8. Scientific Background  of Combustion Processes and of Fuel Furnaces.

   Mathematical and Computational Modeling.

 (Team’s Leader - Prof. B. SOROKA)

8.1. Equilibrium Thermodynamic Approach

8.1.2. Computer code FUEL.

8.1.3. Enthalpy Analysis.

8.1.4. Energy Analysis.

8.2. Combustion kinetics. Natural gas combustion mechanism GI RKM.

8.3. High Temperature Heat & Mass Transfer processes.

     8.3.1. Zone method by combined heat transfer.

     8.3.2. Monte-Carlo procedures for radiative heat transfer.

8.4. CFD Modeling.

     8.4.1. Original codes for boilers and industrial heaters.

     8.4.2. Standard codes (including inputs by cooperation with GTI, USA).

8.5. Industrial applications / Development and Implementation.

     8.5.1. Combined Energy and Environmental Optimization. Option of Fuel and

                Oxidant type. Heat & Mass Exchangers.

     8.5.2. Industrial Furnaces.

     8.5.3. Burner Systems.

     8.5.4. Decentralized Heat Supplying. Submerged Combustion.

Developments

 ©  The Gas Institute of the National Academy of Sciences of Ukraine