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9783527347841

Industrial Arene Chemistry Markets, Technologies, Sustainable Processes and Cases Studies of Aromatic Commodities, 4 Volume Set

by Mortier, Jacques
  • ISBN13:

    9783527347841

  • ISBN10:

    3527347844

  • eBook ISBN(s):

    9783527827985

  • Edition: 1st
  • Format: Hardcover
  • Copyright: 2023-03-13
  • Publisher: Wiley-VCH
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Summary

Industrial Arene Chemistry

Explore the wide array of uses for aromatic hydrocarbons in this comprehensive reference

Aromatics are a class of compounds—normally but not exclusively organic—which tend to be produced as by-products of various industrial processes. Their importance as petrochemical materials in themselves, along with the range of inter-relations between different aromatic chemicals, creates a complex and opportunity-filled market for aromatics.

Industrial Arene Chemistry provides a thorough look at the conventional techniques required to use and produce these aromatic hydrocarbons. Beginning with an overview of the global aromatic market—including, but not limited to, manufacturers, markets of BTX, and downstream functional aromatics, aromatics derived from renewable sources, and economic forecasts—the book will also explore the impact shifting environmental factors will have on the future of aromatic chemistry. The text further explores BTX production processes differentiated according to the raw materials used. Importantly, this will establish the importance and growth of the biobased chemical industry.

Industrial Arene Chemistry readers will also find:

  • Case studies that describe major elements of specific technologies prototyped by contributors/companies as part of ongoing market development efforts
  • Process chapters that include summaries of the conventional techniques and a more detailed discussion of recent high-impact studies
  • Recent advances in conventional aromatic reactions, including alkylation, acylation and carboxylation, hydrogenation/reduction, oxidation, nitration/amination, sulfonation, and halogenation

Industrial Arene Chemistry is a useful reference for chemists and chemical engineers who work with aromatics.

Author Biography

Jacques Mortier, PhD, is Professor of Organic Chemistry at the Université du Maine in Le Mans, France. He also has extensive experience as a consultant for the chemical industry. He completed his PhD in mechanistic organic chemistry at the Université Rennes-I in 1987 and was recognized for his research expertise as a member of the University Insitute of France in 1998.

Table of Contents

Part 1 -
Markets and Business of Aromatic Commodities
Chapter 1 The Fossil-based BTX Market
Chapter 2 The Downstream Functional Aromatics Market
Chapter 3 The Biobased Aromatics Economy
Chapter 4 The Impact of Environmental Factors on the Future of the Aromatic Chemistry Economy

Part 2 -
BTX, Naphthalene and Higher Aromatics from Fossil-based Sources
Chapter 5 PROCESS 1. BTX from Petroleum Refining Processes
Chapter 6 PROCESS 2. BTX from Light Hydrocarbons
Chapter 7 PROCESS 3. BTX from Coal
Chapter 8 PROCESS 4. Naphthalene and Higher Aromatic Hydrocarbons
Chapter 9 PROCESS 5. Aromatics Separation
Chapter 10 CASE STUDY 1. Methanol-to-Aromatic Compounds (MTA) Process
Chapter 11 CASE STUDY 2. Carbon Dioxide for Aromatics Production

Part 3 -
The Chemistry of Downstream Functional Aromatics
Part 3.1 -
Alkylation
Chapter 12 PROCESS 6. Homogeneous Friedel-Crafts Alkylation
Chapter 13 PROCESS 7. Heterogeneous Friedel-Crafts Alkylation
Chapter 14 CASE STUDY 3. Dow Ethane-Benzene to Styrene Monomer process (or Exelus Styrene Monomer (ExSyM) process)
Chapter 15 CASE STUDY 4. Cumene Chemistry at INEOS Phenol GmbH/ExxonMobil
Part 3.2 -
Acylation and Carboxylation
Chapter 16 PROCESS 8. Friedel-Crafts Acylation and Formylation
Chapter 17 PROCESS 9. Phosgenation
Chapter 18 PROCESS 10. Carboxylation
Chapter 19 CASE STUDY 5. Vanillin Chemistry at Solvay
Chapter 20 CASE STUDY 6. Aspirin and Paracetamol Chemistry
Part 3.3 -
Hydrogenation/Reduction
Chapter 21 PROCESS 11. Homogeneous Catalytic Hydrogenation/Aromatics Reduction
Chapter 22 PROCESS 12. Heterogeneous Catalytic Hydrogenation/Aromatics Reduction
Chapter 23 PROCESS 13. Partial Hydrogenation of Aromatics/Dearomatization
Chapter 24 PROCESS 14. Electrochemical Reduction/Electroreduction
Chapter 25 CASE STUDY 7. Cyclohexane Chemistry at Axens/BASF
Chapter 26 CASE STUDY 8. Storage of Hydrogen in Reversible Aromatic Organic Liquids
Part 3.4 -
Oxidation
Chapter 27 PROCESS 15. Homogeneous Catalytic Oxidation
Chapter 28 PROCESS 16. Heterogeneous Catalytic Oxidation
Chapter 29 PROCESS 17. Electrochemical Oxidation/Electrooxidation
Chapter 30 CASE STUDY 9. Phenol Chemistry at INEOS Phenol GmbH/Honeywell UOP
Chapter 31 CASE STUDY 10. Benzoic Acid, Benzaldehyde and Benzyl Alcohol Chemistry at Emerald Kalama Chemical/DSM
Chapter 32 CASE STUDY 11. Aromatics Oxidations at BASF
Part 3.5 -
Nitration/Amination
Chapter 33 PROCESS 18. Nitration and Nitroaromatics
Chapter 34 PROCESS 19. Nitroaromatic Reduction Reactions
Chapter 35 CASE STUDY 12. Aniline Chemistry at Covestro/SABIC/BASF
Chapter 36 PROCESS 20. Chemistry of Aryl Diazonium, Diazo, and Hydrazine Compounds
Part 3.6 -
Sulfonation
Chapter 37 PROCESS 21. Sulfonation
Chapter 38 CASE STUDY 13. Alkylbenzenesulfonate Salts at Desmet Ballestra
Part 3.7 -
Halogenation
Chapter 39 PROCESS 22. Fluoroaromatics
Chapter 40 PROCESS 23. Chloroaromatics
Chapter 41 PROCESS 24. Bromo- and Iodoaromatics

Part 4 -
Biobased Aromatics in Biorefineries
Chapter 42 PROCESS 25. Biobased Aromatics from Lignin/Lignocellulose Biomass
Chapter 43 PROCESS 26. Biobased Aromatics from Carbohydrates
Chapter 44 PROCESS 27. Biobased Aromatics from Lipids and Fatty Acids
Chapter 45 PROCESS 28. Biotechnological Production of Aromatics from Fossil-based Resources
Chapter 46 PROCESS 29. Fermentation/Biodegradation of the Biomass
Chapter 47 CASE STUDY 14. The Anellotech Process
Chapter 48 CASE STUDY 15. The Biorefineries of Borregaard (Norway) OR an Overview of the Technologies
Chapter 49 CASE STUDY 16. Biobased p-Xylene (pX), the Gevo Process
Chapter 50 CASE STUDY 17. BioBTX and Artificial Intelligence
Chapter 51 CASE STUDY 18. Biobased Phenols
Chapter 52 CASE STUDY 19. Biobased Aniline

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