Study Of The Possibilities Of Integrated Treatment Of Flue Gases And Waste-Water From Coal-Fired Heat Power Plants
Glazyrin S.A. Aidymbayeva Z.A. Dostiyarov A.M. Zhumagulov M.G. Zlatov N. Stefanović V.P.
2021Serbian Society of Heat Transfer Engineers
Thermal Science
2021#26Issue 6 Part A4333 - 4345 pp.
The results of laboratory studies carried out to identify the possibility and effectiveness of technologies for the complex recycling of components of flue gases and wastewater from thermal power plants and industrial boilers are presented. The following factors were investigated: the degree of saturation of water solutions with CO2, the efficiency of using these solutions for the regeneration of cation exchangers, the properties of regeneration solutions intended for the regeneration of cation exchange filters prepared using components of flue gases obtained from the combustion of organic fuel in the laboratory by saturating water of various compositions, the degree of saturation of condensate and waste-water with components of flue gases, as well as the degree of regeneration of cation exchangers with such regeneration solutions. After research in the laboratory, a laboratory installation was created in an industrial environment to determine the properties of solutions obtained from wastewater and flue gases obtained after production processes at a power plant. The technologies were developed for the complex recycling of flue gases and waste-water from thermal power plants with the production of CO2 with a purity of 99.9%, technical nitrogen with a purity of 95%, special solutions for the regeneration of cation exchangers in water purification plants of industrial enterprises. The results obtained make it possible to minimize the volume of emissions into the atmosphere and the volume of waste-water from thermal power plants
cation exchanger , flue gases , regeneration , thermal power plants , waste recycling , waste-water , water treatment
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Thermal Power Engineering Department, L. N. Gumilyov Eurasian National University, ur-Sultan, Kazakhstan
G. Daukeev Almaty University Of Power Engineering And Telecommunications, Almaty, Kazakhstan
Institute of Mechanics, Bulgarian Academy of Sciences, Sofia, Bulgaria
Faculty of Mechanical Engineering, University of Nis, Nis, Serbia
Thermal Power Engineering Department
G. Daukeev Almaty University Of Power Engineering And Telecommunications
Institute of Mechanics
Faculty of Mechanical Engineering
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