"Written by engineers for engineers (with over 150 International Editorial Advisory Board members),this highly lauded resource provides up-to-the-minute information on the chemical processes, methods, practices, products, and standards in the chemical, and related, industries. "
"High acclaim from worldwide authoritative journals . . .an ambitious work indeed. . .a valuable addition to many college and industrial libraries. . . . . .highly recommend[ed]. . .to any student of the chemical process industries. . .provides a valuable starting point for any specific design-related project. "
". . .a useful and valuable addition to all technical, professional, and university library collections. "
". . .A wealth of information is presented on a number of processes, each keyword is followed by extensive bibliographies, unit operations are illustrated by practical problems, and case studies are presented of design exercises. "
---Chemistry & Industry
"A very attractive series of volumes. "
---The Cost Engineer
"Petroleum Fractions Properties, Stanley B. Adler and Kenneth R. Hall Petroleum Fractions Properties, Computer Program, Paul Huggins Petroleum Fractions Properties, Shortcut Methods: Part 1. Density and Pour Point, Adam Zanker Petroleum Fractions Properties, Shortcut Methods: Part 2. Density Reduction, Adam Zanker Petroleum Fractions Properties, Shortcut Methods: Part 3. Distillation Curves Conversions, Mohammad R. Riazi and Thomas E. Daubert Petroleum Fractions Properties, Shortcut Methods: Part 4. Flash Points, Adam Zanker Petroleum Fractions Properties, Shortcut Methods: Part 5. Flash and Pour Points, Mohammad R. Riazi and Thomas E. Daubert Petroleum Fractions Properties, Shortcut Methods: Part 6. Heat Capacity, Adam Zanker Petroleum Fractions Properties, Shortcut Methods: Part 7. Molecular Weight of Heavy Oil Fractions, Mohammad R. Riazi and Thomas E. Daubert Petroleum Fractions Properties, Shortcut Methods: Part 8. Surface Tension, Jose Vicente Gomez Petroleum Fractions Properties, Shortcut Methods: Part 9. Viscosity, Adam Zanker Petroleum Fractions Properties, Viscosity Blending, Paul Huggins Petroleum Processes, Catalyst Usage, Richard A. Corbett Petroleum Processes, Cost Indexes, Gerald L. Farrar Petroleum Processing, Harold H. Hoffman and John J. McKetta Petroleum Processing Economics, Catalysts, Mattheus M. van Kessel, R. H. van Dongen, and G. M. A. Chevalier Petroleum Production, Optimum Condensate Recovery, U. S. Enertek, Inc. Petroleum Products, Harold H. Hoffman Petroleum Products, Production Costs, Fabio Bernasconi Petroleum Products, Sulfur Content, C. M. McKinney Petroleum Refinery, Cogeneration Use, August D. Benz, Bruce D. Degen, and J. R. McKibbin Petroleum Refinery of the Future, D. B. Bartholic, A. M. Center, Brian R. Christian, and A. J. Suchanek Petroleum Refinery, Hazardous Waste Regulations, David Olschewsky and Alice Megna Petroleum Refinery Operation, Spreadsheet Use, James R. White Petroleum Refinery, Revamping for Flexibility, Brian R. Christian and Dwight F. Barger Petroleum Refinery Yields Improvement, Dale R. Simbeck and Frank E. Biasca Petroleum Refining Processes, United States Capacities, Debra A. Gwyn Petroleum Refining Processes, Worldwide Capacities, Debra A. Gwyn Petroleum, Source in Seawater, Charles B. Koons Petroleum Waste Toxicity, Prevention, Raymond C. Loehr Pharmaceutical Intermediates, Sourcing Strategies, Frederick G. Harrison Phenol, Peter R. Pujado and Stylianos Sifniades Phenolic Caustic Treatment, F. Berne and E. Cadron Phosphate Rock Calcination, Donald MacAskill and A. T. Nogueira Phosphate Rock Supply-Demand Relationships, William F. Stowasser Phosphoric Acid and Phosphates, David R. Gard Phosphoric Acid Plants, Alloy Selection, C. M. Schillmoller "