Petroleum Refining

by ;
Format: Hardcover
Pub. Date: 1993-11-01
Publisher(s): Marcel Dekker Inc
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Author Biography

James H. Gary is Professor Emeritus of Chemical Engineering and Petroleum Refining at the Colorado School of Mines, Golden Glenn E. Handwerk is a consulting chemical engineer in private practice in Golden, Colorado

Table of Contents

Prefacep. iii
Introductionp. 1
Overall Refinery Flowp. 3
Refinery Productsp. 5
Low-Boiling Productsp. 6
Gasolinep. 9
Gasoline Specificationsp. 13
Distillate Fuelsp. 16
Jet and Turbine Fuelsp. 16
Automotive Diesel Fuelsp. 17
Railroad Diesel Fuelsp. 18
Heating Oilsp. 19
Residual Fuel Oilsp. 20
Notesp. 20
Refinery Feedstocksp. 21
Crude Oil Propertiesp. 22
Composition of Petroleump. 26
Crudes Suitable for Asphalt Manufacturep. 30
Crude Distillation Curvesp. 30
Problemsp. 35
Notesp. 35
Crude Distillationp. 37
Desalting Crude Oilsp. 37
Atmospheric Topping Unitp. 50
Vacuum Distillationp. 51
Auxiliary Equipmentp. 57
Crude Distillation Unit Productsp. 58
Case-Study Problem: Crude Unitsp. 58
Problemsp. 62
Notesp. 66
Coking and Thermal Processesp. 67
Types, Properties, and Uses of Petroleum Cokep. 68
Process Description--Delayed Cokingp. 71
Operation--Delayed Cokingp. 73
Process Description--Flexicokingp. 79
Process Description--Fluid Cokingp. 81
Yields from Flexicoking and Fluid Cokingp. 82
Capital Costs and Utilities for Flexicoking and Fluid Cokingp. 83
Visbreakingp. 83
Case-Study Problem: Delayed Cokerp. 88
Problemsp. 91
Notesp. 91
Additional Readingp. 92
Catalytic Crackingp. 93
Fluidized-Bed Catalytic Crackingp. 94
New Designs for Fluidized-Bed Catalytic Cracking Unitsp. 105
Cracking Reactionsp. 106
Cracking of Paraffinsp. 107
Olefin Crackingp. 108
Cracking of Naphthenic Hydrocarbonsp. 108
Aromatic Hydrocarbon Crackingp. 108
Cracking Catalystsp. 109
FCC Feed Pretreatingp. 112
Process Variablesp. 114
Heat Recoveryp. 116
Yield Estimationp. 117
Capital and Operating Costsp. 123
Case-Study Problem: Catalytic Crackerp. 124
Problemsp. 127
Notesp. 134
Additional Readingp. 135
Catalytic Hydrocrackingp. 137
Hydrocracking Reactionsp. 139
Feed Preparationp. 141
The Hydrocracking Processp. 142
Hydrocracking Catalystp. 146
Process Variablesp. 146
Hydrocracking Yieldsp. 148
Investment and Operating Costsp. 153
Modes of Hydrocracker Operationp. 153
Case-Study Problem: Hydrocrackerp. 154
Problemsp. 156
Notesp. 157
Additional Readingp. 158
Hydroprocessing and Resid Processingp. 159
Composition of Vacuum Tower Bottomsp. 160
Processing Optionsp. 162
Hydroprocessingp. 162
Expanded-Bed Hydrocracking Processesp. 165
Moving-Bed Hydroprocessorsp. 167
Solvent Extractionp. 167
Summary of Resid Processing Operationsp. 170
Notesp. 172
Additional Readingp. 173
Hydrotreatingp. 175
Hydrotreating Catalystsp. 177
Aromatics Reductionp. 178
Reactionsp. 180
Process Variablesp. 181
Construction and Operating Costsp. 182
Case-Study Problem: Hydrotreatersp. 183
Problemsp. 185
Notesp. 186
Catalytic Reforming and Isomerizationp. 189
Reactionsp. 190
Feed Preparationp. 196
Catalytic Reforming Processesp. 196
Reforming Catalystp. 199
Reactor Designp. 201
Yields and Costsp. 202
Isomerizationp. 204
Capital and Operating Costsp. 208
Isomerization Yieldsp. 209
Case-Study Problem: Naphtha Hydrotreater, Catalytic Reformer, and Isomerization Unitp. 210
Problemsp. 210
Notesp. 213
Additional Readingp. 214
Alkylation and Polymerizationp. 215
Alkylation Reactionsp. 215
Process Variablesp. 218
Alkylation Feedstocksp. 219
Alkylation Productsp. 220
Catalystsp. 221
Hydrofluoric Acid Processesp. 222
Sulfuric Acid Alkylation Processesp. 226
Comparison of Processesp. 230
Alkylation Yields and Costsp. 231
Polymerizationp. 231
Case-Study Problem: Alkylation and Polymerizationp. 239
Problemsp. 240
Notesp. 241
Product Blendingp. 243
Reid Vapor Pressurep. 244
Octane Blendingp. 248
Blending for Other Propertiesp. 249
Case-Study Problem: Gasoline Blendingp. 253
Case-Study Problem: Diesel and Jet Fuel Blendingp. 256
Problemsp. 257
Notesp. 259
Additional Readingp. 259
Supporting Processesp. 261
Hydrogen Production and Purificationp. 261
Gas Processing Unitp. 266
Acid Gas Removalp. 269
Sulfur Recovery Processesp. 273
Ecological Considerations in Petroleum Refiningp. 278
Waste Water Treatmentp. 279
Control of Atmospheric Pollutionp. 280
Noise Level Controlp. 281
Case-Study Problem: Saturated Gas Recovery, Amine, and Sulfur Recovery Unitsp. 281
Notesp. 284
Additional Readingp. 285
Lubricating Oil Blending Stocksp. 287
Lube Oil Processingp. 289
Propane Deasphaltingp. 289
Viscosity Index Improvement and Solvent Extractionp. 292
Viscosity Index Improvement and Hydrocrackingp. 296
Dewaxingp. 296
Hydrofinishingp. 301
Finishing by Clay Contactingp. 301
Environmental Impactsp. 302
Notesp. 302
Additional Readingp. 302
Petrochemical Feedstocksp. 303
Aromatics Productionp. 303
Unsaturate Productionp. 313
Saturated Paraffinsp. 316
Notesp. 316
Additional Readingp. 317
Additives Production from Refinery Feedstocksp. 319
Use of Alcohols and Ethersp. 319
Ether Production Reactionsp. 321
Ether Production Processesp. 322
Yieldsp. 325
Costs for Ether Productionp. 325
Production of Isobutylenep. 325
Commercial Dehydrogenation Processesp. 327
Houdry's CATOFINp. 329
Phillips Petroleum's STARp. 329
UOP LLC's OLEFLEXp. 330
Snamprogetti/Yarsintez Processp. 330
Costs to Produce Isobutylene from Isobutanep. 330
International Union of Pure and Applied Chemists Nomenclaturep. 331
Notesp. 331
Cost Estimationp. 333
Rule-of-Thumb Estimatesp. 333
Cost-Curve Estimatesp. 333
Major Equipment Factor Estimatesp. 334
Definitive Estimatesp. 335
Summary Form for Cost Estimatesp. 335
Storage Facilitiesp. 335
Land and Storage Requirementsp. 336
Steam Systemsp. 337
Cooling Water Systemsp. 337
Other Utility Systemsp. 337
Application of Cost Estimation Techniquesp. 340
Problemsp. 353
Notesp. 354
Economic Evaluationp. 355
Definitionsp. 355
Return on Original Investmentp. 356
Payout Timep. 357
Discounted Cash Flow Rate of Returnp. 357
Case-Study Problem: Economic Evaluationp. 361
Case-Study Problem: Economic Solutionp. 365
Problemsp. 367
Notesp. 368
Appendicesp. 369
Definitions of Refining Termsp. 369
Physical Propertiesp. 387
U.S. Bureau of Mines Routine Analyses of Selected Crude Oilsp. 401
Economic Evaluation Example Problemp. 417
Notesp. 420
Photographsp. 421
Indexp. 437
Table of Contents provided by Syndetics. All Rights Reserved.

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