Work

Objective ofof the work is to develop methods and equipment for obtaining high-temperature hydrogen-containing gas (up to 98% by volume of hydrogen) in electrothermal fluidized bed for use in low-carbon energy, processes of reduction of thermodynamically stable oxides and other high-temperature processes where high-temperature hydrogen is required. The research is based on theoretical and experimental methods of studying high-temperature pyrolysis in electrothermal fluidized bed. Thermodynamic methods and methods of heat and mass transfer theories are used to analyze the efficiency of thermal processes and operating modes. At the first stage the methods and equipment for obtaining hydrogen-containing gas in electrothermal fluidized bed to generate electricity will be developed, at the second stage - methods and equipment for obtaining high-temperature hydrogen-containing gas in electrothermal fluidized bed in other fields will be developed to determine the possibility of use.