Technologies for Biochemical Conversion of Biomass

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内容简介

本书回顾了近30年来这些技术的发展，包括燃烧、碳化、气化、热分解和水热液化技术的使用；介绍了每种策略的基本原理和工业应用，确定了每种生物质生化转化技术平台的关键问题，并介绍了最新的研究进展。

目录

1 Introduction

1.1 The Concept of Biomass

1.2 Biomass Conversion Methods

2 Pandect of Practice Unitand Process Engineering of Biomass Biochemical Conversion

2.1 Characteristics of Biomass Materials

2.2 Unit Operations of Biochemical Conversion Technologies of Biomass

2.3 Process Engineering of Biochemical Conversion of Biomass and its Integration 

3 Pretreatment Strategies for Biochemical Conversion of Biomass

3.1 Biomass Recalcitrance for Biochemical Conversion

3.2 Biomass Pretreatment Platform of Biochemical Conversion—Overview

3.3 Pretreatment Mechanism and Application of Biomass Biochemical Conversion

3.4 Pretreatment Fractionation Technology for Biomass Biochemical Conversion

3.5 Features of Biomass Biochemical Fractionation Conversion Pretreatment Technology

3.6 Evaluation of Biomass Biochemical Fractionation Conversion Pretreatment Technology

4 Enzymatic Hydrolysis of Pretreated Biomass

4.1 Reviews on the Enzymes Participating in the Biomass Degradation Process

4.2 The Set up of Biomass Invertase Platform

4.3 Enzymes Conversion Platform for Biomas

4.4 Enzyme Economic Costs

5 Microbial Cell Refining for Biomass Conversion

5.1 Biorefinery

5.2 Cell Refining

5.3 Totipotent Cell Function: Artificial Cell

5.4 Intercellular Synergy

5.5 Construction of a Cell Refining Factory

6 Sugar Strategies for Biomass Biochemical Conversion

6.1 Totipotency of Glucose

6.2 The Preparation of Xylose

6.3 The Preparation of Glucose

6.4 Preparation of Xylose

6.5 Pathway Mechanisms of Inhibitor and Solutions

6.6 Economic Analysis of Sugar Platform Compounds in the Biochemical Conversion of Biomass

7 Microbial Fermentation Strategies for Biomass Conversion

7.1 Simultaneous Saccharification and Fermentation

7.2 Advantages of and Breakthrough in the Simultaneous Saccharification and Cofermentation Process

7.3 Consolidated Biomass Processing

7.4 Coculture Fermentation

7.5 Advantages of Solid-State Fermentation

7.6 Economic Analysis of the High-Solids Biomass Conversion Process 

8 Posttreatment Strategies for Biomass Conversion

8.1 Principles of Posttreatment for Biomass Biochemical Transformation

8.2 Operation Units of Posttreatment for Biomass Biochemical Transformation

8.3 Integration of Posttreatments for Biomass Biochemical Transformation

8.4 Example of Posttreatment for Biochemical Product,2,3-Butanediol

8.5 Technical and Economic Analysis of Posttreatment for Biomass Biochemical Transformation

9 Coproducts Generated from Biomass Conversion Processes

9.1 Characters of Raw Materials and the Necessity of the Polygeneration Mode

9.2 The Breakthrough of Key Polygeneration Bonding Techniques

9.3 Cleaner Production and Polygeneration

9.4 Eco-Industry and Polygeneration

9.5 Circular Economy and Polygeneration

9.6 Low Carbon Economy and Biological Products

9.7 The Economic Analysis of Polygeneration of Biomass Biochemical Transformation