Area of research
Biomedical Engineering · Materials Chemistry
Research interest
Research interests include Chemical looping combustion, Olivine, Pyrolysis, Non-blocking I/O, Oxygen, and Activation energy.
Catalytic Pyrolysis of Naomaohu Coal Using Combined CaO and Ni/Olivine Catalysts for Simultaneously Improving the Tar and Gas Quality
Chemical looping gasification characteristics of biomass pyrolysis volatiles with Cu/Ni/olivine oxygen carrier for hydrogen-rich gas
Chemical Looping Gasification Characteristics of Biomass Pyrolysis Volatiles with Cu/Ni/Olivine Oxygen Carrier for Hydrogen-Rich Gas
Chemical Looping Gasification Characteristics of Biomass Pyrolysis Volatiles with Cu/Ni/Olivine Oxygen Carrier for Hydrogen-Rich Gas
Effect of calcination temperature on the attrition and activity of CuO/NiO/olivine for producing syngas in biomass chemical looping gasification
Comparative Study of Biomass Chemical Looping Gasification Over Cuo and Nio Supported on Olivine Synthesized by Different Temperature
Chemical looping gasification of cotton stalk with Cu/Ni/olivine in a Micro-fluidized bed Reactor: Gaseous products distribution and kinetics
Catalytic Steam Reforming of Toluene as Model Tar Compound of Biomass Gasification over Cu/Ni/Olivine
Characteristics and kinetics of the gas releasing during oil shale pyrolysis in a micro fluidized bed reactor
Chemical Looping Gasification of Cotton Stalk with Cu/Ni/Olivine in a Micro-Fluidized Bed Reactor: Gaseous Products Distribution and Kinetics
Chemical looping gasification of cotton stalk with bimetallic Cu/Ni/olivine as oxygen carrier