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

Abstract


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.


About the authors

A. I. Guryanov

Rybinsk state academy of aviation technology named after P.A. Solovyev

Author for correspondence.
Email: marialex2004@mail.ru

Russian Federation

Candidate of Technical Sciences, Associate Professor

G. Sh. Piralishvili

Rybinsk state academy of aviation technology named after P.A. Solovyev

Email: marialex2004@mail.ru

Russian Federation

post-graduate student

I. M. Vereschagin

Rybinsk state academy of aviation technology named after P.A. Solovyev

Email: ivan_ver89@mail.ru

Russian Federation

student

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