p. 1 

# RCRA Box 1883 Prepped byOllie Stewart



# Document

Number: 

# 99 ) ll-B-26 1 Docket Number: 

# A-90-1 9

Printed 12/3/200810:42:17

AM Sheet 99ofl 71P. 2



# RADIA N CORPORATIO N 

## MEMORANDU

M DATE : TO : FROM : SUBJECT : February14 , 199 2

Jane t S . Meyer , EPA Bennet t King , Radia n 

# A-90-1 9 ll-B-26 1 

# ^JJJJLJ.j. ' fi ] SE P 

# I 4 199

2 

# •ill ; EP AAI R DOC KFT) Level s C an

d D crp Characterizatio n Result s Th e purpos e o f th e Level s C an d D CP P Characterizatio n Result s mem o i s t o documen t th e characterizatio n informatio n o f Leve l C an d Leve l D CPP's . Leve l C CPP' s mee t th e HA P emissio n criteri a bu t ar e use d t o sc_l e nationa l impacts . Leve l D CPP' s d o no t mee t the HA P emissio n criteri a an d ar e use d t o suppor t th e economi c impact s analysis . Refe r t o th e memo title d "Nationa l Impact s Scaling Procedur e fo r Leve l C CPP's, " date d February14 , 1992 , fo r mor e informatio n o n th e estimatio n methodolog yfo r th e Leve l C CPP's . Refe r t o th e mem o "HO NSOCM I Characterization, " date d February14 , 1992 , fo r mor e detail s o n th e fou r characterizatio n dat a set s an

d thei r differen t use s i n th e impact s analysis . Appendi xAi s a printou t o f th e characterizatio n i formatio n fo r th e Leve l C CPP's . Appendi xB i s a printou t o f th e same characterizatio n informatio n fo r th e Leve l D CPP's .

CHABAC.ME MP. 3



## APPENDI X A : SOCM I CHARACTERIZATIO NDAT ABAS E INFORMATIO

NFOR LEVE L C CPP' s PART 1 : SOCM I CHARACTERIZATIO NDAT A BAS E INFORMATIO

NFOR CHEMICAL S AND CHEMICAL PRODUCTIO NPROCESSE S FOR LEVE L C CPP' s PART 2 : SOCM I CHARACTERIZATIO NDAT A BAS E INFORMATIO

NFOR PROCES S UNIT S FOR LEVE L C CPP' s

## APPENDI XA : PAR T 1 : SOCM I CHARACTERIZATION DATA BAS E INFORMATIO

N FORCHEMICAL S ANDCHEMICAL PRODUCTION PROCESSE S FORLEVE L C CPP' s

### P. 5

CP P DESCRIPTION REACTION TYP E CHARACTERIZATION CHEMICAL NAME LEVE L ACETANILID E FRO

M ACETI C GENERI C ACI OANOANILIN E ACETOACETANILID E FRO

M GENERI C ANILIN E ANODIKETEN E ALIZARI N FRO M ANTHRACEN E GENERI C ALKY L ANTHRAQUINONE S FRO M GENERI C ANTHRAQUINON E ALKYL NAPHTHALEN E GENERAL SULFONATE S FRO

M ALKY L NAPHTHALENE S ALLY L CYANIOE FRO

M ALLY L GENERI C CHLORID E ANTHRACEN E FRO

M COAL TAR , GENERI C PETRO L RESIDUE S AZOBENZEN E FRO

M NITROBENZEN E 8ENZILI C ACI DFRO

M BENZI L BENZY L ACETAT E FRO

M BENZY L CHLORID E AND SODIU M ACETAT E BROMOBENZEN E FRO

M BENZEN E BUTANEDIO L (1.4- ) FRO

M FORMALDEHYD E ANO ACETYLEN E GENERI C GENERI C GENERI C GENERI C GENERI C BUTYLBENZY L PHTHALAT E FRO M BENZY L CHLORIO E GENERI C BUTYROLACTON E FRO

M GENERI C FORMALDEHYO E AND ACETYLEN E CARBAZOL E FROM

ANTHRACEN E GENERI C CARBO N TETRAFLUORIO E FRO

M GENERI C CARBO N TETRACHLORID E CHLORAL FRO

M ACETALDEHYD E GENERI C ANDCHLORIN E CHLOROACETOPHENON E (2- ) GENERI C FRO M BENZEN E ACETANILID E ACETOACETANILID E ALIZARI N ALKY L ANTHRAQUINONE S ALKY L NAPHTHALEN E SULFONATE S 

### C C 

# c c c ALLY L CYANIDE

ANTHRACEN E AZOBENZEN E BENZILI C ACI D BENZY L ACETAT E BROMOBENZEN E BUTANEDIO L (1,4-ISOMER ) BUTYLBENZY L PHTHALAT E BUTYROLACETON E CARBAZOL E CARBON TETRAFLUORIO E CHLORAL CHLOROACETOPHENONE- 2 CA S NUMBER 10384 4 10201 2 7248 0 00 8 00 9 10975 1 12012 7 10333 3 7693 7 14011 4 1086 1 11063 4 8568 7 9648 0 8674 8 7573 0 7587 6 53227 4

### P. 6

1 CP P DESCRIPTION CHLORONITROBENZEN E (1,3- ) FRO M NITROBENZEN E CHLORONITROBENZEN E (0- ) FRO M THE NITRATION

O F CHLOROBENZEN E CHLOROTOLUEN E (M- ) FRO M TOLUIDIN E (0- ) CHRYSEN E FRO

M COAL TAR , PETRO L RESIDUE S CYCLOOCTADIEN E FRO

M BUTADIENE CYCLOOCTADIEN E FRO

M BUTADIENE (1,3- ) DECAHYORONAPHTHALAT E FRO M NAPHTHALEN E DK2-METHOXYETHYL ) PHTHALAT E FRO

M ETHYLEN E GLYCO L MONOMETHY L ETHER OI-O-TOLY.GUANIDINE FRO M TOLUIDINE S OIACETOXY-2-BUTEN E (1,4- ) FRO M BUTADIEN E (1.3- ) DIALLYL PHTHALAT E FRO

M PHTHALI C ANHYDRID E DIAMINOPHENO L HYDROCHLORID E FRO

M DINITROPHENO L (2,4- ) REACTION TYP E GENERI C NITRATION GENERI C GENERI C GENERI C f GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C CHARACTERIZATION LEVE L 

### C C C 

# c c cCJ 

# c c<-> 

# c c CHEMICAL NAME

1-CHL0R0-3-NITR0BENZEN E -CHLORONITROBENZENE - 0 CHLOROTOLUEN E - M CHRYSEN E CYCLOOCTADIEN E (1,5-ISOMER ) CYCLOOCTADIEN E DECAHYORONAPHTHALAT E DI(2-METHOXYETHYL ) PHTHALAT E DI-O-TOLYGUANIDIN E DIACETOXY-2-BUTEN E (1,4- ) DIALLY L PHTHALAT E DIAMINOPHENO L HYDROCHLORID E CA S NUMBER 12173 3 8873 3 10841 8 21801 9 155212 ! 11178 4 9117 8 11782 8 9739 2 001 2 13117 9 13709 7 DIBROMOMETHAN E FRO

M METHYLEN E CHLORID E GENERI C DIBROMOETHAN E 7495 3 DIBUTOXYETHY L PHTHALAT E FRO M ETHYLEN E GLYCO L MONOBUTY L ETHER GENERI C DIBUTOXYETHY L PHTHALAT E 11783 9 DICHLORO-1-BUTEN E (3,4- ) GENERI C FRO M BUTADIEN E (1,3- ) DICHLORO-2-BUTENE S (1.4- ) GENERI C FRO M BUTADIEN E (1,3- ) OICHLORO-1-BUTEN E (3,4-ISOMER ) DICHLORO-2-BUTENE S (1.4- ) 76023 6 76441 0

### P. 7

CP P DESCRIPTIO N DICHLOROANILINE S FRO M NITROBENZEN E DICHLOROBENZIDIN E (3-3- ) FROMCHLORONITROBENZEN E (0- ) OICHLOROETHYLEN E (1.2- ) FRO MTRICHLOROETHYLEN E DICHLOROPHENO L (2,4- ) FROMPHENO L REACTIO N GENERI C GENERI C GENERI C GENERI C TYP E CHARACTERIZATIO N LEVE L 

### C C C C CHEMICA L NAM E

OICHLOROANILIN E • AL L ISOMER S DICHLOROBENZIDENE-3.3 ' OICHLOROETHYLEN E (1.4 - ISOMER ) DICHLOROPHENO L (2,4-ISOMER ) CA S NUMBER . 9576 1 9194 1 54059 0 12083 2 OICHLOROPROPEN E (1,3- ) GENERI C FROMALLY L CHLORID E DICHLOROTETRAFLUOROETHAN E GENERI C FROMPERCHLOROETHYLEN E DIETHY L PHTHALAT E FRO MGENERI C PHTHALI C ANHYDRID E DIETHY L SULFAT E FRO MGENERI C ETHANO L DIETHY L SULFAT E FRO MGENERI C ETHYLEN E DIETHYLANILIN E (2,6- ) GENERI C FRO MANILIN E DIETHYLEN E GLYCO L GENERI C MONOHEXY L ETHE RFRO M ETHYLEN E OXID E AN D HEXANO L OIETHYLEN E GLYCO L GENERI C MONOMETHY L ETHE RACETAT E FRO MOIETHYLEN E GLYCO L MONOMETH Y DIMETHY L BENZIOIN E (3.3- ) GENERI C FROMNITROTOLUEN E DIMETHY L HYDRAZIN E (1,1- ) GENERI C FROMDIMETHYLAMIN E DIMETHY L PHTHALAT E FRO MGENERI C PHTHALI C ANHYDRIO E DIMETHYLAMIN0ETHAN0L(2- ) GENERI C FRO METHYLEN E OXID E OICHLOROPROPEN E - 1. 3 DICHLOROTETRAFLUOROETHAN E DIETHY L PHTHALAT E DIETHY L SULFAT E DIETHY L SULFAT E DIETHYLANILIN E (2,6-ISOMER ) DIETHYLEN E GLYCO L MONOHEXY L ETHE R

DIETHYLEN E GLYCO L MONOMETHY L ETHE RACETAT E

DIMETHY L BENZIDINE-3.3 ' DIMETHY L HYDRAZINE - 1. 1 DIMETHY L PHTHALAT E OIMETHYLAMINOETHANO L (2-ISOMER ) 54275 6 132037 2 8466 2 6467 5 6467 5 57966 8 11259 4
62938 9
11993 7 5714 7 13111 3 10801 0P. 8

fc CP P DESCRIPTION DINITROBENZEN E FRO

M NITROBENZEN E OIPHENY L METHAN E FRO

M 8ENZENE AN

D8ENZY L CHLORID E OODECY L PHENO L (BRANCHED ) FRO M PHENO L ANODOCECEN E DODECYLANILIN E FRO

M ANILIN E DOOECYLBENZEN E (N- ) FRO M BENZENE ANDDODECEN E (N- ) DODECYLPHENO L FRO

M PHENO L AN DDOOECEN E ETHYL CHLOROACETAT E FRO M CHLOROACETI C ACI DAND ETHANO L ETHYLANILIN E (N- ) FROM ANILIN E ETHYLANILIN E (0- ) FRO

M ANILIN E ETHYLEN E CARBONAT E FRO M ETHYLEN E GLYCO L ETHYLEN E CARBONAT E FRO M ETHYLENE OXID E ETHYLEN E GLYCO L DIACETAT E FRO M ETHYLEN E GLYCO L ETHYLENE GLYCO L DIBUTY L ETHERFRO

M ETHYLEN E GLYCO L MONOBUTY L ETHE R ETHYLEN E GLYCO L MONOACETAT E FRO

M ETHYLEN E GLYCO L ANDACETI C ACI D ETHYLEN E GLYCO L MONOACETAT E FRO

M ETHYLEN E GLYCO L ANDACETI C ANHYORID E REACTION TYP E GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C CHARACTERIZATIO N LEVE L 

### C C 

# c c c c c c c c c c c c c

4 CHEMICAL NAME

OINITROBENZENE S DIPHENY L METHAN E OOOECY L PHENO L (BRANCHED ) DODECYLANILIN E OOOECYLBENZEN E (N-ISOMER ) DODECYLPHENO L ETHY L CHLOROACETAT E ETHYLANILIN E (N-ISOMER ) ETHYLANILIN E (O-ISOMER ) ETHYLEN E CARBONAT E ETHYLEN E CARBONAT E ETHYLEN E GLYCO L DIACETAT E ETHYLEN E GLYCO L DIBUTY L ETHE R ETHYLEN E GLYCO L MONOEACETAT E ETHYLEN E GLYCO L MONOEACETAT E CA S NUMBER 2515454 5 10181 5 001 3 2667517 4 12101 3 2719386 8 10539 5 10369 5 57854 1 9649 1 9649 1 11155 7 11248 1 54259 6 54259 6P. 9

CP P DESCRIPTION ETHYLEN E GLYCO L MONOACETAT E FRO

M ETHYLEN E OXID E AN OACETI C ACI D ETHYLEN E GLYCO L MONOHEXY L ETHERFRO

M ETHYLEN E OXID E AN OHEXANO L ETHYLEN E GLYCO L MONOOCTY L ETHERFRO

M ETHYLENE OXIO E AN DOCTANO L ETHYLENEDIAMINETETRACETI C ACI DFRO M CHLOROACETI C ACI D ETHYLENEDIAMINETETRACETI C ACI DFRO M SODIU M SYANID E AN OFORMALOEHYD E ANDET H ETHYLHEXY L ACRYLAT E (2- ) FRO M ACRYLI C ACI D FLUORANTHEN E FRO

M COAL TAR . PETRO L RESIDUE S GLUTARALDEHYD E FROM ACROLEI N GLYCERALDEHYD E FRO

M ACROLEI N HEXACHLOROBENZEN E FROM PERCHLOROETHYLEN E HEXADIEN E (1,4- ) FRO

M 8UTADIEN E (1,3- ) AND ETHYLENE HEXANETRIO L (1.2.6- ) FRO M ACROLEI N HYDROXYADIPALDEHYD E FRO M ACROLEI N IMINOOIETHANO L (2,2- ) FRO M ETHYLENE OXIO E ISOBUTYL ACRYLAT E FROM ACRYLI C ACI D ISOPHORON E NITRIL E FROM ISOPHORONE REACTION TYP E GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C CHARACTERIZATION LEVE L 

### C C C 

# c C ' 

### C 

# c c c c c c c c c c
5 CHEMICAL NAME

ETHYLENE GLYCO L MONOEACETAT E ETHYLEN E GLYCO L MONOHEXY L ETHER(GE ) ETHYLEN E GLYCO L MONOOCTY L ETHER(GE ) ETHYLENEDIAMINETETRACETI C ACI D ETHYLENEDIAMINETETRACETI C ACI D ETHYLHEXY L ACRYLAT E (2-ISOMER ) FLUORANTHEN E GLUTARALDEHYO E GLYCERALDEHYO E HEXACHLOROBENZEN E HEXAOIEN E (1,4-ISOMER ) HEXANETRIO L (1,2,6 - ISOMER) HYDROXYADIPALDEHYD E DIETHANOLAMIN E ISOBUTY L ACRYLAT E ISOPHORON E NITRIL E 

### * CA S NUMBER 54259 6 

### 00 3 00 2 6000 4 6000 4 10311 7 20644 0 11130 8 36747 5 11874 1 59245 0 10669 4 001 6 11142 2 10663 8 001 7CP P DESCRIPTION

LEA DPHTHALAT E FROM PHTHALI C ANHYORID E MALEI C HYDRAZID E FRO

M MALEI C ANHYORID E METANILI C ACI DFRO

M NITROBENZEN E METHIONIN E FRO

M ACROLEI N METHY L ACRYLAT E FROM ACRYLI C ACI D METHY L CYCLOHEXANO L FRO M CRESOL S (MIXED) METHY L HYORAZIN E FROM METHYLAMIN E METHY L MERCAPTA

N FRO M METHANO L METHY L MERCAPTA

N FRO M METHY L CHLORID E METHY L PHENO L CARBINO L FRO M ACETALDEHYO E METHYLANILIN E (N- ) FROM • ANILIN E ANDMETHANO L METHYLCYCLOHEXAN E FROM TOLUEN E METHYLIONONE S FRO

M METHY L ETHYL KETON E METHYLPENTYNO L FRO

M METHY L ETHY L KETON E AN O ACETYLEN E ANDAMMONI A N-VINYL-2-PYRROLIDIN E FRO M FORMALOEHYO E AN D ACETYLEN E NAPHTHAL SULFONI C (1- ) ACIDFRO M A-NAPHTHALEN E SULFONI C ACI D

f REACTION TYP E GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C CHARACTERIZATIO N LEVE L 

### C C C C C C C C C C 

# c c c c c c

e

CHEMICAL NAME
LEA DPHTHALAT E MALEI C HYORAZIO E METANILI C ACID METHIONIN E METHY L ACRYLAT E METHY L CYLCOHEXANO L METHY L HYORAZIN E METHY L MERCAPTA

N METHY L MERCAPTA

N METHY L PHENO L CARBINO L METHYLANILIN E - N METHYLCYCLOHEXAN E METHYLIONONE S METHY L PENTYNO L N-VINYL-2-PYRROLIDIN E NAPHTHO L SULFONI C (1- ) ACI D P.1 0 CA S NUMBER 001 8 .12333 1 12147 1 6368 3 9633 3 2563942 3 6034 4 7493 1 7493 1 9885 1 10061 8 10887 2 7969 6 7775 8 8812 0



### , 56718 0P.1 1

CP P DESCRIPTION REACTION TYP E CHARACTERIZATION CHEMICAL NAME LEVE L CA S NUMBER ' NAPHTHO L (-A ) FRO

M A-NAPHTHALEN E SULFONI C ACI D GENERI C NAPHTHO L - A 9015 3 NAPHTHYLAMINE (1- ) FRO M NAPHTHO L (1- ) GENERI C NAPHTHYLAMINE (1- ) 13432 7 NAPHTHYLAMIN E (2- ) FRO M B-NAPHTHO L GENERI C NAPHTHYLAMIN E (2 - 9159 8 NAPHTHYLAMINE-1-SULFONI C (2- ) ACI DFRO

M B-NAPHTHALEN E SULFONI C ACI D GENERI C NAPHTHYLAMINE-1-SULFONI C (2- ) ACI D 8116 3
NAPHTHYLAMINE-4-SULFONI C (1- ) ACI DFRO

M A-NAPHTHALEN E SULFONI C ACI O GENERI C NAPHTHYLAMINE-4-SULFONI C (1- ) ACI D 8486 6

NITROANILIN E (M-ISOMER ) FRO M ANILIN E GENERI C NITROANILIN E (M-ISOMER ) 9909 2 NITROANILIN E (0- ) FRO

M ANILIN E GENERI C NITROANILIN E - 0 8874 4 NITROANISOL E (0- ) FRO

M METHANO L GENERI C NITROANISOL E - 0 9123 6 NITROANISOL E (P- ) FRO

M P-NITROPHENO L GENERI C NITROANISOL E - P 10017 4 NITRONAPHTHALEN E (1- ) FRO M NAPHTHALEN E GENERI C NITRONAPHTHALEN E (1-ISOMER ) 8657 7 NITROPHENO L (4- ) FRO

M CHLORONITROBENZEN E (P- ) AN DNITROBENZEN E GENERI C NITR0PHEN0L- 4 10002 7 NITROPHENO L (4- ) FRO

M PHENOL GENERI C NITR0PHEN0L- 4 10002 7 NITROPHENO L (0- ) FRO

M PHENOL GENERI C NITROPHENO L - 2 (-0 ) 8875 5 NITROPROPANE (2- ) FRO

M ETHANE.PROPANE . ANO BUTANE GENERI C NITROPROPAN E 7946 9 NITROTOLUEN E (2- ) FRO

M TOLUENE GENERI C NITROTOLUEN E (2-ISOMER ) 8872 2P.1 2

CP P DESCRIPTION REACTION TYP E CHARACTERIZATION CHEMICAL NAME LEVE L CA S NUMBER NITROTOLUEN E (3- ) (M- ) FRO M TOLUENE GENERI C NITROTOLUEN E (3-ISOMER ) 9908 1 NITROTOLUEN E (4- ) (P FRO M TOLUEN E GENERI C NITROTOLUEN E (4-ISOMER ) 9999 0 NITROXYLEN E FRO

M XYLENE S (MIXED ) GENERI C NITROXYLEN E 2516804 1 NONYLBENZEN E (BRANCHED ) FRO M NONEN E AN

OBENZEN E GENERI C NONY L BENZEN E 108177 2 OCTENE (1- ) FRO

M ALLY L CHLORID E GENERI C OCTENE- 1 11166 0 OCTEN E (1- ) FRO

M FGRMALDEHYO E GENERI C OCTENE- 1 11166 0 OCTYLPHENO L (P-TERT ) FRO M PHENO L AN

OPROPYLEN E GENERI C OCTYLPHENO L 2719328 8 P-TERT-BUTY L TOLUEN E FRO M T-BUTYL ALCOHO L AN

O TOLUENE GENERI C P-TERT-BUTY L TOLUEN E 9851 1 PARAFORMALDEHYD E FRO

M FORMALDEHYD E GENERI C PARAFORMALDEHYD E 3052589 4 PARALDEHYD E FRO

M ACETALDEHYO E GENERI C PARALDEHYD E 12363 7 PERACETI C ACI DVI A OXIDATION

O F ACETALDEHYO E UNDERMIL DCONDITION S GENERI C PERACETI C ACI O 7921 0 PHENANTHREN E FRO

M COAL TAR , PETRO L RESIDUE S GENERI C PHENANTHREN E 8501 8 PHENETIDIN E (P- ) FRO

M NITROPHENO L (P- ) GENERI C PHENETIDIN E - P 15643 4 PHENO L SULFONI C ACID S (ALL ISOMERS ) FRO

M PHENO L GENERI C PHENO L SULFONI C ACIO S 133339 7 PHENOLPHTHALEI N

FRO M PHENO L ANDPHTHALI C ANHYORID E GENERI C PHENOLPHTHALEI N 7709 8 PHLOROGLUCINO L FRO

M TOLUIDINE S GENERI C PHLOROGLUCINO L 10873 6 PHTHALI C ACI DFRO

M O-XYLEN E GENERI C PHTHALI C ACI D 8899 3P.1 3

CP P DESCRIPTION REACTION TYP E CHARACTERIZATION CHEMICAL NAME LEVE L CA S NUMBEft PHTHALIMIO E FRO

M CARBON GENERI C DISULFID E PHTHALIMIO E FRO

M PHTHALI C GENERI C ANHYORID E PHTHALIMIO E PHTHALIMIO E 8541 6 8541 6 PHTHALONITRIL E FRO

M PHTHALI C ANHYORIO E GENERI C PHTHALONITRIL E 9115 6 PROPIOLACTON E (B- ) FRO M KETEN E GENERI C PROPIOLACTON E (B- ) 5757 8 PROPYLEN E CARBONAT E FRO M PROPYLEN E OXID E GENERI C PROPYLEN E CARBONAT E 10832 7 PYRENE FRO

M COAL TAR . PETROL RESIDU E GENERI C PYRENE 12900 0 SODIU M CHLOROACETAT E FRO

M CHLOROACETI C ACI D GENERI C SODIU M CHLOROACETAT E 392562 3 SODIU M METHOXIO E FRO

M METHANO L SOOIU M PHENAT E FRO

M PHENO L . STILBEN E FRO

M TOLUEN E SUCCINONITRIL E FRO

M ACRYLONITRIL E SUCCINONITRIL E FRO

M ETHYLEN E DIBROMIO E SULFONILI C ACI DFRO

M ANILINE GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C SODIU M METHOXID E 

# c c c c c SODIU

M PHENAT E STILBENE SUCCINONITRIL E SUCCINONITRIL E SULFANILI C ACI D 12441 4 13902 6 58859 0 11061 2 11061 2 12157 3 TERT-BUTY L BENZEN E FRO M BENZENE ANDT-BUTY L ALCOHO L GENERI C TERT-BUTYLBENZEN E 9806 6 TETRABROMOPHTHALI C GENERI C ANHYDRID E FRO

M PHTHALI C ANHYDRID E AND TETRABROMOETHYLEN E TETRACHLOROBENZEN E GENERI C (1.2.4.5- ) FRO

M BENZEN E TETRABROMOPHTHALI C ANHYDRID E

TETRACHLOROBENZEN E (1.2,4,5-1SOMER ) 63279 1
95943 -P.1 4

CP P DESCRIPTION TETRAETHYLEN E GLYCO L FRO M ETHYLENE GLYCO L ANO ETHYLENE OXIO E TETRAETHYLENEPENTAMIN E FRO M 1. 2 0ICHLOROETHAN E TETRAHYORONAPHTHALEN E (TETRALIN ) (POM ) FRO

M NAPHTHALEN E TETRAHYDROPHTHALI C ANHYORID E FRO

M MALEI C ANYDRIO E ANO BUTADIENE(1,3 ) TETRAMETHYLENEDIAMIN E FRO M OICHLOROETHAN E (EDC ) TETRAMETHYLETHYLENEDIAMI N E FRO M OICHLOROETHAN E (1.2- ) THIOCARBANILID E FRO

M CARBON DISULFID E TOLUEN E SULFONI C ACID S (ALL ISOMERS ) FRO

M TOLUENE TOLUIDIN E (0- ) FRO

M OINITROTOLUENE S (2, 4 ISOMER ) TRICHLOROANILIN E (2,4,6- ) FRO M ANILIN E TRICHLOROBENZEN E (1.2,4- ) FRO M DICHLOROBENZEN E (0- ) TRICHLOROPHENO L (2,4,5- ) FRO M TETRACHLOROBENZENE(1,2,4 , 5 ) TRIETHYLEN E GLYCO L MONOETHY L ETHERFRO

M ETHANO L TRIETHYLEN E GLYCO L MONOETHY L ETHERFRO

M ETHYLEN E OXID E REACTION TYP E GENERI C GENERI C GENERI C GENERI C

GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C

GENERI C GENERI C CHARACTERIZATION LEVE L 

### C C 

# c c c c c c c c c c c c CHEMICAL NAME

TETRAETHYLEN E GLYCO L TETRAETHYLENEPENTAMIN E TETRAHYORONAPTHALEN E (TETRALIN ) TETRAHYDROPHTHALI C ANHYORID E

TETRAMETHYLENEDIAMIN E TETRAMETHYLETHYLENEDIAMIN E DIPHENY L THIOUREA TOLUENESULFONI C AC IO S • AL L ISOMER S TOLUIDIN E (0- ) TRICHLOROANILIN E (2,4,6- ) TRICHLOROBENZEN E (1,2.4- ) TRICHLOROPHENOL-2,4, 5

TRIETHYLEN E GLYCO L MONOETHY L ETHER TRIETHYLEN E GLYCO L MONOETHY L ETHER

1 0 CA S NUMBER 11260 7 11257 2 11964 2 8543 3
11060 1 11018 9 10208 9 10415 4 9553 4 63493 5 12082 1 9595 4
11250 5 11250 5

### 1 1 P.1 5

CP P DESCRIPTION REACTION TYP E CHARACTERIZATION CHEMICAL NAME LEVE L CA S NUMBER TRIETHYLEN E GLYCO L MONOMETHY L ETHERFRO

M ETHYLENE OXID E AN

O METHANO L GENERI C TRIETHYLEN E GLYCO L MONOMETHY L ETHER 11235 6

TRIMETHYLCYCLOHEXANO L FRO M ISOPHORONE GENERI C TRIMETHYLCYCLOHEXANO L 93348 2 TRIMETHYLCYCLOHEXANON E FRO M ISOPHORONE GENERI C TRIMETHYLCYCLOHEXANON E 240837 9 TRIMETHYLCYCLOHEXYLAMIN E FRO M ISOPHORONE GENERI C TRIMETHYLCYCLOHEXYLAMIN E 

### 00 7 TRIMETHYLOLPROPAN E FRO M FORMALDEHYD E GENERI C TRIMETHYLOPROPAN E 7799 6 TRIPROPYLEN E GLYCO L FRO M PROPYLENE OXID E GENERI C TRIPROPYLEN E GLYCO L 2480044 0 VINYLCYCLOHEXEN E (4- ) FRO M BUTADIEN E (1,3- ) GENERI C VINYLCYCLOHEXEN E (4- ) 10040 3 XANTHATE S (POTASSIU

M ETHYL XANTHATE ) FRO

M CARBON DISULFID E GENERI C XANTHATE S (POTASSIU M ETHYL XANTHATE ) 14089 6 XYLENE SULFONI C ACI DFRO M XYLENE S (MIX ) GENERI C XYLEN E SULFONI C ACI D 2532141 9P.1 6



## APPENDI XA : PAR T 2 : SOCM I CHARACTERIZATION DATA BAS E INFORMATIO

N FO RPROCES S UNIT S FORLEVE L C CPP' sCP P DESCRIPTION

ACETANILID E FRO

M ACETI C ACI DANO ANILIN E ACETOACETANILID E FRO

M ANILIN E ANO OIKETEN E ALIZARI N FRO M ANTHRACEN E ALKY L ANTHRAQUINONE S FRO M ANTHRAQUINON E ALKY L NAPHTHALEN E SULFONATE S FRO

M ALKY L NAPHTHALENE S ALLY L CYANIO E FRO

M ALLY L CHLORIO E ANTHRACEN E FRO

M COAL TAR , PETRO L RESIDUE S AZOBENZEN E FRO

M NITROBENZEN E BENZILI C ACI DFRO

M BENZI L BENZY L ACETAT E FRO

M BENZY L CHLORID E AND SODIU M ACETAT E BROMOBENZEN E FRO

M BENZEN E BUTANEDIO L (1,4- ) FRO

M FORMALDEHYD E AN D ACETYLEN E BUTYLBENZY L PHTHALAT E FRO M BENZY L CHLORIO E 8UTYR0LACT0N E FRO

M FORMALDEHYD E AND ACETYLEN E CARBAZOL E FRO

M ANTHRACEN E CARBON TETRAFLUORIO E FROM CARBON TETRACHLORID E CHLORAL FRO

M ACETALDEHYD E AN DCHLORIN E CHLOROACETOPHENON E (2- ) FRO M BENZEN E

____________________________________________________ _ REACTION

TYP E GENERI C GENERI C GENERI C GENERI C GENERAL GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C CHARACTERIZATION LEVE L 

### C C C C C C C 

# c c c c c c c c . 

# c c c

1 COUNT Y

DEFAUL T COUNT Y DEFAUL T COUNT Y DEFAUL T COUNT Y DEFAUL T COUNT Y DEFAUL T COUNT Y DEFAUL T COUNT Y DEFAUL T COUNT Y DEFAUL T COUNT Y DEFAUL T COUNT Y DEFAUL T COUNT Y DEFAUL T COUNT Y DEFAUL T COUNT Y OEFAUL T COUNT Y DEFAUL T COUNT Y DEFAUL T COUNT Y DEFAUL T COUNT Y DEFAUL T COUNT Y OEFAUL T COUNT Y STAT E 

### A L A L A L A L A L A L A L A L A L A L A L A L A L A L A L A L A L A L CAPACIT Y

0.2500000 0 4.7000000 0 il.1700000 0 11.17000000 . 11.1700000 0 0.2500000 0 5.0000000 0 11.1700000 0 0.0014000 0 .0.5100000 0 11.1700000 0 71.3000000 0 11.1700000 0 13.8000000 0 0.0020000 0 11.1700000 0 7.5000000 0 0.0270000 0 P.1 7CP P DESCRIPTION

CHLORONITROBENZEN E (1.3- ) FRO M NITROBENZEN E CHLORONITROBENZEN E (0- ) FRO M THE NITRATION

O F CHLOROBENZEN E CHLOROTOLUEN E (M- ) FRO M TOLUIDIN E (0- ) CHRYSEN E FRO

M COA L TAR , PETROL RESIDUE S CYCLOOCTADIEN E FRO

M BUTADIEN E CYCLOOCTADIEN E FRO

M BUTADIEN E (1,3- ) DECAHYORONAPHTHALAT E FRO M NAPHTHALEN E 0K2-METH0XYETHYL ) PHTHALAT E FRO

M ETHYLEN E GLYCO L MONOMETHY L ETHER OI-O-TOLYGUANIOIN E FRO M TOLUIDINE S DIACETOXY-2-BUTEN E (1.4- ) FRO M BUTADIEN E (1,3- ) DIALLY L PHTHALAT E FRO

M PHTHALI C ANHYORID E DIAMINOPHENO L HYDROCHLORID E FRO

M DINITROPHENO L (2,4- ) OIBROMOHETHAN E FRO

M METHYLEN E CHLORID E OIBUTOXYETHY L PHTHALAT E FRO M ETHYLEN E GLYCO L MONOBUTY L ETHE R OICHLORO-1-BUTEN E (3,4- ) FRO M BUTADIEN E (1.3- ) DICHL0R0-2-BUTENE S (1,4- ) FRO M BUTADIEN E (1.3- ) REACTION TYP E GENERI C NITRATION GENERI C CHARACTERIZATION COUNT Y LEVE L

GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C OEFAUL T COUNT Y OEFAUL T COUNT Y OEFAUL T COUNT Y OEFAUL T COUNT Y DEFAUL T COUNT Y DEFAUL T COUNT Y DEFAUL T COUNT Y OEFAUL T COUNT Y OEFAUL T COUNT Y DEFAUL T COUNT Y DEFAUL T COUNT Y DEFAUL T COUNT Y DEFAUL T COUNT Y OEFAUL T COUNT Y DEFAUL T COUNT Y OEFAUL T COUNT Y STAT E
A L A L A L A L A L A L A L A L A L CAPACIT Y

11.17OO00O O 11.1700000 0 11.1700000 0 11.1700000 0 11.1700000 0 11.1700000 0 0.0027000 0 11.1700000 0 11.1700000 0 P.1 8



### A L A L A L A L A L A L A L 11.1700000 0

2.7500000 0 0.0009000 0 2.5000000 0 11.1700000 0 150.0000000 0 122.3000000 0P.1 9

CP P DESCRIPTION REACTION TYP E CHARACTERIZATION COUNT Y LEVE L STAT E CAPACIT Y DICHLOROANILINE S FRO

M NITROBENZEN E GENERI C DEFAUL T COUNT Y 

### A L 0.2500000 0 OICHLOROBENZIDIN E (3-3- ) FRO M CHLORONITROBENZEN E (0- ) GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0 OICHLOROETHYLEN E (1.2- ) FRO M TRICHLOROETHYLEN E GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0 DICHLOROPHENO L (2,4 - FRO M PHENO L GENERI C DEFAUL T COUNT Y 

### A L 34.7000000 0 OICHLOROPROPEN E (1.3 - FRO M ALLY L CHLORIO E GENERI C DEFAUL T COUNT Y 

### A L 17.5000000 0 DICHLOROTETRAFLUOROETHAN E FRO M PERCHLOROETHYLEN E GENERI C DEFAUL T COUNT Y 

### A L 0.0230000 0 DIETHYL PHTHALAT E FRO

M PHTHALI C ANHYORID E GENERI C OEFAUL T COUNT Y 

### A L 11.1700000 0 DIETHY L SULFAT E FRO

M ETHANO L GENERI C DEFAUL T COUNT Y A L 11.1700000 0 DIETHY L SULFAT E FRO M ETHYLEN E GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0 DIETHYLANILIN E (2,6- ) FRO M ANILIN E GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0 DIETHYLEN E GLYCO L MONOHEXY L ETHERFRO

M ETHYLEN E OXID E ANO HEXANO L GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0

DIETHYLEN E GLYCO L MONOMETHY L ETHE RACETAT E FRO M OIETHYLEN E GLYCO L MONOMETHY GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0

DIMETHYL BENZIDIN E (3.3- ) FRO M NITROTOLUEN E GENERI C DEFAUL T COUNT Y 

### A L 0.0270000 0 DIMETHY L HYORAZIN E (1.1- ) FRO M OIMETHYLAMIN E GENERI C DEFAUL T COUNT Y 

### A L 0.2500000 0 DIMETHY L PHTHALAT E FROM PHTHALI C ANHYORID E GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0 DIMETHYLAMtN0ETHAN0L(2- ) FRO M ETHYLEN E OXID E GENERI C DEFAUL T COUNT Y 

### A L 5.3600000 0CP P DESCRIPTIO N REACTIO NTYP E CHARACTERIZATIO NCOUNT Y LEVE L STAT E CAPACIT Y OINITROBENZEN E FRO M NITROBENZEN E GENERI C OEFAUL T COUNT Y 

### A L 11.17OOOOO 0 DIPHENY L METHAN E FRO M BENZEN E AN O 8ENZY L CHLORID E GENERI C DEFAUL T COUNT Y 

### A L 0.0009000 0 OODECY L PHENO L (BRANCHED ) FROMPHENO L AN O OOOECEN E GENERI C OEFAUL T COUNT Y 

### A L 11.1700000 0 DODECYLANILIN E FRO M ANILIN E GENERI C OEFAUL T COUNT Y A L 11.1700000 0 DOOECYLBENZEN E (N- ) FRO M BENZEN E AN D .OOOECEN E (N- ) GENERI C OEFAUL T COUNT Y 

### A L 11.1700000 0 DODECYLPHENO L FRO MPHENO L AN O OOOECEN E GENERI C OEFAUL T COUNT Y 

### A L 13.6000000 0 ETHY L CHLOROACETAT E FRO M CHLOROACETI C ACI D AN D ETHANO L GENERI C OEFAUL T COUNT Y 

### A L 0.3000000 0 ETHYLANILIN E (N- ) FRO M ANILIN E GENERI C OEFAUL T COUNT Y 

### A L 11.1700000 0 ETHYLANILIN E (0- ) FRO M ANILIN E GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0 ETHYLEN E CARBONAT E FRO M ETHYLEN E GLYCO L GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0 ETHYLEN E CARBONAT E FRO M ETHYLEN E OXIO E GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0 ETHYLEN E GLYCO L DIACETAT E FROMETHYLEN E GLYCO L GENERI C DEFAUL T COUNT Y 

### A L 0.2500000 0 ETHYLEN E GLYCO L DIBUTY L ETHE RFRO METHYLEN E GLYCO L MONOBUTY L ETHE R GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0
ETHYLEN E GLYCO L MONOACETAT E FRO METHYLEN E GLYCO L AN D ACETI C ACI D GENERI C OEFAUL T COUNT Y 

### A L 11.1700000 0
ETHYLEN E GLYCO L MONOACETAT E FRO METHYLEN E GLYCO L AN D ACETI C ANHYDRIO E GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0P.2 1

CP P DESCRIPTION REACTION TYP E CHARACTERIZATIO N COUNT Y LEVE L STAT E CAPACIT Y ETHYLEN E GLYCO L MONOACETAT E FRO

M ETHYLEN E OXID E AN DACETI C ACI D GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0 ETHYLEN E GLYCO L MONOHEXY L ETHERFRO

M ETHYLEN E OXID E AN OHEXANO L GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0 ETHYLEN E GLYCO L MONOOCTY L ETHERFRO

M ETHYLEN E OXIO E AN DOCTANO L GENERI C DEFAUL T COUNT Y A L 11.1700000 0 ETHYLENEDIAMINETETRACETI C ACI D FROM CHLOROACETI C ACI D GENERI C DEFAUL T COUNT Y 

### A L 4.6300000 0 ETHYLENEDIAMINETETRACETI C ACI DFRO M SODIU M SYANID E AN OFORMALDEHYD E ANO ET H GENERI C DEFAUL T COUNT Y 

### A L 4.6300000 0 ETHYLHEXY L ACRYLAT E (2- ) FRO M ACRYLI C ACI D GENERI C OEFAUL T COUNT Y 

### A L 29.4000000 0 FLUORANTHEN E FROM

COAL TAR , PETRO L RESIDUE S GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0 GLUTARALDEHYO E FROM ACROLEI N GENERI C DEFAUL T COUNT Y 

### A L 0.0014000 0 GLYCERALDEHYO E FRO

M ACROLEI N GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0 HEXACHLOROBENZEN E FRO

M PERCHLOROETHYLEN E GENERI C DEFAUL T COUNT Y 

### A L 2.5000000 0 HEXADIEN E (1,4- ) FRO

M BUTADIEN E (1,3- ) AN D ETHYLENE GENERI C DEFAUL T COUNT Y 

### A L 2.5000000 0 HEXANETRIO L (1,2,6- ) FRO M ACROLEI N GENERI C OEFAUL T COUNT Y 

### A L 11.1700000 0 HYDROXYADIPALDEHYD E FRO M ACROLEI N GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0 IMINODIETHANO L (2,2- ) FRO M ETHYLEN E OXID E GENERI C OEFAUL T COUNT Y 

### A L 179.0000000 0 ISOBUTYL ACRYLAT E FRO

M ACRYLI C ACI D GENERI C OEFAUL T COUNT Y 

### A L 11.1700000 0 ISOPHORON E NITRIL E FRO M ISOPHORONE GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0CP P DESCRIPTIO N REACTIO NTYP E CHARACTERIZATIO NCOUNT Y LEVE L STAT E CAPACIT Y LEA D PHTHALAT E FRO M PHTHALI C ANHYORID E GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0 MALEI C HYDRAZID E FRO M MALEI C ANHYORID E GENERI C DEFAUL T COUNT Y 

### A L 2.5000000 0 METANILI C ACI D FRO M NITROBENZEN E GENERI C DEFAUL T COUNT Y 

### A L 0.3000000 0 METHIONIN E FRO MACROLEI NGENERI C METHY L ACRYLAT E FRO MGENERI C ACRYLI C ACI D DEFAUL T COUNT Y OEFAUL T COUNT Y A L AL 37.6000000 0

11.1700000 0 METHY L CYCLOHEXANO L FROM CRESOL S (MIXED ) GENERI C OEFAUL T COUNT Y 

### A L 11.1700000 0 METHY L HYORAZIN E FROM METHYLAMIN E GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0 METHY L MERCAPTANFRO M METHANO L GENERI C DEFAUL T COUNT Y 

### A L 2.5000000 0 METHY L MERCAPTANFRO MGENERI C METHY L CHLORID E METHY L PHENO L CARBINO L GENERI C FROMACETALDEHYD E DEFAUL T COUNT Y OEFAUL T COUNT Y 

### A L A L 2.5000000 0

90.8000000 0 METHYLANILIN E (N- ) FRO M ANILIN E AN D METHANO L GENERI C DEFAUL T COUNT Y 

### A L 0.0500000 0 METHYLCYCLOHEXAN E FRO M TOLUEN E GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0 METHYLIONONE S FRO MMETHY L ETHY L KETON E GENERI C DEFAUL T COUNT Y 

### A L 0.3400000 0 METHYLPENTYNO L FRO M METHY L ETHY L KETON E AN D ACETYLEN E AN D AMMONI A GENERI C OEFAUL T COUNT Y 

### A L 11.1700000 0 N-VINYL-2-PYRROLIDIN E GENERI C FRO H FORMALDEHYD E AN O ACETYLEN E NAPHTHA L SULFONI C (1- ) GENERI C ACI D FRO MA-NAPHTHALEN E SULFONI C ACI D OEFAUL T COUNT Y DEFAUL T COUNT Y 

### A L A L 0.0004500 0

11.1700000 0P.2 3

CP P DESCRIPTION REACTION TYP E CHARACTERIZATION COUNT Y LEVE L STAT E CAPACIT Y NAPHTHO L (-A ) FRO

M A-NAPHTHALEN E SULFONI C ACI D GENERI C DEFAUL T COUNT Y 

### A L 0.2500000 0 NAPHTHYLAMIN E (1- ) FRO M NAPHTHO L (1- ) GENERI C DEFAUL T COUNT Y 

### A L 0.4600000 0 NAPHTHYLAMIN E (2- ) FRO M 8-NAPHTHO L GENERI C OEFAUL T COUNT Y 

### A L 11.1700000 0 NAPHTHYLAMINE-l-SULFONI C (2- ) ACI DFRO

M B-NAPHTHALEN E SULFONI C ACI D GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0
NAPHTHYLAMINE-4-SULF0NI C (1- ) ACI DFRO

M A-NAPHTHALEN E SULFONI C ACI D GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0

NITROANILIN E (M-ISOMER ) FRO M ANILIN E GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0 NITROANILIN E (0- ) FRO

M ANILIN E GENERI C DEFAUL T COUNT Y 

### A L 0.2500000 0 NITROANISOL E (0- ) FRO

M METHANO L GENERI C DEFAUL T COUNT Y 

### A L 0.2500000 0 NITROANISOL E (P- ) FRO

M P-NITROPHENO L GENERI C OEFAUL T COUNT Y 

### A L 11.1700000 0 NITRONAPHTHALEN E (1- ) FRO M NAPHTHALEN E GENERI C OEFAUL T COUNT Y 

### A L 11.1700000 0 NITROPHENO L (4- ) FRO

M CHLORONITROBENZEN E (P- ) AN DNITROBENZENE GENERI C DEFAUL T COUNT Y 

### A L 13.6000000 0 NITROPHENO L (4- ) FRO

M PHENO L GENERI C DEFAUL T COUNT Y 

### A L 13.6000000 0 NITROPHENO L (0- ) FRO

M PHENO L GENERI C DEFAUL T COUNT Y 

### A L 16.3000000 0 NITROPROPAN E (2- ) FRO

M ETHANE,PROPANE , AND BUTANE GENERI C DEFAUL T COUNT Y 

### A L 0.0002270 0 NITROTOLUEN E (2- ) FRO

M TOLUEN E GENERI C OEFAUL T COUNT Y 

### A L 2.5000000 0CP P DESCRIPTION REACTION TYP E CHARACTERIZATION COUNT Y LEVE L STAT E CAPACIT Y NITROTOLUEN E (3- ) (M- ) FRO M TOLUEN E GENERI C DEFAUL T COUNT Y 

### A L O.250OO00 0 NITROTOLUEN E (4- ) (P- ) FRO M TOLUEN E GENERI C OEFAUL T COUNT Y 

### A L 2.5000000 0 NITROXYLEN E FRO

M XYLENE S (MIXED ) GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0 NONYLBENZEN E (BRANCHED ) FRO M NONEN E ANOBENZEN E GENERI C DEFAUL T COUNT Y 

### A L 0.0002270 0 OCTENE (1- ) FRO

M ALLY L CHLORIO E GENERI C DEFAUL T COUNT Y A L 11.1700000 0 OCTEN E (1- ) FRO M FORMALDEHYD E GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0 OCTYLPHENO L (P-TERT ) FRO M PHENOL ANDPROPYLEN E GENERI C DEFAUL T COUNT Y 

### A L 2.5000000 0 P-TERT-BUTY L TOLUEN E FRO M T-BUTYL ALCOHO L AN D TOLUEN E GENERI C DEFAUL T COUNT Y 

### A L 1.5000000 0 PARAFORMALDEHYD E FRO

M FORMALDEHYO E GENERI C DEFAUL T COUNT Y 

### A L 34.0000000 0 PARALDEHYD E FRO

M ACETALDEHYD E GENERI C OEFAUL T COUNT Y 

### A L 11.1700000 0 PERACETI C ACI DVI A OXIDATION

O F ACETALOEHYD E UNDERMIL DCONDITION S GENERI C OEFAUL T COUNT Y 

### A L 2.7400000 0 PHENANTHREN E FRO

M COAL TAR , PETRO L RESIDUE S GENERI C OEFAUL T COUNT Y 

### A L 2.7400000 0 PHENETIDIN E (P- ) FRO

M NITROPHENO L (P- ) GENERI C DEFAUL T COUNT Y 

### A L O.25OOO0O 0 PHENO L SULFONI C ACID S (ALL ISOMERS ) FRO

M PHENO L GENERI C OEFAUL T COUNT Y 

### A L 0.0250000 0 PHENOLPHTHALEI N

FRO M PHENO L ANDPHTHALI C ANHYDRID E GENERI C OEFAUL T COUNT Y 

### A L 0.0300000 0 PHLOROGLUCINO L FRO

M TOLUIDINE S GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0 PHTHALI C ACI DFRO

M O-XYLEN E GENERI C DEFAUL T COUNT Y 

### A L 0.0070000 0CP P DESCRIPTION

PHTHALIMIO E FRO

M CARBON DISULFID E PHTHALIMIO E FRO

M PHTHALI C ANHYDRIO E PHTHALONITRIL E FRO

M PHTHALI C ANHYDRID E PROPIOLACTON E (B- ) FRO M KETENE PROPYLEN E CARBONAT E FRO M PROPYLEN E OXID E PYRENE FRO

M COAL TAR , PETRO L RESIDU E REACTION TYP E GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C SODIU M CHLOROACETAT E FRO

M CHLOROACETI C ACI D SODIU M METHOXID E FRO

M METHANO L SODIU M PHENAT E FROM PHENO L STILBEN E FRO

M TOLUEN E SUCCINONITRIL E FRO

M ACRYLONITRIL E GENERI C GENERI C GENERI C GENERI C GENERI C SUCCINONITRIL E FRO

M GENERI C ETHYLEN E DIBROMID E SULFONILI C ACI DFRO

M GENERI C ANILINE TERT-BUTY L BENZEN E FRO M GENERI C BENZEN E ANDT-BUTY L ALCOHO L CHARACTERIZATION COUNT Y LEVE L COUNT

DEFAUL T COUNT Y DEFAUL T COUNT Y DEFAUL T COUNT Y OEFAUL T COUNT Y DEFAUL T COUNT Y 

### • . STAT E 

### A L A L A L A L A L - • '

CAPACIT Y 2.5000COO O 2.5000000 0 2.4900000 0 11.1700000 0 11.1700000 0 

### C C 

# c c c c c c c OEFAUL T COUNT Y

DEFAUL T COUNT Y DEFAUL T COUNT Y DEFAUL T COUNT Y DEFAUL T COUNT Y DEFAUL T COUNT Y DEFAUL T COUNT Y OEFAUL T COUNT Y DEFAUL T COUNT Y 

### A L A L A L A L A L A L A L A L A L 11.1700000 0

3.0000000 0 7.2600000 0 8.5000000 0 2.4900000 0 0.2500000 0 0.2500000 0 0.2700000 0 11.1700000 0 TETRABROMOPHTHALI C ANHYDRIO E FROM

PHTHALI C ANHYORID E AND TETRABROMOETHYLEN E GENERI C OEFAUL T COUNT Y 

### A L 11.1700000 0

TETRACHLOROBENZEN E (1.2,4,5- ) FRO

M BENZEN E GENERI C OEFAUL T COUNT Y 

### A L 16.6000000 0CP P DESCRIPTION REACTION TYP E CHARACTERIZATION COUNT Y LEVE L STAT E CAPACIT Y TETRAETHYLEN E GLYCO L FRO M ETHYLENE GLYCOL AND ETHYLENE OXID E GENERI C DEFAUL T COUNT Y 

### A L 10.5700000 0 TETRAETHYLENEPENTAMIN E FRO M 1, 2 OICHLOROETHAN E GENERI C OEFAUL T COUNT Y 

### A L 2.4900000 0 TETRAHYDRONAPHTHALEN E (TETRALIN ) (POM ) FRO

M NAPHTHALEN E GENERI C DEFAUL T COUNT Y 

### A L 2.7400000 0 TETRAHYDROPHTHALI C ANHYDRID E FRO

M MALEI C ANYDRIO E AND BUTADIENE(1.3 ) GENERI C OEFAUL T COUNT Y 

### A L 5.2400000 0

TETRAMETHYLENEDIAMIN E FRO M OICHLOROETHAN E (EDC ) GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0 TETRAMETHYLETHYLENEDIAMI N E FRO M OICHLOROETHAN E (1,2- ) GENERI C DEFAUL T COUNT Y 

### A L 0.OOO227OO THIOCARBANILID E FRO

M CARBON DISULFID E GENERI C DEFAUL T COUNT Y 

### A L 0.2500000 0 TOLUEN E SULFONI C ACID S (ALL ISOMERS ) FRO

M TOLUEN E GENERI C DEFAUL T COUNT Y 

### A L 19.1000000 0 TOLUIDIN E (0- ) FRO

M OINITROTOLUENE S (2. 4 ISOMER ) • GENERI C OEFAUL T COUNT Y 

### A L 2.5200000 0 TRICHLOROANILIN E (2.4,6- ) FRO M ANILIN E GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0 TRICHLOROBENZEN E (1.2.4- ) FRO M DICHLOROBENZEN E (0- ) GENERI C DEFAUL T COUNT Y 

### A L 3.2400000 0 TRICHLOROPHENO L (2.4,5- ) FRO M TETRACHL0R08ENZENE(1.2.4 , 5 ) GENERI C DEFAUL T COUNT Y 

### A L 13.8300000 0

TRIETHYLEN E GLYCOL MONOETHY L ETHERFRO

M ETHANOL GENERI C OEFAUL T COUNT Y 

### A L 11.1700000 0
TRIETHYLEN E GLYCOL MONOETHY L ETHERFRO

M ETHYLEN E OXID E GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0



### 1 0CP P DESCRIPTION REACTION TYP E CHARACTERIZATION COUNT Y LEVE L STAT E CAPACIT Y TRIETHYLEN E GLYCO L MONOMETHY L ETHE RFRO

M ETHYLEN E OXID E AN

O METHANO L GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0

TRIMETHYLCYCLOHEXANO L FRO M ISOPHORONE GENERI C DEFAUL T COUNT Y 

### A L 0.0002270 0 TRIMETHYLCYCLOHEXANON E FRO M ISOPHORON E GENERI C OEFAUL T COUNT Y 

### A L 11.1700000 0 TRIMETHYLCYCLOHEXYLAMIN E FRO M ISOPHORON E GENERI C OEFAUL T COUNT Y 

### A L 11.1700000 0 TRIMETHYLOLPROPAN E FRO M FORMALDEHYD E GENERI C OEFAUL T COUNT Y 

### A L 18.8200000 0 TRIPROPYLEN E GLYCO L FRO M PROPYLENE OXIO E GENERI C DEFAUL T COUNT Y 

### A L 5.0000000 0 VINYLCYCLOHEXEN E (4- ) FRO M BUTADIEN E (1,3- ) GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0 XANTHATE S (POTASSIU

M ETHYL XANTHATE ) FRO

M CARBON DISULFID E GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0 XYLEN E SULFONI C ACI DFRO M XYLENE S (MIX ) GENERI C DEFAUL T COUNT Y 

### A L 9.9800000 0



### 1 1P.2 8



## APPENDI X B : SOCM I CHARACTERIZATIO NDAT ABAS E INFORMATIO

NFO R LEVE L D CPP' s PART 1 : SOCM I CHARACTERIZATIO NDAT A BAS E INFORMATIO

NFO R CHEMICAL S AN D CHEMICAL PRODUCTIO NPROCESSE S FO R LEVE L D CPP' s PART 2 : SOCM I CHARACTERIZATIO NDAT A BAS E INFORMATIO

NFO R PROCES S UNIT S FOR LEVE L D CPP' sP.2 9



## APPENDI XB : PAR T l : SOCM I CHARACTERIZATION DATA BAS E INFORMATIO

N FO RCHEMICAL S ANDCHEMICAL PRODUCTION PROCESSE S FO RLEVE L DCPP' sP.3 0

CP P DESCRIPTIO N REACTIO N TYP E CHARACTERIZATIO N CHEMICA L NAME LEVE L CA S NUMBE R ACENAPHTHEN E FROM

COA L TAR . PETRO L RESIDUE S GENERI C ACENAPHTHEN E 8332 9 ACETAL VI A

CONDENSATIO N

CONDENSATIO N O F ETHANO L ANOE.V.ETHE R ACETA L 10557 7 ACETI C ACI DVI A

AI R OXIDATIO N

O F BUTAN E AI ROXIDATIO N ACFTI C ACI D PROPIONI C ACI D METHY L ETHY L KETON E (2-BUTANONE ) FORMI C ACI D ETHY L ACETAT E 6419 7 7909 4 7833 3 5418 5 14173 6 ACETI C ANHYORID E VI A CARBONYLATIO N

O F METHY L ACETAT E CARBONYLATIO N ACETI C ANHYDRIO E 10324 7
ACETI C ANHYDRID E VI A DEHYDRATION

O F ACETI C ACI D GENERI C ACETI C ANHYORID E 10824 7
ACETON E PRODUCTIO N

VI A DEHYDROGENATIO N

O F ISOPROPANO L DEHYDROGENATIO N ACETON E 6764 1
ACETY L CHLORID E VI A HALOGENATIO N

O F SODIUM ACETAT E HALOGENATIO N ACETY L CHLORID E 7536 5
ACETYLEN E FRO

M METHAN E ADIPI C ACI DVI A

AI R OXIDATIO N

O F CYCLOHEXAN E ADIPONITRIL E VI A DEHYDRATIO N

O F ADIPI C ACI D GENERI C AI ROXIDATIO N GENERI C 

### 0 D 0 ACETYLEN E

ADIPI C ACI D AOIPONITRIL E 7486 2 12404 9 11159 3

ALLY L BROMID E FROM

ALLY L GENERI C ALCOHO L AMINOPHENO L SULFONI C ACI DGENERI C (0-P ) FRO

M CHL0R08ENZEN E AMMONIU M ACETAT E VI A

GENERI C REACTION

WIT HACETI C ACI D ANDAMMONIU

M CARBONAT E ALLY L BROMID E AMINOPHENO L SULFONI C ACI D(0.P- ) AMMONIU M ACETAT E 10695 6 001 0 63161 8
BENZY L ACETAT E FROM BENZY L ALCOHO L GENERI C BENZY L ACETAT E 14011 4 BENZY L ACETAT E FROM BENZY L ALCOHO L ANDACETI C ANHYORID E GENERI C BENZY L ACETAT E 14011 4P.3 1

CP P DESCRIPTIO N REACTIO N TYP E CHARACTERIZATIO N CHEMICA L NAME LEVE L CA S NUMBER BENZY L ALCOHO L VI A HYDROGENATIO N

O F BENZALOEHYD E HYDROGENATIO N BENZY L ALCOHO L 10051 6 BENZYLAMIN E VI A AMMONOLYSI S O F 8ENZAL0EHY0 E GENERI C BENZYLAMIN E 10046 9 BUTY L ACETAT E VI A ESTERIFICATIO N

O F BUTY L ALCOHO L ESTERIFICATIO N 8UTY L ACETAT E - N 12386 4 BUTY L ACRYLAT E (N-ISOMER ) VI A ESTERIFICATIO N

O F ACETYLEN E ESTERIFICATIO N BUTY L ACRYLAT E - N 14132 2 BUTY L ALCOHO L (N-ISOMER ) VI A HYDROFORMYLATIO N

O F PROPYLEN E THEN HYDROGENATIO N

O F N-BUTYRALOEHYD E HYDROFORMYLATIO N BUTY L ALCOHO L - N IS OBUTY L ALCOHO L 7136 3 7883 1

BUTY L ALCOHO L (S-ISOMER ) VI A HYDROLYSI S O F _- 8UTYLEN E HYDROLYSI S BUTY L ALCOHO L - S 7892 2 BUTY L ALCOHO L (T- ) VI A HYDRATION

O F ISOBUTYLEN E GENERI C BUTY L ALCOHO L - T 7565 0 BUTY L BENZOI C ACI D (P-TERT- ) VI A

AI R OXIDATION

O F P-TERT-BUTYL T AI ROXIDATIO N BUTY L BENZOI C ACI D- P-TER T 9673 7

BUTYLAMIN E (T- ) VI A ADDITION O F HCN TO ISOBUTYLEN E HYDROLYSI S BUTYLAMINE- T BUTYLAMINE-SE C 8UTYLAMIN E - N 7564 9 1395284 6 10973 9 BUTYLENE S (N- ) FRO

M BUTAN E GENERI C BUTEN E 2516767 3 BUTYLENE S (N- ) FRO

M TCLUEN E GENERI C BUTEN E 2516767 3 BUTYRALDEHYD E (N-ISOMER ) VI A HYDROFORMYLATIO N

O F PROPYLEN E HYDROFORMYLATIO N BUTYRALDEHYD E - N ISOBUTYRALDEHYO E 12372 8 7884 2 BUTYROLACTON E FRO

M 1, 4 BUTANEDIO L GENERI C BUTYROLACETON E 9648 0P.3 2

CP P DESCRIPTION REACTIO N TYP E CHARACTERIZATIO N CHEMICAL NAME LEVE L CA S NUMBE R CALCIU M CYANAMID E VI A REACTINGCALCIUM

CARBID E WIT HNITROGE N

GA S GENERI C 

### D CALCIU M CYANAMID E 15662 7 CHLORAL FRO

M ETHANO L AN

O CHLORIN E GENERI C CHLORAL 7587 6 CHLOROANILIN E (M- ) VI A HYDROGENATION

O F 3-CHLORONITROBENZEN E HYDROGENATIO N CHLOROANILIN E - M 108429 CHLOROANILIN E (P- ) VI A HYDROGENATIO N O F P-CHLORONITROBENZEN E HYDROGENATIO N CHLOROANILIN E -P 10647 8 CHLOROBENZALDEHYD E VI A HYDROLYSI S O F CHLOROBENZY L CHLORID E HYDROLYSI S CHLOROBENZALDEHYD E 3591309 8 CHLOROBENZOI C ACI DVI A OXIOATION

O F CHLOROBENZEN E NITRIL E OXIDATIO N CHLOROBENZOI C ACI D• AL L ISOMER S 11891 2 CHLOROBENZOI C ACI OVI A OXIDATION

O F 0-CHLOROBENZOY L CHLORID E OXIDATIO N CHLOROBENZOI C ACI D« • AL L ISOMER S CHLOROHYORI N

FRO M GLYCERO L GENERI C CHLOROHYORI N 9624 2 CHLOROSULFONI C ACI OVI A HYDROHALOGENATION

O F SULFU RTRIOXID E HYDROHALOGENATIO N CHLOROSULFONI C ACI O 779094 5 CROTONI C ACI DVI A OXIDATION

O F CROTONALOEHYD E OXIDATIO N CROTONI C ACI D 372465 0 CYANAMIO E VI A

CARBONATIO N O F CALCIU

M CYANAMID E GENERI C CYANAMID E 42004 2 CYANOACETI C ACI DFRO

M SODIU M CHLOROACETAT E GENERI C CYANOACETI C ACI D 37209 8 CYANOFORMAMID E FRO

M HYOROGEN CYANID E GENERI C CYANOFORMAMID E 001 1 CYANOGEN CHLORIO E VI A HALOGENATION

O F HYDROCYANI C ACI D HALOGENATIO N CYANOGE N CHLORIO E 50677 4 CYANURI C ACI DVI A DECOMPOSITION

O F UREA GENERI C CYANURI C ACI D 10880 5CP P DESCRIPTION

CYANURI C CHLORID E VI A HALOGENATION

O F HC N CYCLOHEXANE VI A HYOROGENATION

O F PETROLEU M FRACTION S CYCLOHEXANON E VI A

AI R OXIDATION

O F CYCLOHEXAN E CYCLOHEXYLAMIN E VI A AMMINATION

O F CYCLOHEXANO L DIACETON E ALCOHO L VI A CONDENSATION

O F ACETON E DIALLY L PHTHALAT E FRO

M ALLY L ALCOHO L DICYANIDIAMID E FRO

M CYANAMID E DICYCLOHEXYLAMIN E VI A HYDROGENATION

O F CYCLOHEXYLAMINE-C. H DIISOBUTYLEN E VI A HYORODIMERIZATION

O F ISOBUTENE OIKETEN E VI A

SPONTANEOU S DIMERIZATION

O F KETEN E DIMETHY L SULFID E VI A BISULFID E CLEAVAG E O F METROXYGROUP S OIMETHY L SULFOXID E VI A OXIDATION

O F DI-M.S . & METHY L MERCAPT . OOOECEN E (BRANCHED ) FROM PROPYLEN E OOOECEN E (N- ) FROM ETHYLEN E ETHANO L FRO

M ETHAN E ETHANO L FRO

M ETHYLEN E REACTION TYP E HALOGENATIO N HYDROGENATIO N AI ROXIDATIO N GENERIC ' CONDENSATIO N GENERI C GENERI C HYOROGENATIO N HYDRODIMERIZATIO N GENERI C GENERI C OXI OATION GENERI C GENERI C GENERI C GENERI C CHARACTERIZATIO N LEVE L 

### D D D D D 0 D 0 D 0 0 D 0 D 0 D
4 CHEMICA L NAME

CYANURI C CHLORIO E CYCLOHEXAN E CYCLOHEXANON E CYCLOHEXANO L CYCLOHEXYLAMIN E OIACETON E ALCOHO L DIALLY L PHTHALAT E DICYA N I DAMID E DICYCLOHEXYLAMIN E (CICLOHEXYLAMINE ) DIISOBUTYLEN E OIKETEN E DIMETHY L SULFIO E HYDROXYLIGNI N OIMETHY L SULFOXID E DODECEN E (BRANCHED ) DOOECEN E (N- ) ETHANO L ETHANO L CA S NUMBER 10877 0 11087 7 10894 1 10893 0 10891 8 12342 2 13117 9 46158 5 10183 7 2516770 8 67482 8 7518 3 0020 1 6768 5 002 2 11241 4 6417 5 6417 5CP P DESCRIPTION REACTION TYP E CHARACTERIZATIO N CHEMICA L NAME LEVE L CA S NUM8ER ' ETHYL ACETAT E VI A ESTERIFICATION

O F ACETI C ACI DAN DETHYL ALCOHO L ESTERIFICATIO N ETHYL ACETAT E 14178 6
ETHYL ACETAT E VI A HYDROLYSI S O F POLYVINY L ACETAT E B

YETHANO L HYDROLYSI S E T HY L ACETAT E 14178 6
ETHYL CYANOACETAT E FRO M CYANOACETI C ACI D GENERI C ETHYLCYANOACETAT E 10556 6 ETHYL ETHE RFRO

M ETHANO L GENERI C ETHYL ETHERFRO

M ETHYLEN E GENERI C ETHYL ORTHOFORMAT E FRO M GENERI C HYDROGEN CYANID E ETHYLEN E IMINE VI A

GENERI C CATALYSI S O F 2-AMINOEHTY L H.S . W/HYOROXI D ETHYLHEXANO L (2-ISOMER ) GENERI C VI A 0X 0 PROCES S O F PROPYLEN E ETHYLHEXY L ACRYLATE(2- ) GENERI C FRO M 2-ETHYLEXANO L ETHYLNAPHTHALEN E (2- ) GENERI C FRO M COAL TAR . PETRO L RESIDUE S 

### D 0 D D ETHY L ETHE R

ETHY L ETHE R ETHY L ORTHOFORMAT E ETHYLEN E IMIN E ETHYLHEXANO L - 2 ETHYLHEXY L ACRYLAT E (2-ISOMER ) ETHYLNAPHTHALEN E (2- ) 6029 7 6029 7 12251 0 15156 4 10476 7 10311 7 93927 5 FORMADID E VI A

CONTINUOU S DIREC T SYNTHESI S GENERI C FORMAMIO E 7512 7 GLYCERO L FRO

M SOA P MANUFACTURING GENERI C GLYCERO L SODIU M STEARAT E 5681 5 82216 2 GLYCERO L VI A

FAT GENERI C SPLITTING GLYCERO L VI A

HYDROLYSI S HYDROLYSI S O F GLYCIDO L GLYCERO L STEARI C ACI D GLYCERO L 5681 5 5711 4 5681 5 GLYCIDO L FRO

M CHLOROHYORI N GENERI C GLYCIDO L 55652 5 GUANIDIN E FRO

M CYANOGE N

GENERI C CHLORID E GUANIDIN E FRO

M UREA ANOGENERI C AMMONI A GUANIDIN E GUANIDIN E 11300 8 11300 8CP P DESCRIPTION REACTION TYP E CHARACTERIZATIO N CHEMICA L NAME LEVE L CA S NUMBER GUANIDIN E NITRAT E FRO

M GENERI C CYANAMID E GUANIDIN E NITRAT E FRO MGENERI C DICYANDIAMID E HEXACHLOROCYCLOPENTAOIEN E FRO MPENTANE/ISOPENTAN E HEXAMETHYLEN E GLYCO L VI A HYDROGENATIO NO F ADIPI C ACI D HEXAMETHYLENEDIAMIN E VI A HYOROGENATION

O F ADIPONITRIL E GENERI C HYDROGENATION HYDROGENATION HYOROBENZOI C ACI D(P- ) VI A CARBOXYLATION

O F POTASSIU M PLENOXIO E HYDROGEN CYANID E VI A

AI R OXIDATION

O F METHAN E ISOBUTANE FRO

M BUTAN E ISOBUTYLEN E VI A OEHYORATION

O F TERT-BUTY L ALCOHO L ISOPROPANO L FRO

M PROPYLEN E ISOPROPY L ACETAT E VI A GENERI C AI ROXIDATIO N GENERI C GENERI C GENERI C ESTERIFICATION ESTERIFICATION

O F ISOPROPY L ALCOHO L ISOPROPYLAMINE VI A

GENERI C AMINOLYSI S O F ISOPROPY L ALCOHO L KETENE VI A

OEHYORATION

O F GENERI C ACETI C ACI D LACTI C ACI DFRO

M HYDROGE N

GENERI C CYANIO E LACTI C ACI OFRO

M MALEI C GENERI C ACI D MALEI C ACI DFRO

M GENERI C N-BUTYLENE S GUANIDIN E NITRAT E GUANIDIN E NITRAT E HEXACHLOROCYCLOPENTAOIEN E HEXAMETHYLEN E GLYCO L HEXAMETHYLENEDIAMIN E HYDROXYBENZOI C ACI D- P HYDROGE N CYANID E ISOBUTANE ISOBUTYLEN E ISOPROPANO L ISOPROPY L ACETATE ' ISOPROPYLAMIN E DI-ISOPROPY L AMIN E TRIISOPROPYLAMIN E KETEN E LACTI C ACI D LACTI C ACI D MALEI C ACI D 5247025 4 5247025 4 7747 4 62911 8 12409 4 9996 7 7490 8 7528 5 11511 7 6763 0 10821 4 7531 0 10818 9 007 2 46351 4 5021 5 5021 5 11016 7CP P DESCRIPTION

METHACRYLI C ACI DVI A HYDROLYSI S O F ACETON E CYANOHYORI N

WIT HSULFURI C ACI OSOLUTION METHACRYLI C ACI OVI A OXIDATION

O F ISOBUTANE METHACRYLI C ACI DVI A OXIDATION

O F ISOBUTYRALDEHYD E REACTION TYP E HYDROLYSI S
OXIDATION OXIDATIO N CHARACTERIZATION LEVE L 

### D 0 0 CHEMICAL NAME

METHACRYLI C ACI D
ME'lHACRYLI C ACI O METHACRYLI C ACI D

• P.3 6

CA S NUMBER * 7941 4
7941 4 7941 4 METHIONIN E FRO

M BUTYROLACTON E METHIONIN E FRO

M METHY L MERCAPTA N METHY L CYCLOHEXANO L FRO M METHY L CYCLOHEXAN E METHY L NAPHTHALEN E (1-ISOMER ) FRO

M COAL TAR , PETRO L RESIDUE S METHY L NAPHTHALEN E (2-ISOMER ) FRO

M COAL TAR , PETRO L RESIDUE S MORPHOLIN E VI A HYDROGENATION

O F DIETHYLEN E GLYCO L N-CHLOROPARAFFIN S VI A HALOGENATION

O F N-PARAFFIN S NEOPENTANOI C ACI DVI A CARBONYLATION

O F ISOBUTYLENE NITRILOACETI C ACI OFROM HYDROGEN CYANID E NITROANILIN E (M- ) FROM NITROBENZOI C ACI O(M- ) NITROANILIN E (0- ) FRO

M O-CHLORONITROBENZEN E GENERI C GENERI C GENERI C GENERI C GENERI C HYOROGENATION HALOGENATION CARBONYLATIO N GENERI C GENERI C GENERI C METHIONIN E METHIONIN E METHY L CYLCOHEXANO L METHYLNAPHTHALENE S
METHY L NAPHTHALEN E (2- ) MORPHOLIN E 2-(2-AMINOETHOXY)ETHANO L CHLOROPARAFFIN S (N-ISOMER ) HYDROCHLORI C ACI D NEOPENTANOIC ACI D NITRILOTRIACETI C ACI D NITROANILIN E (M-ISOMER ) NITROANILIN E - 0 6368 3 6368 3 2563942 3 9012 0 9157 6 11091 8 92906 6 6178875 9 764701 0 7598 9 13913 9 9909 2 8874 4P.3 7

CP P DESCRIPTION NITROANILIN E (P- ) VI A AMMONOLYSI S O F P-CHLORONITROB . NITROANISOL E (0- ) FRO

M CHLORONITROBENZEN E (0- ) NITROANISOL E (0- ) FRO

M NITROPHENO L (0- ) NITROBENZOI C ACI D(M- ) FRO M NITROTOLUEN E (2- ) (0- ) NITROBEN-.I C ACI D(M- ) FRO M NITROTOLUEN E (3- ) (M- ) NONENE FRO

M PROPYLEN E OCTENE (1- ) FRO

M ALLY L 8R0MID E OCTYLPHENO L (P-TERT ) FRO M OIISOBUTYLEN E PERACETI C ACI DVI A OXIDATION

O F ACETI C ACI D WIT HHYDROGEN

PEROXID E PHENOLPHTHALEI N

FRO M PHTHALI C ACI D PHTHALIMID E FRO

M PHTHALI C ACI D PIPERAZIN E VI A

REACTION O F AMMONI A

AND MONOETHANOLAMIN E PROPY L CHLORID E VI A HYDROHALOGENATION

O F N-PROPANAL PROPYLAMIN E VI A

• HYDROGENATION

O F PROPIONITRIL E PROPYLEN E CHLOROHYDRI N VI A HALOGENATION

O F PROPYLEN E REACTION TYP E GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C HYDROHALOGENATIO N HYOROGENATION HALOGENATION CHARACTERIZATIO N LEVE L 

### D D D 0 0 D 0 D 0 D D 0 0 D 0

( CHEMICA L NAME

NITROANILIN E - P NITROANISOL E - 0 NITROANISOL E - 0 NITROBENZOI C ACI D(-O.M.P ) NITROBENZOI C ACI O(-O.M.P ) NONEN E OCTENE- 1 OCTYLPHENO L PERACETI C ACI D PHENOLPHTHALEI N PHTHALIMID E PIPERAZIN E ETHYLENEDIAMIN E DIETHYLEN E THIAMIN E PROPY L CHLORIO E PROPYLAMIN E PROPYLEN E CHLOROHYDRI N PROPYLEN E OICHLORIO E DICHLOROISOPROPY L ETHE R

3 CA S NUMBER 10001 6 9123 6 9123 5 2717883 2 2717883 2 12411 8 11166 0 2719328 8 7921 0 7709 8 8541 6 11085 0 10715 3 11140 0 54054 5 10710 8 7889 7 7887 5 10860 1CP P DESCRIPTION

SODIU M ACETAT E VI A ADDITION O F ACETI C ACI D TOSODIU M HYDROXID E SODIU M BENZOAT E VI A ADDITION O F BENZOI C ACI O TOS . HYDROXID E SODIU M CARBOXYMETHY L CELLULOS E VI A

CELLULOS E AN DSODIU M CHLOROACETAT E SOOIU M CYANID E VI A REACTION TYP E GENERI C GENERI C GENERI C GENERI C CHARACTERIZATIO N LEVE L 

### 0 D D 0 CHEMICA L NAME

SODIU M ACETAT E SODIU M BENZOAT E SOOIU M CARBOXYMETHY L CELLULOS E SODIU M CYANID E P.3 8 1
CA S NUMBEi i 12709 3 53232 1 900432 4 14333 9 NEUTRALIZATION

O F HYDROGEN CYANID E B

Y SODIU M HYDROXID E SODIU M OODECY L BENZEN E SULFONAT E VI A

SULFONATION O F LINEA RALKY L BENZEN E SULFONATION SOOIU M OODECY L BENZEN E SULFONAT E 2515530 0 SODIU M FORMAT E FROM SYNTHESI S GA S GENERI C SOOIU M FORMAT E 14153 7 SORBI C ACI OVI A CONDENSATION

O F KETEN E & CROTONALDEHYO E CONDENSATIO N SORBI C ACI D 11044 1 SUCCINI C ACI DVI A FERMENTATION

O F AMMONIUM TARTRAT E GENERI C SUCCINI C ACI D 11015 6 T-BUTYLHYOROPEROXID E VI A OXIDATION

O F ISOBUTAN E OXIDATIO N T-BUTY L HYDROPEROXID E BUTY L ALCOHO L - T 481350 7 7565 0 TARTARI C ACI DFRO

M MALEI C ACI D GENERI C TARTARI C ACI D 52683 0 TARTARI C ACID S FRO

M MALEI C ANHYDRID E ANO HYOROGEN PEROXID E GENERI C TARTARI C ACI D 52683 0 TETRAETHYLENEPENTAMIN E FRO M ETHANOLAMIN E GENERI C TETRAETHYLENEPENTAMIN E 11257 2 THIOREA FRO M AMMONIU M THIOCYANAT E GENERI C THIOUREA 6256 6 TRIISOBUTYLEN E VI A POLYMERIZATION

O F BUTYLEN E GENERI C TRIISOBUTYLEN E 775694 7

### CP P DESCRIPTIO N REACTIO N

TYP E CHARACTERIZATIO N CHEMICA L NAME CA S NUMBER LEVE L UREA VI A CONDENSATIO N

O F CONDENSATIO N

DUREA 5713 6 AMMONI A ANDCARBON DIOXID E



### 1 0P.4 0



## APPENDI XB : PAR T 2 : SOCM I CHARACTERIZATION DATA BAS E INFORMATIO

N FO RPROCES S UNIT S FORLEVE L DCPP' SCP P DESCRIPTIO N

ACENAPHTHEN E FRO

M COAL TAR . PETRO L RESIDUE S ACETAL VI A

CONDENSATIO N O F ETHANO L ANOE.V.ETHE R ACETI C ACI OVI A

AI R OXIDATIO N

O F BUTAN E ACETI C ANHYDRIO E VI A CARBONYLATIO N

O F METHY L ACETAT E REACTIO N TYP E GENERI C CONDENSATIO N AI ROXIDATIO N CARBONYLATIO N CHARACTERIZATIO N LEVE L 

### 0 D D D COUNT Y

OEFAUL T COUNT Y

GRA Y SULLIVA N STAT E 

### A L N J T X T N CAPACIT Y

0.0002300 0 0.0004500 0 250.0000000 0 226.2400000 0 P.4 1 1

*

ACETI C ANHYORID E VI A DEHYDRATION

O F ACETI C ACI D ACETON E PRODUCTIO N

VI A DEHYDROGENATIO N

O F ISOPROPANO L ACETY L CHLORID E VI A HALOGENATIO N

O F SODIUM ACETAT E ACETYLEN E FRO

M METHAN E AOIPI C ACI OVI A

AI R OXIDATION

O F CYCLOHEXAN E ADIPONITRIL E VI A DEHYDRATION

O F ADIPI C ACI O GENERI C

DEHYDROGENATIO N HALOGENATIO N GENERI C AI ROXIDATIO N GENERI C
ALLY L BROMID E FRO

M ALLY L GENERI C ALCOHO L AMINOPHENO L SULFONI C ACI DGENERI C (0-P ) FRO M CHLOROBENZEN E AMMONIU M ACETAT E VI A

GENERI C REACTION WIT HACETI C ACI D ANDAMMONIU

M CARBONAT E BENZY L ACETAT E FROM BENZY L ALCOHO L GENERI C BENZY L ACETAT E FROM

GENERI C BENZY L ALCOHO L ANDACETI C ANHYDRID E YORK CAMERON GRA Y GILE S MAO I SO N HARRI S KANAWH A



### D 0 D OEFAUL T COUNT Y

ESCAMBI A ORANG E •- » VICTORI A ESCAMBI A ECTOR

DEFAUL T COUNT Y DEFAUL T COUNT Y

DEFAUL T COUNT Y 

### S C T X T X V A I L T X W V N J 113.1-200000 0

113.1200000 0 135.7400000 0 113.1200000 0 136.0000000 0 181.0000000 0 68.0000000 0 0.7500000 0 

### A L F L T X T X F L T X 11.1700000 0

290.0000000 0 181.0000000 0 317.0000000 0 69.0000000 0 23.0000000 0



### A L A L D E P A 11.1700000 0

11.1700000 0 0.3260000 0 0.3260000 0



### A L 0.5100000 0P.4 2

CP P DESCRIPTION BENZY L ALCOHO L VI A HYOROGENATION

O F BENZALDEHYD E BENZYLAMIN E VI A AMMONOLYSI S O F BENZALDEHYD E BUTY L ACETAT E VI A ESTERIFICATION

O F BUTY L ALCOHO L BUTYL ACRYLAT E (N-ISOMER ) VI A ESTERIFICATION

O F ACETYLEN E BUTYL ALCOHO L (N-ISOMER ) VI A HYDROFORMYLATIO N

O F PROPYLEN E THEN HYOROGENATION

O F N-BUTYRALDEHYD E BUTYL ALCOHO L (S-ISOMER ) VI A HYDROLYSI S O F _- BUTYLEN E BUTYL ALCOHO L (T- ) VI A HYDRATION

O F ISOBUTYLEN E BUTY L BENZOI C ACI D (P-TERT- ) VI A

AI R OXIDATION

O F P-TERT-BUTYL T BUTYLAMIN E (T- ) VI A AOOITION O F HC N TO ISOBUTYLEN E

BUTYLENE S (N- ) FROM BUTANE BUTYLENE S (N- ) FROM TOLUEN E BUTYRALDEHYD E (N-ISOMER ) VI A HYDROFORMYLATION

O F PROPYLEN E REACTION TYP E HYDROGENATIO N GENERI C ESTERIFICATIO N

ESTERIFICATION HYDROFORMYLATIO N

HYDROLYSI S GENERI C AI ROXIDATION

HYDROLYSI S

GENERI C GENERI C HYDROFORMYLATIO N CHARACTERIZATIO N LEVE L 

### D D D 0 D

0 0 D
D

D 0 0 COUNT Y

COWLIT Z

SULLIVA N BRAZORI A GALVESTON NUECE S ST . CHARLE S HARRI S BRAZORI A GALVESTON GREGG HARRI S MATAGORDA ST . CHARLE S UNION HARRI S CONTRA COST A OEFAUL T COUNT Y

MOBIL E ESCAMBI A IBERVILL E WAYN E GALVESTON

DEFAUL T COUNT Y BRAZORI A GALVESTON GREG G HARRI S MATAGORDA 2 STAT E 

### W A N J W A T N T X T X T X L A T X T X T X T X T X T X L A N J T X C A A L
A L F L L A M I T X V A


### A L T X T X T X T X T X CAPACIT Y

3.63000O0 O 0.0026000 0 0.0026000 0 25.0000000 0 11.0000000 0 32.0000000 0 23.0000000 0 62.5300000 0 62.5300000 0 54.0000000 0 182.0000000 0 91.0000000 0 68.0000000 0 113.0000000 0 105.3000000 0 105.3000000 0 105.3000000 0 512.5000000 0 12.6700000 0
19.7000000 0 49.2000000 0 36.1000000 0 9.8000000 0 3.9000000 0 6.6000000 0
11.1700000 0 104.4000000 0 247.4000000 0 236.1000000 0 100.0000000 0 134.0000000 0CP P DESCRIPTION

BUTYROLACTON E FRO

M 1. 4 BUTANEDIO L CALCIU M CYANAMID E VI A REACTINGCALCIU

M CARBID E WIT HNITROGEN

GA S CHLORAL FRO

M ETHANO L AN

O CHLORIN E CHLOROANILIN E (M- ) VI A HYDROGENATION

O F 3-CHLORONITROBENZEN E CHLOROANILIN E (P- ) VI A HYOROGENATION

O F P-CHLORONITROBENZEN E CHLOROBENZALDEHYD E VI A HYDROLYSI S O F CHLOROBENZY L CHLORIO E CHLOROBENZOI C ACI DVI A OXIDATION

O F CHL0R08ENZEN E NITRIL E CHLOROBENZOI C ACI DVI A OXIDATION

O F 0-CHL0R08ENZ0Y L CHLORID E CHLOROHYDRI N

FRO M GLYCERO L CHLOROSULFONI C ACI DVI A HYDROHALOGENATION

O F SULFU RTRIOXID E CROTONI C ACI DVI A OXIDATION

O F CROTONALOEHYD E CYANAMID E VI A

CARBONATIO N O F CALCIU

M CYANAMID E CYANOACETI C ACI DFROM SOOIU M CHLOROACETAT E CYANOFORMAMID E FRO

M HYDROGEN CYANIO E REACTION TYP E GENERI C GENERI C GENERI C HYDROGENATIO N HYDROGENATION HYDROLYSI S OXIDATIO N OXIDATIO N GENERI C HYDROHALOGENATIO N OXIDATIO N GENERI C GENERI C GENERI C 

### - CHARACTERIZATIO N LEVE L 

### 0 D 0 0 D 0 0 0 0 D D D 0 0

3 COUNT Y

DEFAUL T COUNT Y

DEFAUL T COUNT Y OEFAUL T COUNT Y DEFAUL T COUNT Y DEFAUL T COUNT Y DEFAUL T COUNT Y DEFAUL T COUNT Y OEFAUL T COUNT Y COO K UNION SULLIVA N DEFAUL T COUNT Y DEFAUL T COUNT Y DEFAUL T COUNT Y



### < STAT E



### A L L A A L A L A L A L A L A L A L I L N J T N A L A L A L P.4 3 

### \

CAPACIT Y 11.1700000 0 -9999.0000000 0 7.5000000 0 12.6700000 0 12.6700000 0 12.6700000 0 12.6700000 0 12.6700000 0 11.1700000 0 36.0000000 0 21.0000000 0 30.0000000 0 1.1400000 0

. 12.6700000 0 0.0500000 0 11.1700000 0CP P DESCRIPTION REACTION TYP E CHARACTERIZATION COUNT Y LEVE L STAT E CAPACIT Y CYANOGEN CHLORID E VI A HALOGENATION

O F HYDROCYANI C ACI O HALOGENATION DEFAUL T COUNT Y 

### A L 12.6700000 0 CYANURI C ACI D VI A DECOMPOSITIO NO F URE A GENERI C 8.3000000 0 8.3000000 0 CYANURI C CHLORIO E VI A HALOGENATIO NO F HC N HALOGENATIO N 

### A L 52.6000000 0 CYCLOHEXAN E VI A HYOROGENATIO NO F PETROLEU MFRACTION S HYDROGENATIO N BRAZORI A 

### T X 132.5300000 0 CYCLOHEXANON E VI A

AI R OXIDATION O F CYCLOHEXAN E CYCLOHEXYLAMIN E VI A AMMINATION

O F CYCLOHEXANO L AI ROXIDATIO N GENERI C RICHMOND BRAZORI A MOBIL E G A T X A L 173.0000000 0

159.0000000 0 4.5400000 0 DIACETON E ALCOHOL VI A CONDENSATION

O F ACETON E DIALLY L PHTHALAT E FRO

M ALLY L ALCOHO L OICYANIDIAMID E FRO

M CYANAMIO E DICYCLOHEXYLAMIN E VI A HYDROGENATION

O F CYCLOHEXYLAMINE-C. H DIIS08UTYLEN E VI A HYDRODIMERIZATION

O F ISOBUTENE CONDENSATIO N GENERI C GENERI C HYOROGENATION HYDRODIMERIZATIO N HARRI S NUECE S DEFAUL T COUNT Y OEFAUL T COUNT Y

HARRI S T X T X W V A L A L K S V A T X 4.S400000 0

4.5400000 0 4.5400000 0 2.7500000 0 11.1700000 0 0.0001150 0 0.0001150 0 50.2000000 0 OIKETEN E VI A

SPONTANEOU S GENERI C OIMERIZATION

O F KETEN E DIMETHY L SULFIO E VI A BISULFID E CLEAVAG E O F METROXYGROUP S GENERI C SULLIVA N HARRI S DEFAUL T COUNT Y T N T X A L 6.8000000 0

6.8000000 0 12.6700000 0 DIMETHY L SULFOXID E VI A OXIDATION O F DI-M.S . & METHY L MERCAPT . OXIDATIO N DEFAUL T COUNT Y 

### A L 12.6700000 0 OOOECEN E (BRANCHED ) FRO M GENERI C PROPYLEN E DEFAUL T COUNT Y 

### A L 11.1700000 0P.4 5

CP P DESCRIPTION OOOECEN E (N- ) FRO

M ETHYLEN E ETHANO L FRO

M ETHANE ETHANO L FRO

M ETHYLEN E ETHYL ACETAT E VI A ESTERIFICATION

O F ACETI C ACI DANDETHYL ALCOHO L ETHYL ACETAT E VI A HYDROLYSI S O F POLYVINY L ACETAT E B

YETHANO L ETHYL CYANOACETAT E FRO M CYANOACETI C ACI O ETHYL ETHERFRO

M ETHANO L ETHYL ETHE RFRO

M ETHYLEN E ETHYL ORTHOFORMAT E FRO M HYOROGE N CYANID E ETHYLEN E IMINE VI A CATALYSIS O F 2-AMINOEHTY L H.S . W/HYDROXI D ETHYLHEXANO L (2-ISOMER ) VIA OXOPROCES S O F PROPYLEN E ETHYLHEXY L ACRYLATE(2- ) FRO M 2-ETHYLEXANO L ETHYLNAPHTHALEN E (2- ) FRO M COAL TAR , PETRO L RESIDUE S FORMADID E VI A

CONTINUOU S DIREC T SYNTHESI S GLYCERO L FRO

M SOAP MANUFACTURING GLYCERO L VI A

FAT SPLITTING GLYCERO L VI A

HYOROLYSI S O F GLYCIOO L REACTION TYP E GENERI C GENERI C GENERI C ESTERIFICATION HYDROLYSI S GENERI C GENERI C GENERI C GENERI C GENERI C GENERI C

GENERI C GENERI C GENERI C GENERI C GENERI C HYDROLYSI S CHARACTERIZATIO N LEVE L 

### 0 D D 0 0 D 0 D D D D
D D 0 D D D

5 COUNT Y

DEFAUL T COUNT Y DEFAUL T COUNT Y OEFAUL T COUNT Y SULLIVA N GRA Y HAMPDEN WAYN E DEFAUL T COUNT Y OEFAUL T COUNT Y OEFAUL T COUNT Y OEFAUL T COUNT Y DEFAUL T COUNT Y BRAZORI A GALVESTON GREGG HARRI S DEFAUL T COUNT Y DEFAUL T COUNT Y

HARRI S STAT E 

### A L A L A L T N I X M A M I A L A L A L A L A L T X T X T X T X A L A L

T X CAPACIT Y

11.1700000 0 11.1700000 0 11.1700000 0 16.0000000 0 36.0000000 0 11.0000000 0 14.0000000 0 0.'0750000 0 11.1700000 0 11.1700000 0 2.7000000 0 12.6700000 0 29.0000000 0 55.0000000 0 91.0000000 0 86.0000000 0 29.9000000 0 11.1700000 0 1.3600000 0

15.9500000 0P.4 6

JCP P DESCRIPTIO N REACTION TYP E CHARACTERIZATION COUNT Y LEVE L STAT E CAPACIT Y GLYCIDO L FRO

M CHLOROHYORI N GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0 GUANIDIN E FRO

M CYANOGEN CHLORID E GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0 GUANIDIN E FRO

M UREA AND AMMONI A GENERI C DEfAUL T COUNT Y 

### A L 11.1700000 0 GUANIDIN E NITRAT E FRO

M CYANAMID E GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0 GUANIDIN E NITRAT E FRO

M DICYANDIAMID E GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0 HEXACHLOROCYCLOPENTAOIEN E GENERI C FRO M PENTANE/ISOPENTAN E DEFAUL T COUNT Y 

### A L 11.1700000 0 HEXAMETHYLEN E GLYCO L VI A HYDROGENATION HYOROGENATION

O F ADIPI C ACI D OEFAUL T COUNT Y 

### A L 12.6700000 0 HEXAMETHYLENEDIAMIN E VI A HYDROGENATION HYOROGENATION

O F ADIPONITRIL E HYDROBENZOI C ACI D(P- ) VIA CARBOXYLATION

O F POTASSIU M PLENOXIO E GENERI C MORGA N ESCAMBI A ORANG E VICTORI A DEFAUL T COUNT Y 

### A L F L T X T X A L 91.0000000 0

91.0000000 0 240.0000000 0 181.0000000 0 12.6700000 0 HYOROGEN CYANID E VI A

AI RAI ROXIDATION OXIDATION

O F METHAN E

ISOBUTANE FRO

M BUTAN E ISOBUTYLEN E VI A DEHYDRATION

O F TERT-BUTY L ALCOHO L ISOPROPANO L FRO

M PROPYLEN E ISOPROPYL ACETAT E VI A ESTERIFICATION

O F ISOPROPYL ALCOHO L " GENERI C GENERI C GENERI C ESTERIFICATION 

### 0

D 0 D 0 MOBIL E

IBERVILL E SHELB Y BRAZORI A HARRI S ORANG E VICTORI A OEFAUL T COUNT Y HARRI S HARRI S HARRI S DEFAUL T COUNT Y SULLIVA N NUECE S 

### A L L A T N T X T X T X T X A L T X T X T X A L T N T X 25.0000000 0

41.0000000 0 75.0000000 0 9.0000000 0 91.0000000 0 145.0000000 0 122.0000000 0 11.1700000 0 125.0000000 0 154.5000000 0 1140.8000000 0 11.1700000 0 12.7000000 0 4.6000000 0CP P DESCRIPTION REACTION TYP E ISOPROPYLAMIN E VI A

GENERI C AMINOLYSI S O F ISOPROPY L ALCOHO L KETEN E VI A

OEHYORATION

O F GENERI C ACETI C ACI D

LACTI C ACI OFRO

M HYDROGE N

GENERI C CYANID E LACTI C ACI DFRO

M MALEI C GENERI C ACI D MALEI C ACI DFRO

M GENERI C N-BUTYLENE S METHACRYLI C ACI OVI A

HYDROLYSI S HYDROLYSI S O F ACETON E CYANOHYDRI N

WIT HSULFURI C ACI DSOLUTION CHARACTERIZATIO N LEVE L 

### 0

D

D D 0 COUNT Y

MOBIL E ESCAMBI A IBERVILL E WAYN E MUSCATIN E ST . LOUI S YORK SULLIVA N BRAZORI A GRA Y HARRI S GILE S OEFAUL T COUNT Y OEFAUL T COUNT Y DEFAUL T COUNT Y STAT E CAPACIT Y

KANAWH A 

### A L F L L A M I I A M O S C T N T X T X T X V A A L A L A L W V 8.3000000 0

4.1000000 0 4.1000000 0 8.3000000 0 6.8200000 0 6.8200000 0 50.0000000 0 100.0000000 0 6.8200000 0 60.0000000 0 9.1000000 0 50.0000000 0 0.0020000 0 0.0020000 0 29.7000000 0 7.1500000 0

METHACRYLI C ACI DVI A OXIDATION

O F ISOBUTAN E OXIDATIO N 

### W V 7.1500000 0 METHACRYLI C ACI DVI A OXIDATION

O F ISOBUTYRALOEHYO E OXIDATION 

### N J 7.1500000 0 METHIONIN E FRO

M 8UTYR0LACT0N E GENERI C DEFAUL T COUNT Y 

### A L 37.6000000 0 METHIONIN E FRO

M METHY L MERCAPTA N GENERI C OEFAUL T COUNT Y 

### A L 37.6000000 0 METHY L CYCLOHEXANO L FRO M METHY L CYCLOHEXAN E GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0 METHY L NAPHTHALEN E (1-ISOMER ) FROM

COAL TAR , PETRO L RESIDUE S GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0 METHY L NAPHTHALEN E (2-ISOMER ) FROM

COAL TAR , PETRO L RESIDUE S GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0P.4 8

CP P DESCRIPTION

REACTION

TYP E MORPHOLIN E VI A

HYDROGENATION HYDROGENATION

O F DIETHYLENE GLYCO L N-CHLOROPARAFFIN S VI A

HALOGENATION HALOGENATION

O F N-PARAFFIN S NEOPENTANOI C ACI DVI A

CARBONYLATION CARBONYLATION

O F ISOBUTYLENE NITRILOACETI C ACI DFROM GENERI C HYDROGEN CYANID E NITROANILIN E (M- ) FRO

M GENERI C NITROBENZOI C ACI D(M- ) NITROANILIN E (0- ) FRO

M GENERI C O-CHLORONITROBENZEN E NITROANILIN E (P- ) VI A

GENERI C AMMONOLYSI S O F P-CHL0R0NITR08 . NITROANISOL E (0- ) FROM GENERI C CHLORONITROBENZEN E (0- ) CHARACTERIZATION COUNT Y LEVE L STAT E CAPACITY

NITROANISOL E (0- ) FRO

M NITROPHENO L (0- ) NITROBENZOI C ACI D(M- ) FRO M NITROTOLUEN E (2- ) (0- ) NITROBENZOI C ACI D(M- ) FRO M NITROTOLUEN E (3- ) (M- ) NONENE FRO

M PROPYLEN E OCTENE (1- ) FRO

M ALLY L BROMID E GENERI C GENERI C GENERI C GENERI C GENERI C OCTYLPHENO L (P-TERT ) FROM GENERI C DIISOBUTYLEN E PERACETI C ACI DVI A

GENERI C OXIDATION

O F ACETI C ACI D WIT HHYDROGEN

PEROXID E SANTA ROS A JEFFERSON MONTGOMERY LO S ANGELE S CALCASIE U BALTIMOR E BRAZORI A EAS T BATO

N ROUG E DEFAUL T COUNT Y DEFAUL T COUNT Y OEFAUL T COUNT Y

DEFAUL T COUNT Y OEFAUL T COUNT Y DEFAUL T COUNT Y DEFAUL T COUNT Y OEFAUL T COUNT Y OEFAUL T COUNT Y DEFAUL T COUNT Y 

### F L T X T X C A L A M O T X L A 7.0000000 0

12.0000000 0 7.0000000 0 18.9000000 0 64.2000000 0 98.2000000 0 113.3000000 0 13.6000000 0 

### A L A L A L I L L A N J A L A L A L 0.0250000 0

11.1700000 0 0.2500000 0 1.0400000 0 1.0400000 0 1.0400000 0 0.2500000 0 11.1700000 0 11.1700000 0 

### A L 11.1700000 0 

### A L A L A L 11.1700000 0

11.1700000 0 2.5000000 0CP P DESCRIPTION REACTION TYP E CHARACTERIZATION COUNT Y LEVE L STAT E CAPACIT Y PHENOLPHTHALEI N

FRO M PHTHALI C ACI D GENERI C DEFAUL T COUNT Y 

### A L 0.0300000 0 PHTHALIMID E FRO

M PHTHALI C GENERI C ACI D OEFAUL T COUNT Y 

### A L 2.5000000 0 PIPERAZIN E VI A

REACTION O F AMMONI A

AND MONOETHANOLAMIN E GENERI C MONTGOMERY 

### T X 0.9000000 0 PROPYL CHLORID E VI A HYDROHALOGENATION

O F N-PROPANAL HYDROHALOGENATIO N DEFAUL T COUNT Y 

### A L 12.6700000 0 PROPYLAMIN E VI A HYDROGENATION

O F PROPIONITRIL E HYDROGENATION MOBIL E 

### A L 0.9100000 0 PROPYLEN E CHLOROHYORI N VI A HALOGENATION

O F PROPYLEN E SODIU M ACETAT E VI A ADDITION O F ACETI C ACI D TOSODIU M HYOROXID E SOOIU M BENZOAT E VI A ADDITION O F BENZOI C ACI D TOS . HYDROXID E

SODIU M CARBOXYMETHY L CELLULOS E VI A

CELLULOS E ANDSODIU

M CHLOROACETAT E SOOIU M CYANID E VI A NEUTRALIZATION

O F HYOROGEN CYANID E B

Y SOOIU M HYOROXID E HALOGENATION GENERI C GENERI C

GENERI C GENERI C IBERVILL E BRAZORI A ESSE X NIAGAR A

DALLA S DELAWAR E SOMERSE T HOPEWEL L SHELB Y BRAZORI A GALVESTON 

### L A T X NJ . 

### N Y I N N J N J T N T X W A I N P A V A T N T X T X 148.0000000 0

336.0000000 0 4.5000000 0 9.1000000 0 1.3600000 0 1.3600000 0 1.3600000 0 1.3600000 0 1.3600000 0 1.3600000 0 1.1000000 0 8.2000000 0 19.1000000 0 86.0000000 0 56.6000000 0 27.2100000 0P.5 0

CP P DESCRIPTION REACTION TYP E CHARACTERIZATION

LEVE L COUNT Y STAT E CAPACIT Y SODIU M DOOECY L BENZEN E SULFONATION SULFONAT E VI A

SULFONATION OF LINEA RALKY L BENZEN E

SOOIU M FORMAT E FROM SYNTHESI S GA S GENERI C SORBI C ACI OVI A

CONDENSATION CONDENSATION

O F KETEN E ft CROTONALOEHYO E SUCCINI C ACI DVI A

GENERI C FERMENTATION

O F AMMONIU

M TARTRAT E T-BUTYLHYDROPEROXIO E VI A OXIDATION OXIDATION

O F ISOBUTANE LO S ANGELE S LO S ANGELE S LO S ANGELE S LO S ANGELE S ORANG E SACRAMENT O OUVA L BARRO W FULTON RICHMOND COO K COO K WIL L CLAR K LAKE LAKE WYANOOTT E WYANDOTT E RAPIDE S NORFOL K BALTIMOR E BALTIMOR E ST . LOUI S ST . LOUI S ST . LOUI S PASSAI C PASSAI C MONRO E BUTLE R GUERNSE Y HAMILTON HAMILTON HAMILTON BUC K DALLA S HARRI S SAL T LAK E DEFAUL T COUNT Y BRAZORI A

HARRIS 

### C A C A C A C A C A C A F L G A G A G A I L I L I L I N I N I N K S K S L A M A H O H O M O M O M O N J N J N J N J N Y O H O H O H O H O H P A T X T X U T A L C T T X D E N J T X 9.1000000 0

12.5000000 0 13.6000000 0 13.6300000 0 90.9500000 0 24.6700000 0 4.5000000 0 90.9500000 0 8.2000000 0 24.6700000 0 13.6000000 0 13.6300000 0 90.9500000 0 13.6000000 0 13.6000000 0 31.8000000 0 9.1000000 0 27.2000000 0 24.6700000 0 24.6700000 0 22.7000000 0 27.3000000 0 12.5000000 0 24.6700000 0 29.5000000 0 11.4000000 0 90.9500000 0 11.4000000 0 13.6000000 0 9.1000000 0 11.4000000 0 22.7000000 0 13.6000000 0 24.6700000 0 27.3000000 0 13.6300000 0 24.6700000 0 34.1000000 0 8.2000000 0 11.1700000 0 0.0400000 0 0.0400000 0 0.6900000 0 0.6900000 0 809.0000000 0


### 1 0P.5 1

CP P DESCRIPTION REACTION TYP E CHARACTERIZATION COUNT Y LEVE L STAT E CAPACIT Y
TARTARI C ACI DFRO

M MALEI C GENERI C ACI D DEFAUL T COUNT Y 

### A L 11.1700000 0 TARTARI C ACID S FRO

M MALEI C ANHYDRID E AND HYDROGEN PEROXID E GENERI C DEFAUL T COUNT Y 

### A L 11.1700000 0 TETRAETHYLENEPENTAMIN E GENERI C FRO M ETHANOLAMIN E THIOREA FRO M AMMONIU M GENERI C THIOCYANAT E TRIISOBUTYLEN E VI A

GENERI C POLYMERIZATION

O F BUTYLENE URE A VI A CONDENSATION

O F CONDENSATIO N AMMONI A AN OCARBON DIOXID E DEFAUL T COUNT Y OEFAUL T COUNT Y

KENA I PENINSULA

BOROUGH COLBER T MISSISSIPP I ORANG E RICHMOND CLINTON DOUGLA S ASCENSION ASCENSION ASCENSION ASCENSION ASCENSION CALCASIE U YAZOO SARP Y GARFIEL D MAYE S ROGER S COLUMBI A COLUMBI A HUTCHINSON LARAMI E 

### A L A L

A K A L A R C A G A I A I A K S L A L A L A L A L A L A L A M S N E O K O K O K O R O R T X W Y X X X X X X X X X X 2.4900000 0

1.3200000 0 0.2500000 0 0.2500000 0 926.2000000 0 90.8000000 0 232.4000000 0 91.7000000 0 372.3000000 0 308.7000000 0 54.5000000 0 167.1000000 0 131.6000000 0 200.00000000 233.40000000 361.4000000 0 381.4000000 0 803.6000000 0 154.4000000 0 140.7000000 0 138.0000000 0 342.3000000 0 136.2000000 0 233.4000000 0 118.0000000 0 154.4000000 0 77.2000000 0 45.4000000 0 2.7000000 0 22.7000000 0 45.4000000 0 317.8000000 0 354.1000000 0



### 1 1