In recent years, advanced biomass gasification technology, bio-oil upgrading technology, biorefinery and nanocellulose extraction and application technology were developed in our group. In this report, I will introduce how to design an efficient biomass gasification process, how to design a catalyst with high activity, long-term stability and high selectivity for bio-oil upgrading, and how to extract nanocellulose from biomass using an environmental-friendly way and its potential application in various fields. By the way, I would like to introduce another research theme on hydrogen production by using water splitting in our lab.
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Advanced Biomass Utilization and Hydrogen Energy
本站小编 Free考研考试/2020-04-08
Abstract:
In recent years, advanced biomass gasification technology, bio-oil upgrading technology, biorefinery and nanocellulose extraction and application technology were developed in our group. In this report, I will introduce how to design an efficient biomass gasification process, how to design a catalyst with high activity, long-term stability and high selectivity for bio-oil upgrading, and how to extract nanocellulose from biomass using an environmental-friendly way and its potential application in various fields. By the way, I would like to introduce another research theme on hydrogen production by using water splitting in our lab.
In recent years, advanced biomass gasification technology, bio-oil upgrading technology, biorefinery and nanocellulose extraction and application technology were developed in our group. In this report, I will introduce how to design an efficient biomass gasification process, how to design a catalyst with high activity, long-term stability and high selectivity for bio-oil upgrading, and how to extract nanocellulose from biomass using an environmental-friendly way and its potential application in various fields. By the way, I would like to introduce another research theme on hydrogen production by using water splitting in our lab.