Part 1. Alkylation and Polymerization --
Chapter 1. Phillips OCTGAIN™ Technology for Isooctane Production --
Chapter 2. STRATCO® Alkylation Process --
Chapter 3. Alkylene™ Process for Motor Fuel Alkylate Gasoline --
Chapter 4. UOP HF Alkylation Technology --
Chapter 5. Linear Alkylbenzene (LAB) Manufacture --
Chapter 6. O-Mix® Process for Cumene Production --
Chapter 7. Cumene/Phenol-Derived Acetone Process --
Part 2. Base Aromatics Production Processes --
Chapter 8. Aromatic Complexes --
Chapter 9. Sulfolane Process --
Chapter 10. Thermal Hydrodealkylation (THDA) Process --
Chapter 11. Tatoray Process --
Chapter 12. Isomar Process --
Chapter 13. Parex Process --
Chapter 14. Aromizing Process --
Part 3. Catalytic Cracking --
Chapter 15. RCC Fluid Catalytic Cracking Process --
Chapter 16. Deep Catalytic Cracking Process --
Chapter 17. Fluid Catalytic Cracking Process --
Chapter 18. Stone & Webster–Institut Français du Pétrole FCC Process --
Part 4. Catalytic Reforming --
Chapter 19. Platforming Process --
Part 5. Dehydrogenation --
Chapter 20. Oleflex Process for Light Olefin Production --
Chapter 21. Pacol Dehydrogenation Process --
Part 6. Hydrogen Production --
Chapter 22. Hydrogen Production --
Part 7. Hydrocracking --
Chapter 23. Isocracking® Hydrocracking Process --
Chapter 24. Unicracking/Unionfining Process --
Part 8. Hydrotreating --
Chapter 25. Unionfining Process for Diesel Hydrotreating --
Chapter 26. Selective Hydrogenation Processes --
Chapter 27. Unifining Technology --
Chapter 28. RCD Unifining Process --
Chapter 29. Catalytic Dewaxing Process --
Chapter 30. Union Process for Saturation of Aromatics --
Chapter 31. Chevron Lummus Global Distillate Hydrocracking Process --
Part 9. Isomerization --
Chapter 32. Penex Process --
Chapter 33. Butamer Process --
Chapter 34. Par-Isom Process --
Chapter 35. TIP and Once-Through Zeolitic Isomerization Processes --
Chapter 36. Penex-Plus Process --
Part 10. Separation Processes --
Chapter 37. Separation Technology for Processing High-Olefins Feedstocks --
Chapter 38. MOFEX Process --
Chapter 39. Sorbex Family of Technologies --
Chapter 40. UDEX Liquid-Liquid Extraction Process --
Chapter 41. Udex Process --
Chapter 42. Recovery of Aromatics from Nonaqueous Solvents.

Handbook contains the latest technologies in the field of petroleum refining processes. Provides a detailed description and review of process chemistry and thermodynamics, product and by-product specifications, wastes, and emissions. Expanded to include 50% new material. Previous ed: c1997. DLC: Petroleum--Refining--Handbooks, manuals, etc.

Comprehensive reference handbook covering modern petroleum refining technologies and refinery process operations. The work discusses alkylation and polymerization, aromatic production processes, catalytic cracking, catalytic reforming, dehydrogenation, hydrogen production, hydrocracking, hydrotreating, isomerization, and separation technologies used in petroleum refineries. Detailed descriptions are provided for major commercial refining processes developed by UOP, Phillips, Chevron Lummus Global, Institut Français du Pétrole, STRATCO, Stone & Webster, and other leading licensors. Topics include gasoline production, aromatics recovery, hydrogen processing, diesel hydrotreating, catalytic dewaxing, hydrocracking, fluid catalytic cracking, solvent extraction, adsorption-based separations, and refinery process integration. Intended for chemical engineers, petroleum engineers, refinery professionals, researchers, and advanced students engaged in petroleum refining and process engineering.