Table of Content: Chapter 1 Introduction: research, definition, latest development Chapter 2 Theoretical background for green chemistry 2.1 Prevent pollutions before they happen 2.2 Molecular economics 2.3 Green chemistry synthesis 2.4 Environmental friendly chemicals 2.5 Environmental friendly solvents and auxiliary chemicals 2.6 Energy saving 2.7 Synthesis with renewable resources 2.8 Derivatization reduction 2.9 Catalysis 2.10 Degradable chemicals 2.11 Field study for pollutions 2.12 Workflow for incident Excises References Chapter 3 Green chemistry in inorganic chemistry 3.1 Hydrothermal synthesis 3.2 Sol-gel method 3.3 Local chemical reaction 3.4 Low heating solid state reaction 3.5 Rheological phase reaction 3.6 Precursor route 3.7 Flux melting technique 3.8 Chemical Vapor Deposition 3.9 Polymer template method Excises References Chapter 4 Green synthesis 4.1 High efficiency catalysis in organic synthesis 4.2 bio catalysis in organic synthesis 4.3 Asymmetric Catalysis synthesis 4.4 Fluorous biphase system in organic synthesis 4.5 Phase transfer catalyst 4.6 Combinatorial chemical synthesis 4.7 Electro-organic synthesis Excises References Chapter 5 Polymer in green chemistry 5.1 Polymerization with water as dispersion medium 5.2 Polymerization in ionic liquid 5.3 Polymerization in supercritical fluid 5.4 Low VOC residue in water-borne polyurethane synthesis 5.5 Radiation crosslinking 5.6 Plasma polymerization 5.7 Enzyme - Catalyzed polymerization Excises References Chapter 6 Green technologies in fine chemical industry 6.1 Green technologies in pharmaceutical industry 6.2 Green technologies in pesticide production 6.3 Green technologies in function materials 6.4 Green technologies in electrochemistry Excises References Chapter 7 Green technologies in intermediate product synthesis 7.1 Introduction 7.2 Green synthesis for important intermediates 7.3 Green synthesis for typical products Chapter 8 Use CO2 as resources and cut down emission 8.1 Global CO2 emission 8.2 CO2 separation and fixation 8.3 CO2 conversion 8.4 Using CO2 as recourse and case studies 8.5 Reduce emission for CO2 Excises References Chapter 9 Biomass utilization 9.1 Introduction 9.2 Biomass classification and analytical methods 9.3 Biomass conversion 9.4 Biomass separation and processes 9.5 Biomass in chemical industry - use biomass to produce different kinds of chemicals 9.6 Natural lipid conversion Excises References Chapter 10 Green chemistry and technologies in marine resources utilization 10.1 Marine resources and development 10.2 Extract food addictives from marine resources 10.3 Extract drugs from marine resources 10.4 Extract trace element from marine resources 10.5 Convert sea water to fresh water 10.6 Marine resources exploration Excises References Chapter 11 Green chemistry and technologies in energy industry 11.1 Green chemical technologies in fossil fuel 11.2 Biofuel 11.3 Renewable resources 11.4 Renewable resources and sustainable development Excises References Chapter 12 Recycling economy and eco-industrial park 12.1 Theoretical foundations for eco-industrial park 12.2 Recycling economy 12.3 Eco-industrial park 12.4 Eco-industrial park and social development Excises References Chapter 13 Enhancement technologies in chemical processes 13.1 An overview 13.2 Multifunctional reaction technique 13.3 Separation-coupling technologies 13.4 Microchemical technology 13.5 Hydrodynamic cavitation 13.6 High gravity technology 13.7 Supercritical fluid technology 13.8 Pulse combustion drying technology 13.9 Enhancement technologies based on energy field 13.10 Enhancement equipment Excises References Chapter 14 Green chemistry evaluation 14.1 Evaluation principles 14.2 Life cycle evaluation 14.3 Evaluation in green chemical engineering 14.4 Industrialization of green chemistry technologies Excises References sakriti opis