Green Chemistry Using Liquid and Supercritical Carbon Dioxide

Hardcover | March 4, 2004

EditorJoseph M. DeSimone, William Tumas

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Chemists have been researching the potential of liquid and supercritical carbon dioxide for environmentally safe applications. This edited volume will cover the various applications of using these forms of carbon dioxide. The three main areas of focus are catalysis and chemical synthesis inCO2, polymers in CO2, and industrial processes and applications utilizing CO2. The book is aimed at researchers in academia and industry, and the contributors are all experts in the field.

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Chemists have been researching the potential of liquid and supercritical carbon dioxide for environmentally safe applications. This edited volume will cover the various applications of using these forms of carbon dioxide. The three main areas of focus are catalysis and chemical synthesis inCO2, polymers in CO2, and industrial processes...

Joseph M. DeSimone is at University of North Carolina, Chapel Hill. William Tumas is at Los Alamos National Laboratory.

other books by Joseph M. DeSimone

Format:HardcoverDimensions:288 pages, 6.18 × 9.21 × 0.79 inPublished:March 4, 2004Publisher:Oxford University PressLanguage:English

The following ISBNs are associated with this title:

ISBN - 10:0195154835

ISBN - 13:9780195154832

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Table of Contents

J. Young, J. DeSimone, and W. Tumas: IntroductionPart I: Catalysis and Chemical Synthesis in CO21. L. A. Blanchard et al.: Phase behavior and its effects on reactions in liquid and supercritical CO22. T. Ikariya et al.: Advances in homogeneous, heterogeneous and biphasic metal catalyzed reactions in dense phase carbon dioxide3. T. Ikariya and R. Noyori: CO2 as a reactant and solvent in catalysis4. J. M. Tanko: Free radical chemistry in supercritical CO25. W. Leitner: Fluorous phases and compressed carbon dioxide as alternative solvents for chemical synthesis: a comparison6. R. L. Rodney and A. J. Russell: Enzyme chemistry in carbon dioxidePart II: Polymers in CO27. M. McHugh: Solubility of polymers in CO28. K. Johnston et al.: Interfacial phenomena with CO2-soluble surfactants9. J. Young and J. DeSimone: Synthesis and characterization of polymers: From polymeric micelles to step growth polymerizations10. E. Kung, A. J. Lesser, and T. J. McCarthy: Preparation and studies of polymer/polymer composites prepared using supercritical carbon dioxide11. C. W. Manke and E. Gulari: Rheological properties of polymers modified with CO2Part III: Industrial Processes and Applications Utilizing CO212. Y. Chernyak et al.: Coatings from liquid and supercritical CO213. G. Stewart: Dry cleaning with liquid CO214. T. Tacke, S. Wieland, and P. Panster: Selective and complete hydrogenation of vegetable oils and free fatty acids in supercritical fluids15. C. Taylor, J. Rubin, and B. Carey: Supercritical CO2 enhancement of cemented materials