Mechanica l Applicatio no f Fille d Noncorrosio nResistan tResin s Seventy-nin e facilitie s reporte dmechanica l applicatio nof fille dnoncorrosio nresistan t resins

. Th e resi nHA Pcontent s range s fro m3 0 t o 60. 2 percen t an daverage s 44. 7 percent

. Si x facilitie s reporte dad do ncontro l system s wit hefficiencie s rangin g fro m30. 2 t o 9 5 percen t control

. Th e media nfacility of th e bes t performin g 1 2 percen t

ha s a42. 5 percen t

efficient contro l syste man duse s a42. 6 percen t HA Presin

. Th e poin t

valu e of thi s facility i s 144

. Th e bes t performin g facility ha s a9 5 percen t efficient contro l syste man duse s a4 2 percen t HA Presin

. Th e poin t valu e i s 12

. Noncorrosio nResistan tFilamen tWindin g
Fou r facilitie s reporte dnoncorrosio nresistan t filamen t windin g processes
. Th e averag e resi nHA Pconten t

i s 39. 5 an dth e rang e i s 3 1 t o 4 9 percent

. Th e medianfacility ha s aresi nHA P conten t of 4 5 percen t

an dapoin t

valu e of 176

. Th e bes t

performin g facilit

y ha s aresi nHA P conten t of 3 1 percen t

an dapoin t

valu e of 113

. N o facilitie s reporte dany additional emissio n contro l techniques

.

4-1 7P.2 0



## Manua l Applicatio no f

Corrosio nResistan tResin Forty-nin e facilitie s reporte dmanual applicatio nof corrosio nresistan t

resins

. Th e resin s use dha da

naverag e HA Pconten t

of 44. 5 percen t

an darang e of

3 4 t o 56. 9 percent

. Ther e were n o othe r emissio nreductio ntechnique s reporte da t any of thes e facilities

. Th e medianfacility of

th e bes t performin g 1 2 percen t

use s resi nwit

ha4 0 percen t

HA P conten t an dha s apoin t

valu e of 124

. Th e bes t

performin g facility use s a3 4 percen t HA Presi n an dha s apoin t

valu e of 85

. Mechanica l Applicatio no f Corrosio nResistan tResin Fifty-four facilitie s reporte dmechanica l applicatio nof corrosio nresistan t

resins

. Th e average resi nHA Pconten t i s 44. 7 percen t

an dth e rang e i s 3 4 t o 56. 9 percent

. Si x facilitie s reporte dth e us e of

flow coater s o r

pressur e fedrollers

. Th e medianfacility of

th e bes t performin g 1 2 percen t

use s a4 2 percen t

HA Presi nan d applie s 5 0 percen t

of th e resi nwit

hflow coaters

. Th e poin t valu e for thi s facility i s 190

. Th e bes t performin g facility use s a3 4 percen t HA Presi nan dapplie s 4 2 percen t of th e resi nwit

hflo w coaters

. Thi s facility ha s apoin t valu e of 120

. Corrosio nResistan tFilamen tWindin g Thirty-nin e facilitie s reporte dcorrosio nresistan t filamen t windin g operations

. Thei r resi n HA Pcontent s averag e 46. 2 percen t HA Pan dth e rang e i s 37. 9 t o 53. 8 percent

. N o facilitie s reporte dany othe r

contro l techniques

. Th e medianfacilit

y of th e bes t performin g 1 2 percen t

use s a4 2 percen t

HA Presi nan dha s apoin t valu e of 163

. Th e bes t

performin g facility use s a37. 9 percen t HA Presi nan dha s apoin t valu e o f 144

. Corrosio nResistan tCentrifuga l Castin g Onl y tw o facilitie s reporte dcorrosio nresistan t centrifugal castin g operations

. Thei r resi nHA P content s wer e 4 7 an d4 9 percen t respectively

. On e facility als o ha s a9 5 percen t efficient contro l system

. Fo r

th e existin g sourc e floor w e average dth e resi nHA Pcontent s an dcalculate dapoin t valu e of 536

. Th e bes t

performin g sourc e use s a4 7 percen t HA Presi nan dha s th e 9 5 percen t effectiv e contro l device

. Thi s facilitie s poin t valu e i s 26

. W e coul dhav e als o average dth e leve l of ad do ncontrol , an dinclude dthi s inth e existin g sourc e floor

. However , th e ability of afacility t o appl y add-o ncontrol s i s no t affecte db y resi n type

. Du e t o th e smal l numbe r of facilitie s inthi s particular grouping , w e decide di t

wa s appropriat e t o loo k

a t al l centrifugal castin g operation s (corrosio nresistan t an dnoncorrosio n resistant ) t o determin e th e leve l of ad do ncontro l for

th e existin g facilit

y MAC T floor. Whe nw e looke da t centrifugal castin g operation s for al l resi ntypes , onl y on e of th e eigh t facilitie s use dad d o ncontrols

. Therefor e w e decide di t wa s no t appropriat e t o includ e add-o ncontrol s inth e 4-1 8P.2 1



## existin g sourc e floor

. Compression/Injectio nMoldin gProcesse s
Th e databas e for

compression/injectio nmoldin g consist s of 6 2 facilities

. Non e of

thes e source s us e add-o ncontro l device s t o reduc e HA Pemission s fromcompression/injectio n molding

. Becaus e th e resi nHA Pconten t inthes e close dmoldin g processe s i s considere dt o b e a poo r indicato r of emissions , w e di dno t

rank thes e 6 2 source s onth e basi s of th e resi nHA P content

. Fiv e source s reporte dth e us e of awor k practic e that

consist s of

covering th e charge s unti l the y are ready t o b e place dint o th e mold

. Thi s was th e onl y techniqu e identifie dfor reducin g HA Pemission s fro mcompression/injectio nmolding

. Ther e thes e fiv e facilitie s were determine d t o b e th e bes t

perfonnin g facilities

. Th e medianfacility of th e bes t performin g 1 2 percent , an dth e bes t performin g facility , bot

hinclud e th e wor

k practic e of

coverin g th e charge s unti l ready for use
. Resi nTransfe rMoldin g(RTM ) an d Polyme rCastin g
Twenty facilitie s reporte dRT M operation s an d7 8 reporte dpolyme r castin g operations

. W e coul didentif

y n o applicabl e emissio ncontro l technique s currentl y inus e for eithe r of thes e operations

. Therefor e th e ne w an dexistin g MAC T floor s are n o control

.

Continuou s Lamination/Continuou s Castin g
Te nfacilitie s reporte dperformin g thes e operations

. Thre e facilitie s reporte dth e us e o n ad do ncontrol

. Therefor e th e medianfacility o f th e bes t performin g fiv e was th e facility wit hth e leas t efficient ad do ncontrols

. Thi s facility ha daoveral l contro l of 5 8 percen t

of emissions

. Th e bes t performin g facility ha s a noveral l contro l of

8 3 percen t

o f emissions

. Pultrusio n
Th e MAC T databas e for

pultrusio nconsist s of

3 2 facilities

. Th e fiv e bes t performin g source s i nthi s operatio nare show nintabl e 4-7

. Ther e wer e several source s that reporte dth e us e of som e for mof equipmen t

modification , wor

k practice , o r

contro l technolog y whic hresul t in decrease dHA Pemissions

. On e sourc e use s a nadd-o ncontro l devic e t o reduc e HA Pemission s b y 95%. Re f 

## On e sourc e vent s HA Pemission s t o carbo nfilter s wit ha nunknow ncontro l efficiency. Ref 

## Tw o source s hav e equippe dal l of thei r pultrusio nline s wit

hwe t are aenclosure s designe dt o reduc e HA Pemission s b y preventin g th e contac t of free-flowin g ai r

withwe t resin

. Thes e we t are aenclosure s are generall y identical indesig nwit hmodification s onl y t o accoun t for th e differin g size s of

pultrusio nline s an dth e presenc e of radi o frequenc y heatin g devices

. Thes e tw o facilitie s als o hav e asyste mt o collec t resi nthat drip s of f th e entranc e t o th e die

. Emissio ntestin g conducte da t on e of thes e source s demonstrate dthat equippin g a pultrusio nlin e withawe t are aenclosur e reduce s HA Pemission s b y approximatel y 60%

. Th e

4-1 9P.2 2



## emissio ntes t

als o demonstrate dthat

th e emissio nfacto r

for apultrusio nlin e equippe dwit hthi s typ e o f we t are aenclosur e i s 0.002 5 pound s of HA Ppe r poun dof availabl e HAP

. Multiplyin g thi s emissio nfacto r

b y th e amoun t

o f availabl e HA Ppresen t

inth e resi nsystem s use db y eac ho f th e source s wit

hthi s typ e of

we t are aenclosur e demonstrate s that bothof thes e source s hav e emission s of

approximatel y twenty-thre e pound s of HA Ppe r to nof resi nconsumed

. 1 0



## Fou r othe r source s us e wet

are a(o r simpl y resi nbath ) enclosures , bu t thes e source s d o no t enclos e al l pultrusio nline s or th e entir e sectio nof

apultrusio nlin e wher e we t resi nsurface s are present."" 1 4 

## On e sourc e use s reduce dair flow s acros s we t

resi nsurfaces , ambien t

temperatur e control , an ddirec t

di e injectio nt o reduc e HA Pemission s fromsom e of it s pultrusio nlines. 1 5 

## Two source s us e resi ninjectio n(rathe r thanaresi nbath ) t o contro l HA Pemission s fromsom e of thei r pultrusio nlines. 161 7 

## On e sourc e use s aproprietary fume collecto r an dambien t

temperatur e contro l t o reduc e HA Pemissions

. Th e sourc e that

reduce s HA Pemission s b y 95 % was ranke da s th e bes t controlle dsource
. Th e tw o source s that

reduc e HA Pemission s b y 80 % throug hth e us e of we t are aenclosure s installe do nal l o f

thei r pultrusio nline s wer e considere dt o b e th e secon dan dthir dbes t controlle d sources
. Al l othe r

reporte demissio ncontro l measure s coul dno t b e quantifie dbecaus e n o tes t dat ao nth e effectivenes s of thes e measure s were available

. Further , th e majority of th e source s reportin g thes e othe r

emissio ncontro l measure s d o not us e thes e measure s o nafacility wid e basis

. Fo r

thes e reason s th e emissio ncontro l measure s that wer e reporte db y th e remainin g nin e facilitie s wer e considere dles s effectiv e thanth e us e of awe t are aenclosur e o nafacility wid e basis

. Th e mediansourc e of th e bes t performin g 1 2 percen t

use s we t are aenclosure s o nall pultrusio nline s withacorrespondin g HA Pemissio nleve l of eigh t pound s o f

HA Ppe r to nof resi n consumed

. Th e EP Aconclude dthat we t are aenclosure s that

completel y enclos e th e resi nbat h use db y th e mediansourc e (an dinstalle donafacility-wid e basis ) o r it s equivalen t

emissio n reductio no f

6 0 percent , constitut e th e existin g sourc e MAC T floor for pultrusion

. Th e ne w sourc e floor

i s th e bes t

controlle dsourc e whic hreduce s emission s b y 9 5 percen t usin g a nad don contro l device

.

4-2 0P.2 3



# TABL E4-6

. HV EBES T PERFORMIN GPULTRUSIO

NOPERATIONS

Ran k 1

2
3
4

5 Plan t

Name Tecto n(Fargo )
Glasforms , Inc

. (Sa

nJose )
Glasforms , Inc

. (Birmingham)
Creativ e Pultrusions , Inc

. (AlumBank)
Creativ e Pultrusions , Inc

. (Roswell ) Resi n (tov ) 1000
39 9
64 7
166 6

19 6 % HAPi

n Neat Resi n Plu s 40. 0
46. 2
46. 7
39. 1

35. 5 Current Emission s (tDV ) 

### 0. 8
1.5
2. 4
26. 2

2. 8 Current Emission s (lbs/ton ) 5

2 3

2 3
9 8

8 9 Emissio n

Reductio n Technique s ° Thermal Oxidizer

(95 % Control ) Wet Are aEnclosure s (60 % Control ) Wet Are aEnclosure s (60 % Control ) Ambient Temperature Control , Low Ai r Flows , Som

e Direc t Di e Injectio n Som e Resi nInjectio n

a

### Th e facilitie s inthi s tabl e wer e ranke dbase do neithe r aquantitativ e o r

qualitativ e assessmen t

o f th e effectivenes s o f

thei r emissio ncontro l measures
. Th e firs t thre e facilitie s wer e ranke donaquantitativ e basi s sinc e tes t dat awer e availabl e t o quantif y th e effectivenes s o f

th e emissio ncontro l technique s use dat thes e facilities

. Th e fourt han dfift hranke dfacilitie s wer e ranke dusin g aqualitativ e assessmen t sinc e n o suc htes t

dat awer e available

. Sinc e th e leve l of

emissio ncontro l for

th e fourt han dfift hranke dfacilitie s coul dno t b e quantified , th e curren t emission s value s show ninth e tabl e ar e estimate s o f th e uncontrolle dHA Pemission s fro mthes e facilities

.



# 4-2 1P.2 4



## Shee tMoldin gCompoun d (SMC ) Manufacturin g
Th e MAC T databas e for

SM C manufacturin g consist s of 2 1 facilities

. Th e resi nHA P conten t inthi s semi-close dmoldin g processe s i s considere dt o b e apoo r indicato r of emissions

. Therefor e th e facilitie s wer e ranke dbase do nadd-o nan dwor k practic e controls

. On e sourc e use s a

nadd-o ncontro l devic e t o reduc e HA Pemission s by 9 0 percent

. Thi s sourc e wa s ranke da s th e bes t controlle dsource
. Th e fiv e bes t performin g sources , includin g th e sourc e that

use s th e ad do ncontro l device , reporte dth e us e of wor k practice s whic hinclud e th e us e of nylo nfilmo r

afilmwit

halowe r permeability t o styren e thannylo nfor th e SMC , an d coverin g o r

closin g th e docto r

box

. Althoug hth e emissio nreductio neffectivenes s of th e reporte dwor

k practice s coul dno t

b e quantified , th e source s that appl y th e mos t

wor k practice s wer e considere dt o b e bette r controlle d thanth e source s that

appl y les s wor

k practices

. Sinc e th e EP Adi dno t hav e any dat athat

showe d adifferenc e inemission s betwee nclose dan dcovere ddocto r boxes , n o distinctio nwa s mad e betwee nth e two

. Th e mediano f

th e bes t performin g fiv e facilitie s use s anylo nfilmt o reduc e emission s an d represent s th e existin g sourc e floor. Th e ne w sourc e floor i s th e bes t

performin g facility tha t

use s alo w permeability film , cover s th e docto r box , an dfurther

reduce s emissio nb y 9 0 percen t wit ha therma l oxidizer

. Equipmen tCleanin g
Fou r hundredan dthirty-thre e facilitie s provide dinformatio no ncleanin g operations

. Of these , 35 3 state dthat

the y use dn o HA Pcontainin g cleanin g materials

. Base do nthis , w e determine dthat

ne w an dexistin g floor

for equipmen t

cleanin g wa s usin g onl y cleaner s containin g n o HAP

. Bul kMoldin gCompoun d (BMC ) Manufacturin gan d ResinMixin g Thre e hundredan dforty-si x facilitie s reporte dinformatio no nmixin g o r BM C productio n operations

. Te nof

thes e facilitie s reporte dventin g th e mixe r t o athermal o r

catalyti c oxidize r with90-9 5 percen t

control

. Tw o controlle demission s wit hcarbo nfilters

. A

nadditional 11 6 reporte dcoverin g th e mixin g operations

. W e selecte dclosed/covere dcontainer s a s th e ne w an dexistin g sourc e floor. W e di dno t choos e 9 5 percen t

a s th e ne w sourc e floo r

becaus e w e believ e that

closin g th e containe r

basicall y eliminate s emission s an di s a s effectiv e a s ventin g t o acontro l devic e Resi nan d Gel Cos tStorag e
Fou r hundredan dfourtee nfacilitie s reporte dinformatio no nresi nan dgel coat storag e practices , eigh t

facilitie s ven t

th e storag e are at o acontro l device

. Tw o hundre dan dsixty-thre e us e som e typ e of

close do r covere dstorage

. 4-2 2P.2 5



## W e selecte dclosed/covere dstorag e a s th e ne w an dexistin g sourc e floor. W e di dno t choos e 9 5 percen t

contro l a s th e ne w sourc e floo r becaus e w e believ e that

close dstorag e basicall y eliminate s emission s an di s a s effectiv e an dventin g t o acontro l device

. Summar y o f

MAC T Floo rAnalysi s
Tabl e 4- 7 present s asummary of th e MAC T floo r

analysi s for

ne w an dexistin g source s discusse dinht e preceedin g paragraphs

. Wher e anumbe r isshow nhte floo r

i s base donapoin t vlaue

. Al l existin g sourc e floors are believe dt o b e acheicabl e withou t th e us e of

ad doncontrol s excep t for continuou s lamination/continuou s casting

. Th e ne w sourc e floore requir e th e us e of a mixtur e of

pollutio npreventio nmeasure s an dad do nocntrols

. 4. 5 DEVELOPMEN T O F ABOV E TH E FLOO ROPTION S
A s previousl y discussed , th e EP Aha s th e optio nof considerin g contro l level s more stringen t thanth e floor

. Inrevievin g th e availabl e data , th e bes t controlle dfacilitie s weer thos e that capture d10 0 percen t

of thei r emission s fromal l thei r

operation s an droute dthes e emission s t o a9 5 percen t

efficient contro l device

. Thi s leve l wa s choose na s th e abov e th e floor option

. W e di dnot

choos e any internediat e level s for evaluation

. Ad do ncontrol s appear t o b e th e onl y altemativ e above th e floor that coul db e universall y applie dt o al l facilities

. Thes e control s ar e generall y designe dfor efficiencie s of

9 5 t o 9 8 percent

. Th e othe r facto r that determine s th e overal l leve l of contro l i s th e emission s captur e efficiency

. W e choos e 10 0 percen t captur e beaus e ther e are facilitie s inht e industy acheivin g thi s leve l o f capture

. Also , a

nequipmen t

standar davailabl e for

thi s captur e leve l that

simplifie s enforcement

. W e coul dhav e choose nlowe r level s of captur e t o evaluate

. However , w e di dno t hav e any informatio nt o determin e what woul db e a

nappropit e intermediat e level

. Also , reducin g th e captur e leve l woul dmov e th e abov e th e floo r optio nclose dt o th e floo r level , an dmigh t

resul t i n ht e bov e th e floor

optio nactuall y bein g les s stringen t thanth e floor.

4-2 3P.2 6



# TABL E4-7

. SUMMAR

Y OFMAC

T FLOORS

Operatio nTyp e
OpenMoldin g

Centrifuga l Castin g

Close dMoldin g

Continuou s Lamination

/ Continuou s Castin g Polymer Castin g Pultrusio n Operatio n

Corrosio nResistant

(CR) Mechanica

l Resin Applicatio n NonCRMechanical ResinApplication

Unfille d NonCRMechanical ResinApplication-Fille d Manual ResinApplication-Toolin g Mechanical ResinApplication-Toolin g C RManual Resi nApplicatio n No nCRManua

l ResinApplicatio n C RFilament

Windin g No nCRFilament

Windin g Toolin g Ge l Coatin g Pigmente dGel Coatin g Clea r Productio nGel Coatin g NonC R

C R Injection/Compressio nMoldin g

RTM Existin g Source s b 

## MAC T 19 0

10 4

14 4 9 7 25 6 12 4 7 6 16 3 17 8 39 4 26 5 50 4 39 6

53 6 On e Uncovere d Charg e per Machin e Non e 58. 5 percent contro l

Non e Wet are aenclosure o r 6 0 percent contro l or direc t di e injection New Sourc e b



## MAC T 120

22 a



## 12 " 72 " 20 5 8 5 50 " 14 4 11 3 29 " 19 " 42 9 39 1

26 a 

## On e Uncovere d Charg e per Machin e Non e 8 3 percent contro l

Non e 9 5 percent

contro l

4-2 4P.2 7



# TABL E4-7

. SUMMAR

Y OFMAC

T FLOORS
Operatio nTyp e

SMC

Equipment Cleanin g

Resin Mixing/BM C ResinStorag e Operatio n Existin g Source s b 

## MAC T Us e nylo nfilm , or fil mwit hequa l o r lower permeabilit

y to styren e to enclos e SMC

.

Cleanin g solvent s ca ncontai nn o HA P Mixer cover s wit

h n o visibl e gaps , Keep container s close d New Source b



## MAC T Us e nylo nfilm , or fil mwit hequa l or lower permeabilit

y to styren e t o enclos e SMC , cover docto r bo x and9 0 percent contro l Cleanin g solvent s ca ncontai nn o HA P Mixer cover s wit

h n o visibl e gaps , Keep container s close d

a

## Meetin g thi s point

valu e i s assume dt o require a nadd-o ncontrol

. Th e overal l emissio ncontro l efficienc y necessar y to meet thi s valu e varie s fromapproximatel y 4 0 to 9 5 percent dependin g onth e specifi c operation

.
b 

## Where only anumber

i s shownth e floor

i s base donapoint

value

.



# 4-2 5

## Corrosio n - Resistan t Manua l Applicatio n DRAF T 1/19/9 9 p:\n80 1 \dbase\process.xl s Corrosio n - Resistan t Manua l Applicatio n Importan t Notes : Th e averag e emission s factor s used i n thi s spread sheet t o calculat e emission s shoul d not b e use d t o determin e o restimat e actua l emission s at a specifi cfacility

. Afacility' s specifi cemission s show n i n thi s spread sheet ma ynot represen t th e facility' s actua l emission s an d shoul d therefore not be used

. Thi s databas e onl ycontain s facilitie s fo rwhic h th e Administrato rhas information

. Othe rfacilitie s no t include d i n thi s data base ma yexist

.

o o

### Corrosio n - Resistan t Manua l Applicatio n DRAF T 1/19/9 9 p:\n80 1 \dbase\process.xl s

P O CO

### Corrosio n - Resistan t Manua l Applicatio n DRAF T 1/19/9 9 p:\n80 1 \dbase\process.xl s Corrosio n - Resistan t Manua l Applicatio n Importan t Notes : Th e averag e emission s factor s use d i n thi s sprea d sheet t o calculat e emission s shoul d no t be use d t o determin e o restimat e actua l emission s at a specifi cfacility

. Afacility' s specifi cemission s show n i n thi s sprea d sheet ma yno t represen t th e facility' s actua l emission s an d shoul d therefore no t b e used

. Thi s databas e onl ycontain s facilitie s fo rwhic h th e Administrato rhas information

. Othe rfacilitie s no t include d i n thi s data base ma yexist

.

0 3 o

## Corrosio n - Resistan t Manua l Applicatio n DRAF T 1/19/9 9 p:\n80 1 \dbase\process.xl s

0 3Noncorrosio n - Resistan t Manua l Applicatio n
Importan t Notes : Th e averag e emission s factor s use d i n thi s sprea d shee t t o calculat e emission s shoul d no t b e use d t o determin e o restimat e a c Afacility' s specifi cemission s show n i n thi s sprea d shee t ma yno t represen t th e facility' s actua l emission s an d shoul d therefor e i Thi s databas e onl ycontain s facilitie s fo rwhic h th e Administrato rha s information

. Othe rfacilitie s no t include d i n thi s dat a bas e i

Ran k 1 2 3 

# M 5 6 7 8 9 1 0 1 1 1 2 1 3 1 4 1 5 1 6 1 7 1 8 1 9 2 0 

### 2 1 2 2 2 3 2 4 2 5 2 6 2 7 2 8 2 9 3 0 3 1 3 2 3 3 3 4 3 5 3 6 3 7 3 8 3 9 4 0 Plan t Nam e

Johnso n Truc k

Bodie s Ne wYor k

Blowe rCo

. (Plan t #2 ) Niagar a Fiberglass , Inc

. Universa l Plastics , Inc

. Teco , Inc

.
Eckle rIndustrie s Retterbus h Injectio n Molde d Fiberglas s Corp

. Fiber-Tec h Industries , Inc

.

Plasti cComposite s Corp

. Robro yIndustries , Inc

. (Belding , Ml ) Sea l Reinforce d Fiberglas s

Warminste rFiberglas s Co

. (Jacksonville ) Warminste rFiberglas s Co

. (Southampton ) Fiberglas s Industries , Inc

. Associate d Plastics , Inc

. E D Industries , Inc

. (Sportsma n Picku p Covers ) McClari n Plastics , Inc

. S

. R

. Smith , Inc

. Arrowhea d Plasti cEngineering , Inc

. Chanc e Operations , Inc

. Hy-Te cFiberglass , Inc

. Gorman-Rup p Co

. IMC O Reinforce d Plastics , Inc

. Custo m Fibreglas s Manufacturin g Co

. IK G Industrie s Prototyp e Concepts , Inc

. Picken' s Plastics , Inc

.P.3 3

4 1 CenturyManufacturin g Co

. 4 2 Aer o Transportatio n Product s 4 3 Blu e Dolphi n Fiberglas s Pool s 4 4 Larso n Co

. 4 5 Simon-Telelect , Inc

. 4 6 M

. C

. Gil l Corp

. 74. 5 241. 7 146. 8 15. 9 32. 8 79. 0
Projecte d Tota l (includin g assume d values) : 6769. 0 Average : 147. 2 Filler/Resi n Ratio : 0.3 8 Reinforcemen t t o Resi n + Fille rRatio : 0.4 7 48. 0 50. 0 50. 0 50. 0 50. 0 57. 4

41. 1 60. 0

0. 0 0. 0 0. 0 0. 0 0. 0

1488. 8 32. 4 16. 8

113. 4 68. 8 7. 5 11. 0 203. 0

4057. 0 88. 2 10. 4

23. 7 14. 4 1. 6 3. 0 17. 7

821. 5 17. 9 7. 0

24. 8 15. 1 1. 6 3. 4 11. 1

373. 4 8. 1

Legend : Facilitie s tha t compris e MAC Tfloo r Existin g Sourc e MAC TFloo r Assumed*values-;Np'jJata.provide d

Footnotes : a = Th e HA P percentage s ar e i n term s o fweigh t percen t an d the yar e base d o n th e HA P conten t o fth e nea t resi n plu s an yHA F b = Poin t value s ar e expresse d i n pound s o fHA P pe rto n o fnea t resi n plus

. c= Fille rquantitie s fo rfacilitie s tha t indicate d fille rus e bu t di d no t quantif yth e amoun t wer e determine d b yusin g th e averag e fil l d = Fo rfacilitie s conductin g vacuu m bagging/close d mol d curin g n o rollou t wa s assumed

. Vacuu m bagging/close d mol d curin g approximatel y46%

. N o emissio n reductio n credi t wa s give n fo rth e us e o fvapo rsuppressants

.rag C ; 'at'i ra? CO ?

C O • 

## > ( X c n 

## > cr t o 

## > i r C O 

## >

o 0 3 C L 0 3 (D

" S *"* >

r oSS F c n C O 3 T I 03 c n 3 03 13 O c tf ) X C D 

## >. C O E 0 1

o 7 1 o </ J 

## \- O 

## < 2

*C DTMoc

C J 

## < • ? 

## ^ ^ c

_ 1 3 em -ission 

## ( - i n 0>
C D

HrMAC

03 

## < = S'*(Dc 1 )[')^0»"*"T-*"' t t S

(DSNCOCOCOOIOIOIOIIDUO ) c i )notM*<tt*'t't*'t'-'-i-rnio(D«!niiorcMo o ooi-'-*M*MNCM«NN*Mionnnn"*-*^*nLoc*os s

^ < ° ^ 0 0 O t
- g * u i 6 ioN!pi;nt\iN'*o<Or-T-''!nTtr

-

ot-niNdoinrf^dolJjdiii d n^qcDiqio^wtDiDn^^OT-qocoT-ci ) o^^ooo^oinidisicNiocooiric'i'^-T-CT )P.3 5



### 2. 8 9. 2 5. 6 0. 6 1. 2 3. 0

47. 9 

### 5. 4 18 7

20 5 20 5 20 5 20 5 28 1

N/ A N/A

3 

### that i s adde d t o th e resi n a t th e facilit y(filler s no t included)

. ler/resi n rati o fro m facilitie s wit h know n fille rquantities , withou t rollou t was assume d t o reduc e emission s b

yP.3 6

Toolin g Resin s - Manua l Applicatio n
Importan t Notes : Th e averag e emission s factor s use d i n thi s sprea d shee t t o calculat e emission s shoul d no t b e use d t o Afacility' s specifi cemission s show n i n thi s sprea d shee t ma yno t represen t th e facility' s actua l emissi c Thi s databas e onl ycontain s facilitie s fo rwhic h th e Administrato rha s information

. Othe rfacilitie s no t i r

Ran k 1 2 3 4 5 6 7 8 9 Plan t Nam e Weighte d Fille d o r Averag e % HA P Unfille d i n nea t resi n plu s a Resi n Svste m 45. 9

Breme n Glas , Inc

. Grube rSystems , Inc

. Filling s F.R.P

. 50. 0 Unknow n Unknow n Unfille d Unknow n Unfille d MAC TMode l

Poin t Valu e (befor e MACT ) (lbs/ton ) b 7 2 8 3

* •''..:•-•:;;•.:*. : 97

. • 

### 12 3 17 8 20 5 20 5 20 5 20 5
Average : 45. 9

Legen d Facilitie s tha t compris e MAC Tfloo r Existin g Sourc e MAC TFloo r Assume d value s - n o dat a provide d

Footnotes : a = Th e HA P percentage s ar e i n term s o fweigh t percen t an d the yar e base d o n th e HA P conten t o fth i b = Poin t value s ar e expresse d i n pound s o fHA P pe rto n o fnea t ge l coa t plus

.P.3 7

determin e o restimat e actua l emission s a t a specifi cfacility , jn s an d shoul d therefor e no t b e used , nclude d i n thi s dat a bas e ma yexist

.

Othe r Reductio n Technioue s

Vacuu m Baggin g

e nea t resi n plu s an yHA P tha t i s adde d t o th e resi n a t th e facility

.

# 7 P.3 8

Corrosio n - Resistan t Mechanica l Applicatio n

Importan t Notes : Th e averag e emission s factor s use d i n thi s sprea d shee t t o calculat e emission s shoul d no t b e use d t o determin e o res t Afacility' s specifi cemission s show n i n thi s sprea d shee t ma yno t represen t th e facility' s actua l emission s an d shoul d t h Thi s databas e onl ycontain s facilitie s fo rwhic h th e Administrato rha s information

. Othe rfacilitie s no t include d i n thi s d a

Ran k 1 2 3 4 5 6 7 8 9 1 0 1 1 1 2 1 3 1 4 1 5 1 6 1 7 1 8 1 9 2 0 2 1 2 2 2 3 2 4 2 5 2 6 2 7 2 8 2 9 3 0 3 1 3 2 3 3 3 4 3 5 3 6 3 7 3 8 3 9 4 0 Plan t Nam e l i / I J I

B t I t l r xpi " N *

< iiP H \ » G " i * < n HEMC O Corp

. I

. M

. Pena , Inc

. Magnu m Plastics , Inc

. Yanke e Plasti cCo

.

Beetl e Plastics , Inc

. Delt a Fiberglas s Structures , Inc

.

Kearney/Wester n Powe rProduct s Xeno n Co. , Inc

. Hartzel l Fan , Inc

. (Bld g 275 )

MF G - Molde d Fibe rGlas s Co

. (Unio n City ) No n Metalli cResources , Inc

. Smit h Fiberglas s Products , Inc

. (Littl e Rock ) Xerxe s Corp

. (Avon ) Xerxe s Corp

. (Lakeland ) Xerxe s Corp

. (Seguin ) Xerxe s Corp

. (Tipton ) Xerxe s Corp

. (Williamsport )

Owens-Cornin g (Auburndale ) Owens-Cornin g (Moun t Union ) Owens-Cornin g Fibergla s (Conroe ) Owens-Cornin g Tank s (Valparaiso ) Picken' s Plastics , Inc

. Nov a Group , Inc

. Re d Ewald , Inc

.
Bradle ySpecialtie s Corp

. GP I Corp

. Parkso n Aeratio n & Fibergla s Corp. , Inc

. Weighte d Resi n Averag e % HA P (tpy ) i n nea t resi n plu s a 4 H i L 1



### 44. 7 35. 2 40. 0 16. 4 40. 0 22. 5 40. 0 23. 5 40. 0

94. 7 23. 8 266. 0 134. 0 12. 5 200. 0 11. 3 42. 0 58. 8 525. 2 94. 7 94. 7 94. 7 94. 7 94. 7 94. 7 94. 7 9. 6 24. 0 94. 7 94. 7 94. 7 94. 7 95. 6 46. 8 395. 0 94. 7 25. 9 97. 1 25. 2 

### 41. 0

41. 1

42. 0 42. 0 42. 3

44. 7 44. 7 44. 7 44. 7 44. 7 44. 7 44. 7 44. 7

45. 0 45. 0 45. 0 45. 0 45. 0 45. 1 45. 2



### 46. 0 46. 2 46. 3 Fille r

(tpv ) 0. 0 27. 3 0. 0 0. 0 0. 0 1. 2 8. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 2 148. 0 0. 2 0. 0 0. 0 0. 0 46. 2 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 4. 5 0. 0 0. 0 0. 0 0. 0 0. 0 Reinforce

.

(tpv ) 20. 4 25. 6 6. 3 14. 6 29. 1 4. 5 8. 8 6. 9 7. 2 11. 8 29. 1 9. 9 79. 2 41. 1 4. 5 92. 0 4. 8 19. 1 18. 0 161. 1 43. 2 29. 1 29. 1 29. 1 29. 1 29. 1 29. 1 4. 1 7. 4 29. 1 29. 1 29. 1 29. 1 29. 3 15. 7 342. 1 29. 1 10. 9 48. 0 7. 7 Scra p

(tov ) 10. 2 18. 3 

### 4. 5 

### 10. 4 20. 7 6. 9 5. 6 4. 9 5. 1 8. 4 20. 7 

### 5. 6 

### 57. 9 29. 4 2. 9 

### 73. 9 2. 7 10. 2 

### 12. 9 115. 1 30. 9 20. 7 20. 7 20. 7 20. 7 20. 7 20. 7 2. 3 

### 5. 3 

### 20. 7 20. 7 20. 7 20. 7 21. 0 11. 2 121. 9 20. 7 6. 1 

### 24. 2 5. 5

### P.3 9

4 1 4 2 4 3 4 4 4 5 4 6 4 7 4 8 4 9 5 0 5 1 5 2 5 3 5 4 H & R Industries , Inc

. 107. 0 46. 3

Diamon d Fiberglas s Fabricators , Inc

. Ne wEnglan d Plasti cCoate d Products , Inc

. Spear s Fabricatio n Hasting s Group , Inc

. - Viate c(Belding )

MF G Justi n Tanks , Inc

. Rave n Industries , Inc

. (Siou xFalls ) Ashwort h Plasti cProduct s Hasting s Reinforce d Plastic s - Viate c(Hastings ) Mile s Fiberglas s & Plastics , Inc

. Owens-Cornin g Fibergla s (Bakersfield ) Beden-Baug h Products , Inc

.

Projecte d Tota l (includin g assume d values) : 5115. 8 Average : 94. 7 44. 7 Filler/Resi n Ratio : 0.4 9 Reinforcemen t t o Resi n + Fille rRatio : 0.3 1 

### 36. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0

271. 6 5 53. 3 5. 8 54. 5 16. 9 6. 1 99. 4 5. 5 74. 8 48. 1 29. 1 76. 7 2. 6 29. 1 26. 8
1950. 7 36. 1 32. 8

4. 2 38. 9 5. 6 4. 2 71. 0 3. 9 32. 8 34. 4 20. 7 54. 8 1. 8 20. 7 19. 1

1228. 0 22. 7

Legend : Facilitie s tha t compris e MAC Tfloo r Existin g Sourc e MAC TFloo r Assume d value s - N o dat a provide d

Footnotes : a = Th e HA P percentage s ar e i n term s o fweigh t percen t an d the yar e base d o n th e HA P conten t o fth e nea t resi n plu s b = Poin t value s ar e expresse d i n pound s o fHA P pe rto n o fnea t resi n plus

. c= Fille rquantitie s fo rfacilitie s tha t indicate d fille rus e bu t di d no t quantif yth e amoun t wer e determine d b yusin g th e av d = N o emissio n reductio n credi t wa s give n fo rth e us e o fvapo rsuppressants

.

### &
3 onsataspec

OISS F
C O 3

t o Esed.

j 0 )

. o o r i —lerefc t n X C D 

### > . E 0 3 c nitabarce

3 o C/ 3 a cist X UJode


### : > H 

### < 2CTModel



### < 2

03 TJ O I > 1 - O 

## < 2Value

4 - >U|0 0
.missions

i n

c
c n
tUJ 1— 

## o < 

## s. m

, o 0 3 nerMACT)

*? 3.ACT)

2 03(befor . O C Obs 

### '—" * 

# 1

"> ii * WC^OCOlOlOiniflCOI^»roc\lCNCOCNCDm^i-^i-T-^i-T-(DOCDCD<DCDCDOOO>C\IC>llOC D

WOOJOJ^i-^T-C^CMCVlC^^TlM-rtTl-CDOOOOCOCDCDCOCOCOOOOOCOCOOOCOCOOOOOOOO O t-t-i->-ti|«NNC\IN«NWNNNC\IWNNNN(\INNNNNWWNWNNC\i n

iO'*r^iooncO'^tMi^oco c ^ ' v :cMpT

- ^cvicd^^c^o^cNiNrioicj^^T-:®'

- OCD u <OOOOOOOa>COOOOO* -



## - * u i 3 030303030303030CM0303030303TJ - •> * " ? O I O C O • * £ 5 o i o i o i c\

i

lO^suincoco^ion^N^^in^^woi^^^^^^wn^^ininLqL q acMnr-^Oini-CMCMt^ N O C D •• * • C O i - ^ P

J ^ ir\i^COCOCOCOCOCOCOCO_: ( ~COCOCOCOC O | ^ *

—T

—T

—T

—-T—

T— 1— '

-Tr T-T

—T ~ T

- i n ^ C O 5 C OP.4 1

16. 4 

### 2. 9 27. 5 

### 2. 7 3. 0 52. 8 

### 3. 0 21. 4 27. 6 17. 5 46. 2 

### 1. 6 17. 5 22. 0

738. 7 13. 7 10. 2



### 1. 8 16. 9 

### 1. 6 1. 8 30. 8 

### 1. 7 11. 6 14. 9 

### 9. 0 23. 8 

### 0. 8 9. 0 8. 3

482. 3 

### 8. 9 30 6

30 7 31 0 31 3 31 8 32 6 33 8 35 0 35 1 36 9 36 9 36 9 36 9 50 4

N/A N/A

anyHA P that i s adde d t o th e resi n a t th e facilit y(filler s no t included) , rerage resin/fille rrati o fro m facilitie s wit h known fille rquantities

.P.4 2

Noncorrosio n - Resistan t Unfille d Mechanica l Applicatio n

Importan t Notes : Th e averag e emission s factor s use d i n thi s sprea d shee t t o calculat e emission s shoul d no t b e use d t o determin e o restimat e actua l Afacility' s specifi cemission s show n i n thi s sprea d shee t ma yno t represen t th e facility' s actua l emission s an d shoul d therefor e no t t Thi s databas e onl ycontain s facilitie s fo rwhic h th e Administrato rha s information

. Othe rfacilitie s no t include d i n thi s dat a bas e ma y

Weighte d Averag e % HA P i n nea t resi n plu s a (tpy )

Continenta l Campe rCo. , In c -itle r (tov) 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 

# •
0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 , 0. 0 0. 0 0. 0 0. 0 0. 0 , 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 Reinforce

.

(tpv ) 40. 5 72. 4 69. 5 69. 5 69. 5 292. 9 46. 2 102. 0 20. 4 286. 3 54. 0 95. 1 28. 6 28. 0 23. 1 60. 4 23. 5 65. 7 13. 7 53. 7 10. 4 5. 5 75. 1 174. 0 27. 9 49. 0 31. 7 31. 9 60. 0 188. 3 49. 0 38. 5 166. 3 68. 3 7. 5 1. 7 45. 9 8. 4 2. 8 71. 0 

### Scra p

(tpv ) 48. 6 44. 2 42. 4 42. 4 42. 4 111. 3 28. 2 105. 1 12. 0 174. 8 35. 5 58. 1 17. 5 16. 0 14. 1 36. 9 13. 1 33. 3 9. 7 32. 8 5. 4 4. 0 45. 8 135. 6 16. 7 39. 0 19. 4 19. 5 36. 7 115. 0 44. 2 23. 5 101. 5 41. 7 4. 6 5. 1 50. 7 5. 1 1- 7 43. 4 Existing : MAC TMode l Emission s (befor e MACT ) (tpv ) 2. 7 4. 8 7. 3 8. 2 8. 9 18. 8 6. 4 28. 7 3. 0 46. 0 10. 1 16. 5 5. 0 4. 6 4. 3 11. 6 4. 0 10. 4 3. 4 11. 1 1. 7 1. 4 15. 5 49. 3 5. 6 14. 3 6. 5 6. 6 12. 4 39. 4 17. 0 8. 5 36. 7 16. 1 1. 8 2. 5 22. 7 2. 0 0. 7 17. 9P.4 3

4 1 4 2 4 3 4 4 4 5 4 6 4 7 4 8 4 9 5 0 5 1 5 2 5 3 5 4 5 5 5 6 5 7 5 8 5 9 6 0 6 1 6 2 6 3 6 4 6 5 6 6 6 7 6 8 6 9 7 0 7 1 7 2 7 3 7 4 7 5 7 6 7 7 7 8 7 9 8 0 8 1 8 2 8 3 8 4 8 5 8 6 8 7 8 8 8 9 9 0 9 1 9 2 Murph yBod yCo

. Allianc e Equipmen t Co. , Inc

. Covermaster , Inc

. Fiberglas s Forms , Inc

. Fiberglas s Specialties , Inc

. Florid a Lin e o fAstatula , Inc

. Phi l Carte rSystem , Inc

. 117. 0 184. 1 133. 6 120. 0 77. 0 133. 2 46. 0 39. 5

40. 0 40. 0 40. 0 40. 0 40. 0 40. 0 0. 0

0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 44. 1 69. 5 62. 5 45. 3 33. 0 74. 4 17. 4 26. 9

42. 4 32. 7 27. 6 18. 4 34. 5 10. 6 12. 2

19. 8 14. 4 12. 9 8. 3 14. 3 4. 9 Piedmon t Fiberglass , Inc

. 120. 0 40. 0 Plas-Tech , Ltd

. 40. 0 40. 0 Sea l Reinforce d Fiberglas s 8. 5 40. 0
Syntechnic s 1014. 0 40. 0 Warminste rFiberglas s Co

. (Jacksonville ) 108. 9 40. 0 Warminste rFiberglas s Co

. (Southampton ) 125. 4 40. 0 Lawrenc e Wittma n & Co. , Inc

. 26. 1 40. 1 C & KFiberglas s Plastics , Inc

. 104. 0 40. 2 Delt a Fiberglas s & Environmenta l Products , Inc

. 184. 1 40. 2 Fiberglas s Plu s Recreationa l Industries , Inc

. 37. 2 40. 2 Gla s Master , Inc

. (Plan t #1 ) 187. 8 40. 2 Gla s Master , Inc

. (Plan t #2 ) 187. 8 40. 2 GP M Industries , Inc

. 184. 1 40. 2 Hoo d Manufacturing , Inc

. 177. 0 40. 2 Michian a Fiberglass , Inc

. 187. 8 40. 2 Olympi cFiberglas s Industries , Inc

. 184. 1 40. 2 Plasti-Fab , Inc

. 92. 0 40. 3

Fleetwoo d (Decatu r- formerl yGol d Shield ) 1355. 2 40. 9 Fiberglas s Industries , Inc

. 36. 7 41. 0 Lun d Industries , Inc

. 503. 3 41. 0 Northwes t Bodies , Inc

. 150. 2 41. 5 Elmor e Truc k

Accessories , Inc

. 35. 0 42. 0 Fiberglas s & Plasti cFab. , Inc

. 54. 7 42. 0 Globa l Glass , Inc

. 281. 5 42. 0 Standar d Glas , Inc

. 126. 3 42. 0 Arrowhea d Plasti cEngineering , Inc

. 70. 0 43. 0 Chanc e Operations , Inc

. 29. 2 43. 0 Fiberdome , Inc

. (Plan t #1 ) 100. 0 43. 0 Gorman-Rup p Co

. 35. 1 44. 0 Marqui s Corp

. 105. 0 44. 0 Monarc h Plastic , Inc

. 44. 6 44. 0 Specialt yPlastic s Associates , In c841. 0 44. 0 To m Smit h Fiberglass , Inc

. 34. 2 44. 0 Arro wDynamics , Inc

. 34. 0 45. 0 Beave rMoto rCoaches , Inc

. 185. 1 45. 0 Evelands , Inc

. 60. 5 45. 0 Fiberglas s Engineerin g Corp

. 75. 0 45. 0 MelcherManufacturin g Co. , Inc

. 136. 7 45. 0 Peterso n Product s 22. 5 45. 0 Pilling s F.R.P

. 39. 8 45. 0 Simon-Telelect , Inc

. 32. 8 45. 0 Trai l Wagons , Inc

. 32. 6 45. 0 KB KIndustries , Inc

. 587. 8 46. 0 

### 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 44. 1 69. 5 62. 5 45. 3 33. 0 74. 4 17. 4 45. 3 15. 1 3. 2 13. 7 687. 5 9. 0 41. 4 9. 8 16. 3 69. 5 14. 0 70. 9 70. 9 69. 5 63. 8 70. 9 69. 5 34. 7 60. 3 511. 4 13. 9 189. 9 53. 6 0. 8 22. 0 106. 2 47. 6 26. 4 11. 0 60. 0 13. 2 39. 6 16. 8 350. 4 12. 9 12. 8 69. 9 23. 3 15. 0 40. 8 13. 5 0. 9 11. 0 74. 5 238. 4 26. 9

42. 4 32. 7 27. 6 18. 4 34. 5 10. 6 27. 6 9. 2 2. 0 8. 3 282. 4 20. 0 27. 9 6. 0 20. 3 42. 4 8. 6 43. 3 43. 3 42. 4 40. 3 43. 3 42. 4 21. 2 36. 8 312. 2 8. 5 115. 9 34. 1 6. 1 12. 8 64. 9 29. 1 16. 1 6. 7 26. 6 8. 1 24. 2 10. 3 199. 0 7. 9 7. 8 42. 6 14. 0 15. 2 29. 8 6. 0 6. 9 7. 3 17. 5 138. 1 12. 2

19. 8 14. 4 12. 9 8. 3 14. 3 4. 9 12. 9 4. 3 0. 9 3. 9 108. 9 11. 7 13. 5 2. 8 11. 3 20. 0 4. 0 20. 4 20. 4 20. 0 19. 2 20. 4 20. 0 10. 1 17. 9 153. 9 4. 2 57. 4 17. 6 4. 2 6. 6 34. 0 15. 3 9. 0 3. 7 12. 8 4. 8 14. 2 6. 0 113. 8 4. 6 4. 9 26. 5 8. 6 10. 7 19. 5 3. 2 5. 7 4. 7 4. 7 88. 6P.4 4



### 9 3 9 4 9 5 9 6 9 7 9 8 9 9 U.S

. Fiberglas s Products , Inc

. Picken' s Plastics , Inc

. Baj a Product s (Tucson ) Baj a Product s Ltd

. (Salisbury ) Attba rPlastics , Inc

. Fibe rPad , Inc

. 10 0 Pear l Baths , Inc

. 10 1 Aer o Transportatio n Product s 10 2 Amtec h Corp

. 10 3 Kivett's , Inc

. 10 4 Plasti cDevelopmen t Co

. 10 5 Ultra/Gla s o fLakevill e 378. 8 28. 5



### 55. 4 100. 0 510. 0 96. 0 325. 0 241. 7 47. 8 43. 4 140. 0 154. 0
Projecte d Tota l (includin g assume d values) : 18506. 5 Average : 176. 3 Filler/Resi n Ratio : N/ A Reinforcemen t t o Resi n Ratio : 0.3 8 

### 46. 0 46. 0

47. 5 47. 5 48. 0 48. 0 48. 7 50. 0 50. 0 50. 0 50. 0 50. 0

40. 2 0. 0

0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0

0. 0 0. 0 151. 5

10. 8 3. 8 20. 9 37. 7 244. 8 17. 2 122. 6 91. 2 16. 7 16. 4 52. 8 75. 0

7246. 6 69. 0 88. 6

6. 6 2. 3 12. 8 23. 0 125. 9 19. 1 74. 9 55. 7 10. 8 10. 0 32. 3 38. 2

4305. 6 41. 0 57. 1

4. 3 1. 6 9. 0 16. 3 85. 3 16. 0 56. 2 44. 6 8. 8 8. 0 25. 8 28. 4

1924. 5 18. 3

Legend : Facilitie s tha t compris e MAC Tfloo r Existin g Sourc e MAC TFloo r Assume d value s - N o dat a provide d

Footnotes : a = Th e HA P percentage s ar e i n term s o fweigh t percen t an d the yar e base d o n th e HA P conten t o fth e nea t resi n plu s an yHA P th s b = Poin t value s ar e expresse d i n pound s o fHA P pe rto n o fnea t resi n plus

. c= Fo rfacilitie s conductin g vacuu m bagging/close d mol d curin g n o rollou t wa s assume d excep t fo rContemporar yProduct s wer e t e d = Vacuu m bagging/close d mol d curin g withou t rollou t wa s assume d t o reduc e emission s b yapproximatel y4 6 % i n non-atomize d i e = Vacuu m bagging/close d mol d curin g withou t rollou t wa s assume d t o reduc e emission s b yapproximatel y3 3 % i n atomize d appl i f= Vacuu m bagging/close d mol d curin g wit h rollou t wa s assume d t o reduc e emission s b yapproximatel y2 1 % i n non-atomize d app l g = N o emissio n reductio n credi t wa s give n fo rth e us e o fvapo rsuppressants

.P.4 5

emission s a t a specifi cfacility

. b e used

.
' exist

.
Sourc e MAC TMode l Emission s (afte rMACT ) (tPV ) 2, 7 4. 8 7. 3 8. 2 8. 9 18. 8 6. 4 27. 1 2. 7 39. 4 8. 2 13. 1 3. 9 3. 5 3. 2 8. 3 2. 9 7. 0 2. 3 7. 4 1. 2 1. 0 10. 3 32. 9 3. 7 9. 5 4. 4 4. 4 8. 3 25. 9 11. 1 5. 3 22. 9 9. 4 1. 0 2. 0 13. 2 1. 2 0. 4 9. 8 MAC TMode l

Poin t Valu e (befor e MACT ) (lbs/ton ) b 2 2 5 1 8 0 8 9 9 7 9 9 10 4 11 0 11 6 12 1 12 8 13 1 13 1 13 5 14 0 14 5 14 5 15 5 15 5 15 5 15 5 15 5 15 5 15 5 15 5 15 5 15 5 15 5 15 5 15 8 15 9 16 6 16 6 17 8 17 8 17 8 17 8 17 8 17 9 19 0 Othe r Reductio n Technigue s c.d.e.f. g

•M P J u rL i n^ i

u B j 1

F * H p ; 

## r

- o a 

### 3 RF I 

### C i « F I 

### n i « t P » u * * f- J F fP.4 6



### 6. 1 9. 6 6. 9 6. 2 4. 0 6. 9 2. 4 6. 2 2. 1 0. 4 1. 9 

### 52. 7 5. 7 6. 5 1. 4 5. 4 9. 6 1. 9 9. 8 9. 8 9. 6 9. 2 9. 8 9. 6 4. 8 8. 3 

### 70. 4 1. 9 

### 26. 1 7. 8 1. 8 2. 8 

### 14. 6 6. 6 3. 6 1. 5 5. 2 1. 8 5. 5 2. 3 

### 43. 7 1. 8 1. 8 9. 6 3. 1 3. 9 7. 1 1. 2 2. 1 1. 7 1. 7 

### 30. 5 20 8

21 5 21 5 21 5 21 5 21 5 21 5 21 5 21 5 21 5 21 5 21 5 21 5 21 5 21 6 21 7 21 7 21 7 21 7 21 7 21 7 21 7 21 7 21 7 21 9 22 4 22 7 22 8 22 8 23 5 24 2 24 2 24 2 24 2 25 6 25 6 25 6 27 1 27 1 27 1 27 1 27 1 28 6 28 6 28 6 28 6 28 6 28 6 28 6 28 6 28 6 30 2 VS R

VS R

Som e VS RP.4 7

19. 7 

### 1. 5 0. 5 2. 9 5. 2 26. 5 

### 5. 0 16. 9 12. 6 

### 2. 5 2. 3 7. 3 8. 0

941. 4 

### 9. 0 30 2

30 2 30 6 32 6 32 6 33 4 33 4 34 6 36 9 36 9 36 9 36 9 36 9
N/A N/A VS R (50% ) VS R

VS R (75% )

i t i s adde d t o th e resi n a t th e facilit y(filler s no t included)

.
••leco n document s rollout

. applications

. ications

. lications

.P.4 8

Noncorrosio n - Resistan t Fille d Mechanica l Applicatio n

Importan t Notes : Th e averag e emission s factor s use d i n thi s sprea d shee t t o calculat e emission s shoul d no t b e use d t o determin e o restimat e actu a Afacility' s specifi cemission s show n i n thi s sprea d shee t ma yno t represen t th e facility' s actua l emission s an d shoul d therefor e no t Thi s databas e onl ycontain s facilitie s fo rwhic h th e Administrato rha s information

. Othe rfacilitie s no t include d i n thi s dat a bas e ma ;

Ran k 1 2 3 4 5 6 7 8 9 1 0 1 1 1 2 1 3 1 4 1 5 1 6 1 7 1 8 1 9 2 0 2 1 2 2 2 3 2 4 2 5 2 6 2 7 2 8 2 9 3 0 3 1 3 2 3 3 3 4 3 5 3 6 3 7 3 8 3 9 4 0 Plan t Nam e Resi n Usag e (tpy ) 

### 5983. 5 Weighte d

Averag e % HA P i n nea t resi n plu s a

*.f fI P I ^

I Tc

. n k I < * fR f Hydr o Systems , Inc

.
Americ h Corp

. (Hollywood , CA ) Astori a Industries , Inc

. Fiberglas s Products , Inc

. Glasstite , Inc

. Hes s Count yIndustrie s o fWV , Inc

.
MF G - Molde d Fibe rGlas s Co

. (Adelanto ) S.W.C

. Industries , Inc

. (Swirl-Wa yDiv. ) Odo m Fiberglass , Inc

. Tomkin s - LASC O Bathwar e (Elizabethtown ) Accr a Industries , Inc

. Tomkin s - LASC O Bathwar e (Lancaster ) America n Reinforce d Plastic s Ceda rManufacturing , Inc

. (Breme n Glas ) A

. R

. E. , Inc

. (Moun t Eaton ) 20t h Centur yFiberglass , Inc

. (Plan t #4 ) A- 1 Fiberglass , Inc

. Clar k Manufacturin g Jaso n International , Inc

. (N

. Littl e Rock , AR ) Kohle rCo

. Mr

. Tubs , Inc

. Plasti cComposite s Corp

. Universal-Rundl e Corp

. (Unio n Point ) G

. W

. Fiberglass , Inc

. Charlom a Fiberglass , Inc

. S

. R

. Smith , Inc

. Bathcraft , Inc

. Tomkin s - LASC O Bathwar e (Sout h Boston )

Electric-Glass , Inc

. Holida yRamble rCorp. , Plan t 3 6 an d 3 7 Aqu a Glas s Corp

. (Klamat h Falls ) Associate d Plastics , Inc

. 

### !753. 9 125. 0 91. 9 42. 1 61. 2 121. 2 336. 6 494. 0 544. 7 209. 0 992. 5 82. 6 2124. 8 77. 0 2259. 3 288. 0 367. 0 1007. 1 97. 2 402. 9 661. 0 86. 5 550. 0 137. 0 72. 0 1410. 0 752. 8 347. 4 107. 0 945. 2 2770. 5

348. 8 714. 0 992. 5 162. 6 

### 30 8

30 0 42. 6

35. 0 35. 0 35. 0 35. 0 35. 0

35. 0 35. 0 35. 0 47. 7 37. 5 47. 7 37. 9 38. 0 38. 5 40. 0 40. 0 40. 0 40. 0 40. 0 40. 0 40. 0 40. 0 40. 6 41. 0 40. 8 41. 2 48. 1

42. 0 42. 0 42. 6 42. 6 Fille rc

(tpv ) 6404. 8 1070. 4 2436. 0 

### 10. 4 4215. 6 62. 5 98. 3 

### 45. 1 42. 8 69. 7 

### 249. 9 494. 0 445. 7 20. 0 

### 1062. 4 88. 4 3304. 6 12. 0 3564. 7 

### 121. 0 359. 4 1078. 1 58. 3 40. 8 325. 0 64. 0 520. 0 

### 110. 0 36. 0 1347. 0 171. 8 80. 8 114. 5 

### 986. 9 4078. 6

49. 1 

### 59. 2 1062. 4 

### 174. 1 Reinforce

.

(tpv ) 1002. 5 510. 9 1162. 8 5. 0 575. 0 46. 3 

### 46. 9 21. 5 40. 8 51. 5 101. 0 243. 8 178. 5 

### 53. 0 507. 1 46. 7 655. 0 30. 0 356. 0 44. 0 94. 8 514. 6 38. 4 140. 8 233. 0 31. 5 100. 0 

### 91. 0 26. 7 476. 0 658. 1 121. 2 54. 7 278. 5 709. 0 612. 5 98. 2 190. 8 507. 1 83. 1 Scra p

(tpv ) 2266. 4 433. 7 987. 0 4. 2 1276. 8 

### 39. 3 39. 8 18. 3 24. 2 40. 7 115. 9 207. 0 196. 9 47. 4 430. 5 

### 36. 5 1027. 8 19. 9 1047. 0 76. 6 138.7

. 436. 8 32. 6 98. 0 204. 9 30. 6 197. 9 56. 6 22. 6 544. 9 262. 5 92. 2 46. 4 373. 0 1277. 8 519. 9 83. 3 162. 0 430. 5 70. 5 Existing :

MAC TMode l Emission s (befor e MACT ) (tpy ) 36. 2 6. 3 18. 9 0. 5 147. 3 9. 0 6. 7 3. 3 4. 8 

### 9. 4 26. 2 38. 4 42. 3 

### 16. 2 77. 1 6. 4 183. 7 7. 1 210. 2 27. 1 34. 8 

### 98. 6 10. 4 43. 3 71. 0 9. 3 

### 59. 1 14. 7 7. 7 151. 5 83. 8 

### 39. 6 12. 5 110. 1 

### 324. 1 135. 1 42. 2 86. 3 

### 124. 2 20. 4P.4 9

4 1 E D Industries , Inc

. (Sportsma n Picku p Covers ) 1012. 4 4 2 Elje rPlumbingwar e (Wilson ) 992. 5 4 3 Glasg o Plastics , Inc

. 1032. 2 4 4 Image s Product s Corp

. 109. 0 4 5 Jaso n Industries , Inc

. (Elkhart , IN ) 1012. 4 4 6 Lee rMidwes t 612. 0 4 7 McClari n Plastics , Inc

. 992. 5 4 8 Miracl e Recreatio n Co

. 992. 5 4 9 Acm e Fiberglass , Inc

. 185. 0 5 0 AKE R Plastic s Co. , Inc

. (Plymouth , N Oa k Rd ) 2310. 1 5 1 AKE R Plastic s Co. , Inc

. (Plymouth , Pidc o Dr) 164. 7 5 2 Americ h Corp

. (Charlotte , NC ) 63. 2 5 3 Aqu a Glas s Corp

. (Adamsville ) 10143. 0 5 4 Armorcas t Product s Co

. 128. 5 5 5 Sunse t Plastics , Inc

. 254. 0 5 6 Breme n Glas , Inc

. 1159. 0 5 7 Fleetwoo d (Fontan a - formerl yGol d Shield ) 417. 3 5 8 Custo m Fibreglas s Manufacturin g Co

. 463. 1 5 9 Brunne l Product s o fFlorida , Inc

. 62. 5 6 0 McClur e Industries , Inc

. 142. 8 6 1 Countr yCoach , Inc

. 101. 0 6 2 Universal-Rundl e Corp

. (Ottumwa ) 2500. 0 6 3 Fleetwoo d (Decatu r- formerl yGol d Shield ) 314. 1 6 4 Elje rManufacturin g (Valdosta ) 363. 0 6 5 Tomkin s - LASC O Bathwar e (Moapa ) 6258. 6 6 6 Tomkin s - LASC O Bathwar e (Anaheim ) 3135. 5 6 7 Tomkin s - LASC O Bathwar e (Thre e Rivers ) 2815. 4 6 8 Tomkin s - LASC O Bathwar e (Cordele ) 1976. 6 6 9 Nationa l Fibe rGlas s Products , Inc

. 640. 0 7 0 Nordi cFiberglass , Inc

. (Devil s Lake ) 316. 2 7 1 Nordi cFiberglass , Inc

. (Warren ) 246. 3 7 2 Fiberglas s Systems , Inc

. 723. 3 7 3 Oasi s Industries , Inc

. 145. 0 7 4 Spac e Tables , Inc

. 12. 2 7 5 Accurat e Glass , Inc

. 114. 0 7 6 Grea t Lake s Plastic s Corp

. 306. 0 7 7 Larso n Co

. 10. 6 7 8 Dasc o Pro , Inc

. 15. 0 7 9 Universal-Rundl e Corp

. (Ne wCastle ) 3585. 0

Projecte d Tota l (includin g assume d values) : 78747. 6 Average : 996. 8 Filler/Resi n Ratio : 1.0 7 Reinforcemen t t o Resi n + Fille rRatio : 0.2 5 

### 42. 6 42. 6 42. 6 42. 6 42. 6 42. 6 42. 6 42. 6 43. 0 43. 0 43. 0 43. 0 43. 0 43. 0 43. 0 44. 0 44. 6 44. 9 45. 0 45. 0 45. 9 46. 5 46. 9 47. 0 47. 0 47. 7 47. 7 47. 8 48. 0 48. 5 48. 5 49. 0 49. 0 49. 0 50. 0 50. 0 50. 0 55. 0 60. 2

42. 6 1083. 6

1062. 4 1104. 9 116. 7 1083. 6 510. 0 1062. 4 1062. 4 75. 0 2378. 7 180. 5 67. 6 4000. 0 62. 5 215. 0 1558. 0 417. 3 271. 3 56. 0 103. 0 108. 1 3276. 0 313. 1 467. 0 9844. 6 4890. 8 4386. 6 3092. 2 570. 0 270. 0 198. 5 774. 2 145. 0 1. 2 114. 0 200. 0 11. 3 3. 0 ' 3256. 6

84292. 5 1067. 0 517. 3

507. 1 527. 4 33. 0 517. 3 102. 0 507. 1 507. 1 90. 0 702. 2 52. 3 32. 3 3490. 2 32. 5 70. 0 393. 0 206. 0 149. 9 16. 0 60. 7 51. 6 804. 0 154. 8 62. 0 3974. 0 675. 0 584. 0 415. 0 219. 7 158. 4 142. 2 33. 0 39. 4 15. 0 56. 3 90. 0 5. 4 4. 4 765. 6

27501. 2 348. 1 439. 1

430. 5 447. 7 43. 6 439. 1 207. 1 430. 5 430. 5 58. 6 909. 5 67. 0 27. 4 2962. 7 37. 7 90. 9 524. 8 174. 8 148. 8 22. 7 51. 5 43. 8 1110. 6 131. 4 151. 0 3373. 4 1472. 5 1317. 8 928. 1 240. 9 125. 0 98. 4 259. 8 55. 6 4. 7 47. 8 100. 4 4. 6 3. 8 1285. 6

32117. 0 406. 5 126. 7

124. 2 129. 2 13. 6 126. 7 76. 6 124. 2 124. 2 23. 7 295. 7 21. 1 8. 1 1298. 5 16. 5 32. 5 156. 9 58. 5 65. 8 8. 9 20. 4 15. 1 386. 9 49. 6 57. 7 994. 1 516. 2 463. 5 327. 1 107. 0 54. 2 42. 2 127. 1 25. 5 2. 1 21. 0 56. 5 2. 0 3. 5 1037. 9

9497. 1 120. 2

Legend : Facilitie s tha t compris e MAC Tfloo r Existin g Sourc e MAC TFloo r Assume d value s - N o dat a provide dP.5 0

Footnotes : a = Th e HA P percentage s ar e i n term s o fweigh t percen t an d the yar e base d o n th e HA P conten t o fth e nea t resi n plu s an yHA P th i b = Poin t value s ar e expresse d i n pound s o fHA P pe rto n o fnea t resi n plus

. c= Fille rquantitie s fo rfacilitie s tha t indicate d fille rus e bu t di d no t quantif yth e amoun t wer e determine d b yusin g th e averag e filler/ i d = N o emissio n reductio n credi t was give n fo rth e us e o fvapo rsuppressants

.P.5 1

I emission s a t a specifi cfacilit y b e used

. yexist

.
Sourc e MAC TMode l Emission s (afte rMACT ) (tpv ) 36. 2 6. 3 18. 9 0. 5 147. 3 9. 0 6. 6 3. 0 4. 4 8. 7 24. 2 35. 6 39. 2 15. 0 71. 4 5. 9 152. 9 5. 5 162. 6 20. 7 26. 4 72. 5 7. 0 29. 0 47. 6 6. 2 39. 6 9. 9 5. 2 101. 5 54. 2 25. 0 7. 7 68. 0 199. 4 80. 4 25. 1 51. 4 71. 4 11. 7 MAC TMode l

Poin t Valu e (befor e MACT ) (lbs/ton ) b 1 2 1 3 1 7 10 6 10 7 14 4 14 5 15 5 15 5 15 5 15 5 15 5 15 5 15 5 15 5 15 6 17 3 18 4 18 6 18 9 19 0 19 6 21 5 21 5 21 5 21 5 21 5 21 5 21 5 21 5 22 3 22 8 23 3 23 3 23 4 24 2 24 2 24 2 25 0 25 0 Othe r Reductio n Technigue s d

F J R H I,

Carbo n Filter s (42.5 % Control) , VS R (Fille d Resi n Systems )

VS R (Fille d Resi n Systems )

Therma l Oxidize r(47.5 % Control) , VS R (Filled )

Therma l Oxidize r(43.5 % Control) , VS R (Filled )

VS R (Fille d Resi n Systems ) VS R (Fille d Resi n Systems )

VS R (Fille d Resi n Systems ) VS R (50% , Fille d Resi n Systems )

VS R (Fille d Resi n Systems ) Therma l Oxidize r(30.2 % Control) , VS R (72% , Filled )P.5 2

72. 9 71. 4 74. 3 

### 7. 8 72. 9 44. 0 71. 4 71. 4 13. 3 166. 2 11. 8 

### 4. 5 729. 9 

### 9. 2 18. 3 83. 4 30. 0 33. 3 

### 4. 5 10. 3 

### 7. 3 179. 9 22. 6 26. 1 450. 4 225. 6 202. 6 142. 2 46. 1 22. 8 17. 7 52. 0 10. 4 

### 0. 9 8. 2 22. 0 

### 0. 8 1. 1 258. 0

5010. 9 63. 4 

### 25 0

25 0 25 0 25 0 25 0 25 0 25 0 25 0 25 6 25 6 25 6 25 6 25 6 25 6 25 6 27 1 28 0 28 4 28 6 28 6 30 0 31 0 31 6 31 8 31 8 32 9 32 9 33 1 33 4 34 3 34 3 35 1 35 1 35 1 36 9 36 9 36 9 46 5 57 9
N/A N/A CB I

VS R (Fille d Resi n Systems ) VS R (Fille d Resi n Systems ) VS R (Fille d Resi n Systems )

VS R (Fille d Resi n Systems ) VS R (Fille d Resi n Systems )

VS R (Fille d Resi n Systems )

VS R (Fille d Resi n Systems )

VS R (Fille d Resi n Systems ) VS R (Fille d Resi n Systems ) VS R (Fille d Resi n Systems ) VS R (Fille d Resi n Systems ) VS R (Fille d Resi n Systems )P.5 3

a t i s adde d t o th e resi n a t th e facilit y(filler s no t included) ,
resi n rati o fro m facilitie s wit h know n fille rquantities

.P.5 4

Toolin g - Mechanica l Applicatio n
Importan t Notes : Th e averag e emission s factor s use d i n thi s sprea d shee t t o calculat e emission s shoul d no t b e use d t o determin e o restimat e a c Afacility' s specifi cemission s show n i n thi s sprea d shee t ma yno t represen t th e facility' s actua l emission s an d shoul d therefor e i Thi s databas e onl ycontain s facilitie s fo rwhic h th e Administrato rha s information

. Othe rfacilitie s no t include d i n thi s dat a bas e

Ran k 1 2 3 4 5 6 7 8 9 

# iiiiiiiiiiiii i

•.PF I ^ p t j i 

### U * 1 1 rP j - I n fHEPFIi « f * Ft* * 1 F M i P Breme n Glas , In c Plan t Nam e

L I n 1 u

1 fn*

vJC^ R
< < i P 1 G 1 * > I J I n r T1 I n

Projecte d Tota l (include s assume d values) : Average : Weighte d Fille d o r

Averag e % HA P Unfille d i n nea t resi n plu s a Resi n Svste m Othe r Reductio n Technique s

Non e



### 45. 8

Legen d Facilitie s tha t compris e MAC Tfloo r Existin g Sourc e MAC TFloo r Assume d value s - n o dat a provide d "•"-i^.

. » . •* V «^S-' " •**"*"*$* » •***""-"•*"*""•.•

. • "-"•**- * 

### A * 

# :3Ce«!«^^^^^^U^^" ?

Footnotes : a = Th e HA P percentage s ar e i n term s o fweigh t percen t an d the yar e base d o n th e HA P conten t o fth e nea t resi n plu s an yHA F b = Poin t value s ar e expresse d i n pound s o fHA P pe rto n o fnea t ge l coa t plus

.P.5 5

ritua l emission s a t a specifi cfacility , no t b e used , ma yexist

.

P tha t i s adde d t o th e resi n a t th e facility

.Corrosio n - Resistan t Filamen t Windin g
Importan t Notes : Th e averag e emissio n factor s use d i n thi s sprea d shee t t o calculat e emission s shoul d no t b e use d t o determin e o restimat e actua l Afacility' s specifi cemission s show n i n thi s sprea d shee t ma yno t represen t th e facility' s actua l emission s an d shoul d therefor e no t Thi s databas e onl ycontain s facilitie s fo rwhic h th e Administrato rha s information

. Othe rfacilitie s no t include d i n thi s dat a bas e ma *

Ran k 1 2 3 4 5 6 7 8 9 1 0 1 1 1 2 1 3 1 4 1 5 1 6 1 7 1 8 1 9 2 0 2 1 2 2 2 3 2 4 2 5 2 6 2 7 2 8 2 9 3 0 3 1 3 2 3 3 3 4 3 5 3 6 3 7 3 8 3 9 Plan t Nam e

Industria l Fiberglas s Specialties , Inc

. Beetl e Plastics , Inc

.

Owens-Cornin g (Auburndale ) Owens-Cornin g (Moun t Union ) Owens-Cornin g Fibergla s (Conroe ) Owens-Cornin g Tank s (Valparaiso ) Rubbe r& Plasti cApplicator s Nov a Group , Inc

. Hasting s Group , Inc

. - Viate c(Belding ) Internationa l Reinforce d Plastic s AB C Industries , Inc

. (Gran d Junction , CO ) AB C Industries , Inc

. (Wallace , ID ) AB C Industries , Inc

. (Winon a Lake , IN ) Internationa l Pape r(Hampton ) Smit h Fiberglas s Products , Inc

. (Littl e Rock ) Smit h Fiberglas s Products , Inc

. (Wichita ) Xerxe s Corp

. (Anaheim ) Xerxe s Corp

. (Avon ) GP I Corp

.

Specialt yPlastics , Inc

. Ecowate rSystem s MF G Justi n Tanks , Inc

.
Conle yCorp

. Hasting s Reinforce d Plastic s - Viate c(Hastings ) Owens-Cornin g Fibergla s (Bakersfield ) Fowle rManufacturing , Inc

. Filamen t Windin g Machine s 2 5 

### 1 1 4 1 6 3 4 1 1 7 7 1 1 1 6 

### 1 1 2 1 1 1 3 2 3 2 2 6 3 7 1 2 

### 1 5 2 7 1 

### 1 6 5 1 2 1 1 9 3 2 3 Resi n Weighte d

Averag e % HA P i n nea t resi n plu s a

87. 2 16. 5 232. 3 275. 7 68. 1 115. 4 2. 5 30. 0 71. 3 69. 5 106. 2 161. 4 114. 4 38. 3 18. 7 2. 0 18. 1 50. 0 30. 0 45. 0 376. 6 81. 7 117. 8 72. 2 123. 9 36. 6

51. 8 32. 9 159. 8 89. 6 159. 9 15. 0 145. 9 68. 1 211. 8 97. 1 

### 45. 0

45. 0 45. 0 45. 0 45. 0 45. 1 45. 8 46. 0 46. 2 46. 2 46. 2 46. 2 46. 2 46. 2 46. 2 46. 2 46. 2

47. 0 48. 0 48. 9

50. 0 50. 0 50. 0 50. 5 52. 0 Fille r

(tpy ) c 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 1. 8 0. 0 0. 0 11. 6 6. 9 10. 4 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 72. 8 1. 2 8. 2 Reinforce

.

(tpv ) 21. 2 53. 4 10. 1 186. 0 168. 8 41. 7 70. 7 1. 5 18. 3 43. 6 42. 5 65. 0 98. 8 70. 0 16. 3 12. 6 1. 2 8. 1 37. 7 22. 6 33. 9 230. 6 50. 0 72. 1 44. 2 75. 9 18. 1 11. 7 31. 7 37. 6 77. 3 54. 7 97. 9 9. 2 89. 3 41. 7 111. 0 134. 6 26. 8 Scra p



### ilEY l 3. 7 9. 3 1. 8 27. 4 29. 4 7. 3 12. 3 0. 3 3. 2 7. 6 7. 4 11. 3 17. 2 12. 2 3. 7 2. 2 0. 2 1. 8 6. 6 3. 9 5. 9 40. 2 8. 7 12. 6 7. 7 13. 2 3. 6 2. 0 5. 5 4. 6 15. 8 9. 6 17. 1 1. 6 15. 6 7. 3 26. 6 15. 0 4. 7

### P.5 7

Projecte d Tota l (includin g assume d values) : 23 9 3482. 4 Average : 6. 1 89. 3 Filler/Resi n Ratio : 0.2 3 Reinforcemen t t o Fille r+ Resi n Ratio : 0.6 1 113. 0 46. 2 2238. 4 57. 4 386. 0

9. 9

Legen d Facilities tha

t comprise MAC

Tfloo r E^tjrig | SpUrc

e MAC TFloo r; 

### Assume d value s - n o data provide d

Footnotes : a = Th e HAP percentage s ar e i n term s o

fweigh t percen t an d theyar e based o n th e HAP conten t o fth e nea t resi n plu s anyHAP t h b = Poin t value s ar

e expresse d i n pound s o

fHA P pe rto n o

fnea t resi n plus , c= Fille rquantitie s fo rfacilitie s tha t indicate d fille ruse bu t di d no t quantif yth e amoun t wer

e determine d b

yusin g th e averag e filler/iP.5 8

emission s a t a specifi cfacility , b e used , yexist

.
Existin g Sourc e MAC TMode l Emission s (befor e MACT ) (tov ) 2. 5 

### 7. 1 1. 3 19. 1 23. 1 

### 5. 8 10. 1 0. 2 2. 7 

### 6. 3 6. 2 9. 4 14. 3 

### 10. 2 3. 4 1. 7 0. 2 

### 1. 6 4. 6 2. 7 4. 1 34. 5 7. 5 10. 8 6. 6 11. 4 3. 4 1. 8 4. 8 

### 3. 1 

### 15. 4 8. 8 15. 7 

### 1. 5 

### 14. 7 6. 9 21. 7 

### 10. 3 3. 9 MAC TMode l

Emission s (afte rMACT ) (tpv ) 2. 5 

### 7. 1 1. 3 18. 9 22. 5 5. 6 

### 9. 4 0. 2 2. 4 5. 8 5. 7 8. 7 13. 2 

### 9. 3 3. 1 

### 1. 5 0. 2 1. 5 

### 4. 1 2. 4 3. 7 

### 30. 7 6. 7 9. 6 5. 9 10. 1 3. 0 1. 6 4. 2 

### 2. 7 

### 13. 0 7. 3 

### 13. 0 1. 2 

### 11. 9 5. 6 

### 17. 3 7. 9 2. 9 MAC TMode l

Poin t Valu e (befor e MACT ) (lbs/ton ) b 

### 144 16 3 16 3 164 16 8 

### 17 1 17 6 17 8 

### 17 8 17 8 

### 17 8 17 8 17 8 17 8 17 8 17 8 18 1 

### 18 2 18 3 

### 18 3 18 3 18 3 18 3 18 3 

### 18 3 18 3 18 3 18 4 

### 18 7 18 7 

### 19 2 19 7 19 7 20 2 20 2 20 2 20 4 21 2 22 2 Othe r

Reductio n Technigue s Produc t Typ e

(Duct , Pipe , Tanks

. Other ) Pipe , Tank s Pipe , Tank s Duct , Pip e Pipe , Tank s Pipe , Tank s Duct , Pip e Pipe , Tank s Pip e Duct , Pip e Tank s Tank s Tank s Tank s Tank s Pipe , Tank s Pip e Pipe , Tank s Ducts , Pipe , Tank s Duc t Duc t Duc t CB I Pip e Pip e Tank s Tank s Tank s Tank s Tank s Pip e Tank s Tank s Tank s Pip e Pipe , Tank s Tank s Duct , Pip e Pip e Duct , Tank s

### P.5 9

319. 4 283. 7 8. 2 7. 3

la t i s adde d t o th e resi n a

t th e facilit

y(filler s no t included) , resi n rati o fro m facilitie s wit h know n fille rquantities

.P.6 0

Noncorrosio n - Resistan t Filamen t Windin g

Importan t Notes : Th e averag e emissio n factor s use d i n thi s sprea d shee t t o calculat e emission s shoul d no t b e use d t o determin e o res t Afacility' s specifi cemission s show n i n thi s sprea d shee t ma yno t represen t th e facility' s actua l emission s an d shoul d t Thi s databas e onl ycontain s facilitie s fo rwhic h th e Administrato rha s information

. Othe rfacilitie s no t include d i n thi s d

Weighte d Averag e % HA P i n nea t resi n plu s a (tpy ) c Reinforce

. Scra p (tpv ) (tpy ) 

## 113. 1 1739. 2 43. 1 28. 2 

### 19. 7 303. 2 7. 5 4. 9
Projecte d Tota l (includin g assume d values) : 7 6 2573. 4 Averag e 19. 0 643. 3 Filler/Resi n Ratio : 0.2 3 Reinforcemen t t o Fille r+ Resi n Ratio : 0.6 1 39. 5 568. 6 142. 1 1923. 5

480. 9 335. 3

83. 8

Legen d Facilitie s tha t compris e MAC Tfloo r Existin g Sourc e MAC TFloo r Assume d value s - n o dat a provided

.

Footnotes : a = Th e HA P percentage s ar e i n term s o fweigh t percen t an d the yar e base d o n th e HA P conten t o fth e nea t resi n plu s b = Poin t value s ar e expresse d i n pound s o fHA P pe rto n o fnea t resi n plus

. c= Fille rquantitie s fo rfacilitie s tha t indicate d fille rus e bu t di d no t quantif yth e amoun t wer e determine d b yusin g th e a Sinc e n o know n fille rquantitie s we ravailabl e fo rnon-corrosio n resistan t filamen t winding , th e fille rt o resi n rati o fro i d = N o emissio n reductio n credi t wa s give n fo rth e us e o fvapo rsuppressants

.P.6 1

:imat e actua l emission s a t a specifi cfacility , therefor e no t b e used , lat a bas e ma yexist

.
Existin g Sourc e MAC TMode l MAC TMode l MAC TMode l Emission s Emission s Poin t Valu e (befor e MACT ) (afte rMACT ) (befor e MACT ) Othe r Reductio n Produc t Typ e (tpv ) 8. 5 140. 0 6. 2 4. 5 (tPV

) 8. 5 140. 0 6. 2 4. 1 Technigue s d (Duct , Tanks

. Pipe , Other ) Duct , Tank s Tank s (Small ) Tank s Ligh t Pole s

159. 3 39. 8 

### 158. 8

39. 7 N/

A N/ A

s an yHA P tha t i s adde d t o th e resi n a t th e facilit y(filler s no t included)

. iverag e filler/resi n rati o fro m facilitie s wit h know n fille rquantities

. > m corrosio n resistan t filamen t windin g wa s used

.P.6 2

Pigmente d Productio n Ge l Coat s
Importan t Notes : Th e averag e emission s factor s use d i n thi s sprea d shee t t o calculat e emission s shoul d no t b e use d t o determin e o resti m Afacility' s specifi cemission s show n i n thi s sprea d shee t ma yno t represen t th e facility' s actua l emission s an d shoul d the n Thi s databas e onl ycontain s facilitie s fo rwhic h th e Administrato rha s information

. Othe rfacilitie s no t include d i n thi s dat a

### P.6 3

3 9 4 0 4 1 4 2 4 3 4 4 4 5 4 6 4 7 4 8 4 9 5 0 5 1 5 2 5 3 5 4 5 5 5 6 5 7 5 8 5 9 6 0 6 1 6 2 6 3 6 4 6 5 6 6 6 7 6 8 6 9 7 0 7 1 7 2 7 3 7 4 7 5 7 6 7 7 7 8 7 9 8 0 8 1 8 2 8 3 8 4 8 5 8 6 8 7 8 8 8 9 9 0 C & KFiberglas s Plastics , Inc

. CenturyManufacturin g Co

. Charlom a Fiberglass , Inc

. Covermaster , Inc

.

Fiberdome , Inc

. (Plan t #1 ) Glasspe cAssociates , Ltd

. Grea t Lake s Plastic s Corp

. HEMC O Corp

. Heritag e Marbl e o fOhio , Inc

. Holida yRamble rCorp. , Plan t 3 6 an d 3 7 Kivett's , Inc

. Kruege rInternational , Inc

.
Lawrenc e Wittma n & Co. , Inc

. Lee rEast , Inc

. Lee rMidwes t McClari n Plastics , Inc

. Melche rManufacturin g Co. , Inc

. Molde d Plasti cIndustries , Inc

. Murph yBod yCo

. Osborn e Industries , Inc

. Peterso n Product s Phi l Carte rSystem , Inc

. Picken' s Plastics , Inc

. Piedmon t Fiberglass , Inc

. Plasti cDevelopmen t Co

. Retterbus h Injectio n Molde d Fiberglas s Corp

. Robro yIndustries , Inc

. (Belding , Ml ) Sea l Reinforce d Fiberglas s Simon-Telelect , Inc

. Standar d Glas , Inc

. Styl e Cres t Product s To m Smit h Fiberglass , Inc

. Trai l Wagons , Inc

. Universa l Plastics , Inc

. Universal-Rundl e Corp

. (Ne wCastle ) Universal-Rundl e Corp

. (Unio n Point ) Xeno n Co. , Inc

. 43. 9 25. 5 

### 86. 9 71. 4 6. 2 8. 3 

### 30. 0 7. 5 

### 80. 0 9. 0 1. 0 

### 153. 0 4. 5 61. 7 4. 4 3. 3 119. 4 204. 0 244. 8 14. 3 49. 0 17. 6 12. 0 7. 5 

### 9. 0 

### 45. 5 2. 3 1. 0 3. 2 3. 9 3. 3 

### 24. 0 15. 2 35. 0 8. 3 8. 2 48. 0 607. 5 300. 0 0. 8 5. 6 23. 8 6. 2 17. 0 

### 1. 0 13. 6 

### 35. 0

35. 0 35. 0 35. 0 35. 0 35. 0 35. 0 35. 0 35. 0 35. 0 35. 0 35. 0 35. 0 35. 0 35. 0 35. 0 35. 0 35. 0 35. 0 35. 0 35. 0 35. 0 35. 0 35. 0 35. 0 1. 1

1. 3 1. 3 3. 2

3. 7 3. 7



### 1. 2 3. 6

Elje rManufacturin g (Valdosta ) 4. 4 2. 6 8. 7 7. 1 0. 6 0. 8 3. 0 0. 7 8. 0 0. 9 0. 1 15. 3 0. 5 6. 2 0. 4 0. 3 11. 9 20. 4 24. 5 1. 4 4. 9 1. 8 1. 2 0. 8 0. 9 4. 5 0. 2 0. 1 0. 3 0. 4 0. 3 2. 4 1. 5 3. 5 0. 8 0. 8 4. 8 60. 8 30. 0
P- 1 0. 6 2. 4 0. 6 1. 7 0. 1 1. 4 44. 8 12. 3 0. 8 1. 1

. 6. 1 9. 3

### P.6 4

9 1 9 2 9 3 9 4 9 5 9 6 9 7 9 8 9 9 Fiberglas s & Plasti cFab. , Inc

. Florid a Lin e o fAstatula , Inc

. Hy-Te cFiberglass , Inc

. Kreide rManufacturing , Inc

. Newpor t Laminate s Northwes t Bodies , Inc

. Oasi s Industries , Inc

. Primero , Inc

. 10 0 Verte xPlastics , Inc

. 10 1 Pear l Baths , Inc

. 10 2 Tomkin s - LASC O Bathwar e (Anaheim ) 10 3 Tomkin s - LASC O Bathwar e (Cordele ) 10 4 Tomkin s - LASC O Bathwar e (Moapa ) 10 5 Tomkin s - LASC O Bathwar e (Thre e Rivers ) 10 6 Tomkin s - LASC O Bathwar e (Yelm ) 10 7 10 8 Arrowhea d Plasti cEngineering , Inc

. 10 9 Sunse t Plastics , Inc

. 11 0 11 1 Elje rPlumbingwar e (Wilson) 11 2 H & R Industries , Inc

. 11 3 Accurat e Glass , Inc

. 11 4 America n Slat e an d Marbl e o fHickory , Inc

. 11 5 AmtechCorp

. 11 6 Aqu a Glas s Corp

. (Klamat h Falls ) 11 7 Diamon d Fiberglas s Fabricators , Inc

. 11 8 E D Industries , Inc

. (Sportsma n Picku p Covers ) 11 9 E-TM Enterprises , Inc

. 12 0 12 1 Fibr e Bod yIndustries , Inc

. 12 2 Gla s Master , Inc

. (Plan t #1 ) 12 3 Gla s Master , Inc

. (Plan t #2 ) 12 4 Glasstite , Inc

. 12 5 Hoo d Manufacturing , Inc

. 12 6 Jaso n Industries , Inc

. (Elkhart , IN ) 12 7 Miracl e Recreatio n Co

. 12 8 Monarc h Plastic , Inc

. 12 9 Nationa l Fibe rGlas s Products , Inc

. 13 0 Odo m Fiberglass , Inc

. 13 1 Plasti cComposite s Corp

. 13 2 S.W.C

. Industries , Inc

. (Swirl-Wa yDiv. ) 13 3 Xerxe s Corp

. (Seguin ) 13 4 Xerxe s Corp

. (Williamsport ) 13 5 13 6 S

. R

. Smith , Inc

. 13 7 Plasti-Fab , Inc

. 13 8 ACM E Reinforce d Plastics , Inc

. 13 9 Aqu a Glas s Corp

. (Adamsville ) 14 0 Blu e Dolphi n Fiberglas s Pool s 14 1 Epoc h Industrie s 14 2 Associate d Plastics , Inc

. 

### 9. 0 

### 51. 1 6. 0 104. 0 10. 0 30. 6 23. 1 16. 2 

### 7. 0 

### 15. 0 4. 5 760. 5 470. 0 1596. 0 685. 1 603. 7 41. 0 28. 9 50. 0



### 213. 2 15.7 ' 37. 0 2. 1 

### 17. 6 213. 2 54. 5 254. 0 5. 7

71. 4 6. 7 3. 5 73. 8 20. 4 221. 9 213. 2 14. 1 

### 167. 3 1. 6 

### 20. 0 213. 2 20. 3 20. 3 10. 3 2. 9 

### 20. 5 21. 2 1170. 0 31. 5 12. 0 12. 6 36. 0

36. 0 36. 0 36. 0

36. 0 36. 0 36. 0 36. 0 36. 0 36. 2 36. 4 36. 4 36. 4 36. 4 36. 4

36. 8 37. 0 37. 0 37. 0 37. 0 37. 0 37. 0 37. 0 37. 0

37. 0 37. 0 37. 0 37. 0 37. 0 37. 0 37. 0 37. 0 37. 0 37. 0 37. 0 37. 0 37. 0 37. 0



### 37. 0 37. 4 37. 5 37. 5 37. 5 37. 5 37. 5 1.2 3. 7 

### 0. 9 5. 1 0. 6 

### 10. 4 1. 0 3. 1 2. 3 1. 6 0. 7 1. 5 0. 5 

### 76. 1 47. 0 159. 6 68. 5 60. 4 4. 1 2. 9 5. 0 5. 5 21. 3 1. 6 3. 7 0. 2 1. 8 21. 3 5. 4 25. 4 0. 6 4. 9 7. 1 0. 7 0. 3 7. 4 2. 0 22. 2 21. 3 

### 1. 4 

### 16. 7 0. 2 2. 0 

### 21. 3 2. 0 2. 0 1: 0 0. 3 2. 1 2. 1 

### 117. 0 3. 2 1. 2 1. 3P.6 5

14 3 Fleetwoo d (Fontana - formerl yGol d Shield ) 144 Image s Product s Corp

. 14 5 14 6 A

. R

. E. , Inc

. (Moun t Eaton ) 14 7 Eagl e Craft , Inc

. 14 8 G

. W

. Fiberglass , Inc

. 14 9 Universal-Rundl e Corp

. (Ottumwa ) 15 0 Beave rMoto rCoaches , Inc

. 15 1 KB KIndustries , Inc

. 15 2 15 3 Fibe rPad , Inc

. 15 4 Spac e Tables , Inc

. 

### 15 5 B I

n 15 6 Mt 1 "*H. » 15 7 15 8 Accr a Industries , Inc

. 15 9 Acm e Fiberglass , Inc

. 16 0 Allianc e Equipmen t Co. , Inc

. 16 1 Astori a Industries , Inc

. 16 2 Bradle ySpecialtie s Corp

. 16 3 Cerami cCoolin g Towe rCo

. 164 Chanc e Operations , Inc

. 16 5 Comtec h Antenn a Systems , Inc

. 16 6 Continenta l Campe rCo. , Inc

. 16 7 Delt a Fiberglas s Structures , Inc

. 16 8 Diamon d Coac h Corp

. 16 9 Elmor e Truc k

Accessories , Inc

. 17 0 Fiberglas s Forms , Inc

. 17 1 Fiberglas s Plu s Recreationa l Industries , Inc

. 17 2 Fiberglas s Products , Inc

. 17 3 Fiberglas s Specialties , Inc

. 17 4 Fiberglas s Systems , Inc

. 17 5 Gibbo n Fiberglas s Reprod. , Inc

. 17 6 Glasg o Plastics , Inc

. 17 7 Grayso n Too l Co

. 17 8 I

. M

. Pena , Inc

. 17 9 Kearney/Wester n Powe rProduct s 18 0 Kohle rCo

. 18 1 18 2 Larso n C o 18 3 18 4 Marle yCoolin g Towe rCo

. 18 5 MF G - Molde d Fibe rGlas s Co

. (Adelanto ) 18 6 Niagar a Fiberglass , Inc

. 18 7 No n Metalli cResources , Inc

. 18 8 Pacifi cTank , Ltd

. 18 9 Prototyp e Concepts , Inc

. 19 0 Re d Ewald , Inc

. 19 1 Syntechnic s 19 2 Teco , Inc

. 19 3 Warminste rFiberglas s Co

. (Jacksonville ) 19 4 Warminste rFiberglas s Co

. (Southampton ) 158. 0 30. 0

266. 8 20. 4 69. 0 593. 0 1. 6 9. 1 18. 4 20. 2 7. 3 37. 5

37. 5

38. 0 38. 0 38. 0 38. 0 38. 5 38. 5 

# 11111 1 38. 8 39. 0 1. 3 

### 4. 1

5. 0 37. 5 39. 6 4. 1 1. 7 17. 6 22. 8 29. 4 74. 0 23. 0 24. 5 7. 0 8. 0 12. 8 30. 3 20. 0 158. 6 

### 4. 6 230. 6 45. 9 0. 4 42. 0 10. 0 8. 5 0. 6 30. 0 110. 0 46. 0 7. 0 20. 3 3. 0 11. 0 17. 8 140. 3 4. 0 30. 0 37. 3 40. 0

40. 0 40. 0 40. 0 40. 0 40. 0 40. 0 40. 0 40. 0 40. 0 40. 0 40. 0 40. 0 40. 0 40. 0 40. 0 40. 0 40. 0 40. 0 40. 0 40. 0 40. 0 40. 0

40. 0 40. 0 40. 0 40. 0 40. 0 40. 0 40. 0 40. 0 40. 0 40. 0 40. 0 15. 8 3. 0 2. 9 26. 7 2. 0 6. 9 59. 3 0. 2 0. 9 1. 8 2. 0 0. 7 38. 3 0. 7 25. 5 0. 5 3. 8 4. 0 0. 4 0. 2 1. 8 2. 3 2. 9 7. 4 2. 3 2. 4 .0. 7 0. 8 1. 3 3. 0 2. 0 15. 9 0. 5 23. 1 4. 6 0. 0 4. 2 1. 0 0. 9 1'p J ; 3 : 0 ;j l 1. 0 4' 6 0/ 7 2. 0 0, 3 1. 1 1. 8 14. 0 0. 4 ' 3. 0 3. 7

### P.6 6

19 5 19 6 19 7 19 8 19 9 20 0 20 1 20 2 20 3 20 4 20 5 20 6 20 7 20 8 20 9 Yanke e Plasti cCo

. Custo m Fibreglas s Manufacturin g Co

. America n Reinforce d Plastic s

GP I Corp

. Fleetwoo d (Decatu r- formerl yGol d Shield ) Gorman-Rup p Co

.
Brunne l Product s o fFlorida , Inc

. Fiberglas s Engineerin g Corp

. MF G - Molde d Fibe rGlas s Co

. (Unio n City )

Marblecas t Products , Inc

. Rynon e Manufacturin g Corp

. (Sayr e Plant ) 1. 5 126. 5 56. 0



### 17. 0 673. 7 7. 5

27. 5 13. 5 103. 0 

### 1. 5 10. 0 123. 0 0. 6 40. 0

40. 4 40. 5



### 41. 0 41. 4 42. 0

45. 0 45. 0 49. 0

50. 0 50. 0 

### 0. 2 12. 6 5. 6 0. 3 1. 7 67. 4 0. 8 0. 5 2. 8 1. 4 

### 10. 3 0. 2 1. 0 12. 3 0. 1
Projecte d Tota l (include s assume d values) : 22301. 7 Average : 106. 7 Averag e Know n Ope n Moldin g Pigmente d Ge l Coat/Resi n Ratio : 0.2169 2 37. 0 

### 2230. 2 10. 7

Legen d Facilitie s tha t compris e MAC Tfloo r Existin g Sourc e MAC TFloo r Assumed,value s - no.data'provide d



### ff^^:'fe2&:^ ^

Footnotes : a = Th e HA P percentage s ar e i n term s o fweigh t percen t an d the yar e base d o n th e HA P conten t o fth e nea t ge l coa t plu s b = Poin t value s ar e expresse d i n pound s o fHA P pe rto n o fnea t ge l coa t plus

. c= Th e assume d pigmente d ge l coa t amount s (italicize d tp yvalue s shade d i n ligh t grey ) wer e calculate d b ymultiplyin g t h Th e resi n amoun t an d averag e ge l coa t t o resi n rati o selecte d t o calculat e th e assume d pigmente d ge l coa t value s de [ conjunctio n wit h ope n moldin g (OM) , polymercastin g (PC) , o rRTM

. Fo rexample , th e assume d ge l coa t value s fo rfa < processe s wer e calculate d b ymultiplyin g th e tota l resi n applie d b yth e facilit yusin g O M processe s b yth e averag e O M d = Du e t o th e unavailabilit yo fdat a t o calculat e a pigmente d ge l coa t t o polyme rcastin g resi n ratio , th e assume d value s ( calculate d b ymultiplie d th e averag e clea rge l coa t t o polymercastin g resi n ratio

. e = Onl yon e facilit yi n th e databas e (E-T- M Enterprises , Inc. ) applie s a pigmente d ge l coa t i n conjunctio n wit h RTM

. Th e • late d b ymultipyin g th e tota l amoun t o fresi n applie d usin g RT M b yth e clea rge l coa t t o polyme rcastin g resi n ratio

.P.6 7

iat e actua l emission s a t a specifi cfacility , efor e no t b e used , bas e ma yexist

.

Existin g Sourc e MAC TMode l Emission s (befor e MACT ) (tpv ) 8. 5 16. 4 7. 3 0. 8 81. 3 4. 1 52. 1 53. 5 46. 1 1. 8 1. 1 5. 6 3. 1 11. 3 4. 7 2. 8 0. 7 10. 0 2. 3 1. 4 1. 7 1. 6 6. 4 26. 9 16. 9 55. 4 11. 2 6. 5 28. 6 2. 9 2. 6 16. 6 16. 3 4. 3 0. 6 0. 5 1. 7 13. 8 MAC TMode l

Emission s (afte rMACT ) (tpv ) 8. 5 16. 4 7. 3 0. 8 81. 3 4. 1 52. 1 53. 5 46. 1 1. 8 1. 1 5. 6 3. 1 10. 7 4. 2 2. 5 0. 7 8. 8 2. 0 1. 3 1. 5 1. 3 5. 5 22. 6 14. 1 46. 0 9. 2 5. 2 23. 0 2. 3 2. 0 12. 8 12. 6 3. 3 0. 5 0. 4 1. 3 10. 7 MAC TMode l

Poin t Valu e (befor e MACT ) (lbs/ton ) b 1 9 2 1 4 2 10 7 18 6 18 6 19 2 19 2 19 2 21 1 21 7 26 5 26 5 27 9 29 5 29 5 29 5 30 0 30 5 30 6 31 1 31 1 31 1 31 5 31 9 31 9 32 1 32 7 330 33 5 34 3 34 3 34 3 34 3 34 3 34 3 34 3 34 3 Othe r Reductio n Technigu e Therma l Oxidize r(90 % Control ) Therma l Oxidize r(95 % Control ) Catalyti cOxidize r(91 % Control ) Therma l Oxidize r(76.4% )

Therma l Oxidize r(47.5 % Control ) Therma l Oxidize r(47.5 % Control ) Therma l Oxidize r(47.5 % Control )cocooocococococococococococococ o 

# s

c o c o c o c o c o c o c o c o c o c o c o c o c o c o c o c o c o c o c o ... . ___ S3"*3S'*3SS??"*?S'*S333SS3333SSS33S33SS3333S - 

### * 5 5 cococococococococococococococ o cococococococococococococococ o -c o c o c o co

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### W" ^ - 9 - o Ko T - • * T- O C M tOOOOOOOOOOCOI^*'^*N*'^*NCOOOT-CO*N*N*N*N*N*N*N*N*N.* N ^(l(Il(D(l!co^Dffi(o•D'Il•l)•D(0'o^o(D•D^^^^^^s^^^^^^^^^^^^^^^^^^^^^^•c)cococococ o cococococococomcocoococoococococococococococococoMcococococococococococococoocococococococomcococ o

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### P.7 1

0. 3 27. 6 12. 3 

### 0. 7 3. 8 153. 2 

### 1. 7 1. 2 7. 2 3. 5 31. 1 

### 0. 5 3. 1 38. 4 

### 0. 2

3469. 3 16. 6 

### 0. 2

16. 8 

### 7. 4 0. 4 2. 2 89. 3 

### 1. 0 0. 6 3. 6 1. 8 13. 7 

### 0. 2 1. 3 16. 3 

### 0. 1

2517. 7 12. 0 

### 42 9

43 7 43 8 43 8 44 8 45 5 46 6 52 3 52 3 52 3 60 3 62 4 62 4 62 4 62 4

N/A N/A

i anyHA P tha

t i s adde d t o th e ge l coa

t at th e facility

. i e amoun t o

fapplicabl e resi n b

ya certai n ge l coa

t t o resi n ratio , pended o n whethe rth e facilit yuse d th e pigmente d ge l coa t i n cilitie s that use pigmente d ge l coats i n conjunctio n wit h O M I pigmente d ge l coa

t t o resi n ratio , a fpigmente d ge l coats applie d b ypolyme rcaster

s was

assume d pigmente d ge l coa t valu e fo rthi s facilit

ywas calcu

-P.7 2

Clea rProductio n Ge l Coat s

Importan t Notes : Th e averag e emission s factor s use d i n thi s sprea d shee t t o calculat e emission s shoul d no t b e use d t o determin e o restimat e act u Afacility' s specifi cemission s show n i n thi s sprea d shee t ma yno t represen t th e facility' s actua l emission s an d shoul d therefor e n o Thi s databas e onl ycontain s facilitie s fo rwhic h th e Administrato rha s information

. Othe rfacilitie s no t include d i n thi s dat a bas e m ;

Ran k 1 2 3 4 5 6 7 8 9 1 0 1 1 1 2 1 3 1 4 1 5 1 6 1 7 1 8 1 9 2 0 2 1 2 2 2 3 2 4 2 5 2 6 2 7 2 8 2 9 3 0 3 1 3 2 3 3 3 4 3 5 3 6 3 7 3 8 3 9 Plan t Nam e Tri-Cit yMarble , Inc

. Venetia n Marble , Inc

. (Helotes , TX ) Marbl e Designs , Inc

. lb s o fHA P pe rgallo n o fge l coa t (lbs/gal )

America n Bluegras s Marbl e Co. , Inc

. Custo m Marble , Inc

. Genera l Marbl e Co

. (Guasti ) Genera l Marbl e Co

. (Hornell ) Genera l Marbl e Co

. (Lincolnton ) Internationa l Pape r(Hampton ) Unite d Technologie s Moto rSystem s Scra p (tpv ) 1. 7 0. 0 0. 9 0. 4 9. 6 0. 2 2. 5 5. 6 1. 1 1. 7 1. 4 0. 9 1. 6 3. 3 6. 6 4. 8 2. 3 0. 8 1. 2 1. 6 3. 5 2. 0 5. 6 4. 3 1. 1 0. 6 0. 5 1. 0 1. 2 1. 6 1. 0 0. 6 1. 5 2. 4 1. 9 5. 2 7. 5 t1. 3 48. 1 Existing : MAC TMode l Emission s (befor e MACT ) (tpy ) 3. 7 0. 0 2. 1 0. 9 24. 3 0. 5 6. 7 14. 7 2. 8 4. 4 3. 7 2. 4 4. 1 8. 6 17. 3 12. 4 5. 9 2. 2 3. 1 4. 5 9. 9 5. 5 15. 7 12. 2 3. 0 1. 8 1. 3 2. 9 3. 4 4. 5 2. 7 1. 6 4. 2 6. 8 5. 4 14. 9 21. 3 32. 0 136. 7

### P.7 3

4 0 4 1 4 2 4 3 4 4 4 5 4 6 4 7 4 8 4 9 5 0 5 1 5 2 5 3 5 4 5 5 5 6 5 7 5 8 5 9 6 0 6 1 6 2 Vendur a Industries , Inc

. Heritag e Marbl e o fOhio , Inc

.
St

. Mary' s Marble , L.L.C

. 

### Oasi s Superio rHom e Product s Tiffan yMarbl e Manufacturing , Inc

.

Capo n Valle yMarble , Inc

. Culture d Marbl e Products , Ltd

. Internationa l Marble , Inc

. Marblecas t Products , Inc

. Mince yMarbl e Manufacturing , Inc

.
Pinta' s Culture d Marble , Inc

. R & D Marbl e Synmar , Inc

. Venetia n Marble , Inc

. (Richmond , VA ) Rom a Marble , Inc

. Accen t Marbl e Co. , Inc

. (Houston , TX ) Partheno n Marbl e Products , Inc

. 

### 1.0 4. 1

Projecte d Tota l (include s assume d values) : 2090. 9 Average : 33. 7 Know n Clea rGe l Coat/ Polyme rCastin g Resi n Ratio : 0.0515 6 47. 3 

### 1. 1 1. 4 0. 4 7. 1 5. 8 4. 9 0. 9 13. 5 2. 4 0. 1 1. 2 0. 9 0. 5 0. 6 3. 2 1. 8 0. 7 1. 2 1. 1 5. 0 1. 2 2. 1 3. 1

209. 1 3. 4 3. 3

3. 9 1. 2 20. 6 16. 8 14. 3 2. 6 41. 9 7. 4 0. 2 3. 9 2. 9 1. 5 1. 9 10. 0 5. 6 2. 3 3. 8 3. 3 15. 5 4. 1 7. 2 13. 2

597. 3 9. 6

Legen d Facilitie s tha t compris e MAC Tfloo r Existin g Sourc e MAC TFloo r Assume d value s - n o dat e provide d

Footnotes : a = Th e HA P percentage s ar e i n term s o fweigh t percen t an d the yar e base d o n th e HA P conten t o fth e nea t ge l coa t plu s an yH A b = Poin t value s ar e expresse d i n pound s o fHA P pe rto n o fnea t ge l coa t plus

. c= Th e assume d clea rge l coa t amount s (italicize d tp yvalue s shade d i n ligh t grey ) wer e calculate d b ymultiplyin g th e amoun t o fr rati o o fknow n clea rge l coa t t o know n polymercastin g resin

..< 2 « 3 c

n E = x 

### o l n



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03in3TtCOCOCOCOCOCOCOCOCOCOCOCOCOOCOCOCOCOCOCOCOCOCOCOCOCOC00303030303030 3 CNCOOOT-CMCMCMCMCMOJOJCMCMCMCMCMCO-^COCOCOCDCDCOCDCOCOCOCOCOCOCOCOCOCOCOC O TtTtininininininininioinu)U)inininininu)U3U3ininininininu3ininu>inu5ininini n

T t C M h - C M C O C O O C O N - T - 0 3 C M C O 0 3 NCON(D'-'-3<tSi-c O dd^cM^co'cM^ex>2^'ricM-N^'edTt'^OcJi- : W(NdTtCM^cr)dTt 2P.7 5



### 2. 9 3. 4 1. 1 17. 8 14. 5 12. 4 

### 2. 2 34. 0 

### 6. 0 0. 1 3. 1 2. 3 1. 2 1. 5 8. 1 4. 5 1. 9 3. 1 2. 6 12. 5 

### 3. 1 5. 3 7. 9

525. 9 

### 8. 5 56 9

57 1 57 6 58 1 58 3 58 3 59 9 62 0 62 4 62 4 62 4 62 4 62 4 62 4 62 4 62 4 62 4 62 4 62 4 62 4 67 7 68 8 84 7
N/ A N/A no t require d t o obtai n ai rpermi t clea r13tpy@47.4% ; pig

. 1tpy@35% ; w t av g 47 %

HA P rang e 20-55% ; averag e 37.5 %

HA P rang e 45-55% ; averag e 50.0 % HA P rang e 45-55% ; averag e 50.0 % HA P rang e 45-55% , averag e 50.0 % pigmente d 50 % HAP ; clea r50 % HA P

HA P rang e 45-55% ; averag e 50.0 % HA P rang e 45-55% ; averag e 50.0 % HA P rang e 45-60% ; averag e 52.5 % ge l coa t usag e > 5. 9 tp y

\P tha t i s adde d t o th e ge l coa t a t th e facility

.
esi n applie d b ya facilit yusin g polymercastin g b yth eP.7 6

Toolin g Ge l Coat s

Importan t Notes : Th e averag e emission s factor s use d i n thi s sprea d shee t t o calculat e emission s shoul d no t b e use d t o d > Afacility' s specifi cemission s show n i n thi s sprea d shee t ma yno t represen t th e facility' s actua l emission. ' Thi s databas e onl ycontain s facilitie s fo rwhic h th e Administrato rha s information

. Othe rfacilitie s no t inc l

Ran k 1 2 Plan t Nam e A

. R

. E. , Inc

. (Massillon ) Hydr o Systems , Inc

. Weighte d Averag e % HA P i n Nea t Ge l Coa t plu s a Specifi c

Gravit y o fGe l Coa t lb s o fHA P MAC TMode l

pe rgallo n Poin t Valu e o fge l coa t (befor e MACT ) (lbs/gal ) (lbs/ton ) b



### 2 9 29 0

Projecte d Tota l (include s assume d values) : Average : 44. 0 

### 46 9

Legen d Facilitie s tha t compris e MAC Tfloo r Existin g Sourc e MAC TFloo r Assume d value s - n o dat a provide d / i •* * J n Tti n

Footnotes : a = Th e HA P percentage s ar e i n term s o fweigh t percen t an d the yar e base d o n th e HA P conten t o fth e iP.7 7

b = Poin t value s ar e expresse d i n pound s o fHA P pe rto n o fnea t ge l coa t plus

.P.7 8

etermin e o restimat e actua l emission s a t a specifi cfacility , s an d shoul d therefor e no t b e used , lude d i n thi s dat a bas e ma yexist

.

Othe r Reductio n Technigu e Therma l Oxidize r(95 % Control ) Carbo n Filter s (42.5 % Control )

nea t ge l coa t plu s an yHA P tha t i s adde d t o th e ge l coa t a t th e facility

.P.7 9

Ran k 1 2 3 

## ..mm. 5 6 7 8 9 1 0 1 1 1 2 1 3 1 4 1 5 1 6 1 7 1 8 1 9 2 0 2 1 2 2 2 3 2 4 2 5 2 6 2 7 2 8 2 9 3 0 3 1 3 2 3 3 3 4 3 5 3 6 3 7 3 8 3 9 4 0 4 1 Compressio n Moldin g + Injectio n Moldin g
Importan t Notes : Th e averag e emission s factor s use d i n thi s sprea d shee t t o calculat e emission s shoul d no t b e use d t o determin e actua l emi ; Afacility' s specifi cemission s show n i n thi s sprea d shee t mayno t represen t th e facility' s actua l emission s an d shoul d theref c Thi s databas e onl ycontain s facilitie s fo rwhic h th e Administrato rha s information

. Othe rfacilitie s no t include d

Plan t Nam e Zehrc o Plastics , Inc

. (Plan t #1 ) Applie d Composite s Corp

. Frankfor t Plastic s Baile yTransportatio n Products , Inc

.
ACM E Reinforce d Plastics , Inc

. Alle n Grou p (Crow n Fiberglass ) Allie d Moulde d Products , Inc

. America n Acryli cCorp

. Bud d Co

. (Carey ) Bud d Co

. (Kendallville ) Bud d Co

. (Nort h Baltimore ) Bud d Co

. (Va n Wert ) Carsonit e Internationa l Corp

. Channe l Maste r Columbi a Specialties , Inc

. Eagle-Piche rIndustries , Inc

. (Grabill ) Eagle-Piche rIndustries , Inc

. (Huntington ) Eagle-Piche rPlastic s Div

. (Ashley ) Emsi g Manufacturin g Corp

. Endur o Fiberglas s Systems , Inc

. Fibercas t Co

. GenCorp

. Automotive , Inc

. (Marion ) GenCorp

. Automotive , Reinforce d Plasti cDiv

. (Ionia ) Genera l Electri cDistibutio n an d Contro l Glasti cCorp

. (Jefferson ) Glasti cCorp

. (Sout h Euclid ) GM C (Inlan d Fishe rGuid e Div. ) Goodyea rTir e & Rubbe rCo

. Haysit e Reinforce d Plastic s India n Industries , Inc

. Industria l Dielectrics , Inc

. Intemationa l Grating , Inc

. Ite n Industrie s Kenro , Inc

. Kruege rInternational , Inc

. Ma cMoldin g Co. , Inc

. Menash a Corp

. (LEWISystems ) Menash a Corp

. (Watertown ) MF G - Molde d Fibe rGlas s Co

. (Linesville ) MF G - Molde d Fibe rGlas s Co

. (Plan t # 1 - Ashtabula ) Descriptio n Compressio n Moldin g w/BM C & SM C Compressio n Moldin g w/SM C Injectio n Moldin g w/SM C Compressio n Moldin g w/SM C & Injectio n Moldin g

Compressio n Moldin g w/SM C Compressio n Moldin g Compressio n Moldin g w/SM C Compressio n an d Injectio n Moldin g w/BM C Compressio n Moldin g w/SM C Compressio n Moldin g w/SM C Compressio n Moldin g w/SM C Compressio n Moldin g w/SM C Compressio n Moldin g w/SM C Compressio n Moldin g Compressio n Moldin g w/SM C Compressio n Moldin g w/SM C Compressio n Moldin g w/SM C Compressio n Moldin g w/SM C Compressio n Moldin g w/SM C Compressio n Moldin g w/Resi n Compressio n Moldin g Compressio n Moldin g w/BM C Compressio n Moldin g w/SM C Compressio n Moldin g w/SM C Compressio n Moldin g Injectio n Moldin g w/BM C Compressio n Moldin g Injectio n Moldin g w/BM C & TM C Compressio n an d Injectio n Moldin g w/SM C Compressio n an d Injectio n Moldin g w/SM C & BM C

Compressio n Moldin g w/SM C Compressio n Moldin g w/SM C Compressio n Moldin g Injectio n Moldin g w/BM C & Close d Moldin g Compressio n Moldin g w/SM C & BM C Compressio n Moldin g Injectio n Moldin g w/BM C Compressio n Moldin g w/SM C Compressio n Moldin g w/SM C Compressio n Moldin g w/SM C & We t Mi x Compressio n Moldin g w/we t mi x& preform s i n thi s dat a b a

SM C o rBM C (tov ) 697. 0 8787. 0 1428. 0 3406. 8 11261. 8 86. 9 858. 5 7119. 0 362. 5 8017. 2 4345. 2 7201. 2 571. 2 38. 2 941. 8 3973. 9 11220. 0 4109. 9 2728. 5 252. 0 24. 5 411. 1 18160. 1 2728. 5 301. 4 2728. 5 2728. 5 5069. 4 2728. 5 839. 0 600. 0 394. 0 163. 8 417. 5 2140. 0 176. 0 1500. 0 603. 0 8000. 0 4453. 6 3155. 6P.8 0

4 2 MF G - Molde d Fibe rGlas s Co

. (Plan t # 2 - Ashtabula ) 4 3 MF G - Molde d Fibe rGlas s Co

. (Unio n City ) 4 4 Molde d Plasti cIndustries , Inc

. 4 5 Nordi cFiberglass , Inc

. (Devil s Lake ) 4 6 Nort h America n Lightin g Co

. 4 7 Picken' s Plastics , Inc

. 4 8 Plasti cComposite s Corp

. 4 9 Polyply , Inc

. (Gran d Haven ) 5 0 Premi x/

E.H.S. , Inc

. (Hartfor d City ) 5 1 Prodeli n Corp

. (Catawb a Facility ) 5 2 Robro yIndustries , Inc

. (Belding , Ml ) 5 3 Rockwel l Internationa l 5 4 Rockwel l Plasti cProduct s (Newton , NC ) 5 5 Ryob i Moto rProduct s Corp

. 5 6 Smit h Fiberglas s Products , Inc

. (Littl e Rock ) 5 7 Squar e D Co

. (Ceda rRapids ) 5 8 Squar e D Co

. (Lincoln ) 5 9 Sterlin g Plumbin g Group , Inc

. 6 0 Structura l Nort h Americ a 6 1 TR W- Trans

. Electronic s Div

. (Unio n Springs ) 6 2 Warminste rFiberglas s Co

. (Southampton )

Projecte d Tota l (includin g assume d values) : Average : Projecte d Total : Compressio n Moldin g w/SM C & we t mi x Compressio n Moldin g Compressio n Moldin g Compressio n Moldin g w/SM C Injectio n Moldin g Compressio n Moldin g w/BM C & SM C Compressio n Moldin g Compressio n Moldin g w/BM C & SM C Compressio n Moldin g w/BM C & SM C Compressio n Moldin g w/SM C Compressio n Moldin g w/SM C Compressio n Moldin g w/SM C Compressio n Moldin g w/BM C & SM C Injectio n Moldin g w/BM C Compressio n Moldin g Compressio n an d Injectio n Moldin g Injectio n Moldin g w/BM C Compressio n Moldin g w/SM C Close d Moldin g Compressio n Moldin g w/BM C Compressio n Moldin g w/SM C 4161. 2 2728. 5 76. 5 94. 7 1611. 5 2728. 5 2728. 5 805. 0 500. 0 860. 0 817. 5 2728. 5 1351. 5 2384. 4 2728. 5 1500. 9 5177. 5 2728. 5 914. 8 700. 7 99. 9

172156. 8 2776. 7 172,15 7
Legen d Facilitie s tha t compris e MAC Tfloo r Existin g Sourc e MAC TFloo r Assum*^jy|ija|g^^tej*a^iied

.

Footnotes : a = Th e EP Awa s unabl e t o quantif yth e emissio n reductio n achieve d b yfacilitie s usin g th e techniqu e o fno t uncoverin g a ch ; Therefore , th e curren t emission s value s show n wer e no t reduce d t o accoun t fo rth e emissio n reductio n achieve d b yfacil i wa s considere d (qualitatively ) whe n EP Aranke d facilitie s withi n th e compressio n & injectio n moldin g proces s groupin g b ic n o o C LUO o T J C D I L 03 3 n

1 — T J C D c n 3

c 3 T J 0 1 03 

### > o O c n 0 3 • 3 c n JZ T J 03 c n 3

c 3 T ) (1 1 (1 1 

### > O O in 0 1 0 3 ( 0 j

- T J 03 c n 3

c 3 T ) Cl l 0 1 

### > O O c n o > n > c n X
. T I 0 3 c n • 3

c 3 T > C D 0 1 

### > - O O c n 0 3 n > cn ; .C : o c CD O 3 = CD CD O 

### > CD T J

-- P 5 ^ O T J c C O CD Q

. C O O O T J C D E O O O o |

c o 

### o

OOOOOOOOIOO O o i 

### dddddddddd d dl ooo o



### ddd d ocoooooooo o ddddddddd d f-r C M

r~ - T t o C O r - O J

• o u o io
•^ ~i ** i

- C M O C

M 1 ^ •*. £ C

D 2 •*- * ©C M ° ^ C O o i

C O OJ •t f C D y-

• * h- ' T- ' dO

T t C D T - T t i- ^ -r^ d d C O C O T t T t

C O C O -t

f T t •^COOCOOJl-OJTtTtT t 

### d o i ^ 5 o c d

T t c o o c o 0* 3 C M d d t t T t T t "- ! ~



### o w- J

M 

### ° O J

CO

O O oooooooooooooooooooooooooomooooooooooooo o oooooooooooooooooooooooooor^ooooooooooooo o ^^•^^^^^^^'^^^^^^^^^•Wr^^^^^W^d^^^^t-'T^T^T-T-:^'^'^^' ^

( 3 C O o C 3 0 1 C 3
m C Oonsssi T J C D 73 03

. Q o c C D 

### , : X C D 

### > . C O Eise h ( 0 r «



### i'^l^iri^'^iri 1 

### ^ C/ 3 — 1 •*•

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### .* = 2 Q

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t m o C

P 3 - ^ I" * U ^

ffi ~*f T

—T

— ** * T

— • * rf

- *=

> £ P « P ^ C O i n o c

o c o c o C D C

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. C

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• * " * o " * i n m ° i n C M T t O * - 9 T - - d C M S cr i c o c o T

- 2 " 0 c

o

cooooomcMinincoin.or ^ mujh-inm^-ininojocoinujT

- C M V * ' "— • *— • *— ' "—• ***" ? V * i U i"* ' K ' J

. U f , SS.J

| ^ j , oi-"t'nT-N*B u i'i)^^^^^ii)NdT ; ooiN«T-T

- B'C ) piondiodNriT

- ^-*-T-^-T-^

—T- U J tn*

—*

— *-T-*-^

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—f\l^

—T-CT>T- T T «-*-«

—,*-*-*-^-*

—.-•-fM^-.

- C O T - T t O J •^ c d T- : d03 c n 0 ) a. 3hei C D|UJss O 3conrol 

### ff c c n 3. * C D
3 " 0 1
c n C D 

### •= * c nemissUO|

C D Q

. cont C D C 3 3 " 3 n c C D

- H J C D
C D C J

' • 3 * C/ l

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- O 0 3 

### ( 3
c3

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" Jemp •ZOUJdin c n 

### 3 03 C J TJ * C D c n 03 

## < 0 1lab C D o T ) O O (1 3 C O T C D O J l I D c n C D _ i C D 

## » 8

C O CJ l J ^ O l *
. c n C O c

o O C O o o C O CJ l o o CJ l O u O 0* 1 IN J O



## g- ? 

## •S 8

° O C

O C D ~ P

* - » c o - » u i c

o *w

. c o IN J ""*• ' c o c o

. c o P 3 °ijiijibbijiijiijid 0 , iDijibi 0

UOl^MOl-'-'-'-'UIOlMj j bin'-jdbj'ia.Kjb'-'bjbjKj 030 1 cn o o •i ^ c o



## *
. I\J CV J 0 3 * • 0 3 IN J h o N O J OOOOOOOOOOOOOOOOOOOO O OOOOOOOOOOOOOOOOOOOO O

O-'M-JOUNIIOOI^-'M-'IONIOIOOOSO ) ^iocji^bob^cobo'^bofd3^roft^uiijicoKj*>. : > j

O J IN J O-'INJ^IOOCO-JINJUl^l-'IN J »uui^(»b^<o(»A(»b ) IN J iN J - J CJ

J O O O -s l O J 4= > c n CJ I i o r o *»

•^

o o c

o o o o b b ho b b b oooooo o b b b b b b b ooo o bbb b ^ j CJ lP.8 3

Resi n Transfe rMoldin g (RTM )

Importan t Notes : Th e averag e emission s factor s use d i n thi s sprea d shee t t o calculat e emission s shoul d no t b e use d t o determin e actua l e m Afacility' s specifi cemission s show n i n thi s sprea d shee t ma yno t represen t th e facility' s actua l emission s an d shoul d there ) Thi s databas e onl ycontain s facilitie s fo rwhic h th e Administrato rha s information

. Othe rfacilitie s tha t shoul d b e part o fthi s



### Ran k 1 2 3 4 5 6 7 8 9 1 0 1 1 1 2 1 3 1 4 1 5 1 6 1 7 1 8 1 9 2 0 Plan t Nam e Associate d Plastics , Inc

. Centur yManufacturin g Co

. Resi n % HA P Fille r nea t resi n plu s (tpy )

Endur o Fiberglas s Systems , Inc

. E-T- M Enterprises , Inc

. Fiberglas s & Plasti cFab. , Inc

. Hartzel l Fan , Inc

. (Bld g 275 ) Hoo d Manufacturing , Inc

. Livingston , Inc

.
MF G - Molde d Fibe rGlas s Co

. (Unio n City ) Molde d Plasti cIndustries , Inc

. Osborn e Industries , Inc

. Pilling s F.R.P

. Plasti-Fab , Inc

. Rockwell Plasti cProduct s (Newton , NC )

To m Smit h Fiberglass , Inc

. Warminste rFiberglas s Co

. (Southampton ) 

### Reinforce

. (tov) 22. 0 2. 6 10. 6 10. 6 15. 7 10. 8 2. 2 3. 7 0. 3 30. 6 5. 1 0. 5 11. 1 108. 0 0. 1 4. 6 5. 8 10. 6 0. 9 11. 5 Scrap (tpv) 12. 5 1. 0 6. 0 6. 0 6. 4 6. 2 1. 2 0. 8 0. 1 21. 8 2. 9 0. 3 6. 4 60. 8 0. 8 2. 6 3. 3 6. 0 0. 5 6. 6 Control Facto r 1.0 0 1.00 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 Existin c Pre-MAC T Emission s (tpv ) 

### 1.1 7 0.1 1 0.5 4 

### 0.4 1 0.6 4 0.5 8 

### 0.1 1 0.0 6 0.0 1 1.5 8 

### 0.1 7 0.0 3 0.4 8 3.4 3 

### 0.1 0 0.2 4 0.2 5 0.6 1 0.0 4 0.6 2
Projecte d Tota l (includin g assume d values) : 1362. 6 Average : 68. 1 Reinforcemen t t o Resi n + Fille rRatio : 0. 2 

### 41. 9 341. 5 17. 1 267. 2

13. 4 152. 4

7. 6 11.1 5

0.5 6

Legen d Assume d value s - n o dat a provide d

Footnotes : a = N o emissio n reductio n credi t wa s give n fo rth e us e o fvapo rsuppressants

.P.8 4

lission s a t a specifi cfacility , for e no t b e used , databas e ar e likel yt o exist

.
3 Sourc e Post-MAC T Emission s (tpv ) 1.1 7 0.1 1 0.5 4 0.4 1 0.6 4 0.5 8 0.1 1 0.0 6 0.0 1 1.5 8 0.1 7 0.0 3 0.4 8 3.4 3 0.1 0 0.2 4 0.2 5 0.6 1 0.0 4 0.6 2 HA P

Cleane r (tpv ) 0. 0 0. 0 0. 0 0. 0 0. 0 y 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 2. 4 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 Proces s

Reductio n Technigues a

som e VS R



### 11.1 5 

### 0.5 6 

### 2. 4

0. 1P.8 5

Corrosio n - Resistan t Centrifuga l Castin g

Importan t Notes : Th e averag e emissio n factor s use d i n thi s sprea d shee t t o calculat e emission s shoul d no t b e use d t o determin e o restimat e actua l Afacility' s specifi cemission s show n i n thi s sprea d shee t ma yno t represen t th e facility' s actua l emission s an d shoul d therefor e no t Thi s databas e onl ycontain s facilitie s fo rwhic h th e Administrato rha s information

. Othe rfacilitie s no t include d i n thi s dat a bas e m a

Plan t Nam e

Projecte d Tota l (includin g assume d values) : Average : Filler/Resi n Ratio : Reinforcemen t t o Resi n + Fille rRatio : Centifuga l Castin g Machine s 1 9 8

2 7 1 4 0.0 0 0.7 2 Resi n

(tPY ) 37 2 4 6 :

417. 7 208. 9 Weighte d

Averag e % HA P i n nea t resi n plu s a 47. 0 

# ^^^^ B

48. 0 Fille r

(tpy ) b 1 0

1. 2 0. 6 Reinforce

.

(tpv ) 269. 1 32. 9

302. 0 151. 0 Scra p 

## IM I 38. 5 4. 7

43. 3 21. 6 Existin c Pre-MAC T Emission s (tpy ) 4. 9 12. 5

17. 4 8. 7

Legen d Facilitie s tha t compris e MAC Tfloo r Existin g Sourc e MAC TFloo r AsSi. n ''

A l l.l'i.""-. - n

>. / I fI J"
. Ifw-id'fiT'jteCM i jt:i

Footnotes : a = Th e HA P percentage s ar e i n term s o fweigh t percen t an d the yar e base d o n th e HA P conten t o fth e nea t resi n plu s an yHA P t h b = Fille rquantitie s fo rfacilitie s tha t indicate d fille rus e bu t di d no t quantif yth e amoun t wer e determine d b yusin g th e averag e filler / c= Poin t value s ar e expresse d i n pound s o fHA P pe rto n o fnea t resi n plus

.P.8 6

emission s a t a specifi cfacility

. : b e used , i yexist

.
3 Sourc e Post-MAC TCurren t Emission s Emission s (tpy ) (lbs/ton ) c 4. 9 2 6 12. 5 54 7 Othe r Reductio n Technique s



### 17. 4 8. 7 N/

A N/ A

la t i s adde d t o th e resi n a t th e facilit y(filler s no t included) , 'resi n rati o fro m facilitie s wit h know n fille rquantities

.P.8 7

Noncorrosio n - Resistan t Centrifuga l Castin g

Importan t Notes : Th e averag e emissio n factor s use d i n thi s sprea d shee t t o calculat e emission s shoul d no t b e use d t o determin e o restimat e actua l < Afacility' s specifi cemission s show n i n thi s sprea d shee t ma yno t represen t th e facility' s actua l emission s an d shoul d therefor e no t I Thi s databas e onl ycontain s facilitie s fo rwhic h th e Administrato rha s information

. Othe rfacilitie s no t include d i n thi s dat a bas e ma y

Ran k Plan t Nam e 1 2 3 4 5 6 7 Emsi g Manufacturin g Corp

. Henderson , Blac k

& Green , In c Sherma n Pole s x l r u 1 (1 1 J di n k* J P u I U I ~ F Weighte d Averag e % HA P Fille r

I ) Centifuga l

Castin g Resi n Machine s (tpy ) i n nea t resi n plu s a (tpy ) b



### 1 4 55 6 35. 1 0 1 0 39 3 35. 5 1 2 1 9 248 7 37. 5 0 1 4 23 3 \44 6 0

8 4 6 x

### 49.f r 0 Reinforce

.

(tpv ) 1662. 9 689. 9 503. 5 3089. 2 308. 5 8. 3 56. 7 Scra p

(tpv ) 180. 1 74. 7 54. 5 334. 6 32. 5 

### 1. 8 6. 1 Existin c Pre-MAC T Emission s (tpy ) 

### 253. 5 108. 8 77. 8 

### 520. 5 57. 8 5. 4 

### 12. 5
Projecte d Tota l (includin g assume d values) : 9 7 Averag e 1 4 Filler/Resi n Ratio : 0.0 3 Reinforcemen t t o Resi n + Fille rRatio : 1.2 4 

### 5034. 1 719. 2 40. 3 

### 54. 1 6319. 0 7. 7 902. 7 684. 4

97. 8 1036. 4

148. 1

Legen d Facilitie s tha t compris e MAC Tfloo r Existin g Sourc e MAC TFloo r Assume d value s - n o dat e provide d

Footnotes : a = Th e HA P percentage s ar e i n term s o fweigh t percen t an d the yar e base d o n th e HA P conten t o fth e nea t resi n plu s an yHA P th E b = Fille rquantitie s fo rfacilitie s tha t indicate d fille rus e bu t di d no t quantif yth e amoun t wer e determine d b yusin g th e averag e filler/ r c= Poin t value s ar e expresse d i n pound s o fHA P pe rto n o fnea t resi n plus

.P.8 8

emission s a t a b e used

. / exist

.
3 Sourc e Post-MAC T Emission s (tpv ) 253. 5 108. 8 77. 8 492. 7 46. 2 4. 2 9. 0

992. 3 141. 8 specifi cfacility

.

Pre-MAC TOthe r Emission s Reductio n (lbs/ton ) cTechnigue s 

# 391 81111111 1 39 2 39 6 41 9 49 6 50 4 54 7

a t i s adde d t o th e resi n a t th e facilit y(filler s no t included) , •esi n rati o fro m facilitie s wit h know n fille rquantities

.P.8 9

Continuou s Laminatio n / Continuou s Castin g
Importan t Notes : Th e emissio n estimate s use d i n thi s sprea d shee t shoul d no t b e use d t o determin e actua l emission s a t a specifi cfacility

. Afacility' s specifi cemission s show n i n thi s sprea d shee t ma yno t represen t th e facility' s actua l emission s an d shoul d therefor e n o Thi s databas e onl ycontain s facilitie s fo rwhic h th e Administrato rha s information

. Othe rfacilitie s no t include d i n thi s dat a bas e m i

Ran k Plan t Nam e



### 4 5 6 7 8 9 1 0 Kalwal l Corp

. Tomkin s - LASC O Pane l Product s (KY ) Resolit e Sequentia , Inc

. (Gran d Junction ) Resi n 

### itpj d 1235. 2 % HA P a

nea t resi n plu s 35. 5



### 3510. 0 13203. 2 1781. 3 12644. 9 40. 5

42. 5 43. 2 43. 8 Fille rb



## ite* l 508. 5 

### 2573. 0

0. 0 817. 8 3379. 6 311. 5 2803. 3 12436. 2 454. 5 Reinforce

.

(tpy ) 1095. 5 3498. 0 0. 0 

### 50. 8 1278. 4 4260. 0 742. 1 5246. 3 9160. 6 0. 0 Scra p

(tpv ) 

### 296. 3 1294. 6 532. 6 30. 7 595. 7 2216. 3 301. 3 2195. 9 4011. 0 

### 166. 9 Existin c

Pre-MAC T Contro l Facto r 0.17 4 0.22 4 0.41 5 1.00 0 1.00 0 1.00 0 1.00 0 1.00 0 1.00 0 1.00 0

Projecte d Tota l (includin g assume d values) : 58663. 1 Averag e 5866. 3 Filler/Resi n Ratio : 0.4 1 

### 26,550. 6 25,331. 7 11,641. 2 41. 0 2655. 1 2533. 2 1164. 1

To p 5 performin g facilitie s ar e highlighte d i n bol d type

. MAC TFloo r= media n "contro l factor " o fto p 5 facilitie s = ?

Baselin e emission s = Su m o factua l curren t calculate d emission s fo rall facilities

. MAC Temission s = Su m o fcurren t emission s fo rfacilitie s wit h contro l facto rvalue s equa l t o o rles s tha n th e media n contro l facto r th e su m o femission s equa l t o (resi n + filler)vol*(l b sty/ga l RM)*(media n contro l factor)*(AP-4 2 midpoint ) fo reac h facilit ywit h a co r Therefore , implementin g MAC Twoul d produc e a ? percen t reductio n i n emission s o fHA P fro m continuou s laminatio n operations

. Legen d Facilitie s tha t compris e MAC Tfloo r Existin g Sourc e MAC TFloo r Assume d value s - no'data.proyide d

a = Th e HA P percentage s ar e i n term s o fweigh t percen t an d the yar e base d o n th e HA P conten t o fth e nea t resi n plu s an yHA P t l b = Fille rquantitie s fo rfacilitie s tha t indicate d fille rus e bu t di d no t quantif yth e amoun t wer e determine d b yusin g th e averag e fille r Th e filler/resi n rati o show n i s base d onl yo n facilitie s tha t conduc t continuou s lamination

. Fille rinformatio n fro m Internationa l FP.9 0

• t b e used

. a yexist

.

3 Sourc e Post-MAC T Contro l Facto r 0.17 4 0.22 4 0.41 5 0.41 3 0.48 8 0.55 5 0.41 3 0.41 5 1.00 0 0.41 3 Pre-MAC T

Emission s (Controlled ) (tpv ) 3.8 2 21.6 2 12.7 4 36.0 6 56.2 6 191.2 3 42.6 7 282.4 9 23.6 7 60.0 5

730. 6 73. 1 Existin g Sourc e

Post-MAC T Emission s (Controlled ) (tpv ) 3.8 2 21.6 2 12.7 4 14.8 9 27.4 5 106.1 3 17.6 2 117.2 3 23.6 7 24.8 0

370. 0 37. 0 Pre-MAC T

Emission s (Uncontrolled ) (tpv ) 21.9 7 96.5 0 30.7 1 36.0 6 56.2 6 191.2 3 42.6 7 282.4 9 23.6 7 60.0 5

841. 6 84. 2 Reductio n Technioue s

Condenser/Carbo n filter s (58 % Overal l Control ) Number o fline s 

### 1 2 2 1 1 3 1 4 3 1

plu s itro l facto rvalu e greate rtha n th e median

.

ha t i s adde d t o th e resi n a t th e facilit y(filler s no t included) , r/resi n rati o fro m facilitie s wit h know n fille rquantities

. 3 aper , a continuou s castin g facility , wa s no t used

.P.9 1

Ran k 1 2 3 4 5 6 7 8 9 1 0 1 1 1 2 1 3 1 4 1 5 1 6 1 7 1 8 1 9 2 0 2 1 2 2 2 3 2 4 2 5 2 6 2 7 2 8 2 9 3 0 3 1 3 2 3 3 3 4 3 5 3 6 3 7 3 8 3 9 4 0 4 1 Polyme rCastin g
Importan t Notes : Th e averag e emission s factor s use d i n thi s sprea d shee t t o calculat e emission s shoul d no t b e use d t o determin e actua l emissi o Afacility' s specifi cemission s show n i n thi s sprea d shee t ma yno t represen t th e facility' s actua l emission s an d shoul d therefor e i Thi s databas e onl ycontain s facilitie s fo rwhic h th e Administrato rha s information

. Othe rfacilitie s no t include d

Plan t Nam e Gesma rCorp

. 

### ^^^^^^^^^^^^^^^^^^^^^ ^ Wildo n Industries , Inc

. CD R System s Corp

. (Corcoran ) CD R System s Corp

. (Palatka ) Superio rHom e Product s Accen t Marbl e Co. , Inc

. (Houston , TX ) Advanc e Transforme rCo

. (Boscobel ) AGCO , Inc

. America n Bluegras s Marbl e Co. , Inc

. America n Marbl e Co. , Inc

. America n Slat e an d Marbl e o fHickory , Inc

. Athen a Marble , Inc

. Austi n Countertops , Inc

. Bolfin g Brother s Marble , Inc

. Builder s Marble , Inc

. Came o Marbl e Capita l Marbl e Creations , Inc

. Capo n Valle yMarble , Inc

. Carolin a Counter s CD R System s Corp

. (Waynoka ) Centra l Marbl e Products , Inc

. CenturyMarbl e Co. , Inc

. Concep t Plastics , Inc

. CR/P L Ltd

. Partnershi p (Newartesia n Ltd

. Partnership ) Culture d Marbl e Products , Ltd

. Custo m Marble , Inc

. Do wChemica l (Russellville , AR ) Ebonit e International , Inc

. Emsi g Manufacturin g Corp

. Fabal l Enterprise s o fUtah , Inc

. Foremos t Interiors , Inc

. Genera l Marbl e Co

. (Guasti ) Genera l Marbl e Co

. (Hornell ) Genera l Marbl e Co

. (Lincolnton ) Grube rSystems , Inc

. Heritag e Marbl e o fOhio , Inc

. Hoo d Manufacturing , Inc

. Internationa l Marble , Inc

. Internationa l Pape r(Odenton ) Kerric o Corp

. Resi n (tpv ) 18 9 4 9 18 6 57 8 1,09 1 54 9 39 8 22 3 46 3 27 8 27 6 20 4 13 1 47 0 22 1 46 4 49 7 10 7 14 0 25 1 32 8 15 7 64 8 17 0 1,00 0 8 8 27 3 96 7 54 9 13 2 13 8 17 3 22 2 60 6 86 8 25 8 12 1 2 7 1 39 4 24 3 % HA P nea t resi n plu s 30. 0 

# :^^^^^ B 35. 0 33. 0 36. 0 34. 7 53. 0 40. 0 35. 0 34. 8 35. 0 39. 0 32. 0 28. 0 35. 0 35. 0 29. 0 35. 0 35. 0 35. 0 35. 0 35. 0 35. 0 40. 5 34. 0 31. 0 34. 8 44. 0 34. 8 40. 6 40. 0 30. 0 34. 8 34. 8 34. 8 35. 0 35. 0 34. 8 31. 0 34. 8 35. 0 Fille r

(tpy ) a 55 9 14 7 55 1 36 3 434 1,35 6 730 47 7 1,64 3 81 8 81 6 97 2 394 1 5 940 1,80 6 1,61 1 26 6 420 754 96 9 62 8 1,91 7 50 2 2,95 7 26 1 82 6 3,72 5 1,62 5 0 9 5 57 7 65 5 1,79 2 2,56 6 38 8 38 2 0 24 5 1,16 4 92 7 Reinforce

.

(tpv ) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 

## o 0 

### o ; 0 0 4 6 0 0 0 ! 0 0 0 0 0 0 0 1 0 0 i n thi s dat a bas e i

Scra p (tpv ) 2 2 6 2 2 2 8 4 6 5 7 3 4 2 1 6 3 3 3 3 3 3 5 1 6 1 5 3 5 6 8 6 3 1 1 1 7 3 0 3 9 2 4 7 7 2 0 11 9 1 0 3 3 14 2 6 5 4 7 2 2 2 6 7 2 10 3 1 9 1 5 0 1 0 4 7 3 5 Contro l Facto r 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0

### P.9 2

4 2 4 3 4 4 4 5 4 6 4 7 4 8 4 9 5 0 5 1 5 2 5 3 5 4 5 5 5 6 5 7 5 8 5 9 6 0 6 1 6 2 6 3 6 4 6 5 6 6 6 7 6 8 6 9 7 0 7 1 7 2 7 3 7 4 7 5 7 6 7 7 7 8 Lipper t Corp

. L L Culture d Marbl e Marbelit e Corp

.
Marbl e Designs , Inc

. Marbl e Works , Inc

. Marblecas t Products , Inc

. Mes a Full yFormed , Inc

. Mince yMarbl e Manufacturing , Inc

. Nov a Marbl e Product s Oasi s

Partheno n Marbl e Products , Inc

. Perm a Grai n Products , Inc

. Pinta' s Culture d Marble , Inc

. Polyme rConcret e Corp

. Primero , Inc

. 

### Quazit e Co

. R & D Marbl e Radian t Marbl e Co

. Rom a Marble , Inc

. Rynon e Manufacturin g Corp

. (Sayr e Plant ) Schmit t Marbl e Product s Southeas t Marble , Inc

. St

. Mary' s Marble , L.L.C

. Synmar , Inc

.
Tiffan yMarbl e Manufacturing , Inc

. Tri-Cit yMarble , Inc

. Unite d State s Marble , Inc

. Unite d Technologie s Moto rSystem s Vendur a Industries , Inc

. Venetia n Marble , Inc

. (Helotes , TX ) Venetia n Marble , Inc

. (Richmond , VA ) Wilso n Marbl e Co

. 

### 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 9 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 9

6 1 18 8 

### 1 3 2 5 4 5 9 7 

### 1 7 15 9 3 3 

### 5 26 0 2 9 3 3 4 3 4 3 5 1 7 21 3 2 6 2 1 1 4 3 4 2 5 

### 1 5 6 9 17 ' 2 0 1 4 2 | 7 0 66 1 3 2 0 4 3 1 3 1.0

0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.00 1.0 0 1.00 1.00 1.00 1.00 1.00 1.00 1.0 0 1.0 0 1.0 0 1.00 1.00 1.00 1.00 1.0 0 1.00 1.00 1.00

Projecte d Tota l (includin g assume d values) : 32464. 4 Average : 416. 2 Filler/Resi n Ratio : 3. 0 34. 8 

### 95,602. 2 1,225. 7 137. 0

1. 8 

### 3,844. 7

49. 3

Legen d Facilitie s tha t compris e MAC Tfloo r Existin g Sourc e MAC TFloo r Assume d value s - nodata.prqyjde d

Footnotes : a = Fille rquantitie s fo rfacilitie s tha t indicate d fille rus e bu t di d no t quantif yth e amoun t wer e determine d b yusin g th e averag e fi l b = Th e EP Awa s unabl e t o quantif yth e emissio n reductio n achieve d b yfacilitie s tha t us e partiall yclose d o rcompletel yclose d rP.9 3

reduce d t o accoun t fo rth e reductio n achieve d b yfacilitie s tha t us e thi s emissio n reductio n technique

. Th e us e o fpartia l o rc EP Aranke d facilitie s withi n th e polye rcastin g subcategorybase d o n thei remissio n contro l status , c= N o emissio n reductio n credi t was give n fo rth e us e o fvapo rsuppressants

.P_94

_

>n s a t a spec i
no t b e used

. ma yexist

. i cfacility

.

Existin g Sourc e Pre-MAC T Emission s (tpy ) b 1. 1 0. 4 1. 3 3. 8 7. 9 3. 8 4. 2 1. 8 3. 2 1. 9 1. 9 1. 6 0. 8 2. 6 1. 5 3. 3 2. 9 0. 7 1. 0 1. 8 2. 3 1.1 ' 4. 5 1. 4 6. 8 0. 5 1. 9 8. 5 3. 8 1. 1 1. 1 1. 0 1. 5 4. 2 6. 0 1. 8 0. 8 0. 0 0. 4 2. 7 1. 7 Post-MAC T

Emission s (tpy ) b 1. 1 0. 4 1. 3 3. 8 7. 9 3. 8 4. 2 1. 8 3. 2 1. 9 1. 9 1. 6 0. 8 2. 6 1. 5 3. 3 2. 9 0. 7 1. 0 1. 8 2. 3 1. 1 4. 5 1. 4 6. 8 0. 5 1. 9 8. 5 3. 8 1. 1 1. 1 1. 0 1. 5 4. 2 6. 0 1. 8 0. 8 0. 0 0. 4 2. 7 1. 7 HA P

Cleane r (tpy ) 0. 0 

# o. o 11|§1 | 0. 0 0. 0 

### 0.0 ;.; : 

### : :

### ),;yf

j 9. 0 0. 0 0. 0 4. 0 0. 0 0. 0 0. 1 0. 0 0. 0 0. 0 0. 0 11. 5 0. 0 0. 0 0. 0 n 0. 0 0. 0 0. 0 11. 4 0. 0 0. 0 25. 0 CB I 0. 0 11. 1 0. 0 0. 0 

### y 0. 0 0. 0 0. 0 0. 0 0. 0 CB I 0. 0 Proces s Reductio n Technique s c Close d mold s

close d o rcovere d mold s Increase d close d moldin g Increased 1 close d moldin g ; f 30-40 % semi-close d mol d



### CB I

CB IP.9 5

0. 6 3. 2 3. 9 0. 8 1. 5 2. 7 0. 6 0. 4 1. 0 11. 2 3. 2 0. 3 15. 3 1. 5 2. 2 0. 8 0. 6 1. 9 0. 9 8. 0 1. 5 0. 9 1. 1 6. 9 1. 0 1. 3 3. 8 1. 0 0. 9 0. 8 1. 2 2. 3 38. 8 1. 8 0. 0 2. 2 0. 7

227. 5 2. 9 0. 6

3. 2 3. 9 0. 8 1. 5 2. 7 0. 6 0. 4 1. 0 11. 2 3. 2 0. 3 15. 3 1. 5 2. 2 0. 8 0. 6 1. 9 0. 9 8. 0 1. 5 0. 9 1. 1 6. 9 1. 0 1. 3 3. 8 1. 0 0. 9 0. 8 1. 2 2. 3 38. 8 1. 8 0. 0 2. 2 0. 7

227. 5 2. 9 1. 8

3. 0 10. 2 0. 0 3. 2 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 7. 6 1. 5 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 2. 4 1. 7 0. 0 0. 0 0. 0 0. 0 0. 1 0. 2 0. 3 0. 0 0. 0 0. 0 9. 0 0. 0

113. 1 1. 5 VS R



### ler/resi n rati o fro m facilitie s wit h know n fille rquantities , molds

. Therefore , th e curren t emissio n value s show n wer e no tP.9 6

completel yclose d mold s wa s considere d (qualitatively ) whe nP.9 7

Pultrusio n
Importan t Notes : Th e averag e emission s factor s use d i n thi s sprea d shee t t o calculat e emission s shoul d no t b e use d t o determin e actua l emission s e Afacility' s specifi cemission s show n i n thi s sprea d shee t ma yno t represen t th e facility' s actua l emission s an d shoul d therefor e no t t Thi s databas e onl ycontain s facilitie s fo rwhic h th e Administrato rha s information

. Othe rfacilitie s no t include d i n thi s dat a bas e ma y

Ran k 1 2 LysfL. 4 5 6 7 8 9 1 0 1 1 1 2 1 3 1 4 1 5 1 6 1 7 1 8 1 9 2 0 2 1 2 2 2 3 2 4 2 5 2 6 2 7 2 8 2 9 3 0 3 1 Plan t Nam e

Creativ e Pultrusions , Inc

. (Alu m Bank ) Creativ e Pultrusions , Inc

. (Roswell , NM ) Endur o Fiberglas s Systems , Inc

. Omeg a Pultrusions , Inc

.
Plas/Stee l Product s Fiberflex , Inc

. St

. Croi xo fPar k

Falls , Ltd

. Glasti cCorp

. (Sout h Euclid ) Bedfor d Reinforce d Plastics , Inc

. Carsonit e Internationa l Corp

. Coasta l Engineere d Products , Inc

. Dom-Fa b (DF I Pultrude d Composites ) Fibergrat e Corp

. Haysit e Reinforce d Plastic s IK G Industrie s Industria l Dielectrics , Inc

. Internationa l Grating , Inc

. Libert yPolyglas , Inc

. Marbl e Fall s (owne d b yGoul d Shawmut ) Marle yCoolin g Towe rCo

. Morriso n Molde d Fibe rGlas s (Bristol ) Morriso n Molde d Fibe rGlas s (Twinsburg ) Robro yIndustries , Inc

. (Verona , PA)

Structro n Corp

. W.H

. Brad yU.S.A , Inc

. (Camde n Rd ) Wayn e Manufacturin g Co

. Numbero f Pultrusio n Line s 4 3 1 1 5 8 4 4 1 6 2 4 1 9 7 7 8 2 7 7 5 1 1 1 2 2 1 2 5 0 6 1 5 1 2 2 2 9 4 1 3 % HA P

nea t resi n plu s



### 833. 0 484. 1 192. 6 964. 6 5288. 9 99. 2 517. 9 104. 5 740. 4 1775. 1 554. 0 354. 0 262. 1 446. 1 39. 1 132. 6 59. 3 114. 7 1753. 4 76. 1 41. 0 4428. 6 92. 0 134. 0 638. 0 329. 4 67. 0 54. 7 58. 1

45. 3 45. 5 40. 7 34. 8 40. 0 49. 0 45. 8 40. 7 41. 0 41. 5 40. 7 41. 7 40. 0 39. 8 40. 0 36. 3 41. 3 36. 9

38. 0 37. 3 30. 9 Fille r

(tpy ) a 

### 1945. 7 79. 8 129. 4 31. 0 44. 5 57. 3 310. 2 230. 3 20. 5 70. 2 2. 4 166. 0 531. 0 190. 0 165. 0 81. 9 100. 0 49. 7 0. 0 84. 7 .0. 0 847. 6 13. 0 0. 0 1256. 9 20. 0 46. 0 143. 0 94. 6 5. 0 0. 0 Reinforce .

(tpv ) 1753 1 79 0 128 1 100 0 64 2 12 9 144 4 910 6 19 7 153 9 19 2 149 5 295 5 98 1 85 0 93 7 90 1 5 1 26 2 6 4 18 9 348 2 8 9 4 1 733 4 12 0 18 0 128 9 82 1 6 5 9 0 

### Scra p

(tpv) 120 1 5 4 8 8 8 9 5 5 2 3 13 1 62 4 1 4 7 8 1 2 10 2 24 4 7 9 5 9 4 6 6 2 8 1 6 1 3 1 3 27 8 9 4 60 2 11 1 8 8 8 5 0 7 6 Existin

c Pre-MAC T Emission s (tov ) b 21. 7 4. 6 7. 6 40. 8 21. 5 10. 7 51. 4 198. 3 7. 2 29. 3 5. 9 37. 7 77. 2 27. 7 21. 7 15. 0 22. 7 2. 0 6. 9 3. 0 6. 0 87. 7 3. 8 2. 0 201. 0 4. 8 6. 2 26. 3 15. 6 3. 1 2. 1 Projecte d Tota l (includin g assume d values) : Averag e Filler/Resi n Ratio : Reinforcement/Resi n Rati o 390. 0 30302. 3 12. 6 977. 5 0.22 4 1. 6 N/ A6,715. 6 56,047. 9 4,082. 4 971. 4 40. 7 216. 6 1808. 0 131. 7 31. 3

Legen d Facilitie s tha t compris e MAC Tfloo rP.9 8

Existin g Sourc e MAC TFloo r Assume d value s - n o dat a provide d

Footnotes : a = Fille rquantitie s fo rfacilitie s tha t indicate d fille rus e bu t di d no t quantif yth e amoun t wer e determine d b yusin g th e averag e filler/ n b = Th e EP Awa s unabl e t o quantif yth e emissio n reductio n achieve d b yfacilitie s usin g th e technique s o fdi e injection , resi n injectio i partiall yenclose d resi n baths

. Therefore , th e curren t emission s value s show n wer e no t reduced t o accoun t fo rth e emissio n re d techniques

. Th e us e o fthes e technique s wa s considere d (qualitatively ) whe n EP Aranke d facilitie s withi n th e pultrusio n subcat e c= We t are a enclosure s wer e assume d t o reduc e emission s b yapproximatel y80%

.P.9 9

i t a specifi cfacility

. b e used

. i exist

.

3 Sourc e Post-MAC T Emission s (tpy ) b 21. 7 4. 6 7. 6 9. 7 5. 7 2. 2 11. 3 61. 7 1. 2 6. 0 1. 2 8. 6 20. 7 6. 5 4. 1 3. 1 5. 2 0. 5 1. 5 0. 7 1. 3 20. 5 0. 9 0. 5 51. 7 1. 1 1. 6 7. 4 3. 8 0. 8 0. 6

274. 1 8. 8 Pre-MAC T

Emission s (lbs/ton ) b 5. 0 23. 1 23. 4 97. 8 88. 8 111. 1 106. 5 75. 0 145. 2 113. 3 113. 6 101. 8 87. 0 100. 0 122. 4 114. 6 101. 8 102. 5 103. 7 101. 8 104. 2 100. 0 99. 4 100. 0 90. 8 103. 3 92. 4 82. 5 95. 0 93. 3 77. 3

N/ A N/ A HA P Cleane r (tpv ) 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 62. 4 0. 0 0. 0 0. 0 0. 0 y 0. 0 0. 9 0. 0 45. 1 2. 0 0. 0 0. 0 3. 3 0. 0 0. 0 0. 0 CB I 2. 0 0. 0 0. 0 0. 0 0. 0 10. 0 5. 0

130. 7 4. 5 Proces s Reductio n Technioue s c

Temp , controlle d lo wai rflow , som e di e injectio n

Som e resi n injectio n som e resi n injectio n Som e covered/enclose d resi n bat h

Partiall yenclose d bath s Temp , controlle d & covere d bath s wit h exhaus t Partiall yenclose d bath s wit h exhaus t Carbo n filter s (assume d 0 % captur e an d 0 % devic e efficiency )p. 1



### esi n rati o fro m facilitie s wit h know n fille rquantities , n , temperatur

e control , airflo wmanagement , an d enclose d o r luctio n achieve d b

yfacilitie s tha

t use thes e emissio n reductio n •sgor ybase d o n thei remissio n contro l status

.P. 2

Ran k 1 2 3 4 5 6 7 8 9 1 0 1 1 1 2 1 3 1 4 1 5 1 6 1 7 1 8 1 9 2 0 2 1 2 2 Shee t Moldin g Compoun d (SMC ) Manufacturin g
Importan t Notes : Th e averag e emission s factor s use d i n thi s sprea d shee t t o calculat e emission s shoul d no t b e use d t o determin e actua l emis s Afacility' s specifi cemission s show n i n thi s sprea d shee t mayno t represe n th e facility' s actua l emission s an d shoul d therefor e Thi s databas e onl ycontain s facilitie s fo rwhic h th e Administrato rha s information

. Othe rfacilitie s no t include d i n thi s dat a bas i

Plan t Nam e Comooun d 

## i«Md^teWSBiiMMiiaity^gWg!H*^ B SMC GenCorp

. Automotive , Inc

. (Marion ) SM C Bud d Co

. (Va n Wert ) SM C MF G - Molde d Fibe rGlas s Co

. (Linesville ) SM C Piedmon t Composite s Div

. Haysit e Reinforce d Plastic s SMC/BM C Menash a Corp

. (Watertown ) SM C Zehrc o Plastics , Inc

. (Plan t #2 ) SMC/BM C Aeroqui p Inoa c Applie d Composite s Corp

. SM C America n Acryli cCorp

. Baile yTransportatio n Products , Inc

. SM C Columbi a Specialties , Inc

. SM C Eagle-Piche rIndustries , Inc

. (Grabill ) SM C Goodyea rTir e & Rubbe rCo

. SMC / XM C Industria l Dielectrics , Inc

. SMC/BM C Kenro , Inc

. MF G - Molde d Fibe rGlas s Co

. (Plan t # 2 - Ashtabula ) SM C Polyply , Inc

. (Gran d Haven ) Premi x/ E.H.S. , Inc

. (Nort h Kingsville , OH ) SMC/BMC/TM C Robro yIndustries , Inc

. (Belding , Ml ) Rockwel l Internationa l SM C

Projecte d Tota l (includin g assume d values) : Averag e Filler/Resi n Ratio : Reinforcement/Fille r+ Resi n Ratio : Legen d Facilitie s tha t compris e MAC Tfloo r Existin g Sourc e MAC TFloo r Assume d value s - n o data.p.rpvided

.

Footnotes : Numbe r o fSM C Machine s b

2

2

24. 0 1. 1 1.6 7 0.3 8 Resi n

(tov ) 2815. 2 4407. 4 4987. 8 1212. 1 378. 1 51. 0 2418. 7 310. 5 1025. 1 2430. 7 242. 5 952. 7 1108. 3 3141. 6 1426. 0 113. 0 400. 0 1973. 0 217. 0 1426. 0 237. 6 77. 6

31351. 8 1425. 1 % HA P

nea t resi n plu s 45. 7 47. 4 50. 9 50. 0 40. 4 41. 0 43. 4 43. 5 35. 3 37. 0 82. 7 50. 2 45. 0 73. 2 44. 6 39. 9 30. 0 11. 8 44. 6 44. 6 35. 0 45, 8

44. 6 Fille r

(tov ) a 5010. 2 7898. 9 8976. 0 2022. 6 826. 0 65. 3 3632. 0 742. 5 2552. 6 4356. 4 404. 7 1173. 0 2447. 3 5049. 0 2379. 5 130. 0 667. 5 799. 0 335. 0 2379. 5 340. 3 129. 4

52316. 6 2378. 0

a = Fille rquantitie s fo rfacilitie s tha t indicate d fille rus e bu t di d no t quantif yth e amoun t wer e determine d b yusin g th e averag e b = Th e EP Aassume d tha t a facilit yha s on e (1 ) SM C machin e whe n n o informatio n concernin g th e numbe ro fSM C machine s c= Th e EP Awa s unabl e t o quantif yth e followin g emissio n reductio n technique s use d b yfacilitie s n th e SM C subcategory : 1 wra p SM C charges , 2. ) Foldin g edge s o flo wpermeabilit yfil m t o reduc e evaporatio n o fstyren e (o rapplicabl e HAP) , 3. ) Ci c Therefore , th e curren t emission s value s show n wer e no t reduced t o accoun t fo rfacilitie s tha t us e thes e emissio n reductio n EP Aranke d facilitie s withi n th e pultrusio n subcategor ybase d o n thei remissio n contro l statu s (wit h th e exceptio n o fvapo rssion s a t a specifi cfacility ,

e no t b e used , e ma yexist

. P. 3

Existin g Sourc e

Reinforce

. (tpv ) 3378. 2 5253. 0 6742. 2 1215. 8 413. 0 43. 7 1739. 2 270. 0 1224. 0 1868. 6 120. 0 846. 6 615. 9 2917. 2 1430. 4 81. 0 401. 2 1041. 9 152. 0 1430. 4 186. 4 77. 8

31448. 6 1429. 5 Scra p

(tpv ) 570. 9 896. 0 1040. 1 230. 6 84. 6 8. 3 415. 2 71. 3 251. 4 463. 3 42. 4 - 152. 9 231.8

. 579. 0 271.2" ' 1^0

. 76. 1 197. 6 37. 7 27i:2 : 

# 4 

# °:' 3



# - : 14.8 '

5963. 6 271. 1 Contro l

Facto r 0.1 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0

N/ A N/ A Pre-MAC T Emission s (tpy ) c 3. 4 55. 8 67. 8 16. 2 4. 1 0. 6 28. 0 3. 6 9. 7 24. 0 5. 4 12. 8 13. 3 61. 4 17. 0 1. 2 3. 2 6. 2 2. 6 17. 0 2. 2 0. 9

356. 4 16. 2 Post-MAC T

Emission s (tpy ) c 3. 4 55. 8 67. 8 16. 2 4. 1 0. 6 28. 0 3. 6 9. 7 24. 0 5. 4 12. 8 13. 3 61. 4 17. 0 1. 2 3. 2 6. 2 2. 6 17. 0 2. 2 0. 9

356. 4 16. 2 Pre-MAC T

Emission s (lbs/ton ) c 2. 4 25. 3 27. 2 26. 7 21. 6 21. 9 23. 2 19. 9 18. 9 19. 8 44. 2 26. 8 24. 0 39. 1 23. 8 21. 3 16. 0 6. 3 23. 8 23. 8 18. 7 24. 4

N/ A N/ A HA P Cleane r (tpv ) 0.0 0 0.0 0 17.0 0 13.5 0 0. 0 0.0 0 41.4 0 9. 9 0. 0 40.0 0 y 11.5 4 0.0 0 34.1 1 y 3.0 0 0. 0

24. 0 CB I 0. 0 0.0 0

filler/resi n rati o fro m facilitie s wit h know n fille rquantities

. ; presen t a t th e facilit yi s available

. I. ) Us e o fa fil m wit h a lo wpermeabilit yt o styren e (o rapplicabl e HAP ) t o ssin g o rcoverin g th e docto rbox , an d 4. ) Us e o fvapo rsuppressants , techniques

. Th e us e o fthes e technique s wa s considere d (qualitatively ) whe n suppressants)

.P. 4

Proces s Reductio n Technique s c

Fol d Edges , Nylon , Close d Docto rBo x Fol d Edges , Cove rDocto rbo x Fol d Edges , Nylo n Nylo n & VS R Nylo n Nylo n Nylo n Fol d Edge s Fol d Edge s

CB IP. 5

Bul k Manufacturin g Compoun d (BMC ) Manufacturin g

Importan t Notes : Th e averag e emission s factor s use d i n thi s sprea d shee t t o calculat e emission s shoul d no t b e use d t o determin e actua l emission s a t Afacility' s specifi cemission s show n i n thi s sprea d shee t ma yno t represen t th e facility' s actua l emission s an d shoul d therefor e no t b e Thi s databas e onl ycontain s facilitie s fo rwhic h th e Administrato rha s information

. Othe rfacilitie s no t include d i n thi s dat a bas e ma ye

Ran k Plan t Nam e Compoun d 1 Allie d Moulde d Products , Inc

. BM C 2 Fibercas t Co

. BM C 3 MF G - Molde d Fibe rGlas s Co

. (Plan t # 1 - Ashtabula ) We t Mi x 4 Cyte cIndustrie s (America n Cyanamid ) BM C 5 Piedmon t Composite s Div

. 6 Rockwel l Plasti cProduct s (Newton , NC ) 7 Kenro , Inc

. 8 Bul k Moldin g Compounds , Inc

. 9 Ryob i Moto rProduct s Corp

. 1 0 Glasti cCorp

. (Sout h Euclid ) BM C 1 1 Premi x/

E.H.S. , Inc

. (Nort h Kingsville , OH ) SMC/BMC/TM C 1 2 Haysit e Reinforce d Plastic s SMC/BM C 1 3 Industria l Dielectrics , Inc

. SMC/BM C 1 4 Zehrc o Plastics , Inc

. (Plan t #2 ) SMC/BM C 1 5 MF G - Molde d Fibe rGlas s Co

. (Linesville ) We t Mi x Resi n (tpv ) 1,20 7 % HA P
nea t resi n plu s 30. 0 50. 0 

### 16. 2

Projecte d Tota l (includin g assume d values) : Average : Filler/Resi n Ratio : Reinforcemen t t o Resi n + Fille rRatio : 

### 20709. 4 1380. 6 4.0 0 0. 2 38. 4 82807. 8 5520. 5 82,80 8 17841. 7

1189. 4 1213. 6

80. 9

Contro l Statu s Dat e an d Assumptions : Fibercast ' s incinerato rha s a captur e efficienc yo f100 % an d a destructio n efficienc yo f95%

. Glastic' s carbo n filte rsyste m ha s a n overal l contro l efficienc yo f0.0 %
Legen d Assume d value s - n o dat a provide d

a = Fille rquantitie s fo rfacilitie s tha t indicate d fille rus e bu t di d no t quantif yth e amoun t wer e determine d b yusin g th e averag e filler/re :a specifi cfacility

.

;used

. ••xist

. P. 6

Existin g Sourc e Pre-MAC T Contro l Facto r 1.0 0 0.0 5 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 Pre-MAC T

Emissio n Facto r ( % o fAvail

. HAP ) 0.25 % 3.10 % 0.50 % 0.25 % 0.25 % 0.25 % 0.50 % 0.50 % 0.50 % 0.50 % 0.50 % 0.50 % 0.50 % 0.50 % 0.50 % Pre-MAC T

Contro l Facto r 1.0 0 0.0 5 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 Post-MAC T

Emissio n Facto r (% o fAvail

. HAP ) 0.25 % 3.10 % 0.25 % 

### 0.25 % 0.25 % 0.25 % 0.25 % 0.25 % 0.25 % 0.25 % 0.25 % 0.25 % 0.25 % 0.25 % 0.25 % Pre-MAC T

Emission s (tpv ) 

### 0.9 1 0.0 6 1.6 8 1.3 2 0.0 4 0.3 8 0.6 0 2.0 6 15.7 3 2.5 4 2.5 9 0.1 2 3.0 5 

### 0.1 0 1.4 9 Post-MAC T

Emission s (tov ) 0.9 1 0.0 6 0.8 4 1.32 0.0 4 0.3 8 0.3 0 1.0 3 7.8 6 1.2 7 1.2 9 0.0 6 1.5 2 0.0 5 0.7 5

32. 7 2. 2 32. 7 17. 7

1. 2

;i n rati o fro m facilitie s wit h know n fille rquantities

.P. 7

Proces s Reductio n Technigue s Closed/Covere d (Assume d N o Activ e Venting ) Catalyti cOxidize r(95 % Control) , Activel yVente d N o Data (Assume d Ope n Mixing , N o Activ e Venting )

Mixe rModification s Closed/Covere d Mixe r& VS R Closed/Covere d (Assum e N o Activ e Venting ) Ope n Mixin g (Assume d N o Activ e Venting ) N o Data (Assume d Ope n Mixing , N o Activ e Venting ) N o Data (Assume d Ope n Mixing , N o Activ e Venting ) Carbo n Filter s (0 % Control) , Assum e Ope n Mixing , N o Activ e Ventin g

CB I (Assume d Ope n Mixing , N o Activ e Venting )

Partiall yEnclose d Mixer s N o Data (Assume d Ope n Mixing , N o Activ e Venting ) N o Dat a (Assume d Ope n Mixing , N o Activ e Venting ) Ope n Mixin g (Assume d N o Activ e Venting )P. 8

Mixin g Operation s - Rankin g Databas e

Importan t Notes : Thi s datebas e onl ycontain s facilitie s fo rwhic h th e Admini s

Ran k 1 2 3 4 5 6 7 8 9 1 0 1 1 1 2 1 3 1 4 1 5 1 6 1 7 1 8 1 9 2 0 2 1 2 2 2 3 2 4 2 5 2 6 2 7 2 8 o n 

### 3 0 3 1 3 2 3 3 3 4 3 5 3 6 3 7 3 8 3 9 4 0 4 1 Plan t Nam e

Cran e Kemlit e (Jonesbor o - formerl yB P Chemicals )

Tomkin s - LASC O Bathwar e (Elizabethtown ) Tomkin s - LASC O Bathwar e (Lancaster )

p I n h f-nU t Iri

. j i 1 ir TR f

- G< » R D A» rP * * i O f i J CM P I r C I t C u p B wi M«»mih*-*u i i u fi E r1 1 B I i n t R il * S P t i *.pj. l jtf t Ui/4 l * In-H * t I i ft,
Hasting s Reinforce d Plastic s - Viate c(Hastings ) Applie d Composite s Corp

. Universal-Rundl e Corp

. (Unio n Point ) Breme n Glas , Inc

.
A- 1 Fiberglass , Inc

. Advanc e Transforme rCo

. (Boscobel ) AGCO , Inc

. America n Acryli cCorp

. America n Slat e an d Marbl e o fHickory , Inc

. Americ h Corp

. (Charlotte , NC ) Americ h Corp

. (Hollywood , CA )P. 9

4 2 An-Co rIndustria l Plastics , Inc

. 4 3 Aqu a Glas s Corp

. (Adamsville ) 4 4 Armorcas t Product s Co

. 4 5 Arrowhea d Plasti cEngineering , Inc

. 4 6 Ashwort h Plasti cProduct s 4 7 Associate d Plastics , Inc

. 4 8 Astori a Industries , Inc

. 4 9 Bathcraft , Inc

. 5 0 Bedfor d Reinforce d Plastics , Inc

. 5 1 Bittne rIndustries , Inc

. 5 2 Brunne l Product s o fFlorida , Inc

. 5 3 Bud d Co

. (Va n Wert ) 5 4 Builder s Marble , Inc

. 5 5 Capita l Marbl e Creations , Inc

. 5 6 Capo n Valle yMarble , Inc

. 5 7 Ceda rManufacturing , Inc

. (Breme n Glas ) 5 8 Charlom a Fiberglass , Inc

. 5 9 Clar k

Manufacturin g 6 0 Cran e Kemlit e (Joliet ) 6 1 Dom-Fa b (DF I Pultrude d Composites ) 6 2 Eagl e Craft , Inc

. 6 3 Electric-Glass , Inc

. 6 4 Elje rPlumbingwar e (Wilson ) 6 5 Emsi g Manufacturin g Corp

. 6 6 Fibe rPad , Inc

. 6 7 G

. W

. Fiberglass , Inc

. 6 8 Genera l Marbl e Co

. (Hornell ) 6 9 Glasstite , Inc

. 7 0 Grea t Lake s Plastic s Corp

. 7 1 Hartzel l Fan , Inc

. (Bld g 275 ) 7 2 Holida yRamble rCorp. , Plan t 3 6 an d 3 7 7 3 Industria l Linings , Inc

. 7 4 Internationa l Marble , Inc

. 7 5 Internationa l Reinforce d Plastic s 7 6 Ite n Industrie s 7 7 Jaso n Industries , Inc

. (Elkhart , IN ) 7 8 Kenro , Inc

. 7 9 Kerric o Corp

. 8 0 Kruege rInternational , Inc

. 8 1 Laminate d Products , Inc

. 8 2 Lee rEast , Inc

. 8 3 Lee rMidwes t 8 4 Lippert Corp

. 8 5 L L Culture d Marbl e 8 6 M

. C

. Gil l Corp

. 8 7 Marbelit e Corp

. 8 8 Marbl e Fall s (owne d b yGoul d Shawmut ) 8 9 Marqui s Corp

. 9 0 McClur e Industries , Inc

. 9 1 Mes a Full yFormed , Inc

. 9 2 Mr

. Tubs , Inc

. 9 3 Murph yBod yCo

.P.1 0

9 4 No n Metalli cResources , Inc

. 9 5 NordicFiberglass , Inc

. (Devil s Lake ) 9 6 NordicFiberglass , Inc

. (Warren ) 9 7 Nov a Group , Inc

. 9 8 Oasi s Industries , Inc

. 9 9 Odo m Fiberglass , Inc

. 100 Olympi cFiberglas s Industries , Inc

. 10 1 Osborn e Industries , Inc

. 10 2 Partheno n Marbl e Products , Inc

. 10 3 Piedmon t Composite s Div

. 104 Piedmon t Fiberglass , Inc

. 10 5 Plas/Stee l Product s 10 6 Plasti cDevelopmen t Co

. 10 7 Polyme rConcret e Corp

. 10 8 Resolit e 10 9 Rockwel l Internationa l 11 0 S.W.C

. Industries , Inc

. (Swirl-Wa yDiv. ) 11 1 Sherma n Pole s 11 2 Specialt yPlastics , Inc

. 11 3 Structro n Corp

. 114 Sunris e Fiberglas s Corp

. 11 5 Tomkin s - LASC O Bathwar e (Anaheim ) 11 6 Tomkin s - LASC O Bathwar e (Cordele ) 11 7 Tomkin s - LASC O Bathwar e (Sout h Boston ) 11 8 Tomkin s - LASC O Bathwar e (Thre e Rivers ) 11 9 Tomkin s - LASC O Bathwar e (Yelm ) 120 Tomkin s - LASC O Pane l Product s (KY ) 12 1 Tri-Cit yMarble , Inc

. 12 2 Unite d Panel , Inc

. 12 3 Warminste rFiberglas s Co

. (Jacksonville ) 12 4 Warminste rFiberglas s Co

. (Southampton ) 12 5 Wildo n Industries , Inc

. 12 6 Yanke e Plasti cCo

. 12 7 Beldin g Tan k

Technolog y( D & R Fabrication , Inc. ) 12 8 Hes s Count yIndustrie s o fWV , Inc

. 12 9 ACM E Reinforce d Plastics , Inc

. 13 0 Baj a Product s Ltd

. (Salisbury ) 13 1 Baj a Product s (Tucson ) 13 2 CD R System s Corp

. (Corcoran ) 13 3 CD R System s Corp

. (Palatka ) 1 3 4

### , « 13 5 Ecowate rSystem s 13 6 Endur o Fiberglas s Systems , Inc

. 13 7 13 8 F htf t I 13 9 TJ F i/ f

U . I 14 0 Fiberflex , Inc

. 14 1 Fiberglas s Products , Inc

. 14 2 Fowle rManufacturing , Inc

. 1 4 3 

### « 14 4 Globa l Glass , In c 14 5 GPICorp

.P.1 1

14 6 Haysit e Reinforce d Plastic s 14 7 Hoo d Manufacturing , Inc

. 14 8 Kalwal l Corp

. 14 9 15 0 Menash a Corp

. (Watertown ) 15 1 Radian t Marbl e Co

. 15 2 Rockwel l Plasti cProduct s (Newton , NC ) 

## 15 3 mwmFawmm 

## „ mmwm 154 St

. Mary' s Marble , L.L.C

. 15 5 Superio rHom e Product s 15 6 Vendur a Industries , Inc

. 15 7 Wayn e Manufacturin g Co

. 15 8 15 9 Fiberglas s Systems , Inc

. 16 0 Glasg o Plastics , Inc

. 16 1 I

. M

. Pena , Inc

. 16 2 Centur yMarbl e Co. , Inc

. 16 3 20t h Centur yFiberglass , Inc

. (Plan t #4 ) 164 A

. R

. E. , Inc

. (Moun t Eaton ) 16 5 AB C Industries , Inc

. (Gran d Junction , CO ) 16 6 AB C Industries , Inc

. (Wallace , ID ) 16 7 AB C Industries , Inc

. (Winon a Lake , IN ) 16 8 Accen t Marbl e Co. , Inc

. (Houston , TX ) 16 9 Accr a Industries , Inc

. 17 0 Accurat e Glass , Inc

. 17 1 Acm e Fiberglass , Inc

. 17 2 Aer o Transportatio n Product s 17 3 Aeroqui p Inoa c 174 AKE R Plastic s Co. , Inc

. (Plymouth , N Oa k Rd ) 17 5 AKE R Plastic s Co. , Inc

. (Plymouth , Pidc o Dr) 17 6 Allianc e Equipmen t Co

. 17 7 Allie d Moulde d Products , Inc

. 17 8 Alte cIndustries , Inc

. (Midwes t Oper. ) 17 9 America n Bluegras s Marbl e Co. , Inc

. 180 America n Marbl e Co. , Inc

. 18 1 America n Reinforce d Plastic s 18 2 Ameron , Inc

. (Burkburnett ) 18 3 AmtechCorp

. 18 4 Arro wDynamics , Inc

. 18 5 Athen a Marble , Inc

. 18 6 Attba rPlastics , Inc

. 18 7 Austi n Countertops , Inc

. 18 8 Baile yTransportatio n Products , Inc

. 18 9 BaltekCorp

. 19 0 Beave rMoto rCoaches , Inc

. 19 1 Beden-Baug h Products , Inc

. 19 2 Beetl e Plastics , Inc

. 19 3 Blu e Dolphi n Fiberglas s Pool s 19 4 Bolfin g Brother s Marble , Inc

. 19 5 Bradle ySpecialtie s Corp

. 19 6 Bul k

Moldin g Compounds , Inc

. 19 7 Came o Marbl eP.1 2

19 8 Carolin a Counter s 19 9 Carsonit e Internationa l Corp

. 20 0 Centra l Marbl e Products , Inc

. 20 1 Centur yManufacturin g Co

. 20 2 Coasta l Engineere d Products , Inc

. 20 3 Columbi a Specialties , Inc

. 20 4 Comtec h Antenn a Systems , Inc

. 20 5 Concep t Plastics , Inc

. 20 6 Contemporar yProducts , Inc

. 20 7 Countr yCoach , Inc

. 20 8 CR/P L Ltd

. Partnershi p (Newartesia n Ltd

. Partnership ) 20 9 21 0 21 1 Culture d Marbl e Products , Ltd

. 21 2 Custo m Fibreglas s Manufacturin g Co

. 21 3 Custo m Marble , Inc

. 21 4 Dasc o Pro , Inc

. 21 5 Delt a Fiberglas s & Environmenta l Products , Inc

. 21 6 Do wChemica l (Russellville , AR ) 21 7 E-TM Enterprises , Inc

. 21 8 Elje rManufacturin g (Valdosta ) 21 9 Elmor e Truc k

Accessories , Inc

. 22 0 Epoc h Industrie s 22 1 Fabal l Enterprise s o fUtah , Inc

. 22 2 Fiberglas s & Plasti cFab. , Inc

. 22 3 Fiberglas s Engineerin g Corp

. 22 4 Fibergrat e Corp

. 22 5 Fibrenetics , Inc

. 22 6 Fibre xCorp

. 22 7 Foremos t Interiors , Inc

. 22 8 Genera l Marbl e Co

. (Guasti ) 22 9 Genera l Marbl e Co

. (Lincolnton ) 23 0 Gesma rCorp

. 23 1 Glastee l Industria l Laminate s 23 2 Gorman-Rup p Co

. 23 3 Grayso n Too l Co

. 23 4 Grube rSystems , Inc

. 23 5 H & R Industries , Inc

. 23 6 Hasbrouc k

Plastics , Inc

. 23 7 HEMCOCorp

. 23 8 Heritag e Marbl e o fOhio , Inc

. 23 9 Hy-Te cFiberglass , Inc

. 24 0 IK G Industrie s 24 1 IMC O Reinforce d Plastics , Inc

. 24 2 Industria l Dielectrics , Inc

. 24 3 Industria l Fiberglas s Specialties , Inc

. 24 4 Internationa l Grating , Inc

. 24 5 Jaso n International , Inc

. (N

. Littl e Rock , AR ) 24 6 Johnso n Truc k

Bodie s 247 : KB KIndustries , Inc

. 24 8 Kohle rCo

. 24 9 Larso n Co

.P.1 3

25 0 Libert yPolyglas , Inc

. 25 1 Livingston , Inc

. 25 2 Lun d Industries , Inc

. 25 3 25 4 Marbl e Designs , Inc

. 25 5 Marbl e Works , Inc

. 25 6 Marblecas t Products , Inc

. 25 7 McClari n Plastics , Inc

. 25 8 25 9 MF G - Molde d Fibe rGlas s Co

. (Adelanto ) 26 0 MF G - Molde d Fibe rGlas s Co

. (Linesville ) 26 1 MF G - Molde d Fibe rGlas s Co

. (Plan t # 1 - Ashtabula ) 26 2 MF G - Molde d Fibe rGlas s Co

. (Unio n City )

26 4 Mince yMarbl e Manufacturing , Inc

. 26 5 Molde d Plasti cIndustries , Inc

. 26 6 Morriso n Molde d Fibe rGlas s (Bristol ) 26 7 Morriso n Molde d Fibe rGlas s (Twinsburg ) 26 8 Nationa l Fibe rGlas s Products , Inc

. 26 9 Ne wEnglan d Plasti cCoate d Products , Inc

. 27 0 Ne wYor k

Blowe rCo

. (Plan t #2 ) 27 1 Niagar a Fiberglass , Inc

. 27 2 Norto n Performanc e Plastic s Corp

. 27 3 Nov a Marbl e Product s 27 4 Oasi s 27 5 Omeg a Pultrusions , Inc

. 27 6 Owens-Cornin g (Auburndale ) 27 7 Owens-Comin g (Moun t Union ) 27 8 Owens-Cornin g Fibergla s (Bakersfield ) 27 9 Owens-Cornin g Fibergla s (Conroe ) 28 0 Owens-Comin g Tank s (Valparaiso ) 28 1 Pear l Baths , Inc

. 28 2 Perm a Grai n Products , Inc

. 28 3 Picken' s Plastics , Inc

. 28 4 Pilling s F.R.P

. 28 5 Pinta' s Culture d Marble , Inc

. 28 6 Plas-Tech , Ltd

. 28 7 Plasti-Fab , Inc

. 28 8 Plasti cComposite s Corp

. 28 9 Polyply , Inc

. (Gran d Haven ) 29 0 Primero , Inc

. 29 1 Prototyp e Concepts , Inc

. 29 2 Quazit e Co

. 29 3 R& D Marbl e 29 4 Rave n Industries , Inc

. (Siou xFalls ) 29 5 Re d Ewald , Inc

. 29 6 Robro yIndustries , Inc

. (Belding , Ml ) 29 7 Robro yIndustries , Inc

. (Verona , PA) 29 8 Rom a Marble , Inc

. 29 9 Ryob i Moto rProduct s Corp

. 30 0 S

. R

. Smith , Inc

. 30 1 Schmit t Marbl e Product sP. M

30 2 Shenandoa h Fiberglas s Product s Co

. 30 3 Smit h Fiberglas s Products , Inc

. (Littl e Rock) 30 4 Smit h Fiberglas s Products , Inc

. (Wichita ) 30 5 Southeas t Marble , Inc

. 30 6 Spac e Tables , Inc

. 30 7 Specialt yPlastic s Associates , In c 30 8 St

. Croi xo fPar k Falls , Ltd

. 30 9 Structura l Nort h Americ a 31 0 Sunse t Plastics , Inc

. 31 1 Synmar , Inc

. 3 1 2 U S 31 3 Teco , Inc

. 31 4 Tiffan yMarbl e Manufacturing , Inc

. 31 5 Ultra/Gla s o fLakevill e 31 6 Unite d State s Marble , Inc

. 31 7 Unite d Technologie s Moto rSystem s 31 8 Universa l Plastics , Inc

. 31 9 Universal-Rundl e Corp

. (Ne wCastle ) 32 0 Universal-Rundl e Corp

. (Ottumwa ) 32 1 Velasc o Scal e Co

. (Plastic s Div. ) 32 2 Venetia n Marble , Inc

. (Helotes , TX ) 32 3 Venetia n Marble , Inc

. (Richmond , VA ) 32 4 W.H

. Brad yU.S.A , Inc

. (Camde n Rd ) 32 5 W.H

. Brad yU.S.A , Inc

. (Camero n Ave. ) 32 6 Wate rHeate rInnovations , Inc

. 32 7 Wester n Recreationa l Vehicles , Inc

. 32 8 Willia m Kreysle r& Associates , Inc

. 32 9 Wilso n Marbl e Co

. 330 Xeno n Co. , Inc

. 33 1 Zehrc o Plastics , Inc

. (Plan t #2 ) 33 2 Composite s USA , Inc

. 33 3 Aqu a Bat h Co. , Inc

. 33 4 Aqu a Glas s Corp

. (Klamat h Falls ) 33 5 CD R System s Corp

. (Waynoka ) 33 6 Custo m Fiberglas s Molding , Inc

. 33 7 Dixie-Pacifi cManufacturin g Co

. 33 8 Fiber-Tec h Industrie s 33 9 Henderson , Blac k & Green , Inc

. 34 0 Tomkin s - LASC O Bathwar e (Moapa ) 34 1 Florid a Lin e o fAstatula , Inc

. 34 2 Xerxe s Corp

. (Anaheim ) 34 3 Xerxe s Corp

. (Avon ) 34 4 Xerxe s Corp

. (Lakeland ) 34 5 Xerxe s Corp

. (Seguin ) 34 6 Xerxe s Corp

. (Tipton )
Legen d Facilitie s tha t compris e MAC Tfloo r Existin g Sourc e MAC TFloo rP.1 5

Footnotes : Facilitie s wer e no t include d i n th e MAC Tfloo rdeterminatio r (3 ) the yonl yreporte d close d moldin g wit h eithe rSM C o rBfP.1 6P.1 7

•trato rha s information

. Othe rfacilitie s no t include d i n thi s dat a bas e ma yexist

.

Emissio n Reductio n Technigue s O n Mixer s

Therma l Oxidize r(95 % Control ) Therma l Oxidize r(95 % Control )

Carbo n Filter s (assume d 42.5 % Contro l Efficiency ) C!'. : •.oU'Covws d ;Fnil y&*TJ M WI

. taita Vfcntinf** } G'ou- d Govur& d iCwi-tplefrf yC:L;.* M Ourarj Mituv} Wt , A>:*iv<

vVwi*m{i J

CtPV*fcCtw«t« J {!* > V«s*! fGat*

. «t » ArttV * V«*«a^g i Cl i v.tl'CTJWti J (N o Vibitil fGaps , •Shaf t Stale d W/Bo-iinys, , fJ e Attivi i tfentiiv)! GI-rswf/Govfirf J IW H ••/•:,.il( » -l^pj,

. fJ o Activi * -itentiiK} }

Cloi.0d/C«V3re* i (N o VttiUt i Gap * Shaf t boalii l wat-arm*} * W o Activ o VbMiri'j j Close d Ci vtie d (N o VAIU I Gap ? N o Activ e Vnnt-ng i i' J M- I •H.-./.-.r

^ i IN I VI"

. !' k

CI.1 |

. N M -'ti.

- 7* i " -iq i MiX'ii- J

. n Ct:m-Jet£-l yCIllC J C^*tin l ] M.W w• « C:*T£t-'f'Cover*K l iW'W'rtciin ? Fu rSkit , 'f5 \ Cru/e.-f' l N: > A'Ttiv; * Vt-nting j Clu>t4 t ?('ver« 1 {W/Nott-h'-.-e , Fo i Shaf t N o Attn- ? Voi-tiny }

Cfe.-ied'Cevc.-fe d (N o Attii/ o Venting ) Ci cwct'C'Wi'i'j d {Mi.f l Fuli yi.'.-nifi "Tr-m o HJVJ I '£

5 " Srwf t Holi j Mix-n p i n 5 5 g*»llo n diun- s tfufugn bun^o-fr , 1/ 4 » o Hi ga p vtwrt

rn/in g thift

. n o jo&v o ventin g r , WKl*f-..iii' 1 .i'( \

¥<r* i IJ.itrl t : Fi< rm.-4<»'
. SSSSSSSSSSSSSSSSSSSS ^ Closed/Covere d W/Notche s Fo rShaf t Closed/Covere d (I L Rule ) Closed/Covere d (Excep t Whe n Addin g Filler ) Closed/Covere d (8"X8 " Fil l Opening )

Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere dP.1 8

Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d N o Mixin g (Inject

. Moldin g Onl yw/ BMC) , Closed/Covere d fo rComp

. Moldin g w / Resi n Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere dP.1 9

Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Som e Ope n an d Som e Close d Interna l Mi xChoppe rGu n Interna l Mi xChoppe rGu n Increase d Us e O fClose d Mixer s Increase d Us e O fClose d Mixer s

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3 * 3 * 3 * 3 * 3 * 5 ' 3 * 5 ' 3 * 3 * 3 * 3 * 3 * 3 * 3 * 3 * 3 * 3 * 3 * 3 * 3 * 3 * 3 * 3 * 3 * 3 * 3 * 3 * 5 ' 5 ' 5 ' 3 * 5 * 3 * 3 * m * COCOCQCQCQCQCQCQCQCOCQCQCQCQCQCQCQCQCQCQCOCQCOCQCOCOCQCQCQCQCQCQCQCQCQ o
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T l h oP.2 2

Non e Non e Non e

Non e Non e Non e Non e

Non e Non e Non e Non e

Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Ope n Mixing , Assume d N o Activ e Venting ) Ope n Mixing , Assume d N o Activ e Venting ) Ope n Mixing , Assume d N o Activ e Venting )
Ope n Mixing , Assume d N o Activ e Venting ) Ope n Mixing , Assume d N o Activ e Venting ) Ope n Mixing , Assume d N o Activ e Venting ) Ope n Mixing , Assume d N o Activ e Venting )
Ope n Mixing , Assume d N o Activ e Venting ) Ope n Mixing , Assume d N o Activ e Venting ) Ope n Mixing , Assume d N o Activ e Venting ) Ope n Mixing , Assume d N o Activ e Venting )
Ope n M Ope n M Ope n M Ope n M Ope n M Ope n M Ope n M Ope n M Ope n M i Ope n M i Ope n M i Ope n M i Ope n M i Ope n M i Ope n M i Ope n M Ope n M Ope n M Ope n M Ope n M Ope n M Ope n M Ope n M Ope n M Ope n M Ope n M Ope n M Ope n M Ope n M Ope n M Ope n M Ope n M Ope n M Ope n M Ope n M Ope n M Ope n M Ope n M xin g ixing , ixing , ixing , ixing , ixing , xing , xing , xin g xin g xin g xin g xin g xin g ixing , ixing , ixing , ixing , ixing , xing , ixing , ixing , ixing , ixing , ixing , ixing , ixing , xing , ixing , ixing , ixing , ixing , ixing , xing , ixing , ixing , ixing , ixing , Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d N o Ac t

N o Act i N o Act i N o Act i N o Act i N o Act i N o Act i N o Act i N o Act i N o Act i N o Act i N o Act i N o Act i N o Act i N o Act i N o Act i N o Act i N o Act i N o Act i N o Ac t N o Ac t N o Act i N o Act i N o Act i N o Act i N o Act i N o Act i N o Act i N o Act i N o Act i N o Act i N o Ac t N o Ac t N o Act i N o Act i N o Act i N o Act i N o Act i Vent i

Ven t Ven t Ven t Vent i Ven t Ven t Ven t Vent i Vent i Vent i Vent i Vent i Vent i Vent i Vent i Vent i Vent i Vent i Vent i Vent i Vent i Vent i Vent i Ven t Ven t Ven t Vent i Vent i Vent i Vent i Vent i Vent i Vent i Vent i Vent i Vent i Vent i ing ) mg ) mg ) mg ) ing ) mg ) ing ) ing ) ng ) ng ) ng ) ng ) ng ) ng ) ng ) ng ) ng ) ng ) ng ) ng ) ing ) ing ) ing ) ing ) ing ) mg ) mg ) ng ) ng ) ng ) ng ) ng ) ng ) ng ) ng ) ing ) ing ) ing )P.2 3

Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e

Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Mixin g i n ope n 5 5

N o Date N o Date N o Data N o Data N o Date N o Data N o Data N o Data Ope n Mixing , Ope n Mixing , Ope n Mixing , Ope n Mixing , Ope n Mixing , Ope n Mixing , Ope n Mixing , Ope n Mixing , Ope n Mixing , Ope n Mixing , Assume d

Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d Assume d N o Activ e

N o Activ e N o Activ e N o Activ e N o Activ e N o Activ e N o Activ e N o Activ e N o Activ e N o Activ e Venting )

Venting ) Venting ) Venting ) Venting ) Venting ) Venting ) Venting ) Venting ) Venting )
Ope n Mixing , Assume d N o Activ e Venting ) Ope n Mixing , Assume d N o Activ e Venting ) Ope n Mixing , Assume d N o Activ e Venting ) Ope n Mixing , Assume d N o Activ e Venting ) Ope n Mixing , Assume d N o Activ e Venting ) Ope n Mixing , Assume d N o Activ e Venting ) Ope n Mixing , Assume d N o Activ e Venting ) Ope n Mixing , Assume d N o Activ e Venting ) Ope n Mixing , Assume d N o Activ e Venting ) Ope n Mixing , Assume d N o Activ e Venting ) Ope n Mixing , Assume d N o Activ e Venting ) Ope n Mixing , Assume d N o Activ e Venting ) Ope n Mixing , Assume d N o Activ e Venting ) Ope n Mixing , Assume d N o Activ e Venting ) Ope n Mixing , Assume d N o Activ e Venting ) Ope n Mixing , Assume d N o Activ e Venting ) Ope n Mixing , Assume d N o Activ e Venting ) Ope n Mixing , Assume d N o Activ e Venting ) Ope n Mixing , Assume d N o Activ e Venting ) gallo n drum s throug h dru m bunghole , n o activ e ventin g (Assume d Ope n Mixin g & N o Activ e Venting ) (Assume d Ope n Mixin g & N o Activ e Venting ) (Assume d Ope n Mixin g & N o Activ e Venting ) (Assume d Ope n Mixin g & N o Activ e Venting ) (Assume d Ope n Mixin g & N o Activ e Venting ) (Assume d Ope n Mixin g & N o Activ e Venting ) (Assume d Ope n Mixin g & N o Activ e Venting ) (Assume d Ope n Mixin g & N o Activ e Venting ) N o Mixin g (Interna l Mi xGu n Only ) f * J O i J i--* * / if l t *

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i fo rmixin g i f(1 ) n o us e o ffille ran d n o mixin g dat a wer e reported , (2 ) the yclaime d mixin g dat a t o b e CBI , o r M C prepare d b yothe rfacilitie s (makin g mixin g unnecessary)

.Cleanin g Operation s
Importan t Notes : Thi s databas e onl ycontain s facilitie s fo rwhic h th e Administrato rha s information

. Othe rfacilitie s no t include d i n thi s dat a

Existin g Source s

Ran k Plan t Nam e 1 20t h Centur yFiberglass , Inc

. (Plan t #4 ) 2 A- 1 Fiberglass , Inc

. 3 A

. R

. E. , Inc

. (Massillon ) 4 A

. R

. E. , Inc

. (Moun t Eaton ) 5 AB C Industries , Inc

. (Gran d Junction , CO ) 6 AB C Industries , Inc

. (Wallace , ID ) 7 AB C Industries , Inc

. (Winon a Lake , IN ) 8 Accen t Marbl e Co. , Inc

. (Houston , TX ) 9 Accr a Industries , Inc

. 1 0 Accurat e Glass , Inc

. 1 1 Acm e Fiberglass , Inc

. 1 2 ACM E Reinforce d Plastics , Inc

. 1 3 Advanc e Transforme rCo

. (Boscobel ) 1 4 Aer o Transportatio n Product s 1 5 Aeroqui p Inoa c 1 6 AKE R Plastic s Co. , Inc

. (Martinsburg ) 1 7 AKE R Plastic s Co. , Inc

. (Plymouth , N Oa k Rd ) 1 8 AKE R Plastic s Co. , Inc

. (Plymouth , Pidc o Dr ) 1 9 Allianc e Equipmen t Co. , Inc

. 2 0 Allie d Moulde d Products , Inc

. 2 1 Alte cIndustries , Inc

. (Midwes t Oper. ) 2 2 America n Marbl e Co. , Inc

. 2 3 America n Reinforce d Plastic s 2 4 Americ h Corp

. (Charlotte , NC ) 2 5 Americ h Corp

. (Hollywood , CA ) 2 6 Ameron , Inc

. (Burkbumett ) 2 7 Amtec h Corp

. 2 8 An-Co rIndustria l Plastics , Inc

. 2 9 Appalachia n Plastics , Inc

. 3 0 Aqu a Bat h Co. , Inc

. 3 1 Aqu a Glas s Corp

. (Adamsville ) 3 2 Armorcas t Product s Co

. 3 3 Arro wDynamics , Inc

. 3 4 Ashwort h Plasti cProduct s 3 5 Associate d Plastics , Inc

. 3 6 Astori a Industries , Inc

. 3 7 Athen a Marble , Inc

. 3 8 Austi n Countertops , Inc

. 3 9 Baile yTransportatio n Products , Inc

. 4 0 Baj a Product s (Tucson ) 4 1 Baj a Product s Ltd

. (Salisbury ) 4 2 Balte k

Corp

. 4 3 Beave rMoto rCoaches , Inc

. HA P Containin g Cleane rUsag e (tov ) 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 Contro l

Facto r 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 Pre-MAC T HA P Emission s (tpv ) 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 Post-MAC T

HA P Emission s (tpv ) 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0

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9 6 Eagl e Craft , Inc

. 9 7 Eagle-Piche rIndustries , Inc

. (Grabill ) 9 8 Eagle-Piche rIndustries , Inc

. (Huntington ) 9 9 Eagle-Piche rPlastic s Div

. (Ashley ) 10 0 Eckle rIndustrie s 10 1 E D Industries , Inc

. (Sportsma n Picku p Covers ) 10 2 Electric-Glass , Inc

. 10 3 Elje rManufacturin g (Valdosta ) 10 4 Elmor e Truc k

Accessories , Inc

. 10 5 Emsi g Manufacturin g Corp

. 10 6 Endur o Fiberglas s Systems , Inc

. 10 7 Epoc h Industrie s 10 8 Ershigs , Inc

. (Biloxi) , Formerl yLaValle yConstructio n Co

. 10 9 Evelands , Inc

. 11 0 Fibe rPr o (formerl yGrea t Dan e Trailer s Indiana , Inc. ) 11 1 Fibercas t Co

. 11 2 Fiberflex , Inc

. 11 3 Fiberglas s Industries , Inc

. 11 4 Fiberglas s Plu s Recreationa l Industries , Inc

. 11 5 Fiberglas s Specialties , Inc

. 11 6 Fiberglas s Systems , Inc

. 11 7 Fibr e Bod yIndustries , Inc

. 11 8 Fibrenetics , Inc

. 11 9 Fibre xCorp

. 12 0 Fleetwoo d (Decatu r- formerl yGol d Shield ) 12 1 Fleetwoo d (Fontana - formerl yGol d Shield ) 12 2 Florid a Lin e o fAstatula , Inc

. 12 3 Foremos t Interiors , Inc

. 12 4 Fowle rManufacturing , Inc

. 12 5 Frankfor t Plastic s 12 6 GenCorp

. Automotive , Inc

. (Marion ) 12 7 GenCorp

. Automotive , Reinforce d Plasti cDiv

. (Ionia ) 12 8 Genera l Electri cDistibutio n an d Contro l 12 9 Genera l Marbl e Co

. (Guasti ) 13 0 Genera l Marbl e Co

. (Lincolnton ) 13 1 GesmarCorp

. 13 2 GHM , Inc

. 13 3 Gibbo n Fiberglas s Reprod. , Inc

. 13 4 Gla s Master , Inc

. (Plan t #1 ) 13 5 Gla s Master , Inc

. (Plan t #2 ) 13 6 Glasforms , Inc

. (Birmingham ) 13 7 Glasforms , Inc

. (Sa n Jose ) 13 8 Glasspe cAssociates , Ltd

. 13 9 Glasstite , Inc

. 14 0 Glastee l Industria l Laminate s 14 1 GM C (Inlan d Fishe rGuid e Div. ) 14 2 GPICorp

. 14 3 GP M Industries , Inc

. 14 4 Grayso n Too l Co

. 14 5 Grea t Lake s Plastic s Corp

. 14 6 Grube rSystems , Inc

. 14 7 H & R Industries , Inc

. 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 1.0 0

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0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0P.2 8

14 8 Hartzel l Fan , Inc

. (Bld g 275 ) 14 9 Hasbrouc k

Plastics , Inc

. 15 0 Hasting s Group , Inc

. - Viate c(Belding ) 15 1 Haysit e Reinforce d Plastic s 15 2 HEMCOCorp

. 15 3 Heritag e Marbl e o fOhio , Inc

. 154 Hes s Count yIndustrie s o fWV , Inc

. 15 5 Hoo d Manufacturing , Inc

. 15 6 Hydr o Systems , Inc

. 15 7 Hy-Te cFiberglass , Inc

. 15 8 IK G Industrie s 15 9 Image s Product s Corp

. 160 IMC O Reinforce d Plastics , Inc

. 16 1 Industria l Linings , Inc

. 16 2 Internationa l Grating , Inc

. 16 3 Internationa l Marble , Inc

. 16 4 Ite n Industrie s 16 5 Jaso n Industries , Inc

. (Elkhart , IN ) 16 6 Jaso n International , Inc

. (N

. Little Rock , AR ) 16 7 Johnso n Truc k

Bodie s 16 8 Kalwal l Corp

. 16 9 Kearney/Wester n Powe rProduct s 17 0 Kenro , Inc

. 17 1 KerricoCorp

. 17 2 Kivett's , Inc

. 17 3 Kohle rCo

. 174 Kreide rManufacturing , Inc

. 17 5 Kruege rInternational , Inc

. 17 6 Larso n Co

. 17 7 LaValle yIndustries , Inc

. (Vancouver ) 17 8 Lawrenc e Wittma n & Co. , Inc

. 17 9 Lee rEast , Inc

. 18 0 Lee rMidwes t 18 1 Libert yPolyglas , Inc

. 18 2 Livingston , Inc

. 18 3 L L Culture d Marbl e 184 Lun d Industries , Inc

. 18 5 M

. C

. Gil l Corp

. 18 6 Ma cMoldin g Co. , Inc

. 18 7 Magnu m Plastics , Inc

. 18 8 Marbl e Creations , Inc

. (Forema n Industries , Inc. ) 18 9 Marbl e Designs , Inc

. 19 0 Marbl e Product s Co

. 19 1 Marbl e Works , Inc

. 19 2 Marblecas t Products , Inc

. 19 3 Marqui s Corp

. 19 4 McClari n Plastics , Inc

. 19 5 McClur e Industries , Inc

. 19 6 MelcherManufacturin g Co. , Inc

. 19 7 Menash a Corp

. (LEWISystems ) 19 8 Mes a Full yFormed , Inc

. 19 9 MF G - Molde d Fibe rGlas s Co

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. (Helotes , TX ) Verte xPlastics , Inc

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. (Jacksonville ) Warminste rFiberglas s Co

. (Southampton ) Wayn e Manufacturin g Co

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. Alle n Grou p (Crow n Fiberglass ) America n Acryli cCorp

. America n Bluegras s Marbl e Co. , Inc

. Cyte cIndustrie s (America n Cyanamid ) E-T- M Enterprises , Inc

. Fiber-Tec h Industries , Inc

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. Fibergrat e Corp

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. (Hornell ) Globa l Glass , Inc

. Goodyea rTir e & Rubbe rCo

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. Elje rPlumbingwar e (Wilson ) Internationa l Pape r(Hampton ) Internationa l Pape r(Odenton ) Premix / E.H.S. , Inc

. (Nort h Kingsville , OH ) Xerxe s Corp

. (Anaheim ) Xerxe s Corp

. (Avon ) Xerxe s Corp

. (Lakeland ) Xerxe s Corp

. (Seguin ) Xerxe s Corp

. (Tipton ) Xerxe s Corp

. (Williamsport ) America n Standar d Aqu a Glas s Corp

. (Klamat h Falls ) CD R System s Corp

. (Waynoka ) Custo m Fiberglas s Molding , Inc

. Dixie-Pacifi cManufacturin g Co

. F G Products , Inc

. Henderson , Blac k

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. Premix / E.H.S. , Inc

. (Hartford , IN ) Tomkin s - LASC O Bathwar e (Moapa ) R & D Marbl e America n Slat e an d Marbl e o fHickory , Inc

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vlOJCJlCJlCJlCJlfcf c boovibbbio b UUUUUUUUMMMMMMM-'-'-'-'-'- ' i»03UMMbbbbobwfcfcf-'bbobovicjioicj i -'-'-'-'-'OOOOOOOOOOOOOOOOO O fcbbbb^^^bojbbsbifcucocoMM'-'f-'f-'ff-'

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vIOCJlCJlOlCJlfcfcUUUUUUUUMMMMMMM-'- ' bbovibbbMba)'^UMMbbbooc)6i'fcfcf-'bbob o -'-'-»-'-»-*-'-'-'OOOOOOOOOOOOOOOOO p ^bibibifcbbbbb^'vic)C)C)C)cjifcuuuMMf-'f-^ff^ :
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OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO O bbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbb bP.3 3

40 8 Oasi s 40 9 Conle yCorp

. 41 0 KB KIndustries , Inc

. 41 1 Superio rHom e Product s 41 2 Venetia n Marble , Inc

. (Richmond , VA ) 41 3 Dom-Fa b (DF I Pultrude d Composites ) 41 4 Ecowate rSystem s 41 5 Arrowhea d Plasti cEngineering , Inc

. 41 6 Lipper t Corp

. 41 7 Fabal l Enterprise s o fUtah , Inc

. 41 8 CR/P L Ltd

. Partnershi p (Newartesia n Ltd

. Partnership ) 41 9 Came o Marbl e 42 0 MF G - Molde d Fibe rGlas s Co

. (Plan t # 2 - Ashtabula ) 42 1 Polyply , Inc

. (Gran d Haven ) 42 2 Zehrc o Plastics , Inc

. (Plan t #2 ) 42 3 Cran e Kemlit e (Joliet ) 42 4 Do wChemica l (Russellville , AR ) 42 5 MF G - Molde d Fibe rGlas s Co

. (Linesville ) 42 6 Smit h Fiberglas s Products , Inc

. (Littl e Rock ) 42 7 Applie d Composite s Corp

. 42 8 Menash a Corp

. (Watertown ) 42 9 Morriso n Molde d Fibe rGlas s (Bristol ) 43 0 Glasti cCorp

. (Sout h Euclid ) 43 1 Endur o Fiberglas s (formerl yW

. R

. Grace ) 43 2 G

. W

. Fiberglass , Inc

. 43 3 Industria l Dielectrics , Inc

.

Averag e o fCompanie s Usin g Methylen e Chloride : Projecte d Total : 

### 7. 6



### 8.1 6 8. 5 9. 0 9. 0 

### 10. 0 10. 0 10. 1 10. 2 11. 0 11. 4 11. 5 17. 5 24. 0 24. 9 25. 0 25. 0 27. 0 30. 5 40. 0 41. 4 45. 1 48. 1 58. 0 75. 4 100. 0

10. 1 807. 1 1.00

1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.0 0 1.0 0 1.0 0 1.0 0 1.0 0 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 7. 6

8. 2 8. 5 9. 0 9. 0 

### 10. 0 10. 0 10. 1 10. 2 11. 0 11. 4 11. 5 17. 5 24. 0 24. 9 25. 0 25. 0 27. 0 30. 5 40. 0 41. 4 45. 1 48. 1 58. 0 75. 4 100. 0

10. 1 807. 1 0. 0

0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0 0. 0

0. 0 0. 0
Legen d Facilitie s tha t compris e MAC Tfloo r Existin g Sourc e MAC TFloo r Assumed

values-nti&at'a'pfpvided

Footnotes : Facilitie s fo rwhic h n o cleanin g dat a wer e availabl e wer e assume d t o us e n o HA P containin g cleaners

.P.3 4



### i base ma yexist

.

### P.3 5

Storag e o fHAP Containin g Material s Importan t Notes : Thi s datebas e onl ycontain s facilitie s fo rwhic h th e Administrato rha s information

. Othe rfacilitie s no t include d i n thi s data b i

Ran k Facilit yNam e 1 2 3 4 5 6 7 8 9 1 0 1 1 1 2 1 3 1 4 1 5 1 6 1 7 1 8 1 9 2 0 2 1 2 2 2 3 2 4 2 5 

# .....w& 2 7 2 8 2 9 3 0 3 1 3 2 3 3 3 4 3 5 3 6 3 7 3 8 3 9 4 0 4 1 4 2 4 3 4 4 A- 1 Fiberglass , Inc

. Allianc e Equipmen t Co. , Inc

. Arrowhea d Plasti cEngineering , Inc

. Eagl e Craft , Inc

. Elmor e Truc k

Accessories , Inc

. Emsi g Manufacturin g Corp

. Ershigs , Inc

. (Biloxi) , Formerl yLaValle yConstructio n Co

. Fiberglas s & Plasti cFab. , Inc

. Fiberglas s Products , Inc

. Florid a Lin e o fAstatula , Inc

. Foremos t Interiors , Inc

. G

. W

. Fiberglass , Inc

. Glasforms , Inc

. (Birmingham ) Glasforms , Inc

. (Sa n Jose ) Glasspe cAssociates , Ltd

. Grea t Lake s Plastic s Corp

. Hartzel l Fan , Inc

. (Bld g 275 ) Hydr o Systems , Inc

. I

. M

. Pena , Inc

. Industria l Linings , Inc

. LaValle yIndustries , Inc

. (Vancouver ) Marbl e Works , Inc

. Marle yCoolin g Towe rCo

. Mes a Fiberglass , Inc

. Murph yBod yCo

. i Ne wEnglan d Plasti cCoate d Products , Inc

. Peterso n Product s Plasti cComposite s Corp

. Rubbe r& Plasti cApplicator s S.W.C

. Industries , Inc

. (Swirl-Wa yDiv. ) Sequentia , Inc

. (Gran d Junction ) Warminste rFiberglas s Co

. (Jacksonville ) Warminste rFiberglas s Co

. (Southampton ) Wildo n Industries , Inc

. Xeno n Co. , Inc

. A

. R

. E. , Inc

. (Massillon ) America n Standar d Tecto n (Fargo ) Endur o Fiberglas s (formerl yW

. R

. Grace ) AKE R Plastic s Co. , Inc

. (Martinsburg ) Cor e Material s Corp

. (formerl yNaviste rInternational ) Cran e Kemlit e (Jonesbor o - formerl yB P Chemicals ) Glasti cCorp

. (Sout h Euclid ) Internationa l Reinforce d Plastic s Emissio n Reductio n Technique s o n Storaa e Container s Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Closed/Covere d (All ) Incinerato r(95 % Control ) Incinerato r(95 % Control ) Incinerato r(95 % Control ) Incinerato r(95 % Control ) Incinerato r(90 % Control ) Incinerato r(90 % Control ) Incinerato r(76 % Control ) Closed/Covere d (Carbo n Filters ) Closed/Covere d (Includin g 5 Ga l Pails )P.3 6

4 5 Applie d Composite s Corp

. 4 6 Accr a Industries , Inc

. 4 7 Accurat e Glass , Inc

. 4 8 Acm e Fiberglass , Inc

. 4 9 ACM E Reinforce d Plastics , Inc

. 5 0 Advanc e Transforme rCo

. (Boscobel ) 5 1 AGCO , Inc

. 5 2 AKE R Plastic s Co. , Inc

. (Plymouth , N Oa k Rd ) 5 3 AKE R Plastic s Co. , Inc

. (Plymouth , Pidc o Dr) 5 4 Alte cIndustries , Inc

. (Midwes t Oper. ) 5 5 America n Marbl e Co. , Inc

. 5 6 America n Reinforce d Plastic s 5 7 America n Slat e an d Marbl e o fHickory , Inc

. 5 8 America n Technolog y& Researc h Ind. , Inc

. 5 9 An-Co rIndustria l Plastics , Inc

. 6 0 Appalachia n Plastics , Inc

. 6 1 Aqu a Glas s Corp

. (Adamsville ) 6 2 Armorcas t Product s Co

. 6 3 Ashwort h Plasti cProduct s 6 4 Astori a Industries , Inc

. 6 5 Attba rPlastics , Inc

. 6 6 Austi n Countertops , Inc

. 6 7 Baile yTransportatio n Products , Inc

. 6 8 Baj a Product s (Tucson ) 6 9 Baj a Product s Ltd

. (Salisbury ) 7 0 Balte k

Corp

. 7 1 Bathcraft , Inc

. 7 2 Bedfor d Reinforce d Plastics , Inc

. 7 3 Beetl e Plastics , Inc

. 7 4 Beldin g Tan k

Technolog y( D & R Fabrication , Inc. ) 7 5 Bittne rIndustries , Inc

. 7 6 Bowi e Manufacturing , Inc

. 7 7 Bradle ySpecialtie s Corp

. 7 8 Breme n Glas , Inc

. 7 9 Bristo l Fiberlit e Industrie s 8 0 C & KFiberglas s Plastics , Inc

. 8 1 Came o Marbl e 8 2 Capo n Valle yMarble , Inc

. 8 3 Carolin a Counter s 8 4 CD R System s Corp

. (Corcoran ) 8 5 Ceda rManufacturing , Inc

. (Breme n Glas ) 8 6 Centra l Marbl e Products , Inc

. 8 7 Centur yManufacturin g Co

. 8 8 Centur yMarbl e Co. , Inc

. 8 9 Cerami cCoolin g Towe rCo

. 9 0 Charlom a Fiberglass , Inc

. 9 1 Clar k

Manufacturin g 9 2 Comtec h Antenn a Systems , Inc

. 9 3 Co rTe cCo

. 9 4 Creativ e Pultrusions , Inc

. (Alu m Bank) 9 5 Custo m Fibreglas s Manufacturin g Co

. 9 6 Custo m Marble , Inc

. Closed/Covere d (I L Rule ) Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere dP.3 7

9 7 Cyte cIndustrie s (America n Cyanamid ) 9 8 Dasc o Pro , Inc

. 9 9 Delt a Fiberglas s Structures , Inc

. 10 0 Diamon d Fiberglas s Fabricators , Inc

. 10 1 Ecowate rSystem s 10 2 E D Industries , Inc

. (Sportsma n Picku p Covers ) 10 3 Elje rManufacturin g (Valdosta ) 10 4 Evelands , Inc

. 10 5 Fabal l Enterprise s o fUtah , Inc

. 10 6 Fibe rPad , Inc

. 10 7 Fibe rPr o (formerl yGrea t Dan e Trailer s Indiana , Inc. ) 10 8 Fibercas t Co

. 10 9 Fiberglas s Engineerin g Corp

. 11 0 Fiberglas s Industries , Inc

. 11 1 Fiberglas s Systems , Inc

. 11 2 Fibergrat e Corp

. 11 3 Fibrenetics , Inc

. 11 4 Fowle rManufacturing , Inc

. 11 5 Frankfor t Plastic s 11 6 GenCorp

. Automotive , Inc

. (Marion ) 11 7 Gesma rCorp

. 11 8 Gibbo n Fiberglas s Reprod. , Inc

. 11 9 Glasstite , Inc

. 12 0 Globa l Glass , Inc

. 12 1 Goodyea rTir e & Rubbe rCo

. 12 2 Gorman-Rup p Co

. 12 3 GPICorp

. 12 4 Grube rSystems , Inc

. 12 5 H & R Industries , Inc

. 12 6 Hasbrouc k

Plastics , Inc

. 12 7 Hasting s Group , Inc

. - Viate c(Belding ) 12 8 Hasting s Reinforce d Plastic s - Viate c(Hastings ) 12 9 Haysit e Reinforce d Plastic s 13 0 H EMC O Corp

. 13 1 Hoo d Manufacturing , Inc

. 13 2 Hy-Te cFiberglass , Inc

. 13 3 IMC O Reinforce d Plastics , Inc

. 13 4 India n Industries , Inc

. 13 5 Industria l Fiberglas s Specialties , Inc

. 13 6 Internationa l Grating , Inc

. 13 7 Internationa l Marble , Inc

. 13 8 Jaso n Industries , Inc

. (Elkhart , IN ) 13 9 Kalwal l Corp

. 14 0 KB KIndustries , Inc

. 14 1 Kearney/Wester n Powe rProduct s 14 2 Kenro , Inc

. 14 3 KerricoCorp

. 14 4 Larso n Co

. 14 5 Lawrenc e Wittma n & Co. , Inc

. 14 6 L L Culture d Marbl e 14 7 Lun d Industries , Inc

. 14 8 Magnu m Plastics , Inc

. Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere dP.3 8

14 9 Marbl e Creations , Inc

. (Forema n Industries , Inc. ) 15 0 Marbl e Designs , Inc

. 15 1 Marbl e Fall s (owne d b yGoul d Shawmut ) 15 2 Marblecas t Products , Inc

. 15 3 Marqui s Corp

. 15 4 McClari n Plastics , Inc

. 15 5 Mes a Full yFormed , Inc

. 15 6 MF G - Molde d Fibe rGlas s Co

. (Linesville ) 15 7 MF G - Molde d Fibe rGlas s Co

. (Unio n City ) 15 8 Michian a Fiberglass , Inc

. 15 9 Millenniu m Products , Inc

. 16 0 Monarc h Plastic , Inc

. 16 1 Morriso n Molde d Fibe rGlas s (Twinsburg ) 16 2 Ne wYor k

Blowe rCo

. (Plan t #2 ) 16 3 Newpor t Laminate s 16 4 No n Metalli cResources , Inc

. 16 5 Nordi cFiberglass , Inc

. (Devil s Lake ) 16 6 Nordi cFiberglass , Inc

. (Warren ) 16 7 Northwes t Bodies , Inc

. 16 8 Norto n Performanc e Plastic s Corp

. 16 9 Nov a Group , Inc

. 17 0 Oasi s Industries , Inc

. 17 1 Odo m Fiberglass , Inc

. 17 2 Olympi cFiberglas s Industries , Inc

. 17 3 Omeg a Pultrusions , Inc

. 17 4 Osborn e Industries , Inc

. 17 5 Pacifi cTank , Ltd

. 17 6 Parkso n Aeratio n & Fibergla s Corp. , Inc

. 17 7 Partheno n Marbl e Products , Inc

. 17 8 Perm a Grai n Products , Inc

. 17 9 Phi l Carte rSystem , Inc

. 18 0 Piedmon t Composite s Div

. 18 1 Pilling s F.R.P

. 18 2 Plas-Tech , Ltd

. 18 3 Plas/Stee l Product s 18 4 Plasti cDevelopmen t Co

. 18 5 Prestigiou s Accessories , Inc

. 18 6 Quazit e Co

. 18 7 R

. D

. Werne rCo. , Inc

. 18 8 Resolit e 18 9 Ryob i Moto rProduct s Corp

. 19 0 S

. R

. Smith , Inc

. 19 1 Sea l Reinforce d Fiberglas s 19 2 Sherma n Pole s 19 3 Simon-Telelect , Inc

. 19 4 Spac e Tables , Inc

. 19 5 Specialt yPlastics , Inc

. 19 6 St

. Mary' s Marble , L.L.C

. 19 7 Standar d Glas , Inc

. 19 8 Structro n Corp

. 19 9 Sunris e Fiberglas s Corp

. 20 0 Superio rHom e Product s Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed\Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere dP.3 9

20 1 20 2 20 3 20 4 20 5 20 6 20 7 20 8 20 9 21 0 21 1 21 2 21 3 21 4 21 5 21 6 21 7 21 8 21 9 22 0 22 1 22 2 22 3 22 4 22 5 22 6 22 7 22 8 22 9 23 0 23 1 23 2 23 3 23 4 23 5 23 6 23 7 23 8 23 9 24 0 24 1 24 2 24 3 244 24 5 24 6 24 7 24 8 24 9 25 0 25 1 25 2 Tomkin s - LASC O Bathwar e (Anaheim ) Tomkin s - LASC O Bathwar e (Cordele ) Tomkin s - LASC O Bathwar e (Elizabethtown ) Tomkin s - LASC O Bathwar e (Lancaster ) Tomkin s - LASC O Bathwar e (Sout h Boston ) Tomkin s - LASC O Bathwar e (Thre e Rivers ) Tomkin s - LASC O Bathwar e (Yelm ) Tomkin s - LASC O Pane l Product s (KY ) U.S

. Fiberglas s Products , Inc

. Ultra/Gla s o fLakevill e Unite d State s Marble , Inc

. Velasc o Scal e Co

. (Plastic s Div. ) Venetia n Marble , Inc

. (Helotes , TX ) Venetia n Marble , Inc

. (Richmond , VA ) VM C Fiberglas s Products , Inc./Tri-Gla s W.H

. Brad yU.S.A , Inc

. (Camde n Rd ) W.H

. Brad yU.S.A , Inc

. (Camero n Ave. ) Wayn e Manufacturin g Co

. Willia m Kreysle r& Associates , Inc

. Yanke e Plasti cCo

. Bud d Co

. (Carey ) Bud d Co

. (Kendallville ) Bud d Co

. (Nort h Baltimore ) Channe l Maste r GenCorp

. Automotive , Reinforce d Plasti cDiv

. (Ionia ) Genera l Electri cDistibutio n an d Contro l Ma cMoldin g Co. , Inc

. Menash a Corp

. (LEWISystems ) Prodeli n Corp

. (Catawb a Facility ) Squar e D Co

. (Ceda rRapids ) Squar e D Co

. (Lincoln ) TR W- Trans

. Electronic s Div

. (Unio n Springs ) Zehrc o Plastics , Inc

. (Plan t #1 ) Epoc h Industrie s Owens-Cornin g (Auburndale ) Owens-Cornin g (Moun t Union ) Owens-Cornin g Fibergla s (Bakersfield ) Owens-Cornin g Fibergla s (Conroe ) Owens-Cornin g Tank s (Valparaiso ) R & D Marbl e Universal-Rundl e Corp

. (Ne wCastle ) Carsonit e Internationa l Corp

. Creativ e Pultrusions , Inc

. (Roswell , NM ) E-T- M Enterprises , Inc

. Endur o Fiberglas s Systems , Inc

. Menash a Corp

. (Watertown ) Structura l Nort h Americ a Syntechnic s Fiberflex , Inc

. Kohle rCo

. Lee rEast , Inc

. Lippert Corp

. Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d Closed/Covere d SM C Store d W/Barrie rFil m SM C Store d W/Barrie rFil m SM C Store d W/Barrie rFil m SM C Store d Col d I n Close d Container s SM C Store d I n Nylo n Fil m W/Folde d Edge s SM C Store d Col d I n Close d Container s BM C Store d i n Polyethylen e Bag s SM C Store d I n Ai rConditione d Roo m SM C Store d I n Polyethylen e Fil m Moldin g Compoun d Store d i n Container s BM C Store d i n Polyethylen e Bag s Moldin g Compoun d Store d i n Seale d Bag s SM C & BM C Store d W/Vapo rProtectiv e Barrie r Closed/Covere d (Transfe r& Receiving ) Closed/Covere d (Receivin g Tanks ) Closed/Covere d (Receivin g Tanks ) Closed/Covere d (Receivin g Tanks ) Closed/Covere d (Receivin g Tanks ) Closed/Covere d (Receivin g Tanks ) ClosedXCovere d (Tanks ) Closed/Covere d (Receivin g Vessels ) Close d Container s Fo rRag s Close d Container s Fo rRag s Closed/Covere d (Scra p Resi n & Cleaner ) Closed/Covere d (Rag s & Cleaner ) Closed/Covere d (Rags ) Closed/Covere d (Scra p Resin ) Closed/Covere d (Scra p Resin ) Refrigerate d Enclose d Buildin g Closed/Covere d (All? ) Closed/Covere d (All? ) Closed/Covere d (All? )P.4 0

25 3 Marbelit e Corp

. 254 McClur e Industries , Inc

. 25 5 Melche rManufacturin g Co. , Inc

. 25 6 Re d Ewald , Inc

. 25 7 Marbl e Product s Co

. 25 8 Rom a Marble , Inc

. 25 9 Shenandoa h Fiberglas s Product s Co

. 26 0 Smit h Fiberglas s Products , Inc

. (Littl e Rock) 26 1 Smit h Fiberglas s Products , Inc

. (Wichita ) 26 2 20t h Centur yFiberglass , Inc

. (Plan t #4 ) 26 3 A

. R

. E. , Inc

. (Moun t Eaton ) 26 4 AB C Industries , Inc

. (Gran d Junction , CO ) 26 5 AB C Industries , Inc

. (Wallace , ID ) 26 6 AB C Industries , Inc

. (Winon a Lake , IN ) 26 7 Accen t Marbl e Co. , Inc

. (Houston , TX ) 26 8 Aer o Transportatio n Product s 26 9 Aeroqui p Inoa c 27 0 Alle n Grou p (Crow n Fiberglass ) 27 1 Allie d Moulde d Products , Inc

. 27 2 America n Acryli cCorp

. 27 3 America n Bluegras s Marbl e Co. , Inc

. 27 4 Americ h Corp

. (Charlotte , NC ) 27 5 Americ h Corp

. (Hollywood , CA ) 27 6 Ameron , Inc

. (Burkbumett ) 27 7 Amtec h Corp

. 27 8 Arro wDynamics , Inc

. 27 9 Associate d Plastics , Inc

. 28 0 Athen a Marble , Inc

. 28 1 Beave rMoto rCoaches , Inc

. 28 2 Beden-Baug h Products , Inc

. 28 3 Blu e Dolphi n Fiberglas s Pool s 28 4 Boltin g Brother s Marble , Inc

. 28 5 Brunne l Product s o fFlorida , Inc

. 28 6 Bud d Co

. (Va n Wert ) 28 7 Builder s Marble , Inc

. 28 8 Bul k

Moldin g Compounds , Inc

. 28 9 Capita l Marbl e Creations , Inc

. 29 0 CD R System s Corp

. (Palatka ) 29 1 Chanc e Operations , Inc

. 29 2 Coasta l Engineere d Products , Inc

. 29 3 Columbi a Specialties , Inc

. 29 4 Composite s USA , Inc

. 29 5 Concep t Plastics , Inc

. 29 6 Conle yCorp

. 29 7 Contemporar yProducts , Inc

. 29 8 Continenta l Campe rCo. , Inc

. 29 9 Countr yCoach , Inc

. 30 0 Covermaster , Inc

. CR/P L Ltd

. Partnershi p (Newartesia n Ltd

. Partnership ) Cran e Kemlit e (Joliet ) Culture d Marbl e Products , Ltd

. 30 1 30 2 30 3 30 4 Delt a Fiberglas s & Environmenta l Products , Inc

. Closed/Covere d (All? ) Closed/Covere d (All? ) Closed/Covere d (All? ) Closed/Covere d (All? ) Som e Ope n an d Som e Close d Closed/Covere d (Some ) Closed/Covere d (Some ) Closed/Covere d (Some ) Closed/Covere d (Some )

Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non eP.4 1

30 5 Diamon d Coac h Corp

. 30 6 Dom-Fa b (DF I Pultrude d Composites ) 30 7 Do wChemica l (Russellville , AR ) 30 8 Eagle-Piche rIndustries , Inc

. (Grabill ) 30 9 Eagle-Piche rIndustries , Inc

. (Huntington ) 31 0 Eagle-Piche rPlastic s Div

. (Ashley ) 31 1 Eckle rIndustrie s 31 2 Electric-Glass , Inc

. 31 3 Ershigs , Inc

. (Bellingham ) 31 4 Ershigs , Inc

. (Wilson ) 31 5 Fiberdome , Inc

. (Plan t #1 ) 31 6 Fiberglas s Forms , Inc

. 31 7 Fiberglas s Plu s Recreationa l Industries , Inc

. 31 8 Fiberglas s Specialties , Inc

. 31 9 Fibr e Bod yIndustries , Inc

. 32 0 FibrexCorp

. 32 1 Fleetwoo d (Decatu r- formerl yGol d Shield ) 32 2 Fleetwoo d (Fontan a - formerl yGol d Shield ) 32 3 Genera l Marbl e Co

. (Guasti ) 32 4 Genera l Marbl e Co

. (Hornell ) 32 5 Genera l Marbl e Co

. (Lincolnton ) 32 6 GHM , Inc

. 32 7 Gla s Master , Inc

. (Plan t #1 ) 32 8 Gla s Master , Inc

. (Plan t #2 ) 32 9 Glasg o Plastics , Inc

. 33 0 Glastee l Industria l Laminate s 33 1 Glasti cCorp

. (Jefferson ) 33 2 GM C (Inlan d Fishe rGuid e Div. ) 33 3 GP M Industries , Inc

. 33 4 Grayso n Too l Co

. 33 5 Heritag e Marbl e o fOhio , Inc

. 33 6 Hes s Count yIndustrie s o fWV , Inc

. 33 7 Holida yRamble rCorp. , Plan t 3 6 an d 3 7 33 8 IK G Industrie s 33 9 Image s Product s Corp

. 34 0 Industria l Dielectrics , Inc

. 34 1 Ite n Industrie s 34 2 Jaso n International , Inc

. (N

. Littl e Rock , AR ) 34 3 Johnso n Truc k

Bodie s 34 4 Kivett's , Inc

. 34 5 Kreide rManufacturing , Inc

. 34 6 Kruege rInternational , Inc

. 34 7 Laminate d Products , Inc

. 34 8 Lee rMidwes t 34 9 Lehig h Culture d Marble , Inc

. 35 0 Libert yPolyglas , Inc

. 35 1 Livingston , Inc

. 35 2 M

. C

. Gil l Corp

. 35 3 MF G - Molde d Fibe rGlas s Co

. (Adelanto ) 35 4 MF G - Molde d Fibe rGlas s Co

. (Plan t # 1 - Ashtabula ) 35 5 MF G - Molde d Fibe rGlas s Co

. (Plan t # 2 - Ashtabula ) 35 6 MF G Justi n Tanks , Inc

. Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non eP.4 2

35 7 Micro-Fab , Inc

. 35 8 Mile s Fiberglas s & Plastics , Inc

. 35 9 Mince yMarbl e Manufacturing , Inc

. 36 0 Miracl e Recreatio n Co

. 36 1 Molde d Plasti cIndustries , Inc

. 36 2 Morriso n Molde d Fibe rGlas s (Bristol ) 36 3 Mr

. Tubs , Inc

. 36 4 Nationa l Fibe rGlas s Products , Inc

. 36 5 Niagar a Fiberglass , Inc

. 36 6 Nort h America n Lightin g Co. , Inc

. 36 7 Nov a Marbl e Product s 36 8 Oasi s 36 9 Oxfor d CMP , Inc

. 37 0 Pear l Baths , Inc

. 37 1 Picken' s Plastics , Inc

. 37 2 Piedmon t Fiberglass , Inc

. 37 3 Pinta' s Culture d Marble , Inc

. 37 4 Plasti-Fab , Inc

. 37 5 Polyme rConcret e Corp

. 37 6 Polyply , Inc

. (Gran d Haven ) 37 7 Primero , Inc

. 37 8 Prototyp e Concepts , Inc

. 37 9 Radian t Marbl e Co

. 38 0 Rave n Industries , Inc

. (Siou xFalls ) 38 1 Retterbus h Injectio n Molde d Fiberglas s Corp

. 38 2 Robro yIndustries , Inc

. (Belding , Ml ) 38 3 Robro yIndustries , Inc

. (Verona , PA) 38 4 Rockwel l Internationa l 38 5 Rockwel l Plasti cProduct s (Newton , NC ) 38 6 Rynon e Manufacturin g Corp

. (Sayr e Plant ) 38 7 Schmit t Marbl e Product s 38 8 Shakespear e Co

. 38 9 Southeas t Marble , Inc

. 39 0 Spear s Fabricatio n 39 1 Specialt yPlastic s Associates , In c 39 2 St

. Croi xo fPar k Falls , Ltd

. 39 3 Sterlin g Plumbin g Group , Inc

. 39 4 Styl e Cres t Product s 39 5 Sunse t Plastics , Inc

. 39 6 Synmar , Inc

. 39 7 Taylo rIndustries , Inc

. 39 8 Teco , Inc

. 39 9 Tiffan yMarbl e Manufacturing , Inc

. 40 0 To m Smit h Fiberglass , Inc

. 40 1 Trai l Wagons , Inc

. 40 2 Tri-Cit yMarble , Inc

. 40 3 Unite d Panel , Inc

. 40 4 Unite d Technologie s Moto rSystem s 40 5 Universa l Plastics , Inc

. 40 6 Universa l Rundl e Corp

. (Unio n Point ) 40 7 Universal-Rundl e Corp

. (Ottumwa ) 40 8 Vendur a Industries , Inc

. Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non e Non eP.4 3

40 9 Verte xPlastics , Inc

. Non e 41 0 Wate rHeate rInnovations , Inc

. •Non e 41 1 Wester n Recreationa l Vehicles , Inc

. Non e 41 2 Wilso n Marbl e Co

. Non e 41 3 Zane' s Fiberglas s Shop , Inc

. Non e 414 Zehrc o Plastics , Inc

. (Plan t #2 ) Non e

Legen d Facilitie s tha t compris e MAC Tfloo r Existin g Sourc e MAC TFloo r

Footnotes : Facilitie s wer e no t include d i n th e MAC Tfloo rdeterminatio n fo rmateria l storag e i f(1 ) n o dat a wer e reporte d fo rmateria l st o (2 ) the yclaime d materia l storag e dat a t o b e CBI

.P.4 4

as e ma yexist

.P.4 5

•rag e o r