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PEP Yearbook 06 TOC
TABLE OF CONTENTS

INTRODUCTION ................................................................................................................................................................................. xxi


PROCESS ECONOMICS

ABS RESIN (ACRYLONITRILE-BUTADIENE STYRENE) BY EMULSION/MASS POLYMERIZATION ...............................................1
ABS RESIN (ACRYLONITRILE-BUTADIENE STYRENE) BY EMULSION POLYMERIZATION (CASE 3), INTEGRATED*................2
ABS RESIN (ACRYLONITRILE-BUTADIENE STYRENE) BY EMULSION POLYMERIZATION ..........................................................3
ABS RESIN (ACRYLONITRILE-BUTADIENE STYRENE) BY EMULSION POLYMERIZATION (JSR) ................................................4
ABS RESIN (ACRYLONITRILE-BUTADIENE STYRENE) BY CONTINUOUS MASS POLYMERIZATION..........................................5
ACESULFAME-K NON-NUTRITIVE SWEETENER ...............................................................................................................................6
ACETALDEHYDE FROM ETHYLENE BY ONE-STEP OXIDATION .....................................................................................................7
ACETAMINOPHEN PROCESS ..............................................................................................................................................................8
ACETIC ACID FROM ETHYLENE VIA ACETALDEHYDE.....................................................................................................................9
ACETIC ACID FROM MEOH BY THE BP CATIVA PROCESS ...........................................................................................................10
ACETIC ACID FROM MEOH BY LOW PRESSURE CARBONYLATION, SUPPORTED Rh CATALYST ..........................................11
ACETIC ACID BY THE CHIYODA/UOP ACETICA(TM) PROCESS ....................................................................................................12
ACETIC ACID FROM MEOH BY THE CELANESE PROCESS...........................................................................................................13
ACETIC ACID FROM ETHYLENE BY THE SHOWA DENKO PROCESS ..........................................................................................14
ACETIC ACID FROM ETHANE BY THE SABIC PROCESS ...............................................................................................................15
ACETIC ANHYDRIDE FROM ACETIC ACID VIA KETENE.................................................................................................................16
ACETIC ANHYDRIDE FROM ACETONE VIA KETENE ......................................................................................................................17
ACETIC ANHYDRIDE FROM MEOH, ACETIC ACID, AND COPRODUCTION BY THE EASTMAN PROCESS ...............................18
ACETIC ANHYDRIDE FROM MEOH, ACETIC ACID, AND COPRODUCTION BY THE BP CHEMICALS PROCESS......................19
ACETIC ANHYDRIDE FROM ACETALDEHYDE BY DIRECT OXIDATION........................................................................................20
ACETONE FROM ISOPROPANOL BY VAPOR PHASE DEHYDROGENATION ...............................................................................21
ACETONITRILE RECOVERY IN ACRYLONITRILE MANUFACTURE................................................................................................22
ACETYLENE FROM CALCIUM CARBIDE...........................................................................................................................................23
ACETYLENE FROM NATURAL GAS BY ARC PROCESS .................................................................................................................24
ACETYLENE FROM NATURAL GAS BY PARTIAL OXIDATION........................................................................................................25
ACROLEIN PRODUCTION FROM PROPANE ....................................................................................................................................26
ACROLEIN BY PROPYLENE OXIDATION ..........................................................................................................................................27
ACRYLAMIDE FROM ACRYLONITRILE BY CATALYTIC HYDRATION ............................................................................................28
ACRYLAMIDE FROM ACRYLONITRILE BY ENZYMATIC HYDRATION ...........................................................................................29
ACRYLIC ACID PRODUCTION BY PROPANE OXIDATION ..............................................................................................................30
ACRYLIC ACID, ESTER GRADE, BY NIPPON SHOKUBAI PROCESS .............................................................................................31
ACRYLIC ACID, ESTER GRADE, BY BASF PROCESS .....................................................................................................................32
ACRYLIC ACID, ESTER GRADE FROM PROPYLENE BY TWO-STAGE OXIDATION.....................................................................33
ACRYLIC ACID, GLACIAL BY NIPPON SHOKUBAI PROCESS.........................................................................................................34
ACRYLIC ACID, GLACIAL FROM ACETYLENE BY CATALYTIC PROCESS ....................................................................................35
ACRYLIC ACID-MALEIC ACID COPOLYMERS BY BATCH COPOLYMERIZATION IN AQUEOUS SOL .........................................36
ACRYLIC ACID-STARCH GRAFT COPOLYMER, SUPERABSORBENT PROCESS ........................................................................37
ACRYLONITRILE FROM PROPANE BY AMMOXIDATION ................................................................................................................38
ACRYLONITRILE FROM PROPYLENE BY AMMOXIDATION............................................................................................................39
ADHESIVE, HOT MELT, EVA COPOLYMER, BY A CONTINUOUS EXTRUSION PROCESS ..........................................................40
ADHESIVE, REACTIVE ACRYLIC, BY A BATCH PROCESS .............................................................................................................41
ADHESIVES, HOT MELT, COMBINED PRODUCTION OF TWO EVA COPOLYMERS BY A BATCH PROCESS ...........................42
ADIPIC ACID FROM CYCLOHEXANE VIA OXYGEN-BASED LIQUID OXIDATION ..........................................................................43
ADIPIC ACID FROM BUTADIENE BY CARBOALKOXYLATION ........................................................................................................44
ADIPIC ACID FROM CYCLOHEXANE.................................................................................................................................................45
ADIPIC ACID FROM PHENOL VIA CYCLOHEXANOL .......................................................................................................................46
ADIPIC ACID FROM BENZENE VIA CYCLOHEXANOL .....................................................................................................................47
ALACHLOR PESTICIDE FROM DIETHYLANILINE.............................................................................................................................48
ALCOHOL ETHOXYSULFATE, PRIMARY, BY SULFUR TRIOXIDE/AIR SULFONATION ................................................................49
ALCOHOLS, PRIMARY LINEAR, C6-C20, BY ETHYLENE OLIGOMERIZATION ..............................................................................50
ALCOHOLS, PRIMARY LINEAR, C12&C14 FROM NATURAL OILS VIA FATTY ACIDS ..................................................................51
ALCOHOLS, PRIMARY LINEAR, C12&C14 FROM NATURAL. OILS VIA FATTY ACID METHYL ESTERS.....................................52
ALCOHOLS, PRIMARY LINEAR, C12-C15 FROM LINEAR OLEFINS, COBALT PHOSPHINE CATALYST .....................................53
ALIPHATIC/AROMATIC COPOLYESTER PROCESS.........................................................................................................................54
ALKYLATE VIA ALKYLENE(TM) PROCESS- SOLID ACID SYSTEM.................................................................................................55
ALKYL POLYGLYCOSIDES BY DIRECT GLYCOSIDATION..............................................................................................................56
ALLYL ALCOHOL FROM PROPYLENE ..............................................................................................................................................57
ALLYL ALCOHOL FROM PROPYLENE OXIDE ..................................................................................................................................58
ALLYL CHLORIDE FROM PROPYLENE BY CHLORINATION...........................................................................................................59
ALPHA AMYLASE PRODUCTION USING BACILLUS SPECIES ......