I.　Waste Thermal Treatment and Utilization

Combustion of Coal Water Mixture in Fluidized Beds Clean Incineration of Municipal Solid Waste (MSW) Incineration of Liquid Waste and Sludge Pyrolysis of Waste to Generate Clean Fuel Zero Dioxin Emission--Ash Melting Technology Bio-oil Generation Technology Gasification of Biomass and Waste

II.　Clean Combustion and Gasification

Nonlinear Programming-based Coal Blending Optimization and Catalyzed Combustion Novel Coal Water Slurry Combustion Novel Fluidized Bed Combustion Theory Furnace Temperature Field Measurement with Flame Image, NOx Forecast and Combustion Diagnosis Heat Transfer Enhancement and Waste Heat Recovery

III.　Multiphase Flow Theory and Computer Aided Test

Computer Aided Test to Solve the Wear and Slagging in Pulverized Coal-fired Boilers High Density Two Phase Flow Coherent Structure and Direct Numerical Simulation(DNS) Numerical Simulation Application in Engineering Nonlinear Theory Application in Energy Engineering

IV.　Energy and Environmental System Engineering

Flue Gas Desulfurization Theory and Technology Low NOx Emission of Pulverized Coal-fired Boilers Emission Control of Organic Pollutants (Dioxin etc.) in MSW Incineration Control of Greenhouse Gases Fine Particulate Matter Control Transportation and Control of Trace Organic and Inorganic Pollutants during Combustion Control of Fluorine in Waste and Coal Combustion Mercury Control in Combustion Multi-Pollutants Removal from Flue Gas Using a Corona Radical Shower System Energy Utilization of Biomass and CO2 Control

V.　Cogeneration and Comprehensive Utilization of Resources

Cogeneration of Heat, Electricity and Fuel Gas Comprehensive Utilization of Coal and Ash Cogeneration of Biomass and Waste New Concept Verification of Coal Conversion Process and Optimization Integration Fuel Cell Based on Biomass Gasification