Thermal physics of hydrogen-oxygen combuster chambers for high-temperature turbines combined-cycle power plant

There are presented the results of the numerical modeling hydrogen combustion in oxidizing environment of the premixed steam-oxygen mixture in operating conditions of the promising combustion chambers that can be used as high-temperature steam’s generators for combined cycle power plants. It is defined a geometry of the mixing module, flame stabilizer and primary combustion zone that provides high mixing quality and absence of local zones of overheating construction’s elements of the combustion chamber.