Petroleum Refinery Engineering CHAPTER 1.1 NExOCTANE™ TECHNOLOGY FOR ISOOCTANE PRODUCTION CHAPTER 1.2 STRATCO EFFLUENT REFRIGERATED H2SO4 ALKYLATION PROCESS CHAPTER 1.3 UOP ALKYLENE™ PROCESS FOR MOTOR FUEL ALKYLATION CHAPTER 1.4 UOP HF ALKYLATION TECHNOLOGY CHAPTER 1.5 LINEAR ALKYLBENZENE (LAB) MANUFACTURE CHAPTER 1.6 Q-MAX™ PROCESS FOR CUMENE PRODUCTION CHAPTER 1.7 CONOCOPHILLIPS REDUCED VOLATILITY ALKYLATION PROCESS (ReVAP) CHAPTER 2.1 AROMATICS COMPLEXES CHAPTER 2.2 UOP SULFOLANE PROCESS CHAPTER 2.3 UOP THERMAL HYDRODEALKYLATION (THDA) PROCESS CHAPTER 2.4 BP-UOP CYCLAR PROCESS CHAPTER 2.5 UOP ISOMAR PROCESS CHAPTER 2.6 UOP PAREX PROCESS CHAPTER 2.7 UOP TATORAY PROCESS CHAPTER 3.1 KBR FLUID CATALYTIC CRACKING PROCESS CHAPTER 3.2 DEEP CATALYTIC CRACKING, THE NEW LIGHT OLEFIN GENERATOR CHAPTER 3.3 UOP FLUID CATALYTIC CRACKING PROCESS CHAPTER 3.4 STONE & WEBSTER–INSTITUT FRANÇAIS DU PÉTROLE FLUID RFCC PROCESS CHAPTER 4.1 UOP PLATFORMING PROCESS CHAPTER 5.1 UOP OLEFLEX PROCESS FOR LIGHT OLEFIN PRODUCTION CHAPTER 5.2 UOP PACOL DEHYDROGENATION PROCESS CHAPTER 6.1 FW HYDROGEN PRODUCTION CHAPTER 7.1 ISOCRACKING— HYDROCRACKING FOR SUPERIOR FUELS AND LUBES PRODUCTION CHAPTER 7.2 UOP UNICRACKING PROCESS FOR HYDROCRACKING CHAPTER 8.1 CHEVRON LUMMUS GLOBAL RDS/VRDS HYDROTREATING— TRANSPORTATION FUELS FROM THE BOTTOM OF THE BARREL CHAPTER 8.2 SELECTIVE HYDROGENATION PROCESSES CHAPTER 8.3 UOP UNIONFINING TECHNOLOGY CHAPTER 8.4 UOP RCD UNIONFINING PROCESS CHAPTER 8.5 UOP CATALYTIC DEWAXING PROCESS CHAPTER 8.6 UOP UNISAR PROCESS FOR SATURATION OF AROMATICS CHAPTER 8.7 CHEVRON LUMMUS GLOBAL EBULLATED BED BOTTOM-OF-THE-BARREL HYDROCONVERSION (LC-FINING) PROCESS CHAPTER 9.1 UOP BENSAT PROCESS CHAPTER 9.2 UOP BUTAMER PROCESS CHAPTER 9.3 UOP PENEX PROCESS CHAPTER 9.4 UOP TIP AND ONCE-THROUGH ZEOLITIC ISOMERIZATION PROCESSES CHAPTER 9.5 UOP PAR-ISOM PROCESS CHAPTER 10.1 CHEVRON LUMMUS GLOBAL ON-STREAM CATALYST REPLACEMENT TECHNOLOGY FOR PROCESSING HIGH-METAL FEEDS CHAPTER 10.2 THE ROSE PROCESS CHAPTER 10.3 UOP SORBEX FAMILY OF TECHNOLOGIES CHAPTER 10.4 UOP/FW USA SOLVENT DEASPHALTING PROCESS CHAPTER 10.5 UOP ISOSIV PROCESS CHAPTER 10.6 KEROSENE ISOSIV PROCESS FOR PRODUCTION OF NORMAL PARAFFINS CHAPTER 10.7 UOP MOLEX PROCESS FOR PRODUCTION OF NORMAL PARAFFINS CHAPTER 10.8 UOP OLEX PROCESS FOR OLEFIN RECOVERY CHAPTER 11.1 KBR REFINERY SULFUR MANAGEMENT CHAPTER 11.2 BELCO EDV WET SCRUBBING SYSTEM: BEST AVAILABLE CONTROL TECHNOLOGY (BACT) FOR FCCU EMISSION CONTROL CHAPTER 11.3 UOP MEROX PROCESS CHAPTER 11.4 THE S ZORB SULFUR REMOVAL TECHNOLOGY APPLIED TO GASOLINE CHAPTER 11.5 CONOCOPHILLIPS S ZORB DIESEL PROCESS CHAPTER 11.6 GASOLINE DESULFURIZATION CHAPTER 12.1 CONOCOPHILLIPS DELAYED COKING PROCESS CHAPTER 12.2 FW DELAYED-COKING PROCESS CHAPTER 12.3 FW/UOP VISBREAKING PROCESS CHAPTER 13.1 HÜLS ETHERS PROCESSES CHAPTER 13.2 UOP ETHERMAX PROCESS FOR MTBE, ETBE, AND TAME PRODUCTION CHAPTER 13.3 UOP OLEFIN ISOMERIZATION CHAPTER 13.4 OXYPRO PROCESS CHAPTER 14.1 HYDROGEN PROCESSING CHAPTER 15.1 OLEFIN PRODUCTION FROM METHANOL CHAPTER 15.2 THE SYNTROLEUM® PROCESS OF CONVERTING NATURAL GAS INTO ULTRACLEAN HYDROCARBONS CHAPTER 15.3 SHELL MIDDLE DISTILLATE SYNTHESIS (SMDS) PROCESS
CHAPTER 1.1
NExOCTANE™ TECHNOLOGY
FOR ISOOCTANE
PRODUCTION
CHAPTER 1.2
STRATCO EFFLUENT
REFRIGERATED H2SO4
ALKYLATION PROCESS
CHAPTER 1.3
UOP ALKYLENE™ PROCESS
FOR MOTOR
FUEL ALKYLATION
CHAPTER 1.4
UOP HF ALKYLATION
TECHNOLOGY
CHAPTER 1.5
LINEAR ALKYLBENZENE
(LAB) MANUFACTURE
CHAPTER 1.6
Q-MAX™ PROCESS FOR
CUMENE PRODUCTION
CHAPTER 1.7
CONOCOPHILLIPS
REDUCED VOLATILITY
(ReVAP)
CHAPTER 2.1
AROMATICS COMPLEXES
CHAPTER 2.2
UOP SULFOLANE PROCESS
CHAPTER 2.3
UOP THERMAL
HYDRODEALKYLATION (THDA)
PROCESS
CHAPTER 2.4
BP-UOP CYCLAR PROCESS
CHAPTER 2.5
UOP ISOMAR PROCESS
CHAPTER 2.6
UOP PAREX PROCESS
CHAPTER 2.7
UOP TATORAY PROCESS
CHAPTER 3.1
KBR FLUID CATALYTIC
CRACKING PROCESS
CHAPTER 3.2
DEEP CATALYTIC CRACKING,
THE NEW LIGHT OLEFIN
GENERATOR
CHAPTER 3.3
UOP FLUID CATALYTIC
CHAPTER 3.4
STONE & WEBSTER–INSTITUT
FRANÇAIS DU PÉTROLE FLUID
RFCC PROCESS
CHAPTER 4.1
UOP PLATFORMING PROCESS
CHAPTER 5.1
UOP OLEFLEX PROCESS FOR
LIGHT OLEFIN PRODUCTION
CHAPTER 5.2
UOP PACOL
DEHYDROGENATION
CHAPTER 6.1
FW HYDROGEN
CHAPTER 7.1
ISOCRACKING—
HYDROCRACKING FOR
SUPERIOR FUELS AND
LUBES PRODUCTION
CHAPTER 7.2
UOP UNICRACKING PROCESS
FOR HYDROCRACKING
CHAPTER 8.1
CHEVRON LUMMUS
GLOBAL RDS/VRDS
HYDROTREATING—
TRANSPORTATION FUELS
FROM THE BOTTOM OF
THE BARREL
CHAPTER 8.2
SELECTIVE HYDROGENATION
PROCESSES
CHAPTER 8.3
UOP UNIONFINING
CHAPTER 8.4
UOP RCD UNIONFINING
CHAPTER 8.5
UOP CATALYTIC
DEWAXING PROCESS
CHAPTER 8.6
UOP UNISAR PROCESS FOR
SATURATION OF AROMATICS
CHAPTER 8.7
CHEVRON LUMMUS GLOBAL
EBULLATED BED
BOTTOM-OF-THE-BARREL
HYDROCONVERSION
(LC-FINING) PROCESS
CHAPTER 9.1
UOP BENSAT PROCESS
CHAPTER 9.2
UOP BUTAMER PROCESS
CHAPTER 9.3
UOP PENEX PROCESS
CHAPTER 9.4
UOP TIP AND
ONCE-THROUGH ZEOLITIC
ISOMERIZATION PROCESSES
CHAPTER 9.5
UOP PAR-ISOM PROCESS
CHAPTER 10.1
ON-STREAM CATALYST
REPLACEMENT TECHNOLOGY
FOR PROCESSING
HIGH-METAL FEEDS
CHAPTER 10.2
THE ROSE PROCESS
CHAPTER 10.3
UOP SORBEX FAMILY OF
TECHNOLOGIES
CHAPTER 10.4
UOP/FW USA SOLVENT
DEASPHALTING PROCESS
CHAPTER 10.5
UOP ISOSIV PROCESS
CHAPTER 10.6
KEROSENE ISOSIV PROCESS
FOR PRODUCTION OF
NORMAL PARAFFINS
CHAPTER 10.7
UOP MOLEX PROCESS
FOR PRODUCTION
OF NORMAL PARAFFINS
CHAPTER 10.8
UOP OLEX PROCESS
FOR OLEFIN RECOVERY
CHAPTER 11.1
KBR REFINERY
SULFUR MANAGEMENT
CHAPTER 11.2
BELCO EDV WET SCRUBBING
SYSTEM: BEST AVAILABLE
CONTROL TECHNOLOGY
(BACT) FOR FCCU
EMISSION CONTROL
CHAPTER 11.3
UOP MEROX PROCESS
CHAPTER 11.4
THE S ZORB SULFUR
REMOVAL TECHNOLOGY
APPLIED TO GASOLINE
CHAPTER 11.5
CONOCOPHILLIPS S ZORB
DIESEL PROCESS
CHAPTER 11.6
GASOLINE DESULFURIZATION
CHAPTER 12.1
CONOCOPHILLIPS DELAYED
COKING PROCESS
CHAPTER 12.2
FW DELAYED-COKING
CHAPTER 12.3
FW/UOP VISBREAKING
CHAPTER 13.1
HÜLS ETHERS PROCESSES
CHAPTER 13.2
UOP ETHERMAX PROCESS
FOR MTBE, ETBE, AND TAME
CHAPTER 13.3
UOP OLEFIN ISOMERIZATION
CHAPTER 13.4
OXYPRO PROCESS
CHAPTER 14.1
HYDROGEN PROCESSING
CHAPTER 15.1
OLEFIN PRODUCTION FROM
METHANOL
CHAPTER 15.2
THE SYNTROLEUM® PROCESS
OF CONVERTING NATURAL
GAS INTO ULTRACLEAN
HYDROCARBONS
CHAPTER 15.3
SHELL MIDDLE DISTILLATE
SYNTHESIS (SMDS) PROCESS
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