UTILIZATION OF CARBON DIOXIDE BY GROWING INDUSTRIAL MICROALGAE IN POWER BASED FUEL CELLS

A Palchik, N Burega, O Fendo
unpublished
A block diagram of the energy system based fotoanaereobnyh biotechnology and solid oxide fuel cell. Biotechnology, fotobioreaktor, microalgae, system, solid oxide fuel cell. Fuel and energy resources every year becomes more expensive for both the industry and to the public. The living standards of humanity dictates the feasibility of increasing power capacity is extremely fast, and environmental problems caused by interference technogenesis and excessive emissions bowels of the planet, forcing
more » ... he planet, forcing more economically and efficiently use energy generation. The need to generate a large number of electrical, thermal or mechanical energy in a variety of power systems is accompanied by an excessive amount of carbon dioxide that violates material and energy balance of the planet. One promising avenue that is currently developed is the use of microorganisms in the energy complex to generate biogas, biodiesel and hydrogen. The life cycle of microorganisms is accompanied by photosynthesis, which allows to absorb carbon dioxide and generate oxygen. The purpose of research-analysis methods of waste carbon dioxide from the atmosphere and flue gases and justification of the method of growing algae in industrial power system based on fuel cell tverdokosydnoho. Materials and methods research. Investigation of environmentally friendly energy supply based on the laws of conservation of mass, electrical engineering, electrochemistry and biological processes of photosynthesis. Results. The beginning of the third millennium coincides with two major crises for humanity: environmental and energy. The massive and unsustainable use
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