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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