Bureha N. Electrotechnology complex of the waste's energy of regeneration on the basis of photobioreactor

The work is devoted to the solution of the scientific and applied task, which consists in increasing the energy efficiency of the process of generating electricity from biomethane by fuel cells by 25 % compared with the ICE and the ecological – by regenerating the chemical energy of the exhaust gases of the electrotechnological complex in a photobioreactor with the further production of high quality bios. A physical model of the energy regeneration system based on a photobioreactor device has been developed and hardware-software has been implemented to determine the energy-efficient modes of its operation during the utilization of carbon dioxide, which allowed setting daily CO2 consumption and dry biomass growth in artificial and natural light. On the basis of theoretical and experimental researches, mathematical and simulation models of the electrotechnical complex were created, which made it possible to establish rational parameters of its components. For the first time an algorithm for image segmentation for automatic counting of microculture cells has been proposed and experimentally tested. The industrial test of the experimental sample of the system of energy recovery of solid oxide fuel cells on the basis of photobioreactor with hardware and software has been carried out and the economic efficiency of their application in the electrotechnological complex of generation of energy from biogas is substantiated.