Green Chemical Syntheses and ProcessesAmerican Chemical Society, 2000 - 353 pages There have been a number of recent advances in the area of green chemistry. This book contains some of the notable breakthroughs that have marked this science that is designed to reduce or eliminate the use and generation of hazardous substances. It addresses how recent advances in biocatalysis and biosynthesis can be used to make traditional chemical transformations more environmentally benign or, alternately, how it is inventing and discovering new chemical transformations that are intrinsically less hazardous. The new uses of known solvent systems as well as the exploration of new solvent systems is discussed in the context of its benefits both in terms of efficiency and environmental benefit. The area of designing safer chemicals provides some recent examples of how molecules as diverse as pesticides and dyes can be made more environmentally benign. This volume is part of a two-volume set devoted to promoting the concept of green chemistry. Each of these volumes will facilitate more widespread adoptions of these techniques by governments and chemical industry and lead to a greater overall understanding of green chemistry. |
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Page 2
... Perspectives " . This conference emphasized the fact that the science and engineering that are the topic of the conference ... perspective can be achieved through the practice of green chemistry and engineering . Each year an organizing ...
... Perspectives " . This conference emphasized the fact that the science and engineering that are the topic of the conference ... perspective can be achieved through the practice of green chemistry and engineering . Each year an organizing ...
Page 157
... Perspective In this paper , we reviewed our strategies used to genetically engineer the Saccharomyces yeasts , resulting in the development of innovative technology that can successfully transform most , if not all , the Saccharomyces ...
... Perspective In this paper , we reviewed our strategies used to genetically engineer the Saccharomyces yeasts , resulting in the development of innovative technology that can successfully transform most , if not all , the Saccharomyces ...
Page 339
... perspective , 157 , 159 growth using glucose and xylose as sole carbon source , 151t ideal for industrial production ... perspectives , conference theme , 2 Glucose design and development of ideal yeast for cofermentation with xylose to ...
... perspective , 157 , 159 growth using glucose and xylose as sole carbon source , 151t ideal for industrial production ... perspectives , conference theme , 2 Glucose design and development of ideal yeast for cofermentation with xylose to ...
Contents
A Novel Caterpillar Control Agent with Unusually High | 8 |
Colorants in Green Chemistry | 18 |
ChromeFree SingleStep InSitu Phosphatizing Coatings | 43 |
Copyright | |
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2000 American Chemical 5CVAM acid alcohol aldehydes alkane alkyd allyl alumina American Chemical Society Anastas aqueous azeotropes BaZSM-5 benzaldehyde biomass Brønsted acid cage effect carbon carbonyl catalyst catalyzed cells Chem chemical synthesis chlorination cleaning CO₂ CO₂Me coating compounds conversion density desaturase Diels-Alder reactions dioxide dyes engineered environmental impact environmentally benign ethanol Figure free radical glucose and xylose Green Chemistry green solvents H₂O hydrocarbons hydrogen industry insect irradiation ISPC ketones ligands liquid metal methyl MIBK microwave molecular OH OH OH oxidation oxygen pathways phase pheromone photocatalytic polymer potential pressure properties putida ratio reaction reactivity reagents recombinant reduction replacement solvent Research Saccharomyces yeasts SC-CO₂ Scheme selectivity semiconductor soluble solution solvent solvent-free species substrate supercritical fluids surface synthetic Table tebufenozide temperature Tetrahedron Lett toluene toxicity Varma vinasse viscosity VMS fluids xylose yields zeolite ОН