張龍、貢長生、代斌主編的《綠色化學與技術(英
文版)》以綠色化學原理為主線，突出理論創新、知識
創新和技術創新。同時，突破一般綠色化學教材體繫
的框框，在教材中編寫了“過程強化技術集成”、“
綠色化學化工過程的評估”和“循環經濟和生態工業
園”，以充分體現綠色化學的內涵和外延，展示綠色
化學化工的輝煌前景。

1 Introduction,
1.1 Rise and Development of Green Chemistry
1.1.1 The Crisis of the Ecological Environment Calling for Green Chemistry
1.1.2 Promotion of Green Chemistry by Propagation of Environment Protection and Regulations
1.1.3 The Development of Chemical Industry Declaring Green Chemistry
1.1.4 Sustainable Development Promoting the Green Chemistry
1.1.5 Green Chemistry and Technology is Becoming the Hotspot of Various Governments and Academia
1.2 The Contents and Characteristics of Green Chemistry
1.2.1 The Meaning of Green Chemistry
1.2.2 Research Contents of Green Chemistry
1.2.3 The Characteristics of Green Chemistry
1.3 The Developments of Green Chemistry in Domestic and at Abroad
1.3.1 The Developments of Green Chemistry at Abroad
1.3.2 Green Chemistry Research Receiving Much Attention in China
1.4 Green Chemistry is the Only Way for the Sustainable Development of Chemical Industry in China
1.4.1 Industrial Revolution Originated from Green Chemistry
1.4.2 Green Chemistry is the Preferential Mode for the Sustainable Development of Chinese Chemical Industry
1.4.3 Corresponding Solutions
Questions
References
2 Basic principles of green chemistry
2.1 Waste Prevention Instead of Remediation
2.2 Atom Economy
2.3 Less Hazardous Chemical Synthesis
2.4 Designing Safer Chemicals
2.5 Safer Solvents and Auxiliaries
2.6 Design for Energy Efficiency
2.7 Use of Renewable Feedstocks
2.8 Reduce Derivatives
2.9 Catalysis
2.10 Design for Degradation
2.11 Real-time Analysis for Pollution Prevention
2.12 Inherently Safer Chemlstry for Accident Prevention
References
3 Green technologies in Inorganic synthesis
3.1 Hydrothermat Synthesis
3.1.1 Introduction
3.1.2 Principle
3.1.3 Application Examples of Hydrothermal Synthesis
3.2 Sot-get Method
3.2.1 Introduction
3.2.2 Principle
3.2.3 Application of Sol-gel Method
3.3 Local Chemical Reaction Method
3.3.1 Dehydration
3.3.2 Intercalation
3.3.3 Ion Exchange Reaction
3.3.4 Isomorphous Substitution
3.3.5 Decomposition
3.3.6 Redox Reaction