Handbook of Petrochemicals Production Processes, Second Edition / &cRobert A. Meyers.

A complete guide to petrochemicals production processes?fully revised to cover the latest advances. Get all the information you need on petrochemical processes for major organic chemicals inside this industry-standard one-stop reference. Prepared by leading petrochemicals licensing firms, Handbook o...

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Detalles Bibliográficos
Clasificación:Libro Electrónico
Autor principal: Meyers, Robert A., 1936- (Autor)
Formato: Electrónico eBook
Idioma:Inglés
Publicado: New York, N.Y. : McGraw-Hill Education, [2019].
Edición:2nd edition.
Temas:
Petroleum chemicals > Handbooks, manuals, etc.
Petroleum chemicals.
Electronic books.
Acceso en línea:Texto completo
Tabla de Contenidos:
  • A. CONTRIBUTORS
  • B. PREFACE
  • C. LICENSING CONTACTS
  • A. PART 1: INTERMEDIATES
  • 1. CHAPTER 1.1: BADGER CUMENE TECHNOLOGY
  • 2. CHAPTER 1.2: BADGER ETHYLBENZENE TECHNOLOGY
  • 3. CHAPTER 1.3: BP PARA-XYLENE PROCESS
  • 4. CHAPTER 1.4: ISOMALK-3 (n-BUTANE ISOMERIZATION)
  • 5. CHAPTER 1.5: CrystPX?: MODERN CRYSTALLIZATION TECHNOLOGY FOR PARA-XYLENE PRODUCTION
  • 6. CHAPTER 1.6: EB-X: A PROCESS FOR ETHYLBENZENE SEPARATION AND XYLENES UPGRADE
  • 7. CHAPTER 1.7: GT-BTX PluS?: AROMATICS AND SULFUR EXTRACTION FROM
  • 8. CHAPTER 1.8: GT-BTX? AROMATICS EXTRACTION PROCESS
  • 9. CHAPTER 1.9: GT-DWC? APPLICATIONS
  • 10. CHAPTER 1.10: GT-HDS? PROCESS FOR C8/C9 PYGAS COMPONENTS
  • 11. CHAPTER 1.11: GT-TolAlk?: TOLUENE METHYLATION TO XYLENES
  • 12. CHAPTER 1.12: LUMMUS/UOP LIQUID-PHASE EBONE PROCESS AND MIXED-PHASE CDTECH EB? PROCESS
  • 13. CHAPTER 1.13: LURGI DISTAPEX EXTRACTIVE DISTILLATION PROCESS
  • 14. CHAPTER 1.14: MaxEne? PROCESS
  • 15. CHAPTER 1.15: UOP PAREX? PROCESS
  • B. PART 2: OLEFINS
  • 16. CHAPTER 2.1: LURGI MEGAMETHANOL? TECHNOLOGY
  • 17. CHAPTER 2.2: AXENS ON-PURPOSE 1-BUTENE AND 1-HEXENE PRODUCTION TECHNOLOGIES
  • 18. CHAPTER 2.3: BASF SELECTIVE AND FULL HYDROGENATION TECHNOLOGY SELOP?
  • 19. CHAPTER 2.4: LUMMUS ETHYLENE PROCESS
  • 20. CHAPTER 2.5: OLEFINS CONVERSION TECHNOLOGY
  • 21. CHAPTER 2.6: LUMMUS METHANOL TO OLEFINS RECOVERY AND OLEFIN INTERCONVERSION
  • 22. CHAPTER 2.7: INDMAX FCC: ADVANCED FLUID CATALYTIC CRACKING TECHNOLOGY FOR PRODUCING PETROCHEMICALS
  • 23. CHAPTER 2.8: UOP OLEFLEX PROCESS FOR LIGHT OLEFIN PRODUCTION
  • 24. CHAPTER 2.9: UOP PACOL? DEHYDROGENATION PROCESS
  • C. PART 3: DIOLEFINS
  • 25. CHAPTER 3.1: BASF BUTADIENE EXTRACTION TECHNOLOGY
  • 26. CHAPTER 3.2: C5 SEPARATION WITH GT-C5SM AND GT-ISOPRENESM
  • 27. CHAPTER 3.3: LIGHT OLEFINS/DIOLEFINS PRODUCTION VIA LUMMUS'S CATOFIN?/CATADIENE? PROCESSES
  • 28. CHAPTER 3.4:
  • BASF BUTADIENE EXTRACTION TECHNOLOGY (LICENSED BY LUMMUS TECHNOLOGY)
  • 29. CHAPTER 3.5: TPC/UOP OXO-D? PROCESS
  • 30. CHAPTER 3.6: BASF BUTADIENE EXTRACTION PROCESS LICENSED BY AIR LIQUIDE
  • D. PART 4: ALCOHOLS AND MONOMERS
  • 31. CHAPTER 4.1: BADGER BISPHENOL A TECHNOLOGY
  • 32. CHAPTER 4.2: THE DAVY BUTANEDIOL (BDO) PROCESS FROM JOHNSON MATTHEY
  • 33. CHAPTER 4.3: THE DAVY METHANOL PROCESS FROM JOHNSON MATTHEY
  • 34. CHAPTER 4.4: G2PG: GLYCERIN TO PROPYLENE GLYCOL (1,2-PROPANEDIOL)?EXTENDING OLEOCHEMISTRY INTO PETROCHEMISTRY
  • 35. CHAPTER 4.5: GT-ProGSM: GLYCERIN TO PROPYLENE GLYCOL PROCESS
  • 36. CHAPTER 4.6: PROPYLENE FROM ANY CARBON-BASED FEEDSTOCK?THE LURGI MTP? TECHNOLOGY FROM AIR LIQUIDE
  • 37. CHAPTER 4.7: UOP PHENOL 3G PROCESS
  • 38. CHAPTER 4.8: VERSALIS/LUMMUS CUMENE AND PHENOL TECHNOLOGY
  • E. PART 5: ACID, ESTER, AND AROMATIC MONOMERS
  • 39. CHAPTER 5.1: BADGER STYRENE TECHNOLOGY
  • 40. CHAPTER 5.2: GT-STYRENE?: RECOVERING STYRENE BY EXTRACTIVE DISTILLATION
  • 41. CHAPTER 5.3: LUMMUS/UOP "CLASSIC" STYRENE TECHNOLOGY AND LUMMUS/UOP SMARTSM STYRENE TECHNOLOGY
  • 42. CHAPTER 5.4: LURGI/NIPPON KAYAKU ACRYLIC ACID PROCESS
  • 43. CHAPTER 5.5: SYNTHOMER/LURGI ACRYLATE PROCESSES
  • 44. CHAPTER 5.6: VERSALIS DIMETHYL CARBONATE AND DIPHENYL CARBONATE PRODUCTION TECHNOLOGIES LICENSED BY LUMMUS TECHNOLOGY
  • F. PART 6: VINYL CHLORIDE MONOMERS
  • 45. CHAPTER 6.1: THE DAVY VINYL CHLORIDE MONOMER (VCM) PROCESS FROM JOHNSON MATTHEY
  • G. PART 7: POLYMERS
  • 46. CHAPTER 7.1: BORSTAR LLDPE, MDPE, AND HDPE TECHNOLOGY
  • 47. CHAPTER 7.2: BORSTAR POLYPROPYLENE TECHNOLOGY
  • 48. CHAPTER 7.3: MCDERMOTT'S LUMMUS NOVOLEN? TECHNOLOGY GAS-PHASE POLYPROPYLENE PROCESS
  • 49. CHAPTER 7.4: NOVA CHEMICALS SCLAIRTECH? LLDPE/HDPE SWING TECHNOLOGY
  • 50. CHAPTER 7.5: TECHNIPFMC/TOTAL POLYSTYRENE TECHNOLOGY
  • 51. CHAPTER 7.6: TECHNIPFMC/SABIC MASS AND EMULSION ABS TECHNOLOGY
  • 52. CHAPTER 7.7: UNIPOL? POLYPROPYLENE PROCESS TECHNOLOGY
  • 53. CHAPTER 7.8: UOP SINCO SOLID-STATE POLYMERIZATION PROCESS
  • 54. CHAPTER 7.9: SABIC HIGH-PRESSURE PROCESS FOR LDPE?CTR? TECHNOLOGY
  • H. PART 8: METHYLAMINES, FORMALDEHYDE, AND DIMETHYL ETHER
  • 55. CHAPTER 8.1: THE DAVY DIMETHYL ETHER (DME) PROCESS FROM JOHNSON MATTHEY
  • 56. CHAPTER 8.2: THE DAVY METHYLAMINES PROCESS FROM JOHNSON MATTHEY
  • 57. CHAPTER 8.3: THE FORMOX FORMALDEHYDE PROCESS FROM JOHNSON MATTHEY
  • I. GLOSSARY AND ABBREVIATIONS.

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