This timely book is the first to provide a comprehensive overview of all important aspects of this modern technology with the focus on the ‘green aspect’. The expert authors present everything from reactions without solvents to nanostructures for separation methods, from combinatorial chemistry on solid phase to dendrimers. The result is a ready reference packed full of valuable facts on the latest developments in the field – high-quality information otherwise widely spread throughout articles and reviews.
From the contents:
* Green chemistry for sustainable development
* New synthetic methodologies and the demand for adequate separation processes
* New developments in separation processes
* Future trends and needs
It is a ‘must-have’ for every researcher in the field.
Mục lục
GREEN CHEMISTRY FOR SUSTAINABLE DEVELOPMENT
Green Chemistry and Environmentally Friendly Technologies
Sustainable Development and Regulation
NEW SYNTHETIC METHODOLOGIES AND THE DEMAND FOR ADEQUATE SEPARATION PROCESSES
Microreactor Technology for Organic Synthesis
Solventless Reactions (SLR)
Combinatorial Chemistry on Solid Phase
NEW DEVELOPMENTS IN SEPARATION PROCESSES
Overview of ‘Green’ Separation Processes
Distillation
Green Enantiomeric Separations by Inclusion Complexation
Chromatography: A Non-analytical View
Fluid Extraction
Supercritical Fluids
Fluorinated Solvents
Ionic Liquids: Structure, Properties and Major Applications in Extraction/Reaction Technology
Pressure-driven Membrane Processes
Vapour Permeation and Pervaporation
Functionalized Magnetic Particles
Dendrimers
Separations using Superheated Water
Giới thiệu về tác giả
C. Afonso is Professor at the Department of Chemical Engineering in Lisbon, Portugal. His research interests are the development of more environment friendly synthetic organic methodologies, asymmetric catalysis and ionic liquids.
J. Crespo is Professor at the Department of Chemistry, FCT-Universidade Nova de Lisboa, Portugal and is interested in the development of selective membrane bioreactors and the study of membrane processes for separation of biological products from dilute streams.
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