Acknowledgement
声明
摘要
Abstract
Table of Contents
Chapter Ⅰ：General Introduction
1．2 Objectives of the research
1．3 Scope and limitation
1．4 Significance of the research and the thesis structure
1．5 An Overview of catalytic fast pyrolysis
1．6 Chapter conclusions
Chapter Ⅱ： Fast pyrolysis of different biomass and their Components：pyrolysis characteristics and kinetics
2．1 Introduction
2．2 Material and methods
2．2．2 Methods
2．3 Results and discussion
2．3．2 Thermal decomposition behavior of different biomass and its main components
2．3．3 Determination of pyrolysis kinetics parameters of ten different biomass materials
2．3．4 Kinetic analysis
2．4 Chapter conclusions
Chapter Ⅲ：Comparison of catalytic and non-catalytic pyrolysis of ten typical biomass materials to produce aromatics and olefins in a fluidized bed reactor
3．1 Introduction
3．2 Materials and methods
3．2．2 Experimental section
3．3 Results and discussion
3．3．2 Pyrolysis products distribution
3．3．3 Aromatics in liquid product
3．3．4 Aromatic hydrocarbons selectivities
3．3．5 Olefins in the gaseous product
3．3．6 Olefin compounds selectivities
3．4 Chapter conclusions
Chapter Ⅳ：Effect of inorganic matters in the biomass on the catalytic production of aromatics and olefins in the fluidized-bed reactor
4．1 Introduction
4．2 Materials and methods
2．3 ICP-analysis
2．4 SEM analysis
4．2．4 Products analysis
4．3 Results and discussion
4．3．2 Effect of temperature on biomass with inorganic matters
4．3．3 Effect of SGFR on biomass with inorganic matters
4．3．4 Effects of temperature on biomass without inorganic matters
4．3．5 Effects of SGFR on biomass without inorganic matters
4．3．6 Effect of inorganic matters on hydrocarbons yields and distribution
4．3．7 Hydrocarbons yields and selectivities at optimum conditions
4．4 Chapter conclusions
Chapter Ⅴ：Improving the hydrocarbon production via co-pyrolysis of bagasse with bio-plastic and dual-catalyst layout
5．1 Introduction
5．2 Materials and methods
5．2．1 Materials
5．2．2 Py-GC/MS experiments
5．3 Results and discussion
5．3．1 Effect of temperature on catalytic production of hydrocarbons from bagasse
5．3．2 Effect of co-feeding ratio on hydrocarbons production using single zeolite catalyst
5．3．3 Effect of type of the catalyst and feed-to-catalyst ratio on hydrocarbons production
5．3．4 Effect of single and dual-catalysts layout on CFP hydrocarbons products from bagasse
5．4 Chapter conclusions
Chapter Ⅵ：General conclusions and recommendations
6．2 Recommendations for future work
Author’s resume
List of references
Publications
