Active technological control of synthesis of high-active catalysts on the surface of solid electrolytes of fuel elements

Abstract

The method of active process control of parameters of synthesized catalysts on electrolytes of solid oxide fuel cells is considered. Using the proposed method, it is possible to obtain a catalyst with a maximum active area. This leads to an increase in the power of the fuel cell. Also, due to carrying out the technological process in strict compliance with the specified optimal parameters, good adhesion of the catalyst to the surface of the solid electrolyte is achieved. It leads to extending of service life of the solid oxide fuel cells. Experimental studies using the proposed method and its measuring control system showed the possibility of obtaining catalysts with minimum deviations from the specified optimal parameters.