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a mathematical model of gas combustion. Obtained equations describing each moment of time the temperature in the combustion chamber and its pattern changes. Automation established regulation circuit which provides intense burning natural gas in the combustion chamber of the engine, which also provides the minimum amount of CO2 dependence on the output of the absorber, and the amount of absorbent supplied to the absorber. Our proposed CO2 absorption process will allow for power design process with high efficiency with more improved technical and environmental characteristics. To bring to minimize emission of carbon dioxide into the environment of plants two important issues addressed: improved combustion process in a combustion engine, to optimize the process of absorption the absorption of carbon dioxide from flue gases into the environment. Technology calculation of industrial absorber held in depending on of design problems. It involves calculation of the required flow rate of absorbent and geometry of the absorber which ensures the necessary degree of separation of the gas mixture at a given performance gas phase.

A comprehensive solution to protect the atmosphere of carbon dioxide pollution