Professor, Dr. Houzhang Tan
Fax: 0086 29 82668703
E-mail:tanhz@mail.xjtu.edu.cn
Major Area of Research Specialization：
Basic research and engineering application of clean coal utilization；
Efficient utilization of biomass；
Research on new technologies for energy saving and water saving；
Efficient utilization of biomass；
Research on new technologies for energy saving and water saving；
Design and energy-saving retrofit of burners/mills/fans in thermal power plants;
Experimental and Mechanism Study on Combustion Reaction Kinetics;
Solid waste treatment and resource utilization
Recent Research Project：
(1) High Temperature Catalytic Removal of HCN from Metal Oxides in Complex Atmosphere
(2) Mechanism study on the layer crystallization slagging during the high alkali coal combustion
(3) The Investigation on Formation Mechanism and Emission Factors of Fine Particles in Coal Combustion
(4) Energy saving and clean combustion technology for industrial boiler
(5) Study on the key technologies and applications for removing PM2.5 and Hg in power plant
(6) Study on the technologies for cement kiln with low emissions
(7) Research on Key Technologies of High-efficiency Burning of Controllable High Temperature Preheating withEnergy saving and clean combustion technology for Industrial boiler Ultra-low NOx Emission
(8) The formation mechanism and escape characteristics of PM2.5 rich in heavy metals including Ti, Fe, Ba in the process of coal combustion
(9) Research and engineering demonstration of key technologies for pollution control in the whole process of industrial kiln co-processing of urban solid waste
(10) Research on wall adhesion/rebound model of melting fine particles under typical polysulfate/chloride vapor
(11) Study on the thermophysical properties of Ionic liquid absorption refrigeration working fluid pair
(12) Dynamic measurement of free radical evolution and research on gas-solid product formation characteristics during coal flash pyrolysis
Research Funding:
Principal investigation of contracts and grants includes funding in research: 33 million￥ (5.1 million $), funding completed: 35 million￥ (5.4 million $), total funding about 65 million ￥ (10 million $)
Principal investigation of contracts and grants includes funding in research: 33 million￥ (5.1 million $), funding completed: 35 million￥ (5.4 million $), total funding about 65 million ￥ (10 million $)