Development and Choice of an Evidence-Based Technique of the Most Ecologically Effective and Energetically Economic Technologies of Cleaning of Toxic Components of the Departing and Exhaust Gases of Objects of an Urban Environment Assessment

Vadim Igorevich Bespalov, Oksana Sergeevna Gurova, Oksana Nickolaevna Paramonova* and Ekaterina Petrovna Lysova

Federal State Budgetary Educational Institution of Higher Professional Education, “Rostov State University of Civil Engineering” , Russian Federation 344022, Rostov region, Rostov-on-Don, Socialisticheskaya St., 162

ABSTRACT: In the given article the authors offer an evidence-based technique for the solution of the problem of assessment and choice of the most ecologically effective and energetically economic technologies of air purification of toxic components of the departing and exhaust gases of objects in the conditions of urban environment. The technique development included consideration of a hydrodynamic method of flue gases purification of the toxic polluting substances on the basis of studying the physical features in course of the process, mathematical description of the method by criteria of ecological efficiency and energy efficiency parameter. At the final stage of the conducted research the technique of the assessment and choice of the most ecologically effective and energetically economic technologies of toxic components of the departing and exhaust gases of objects cleaning in the conditions of urban environment provided with algorithm for its realization has been developed.

KEYWORDS: criteria of an optimum technology choice of purification of flue gases realization process; hydrodynamic method of purification of flue gases; ecological efficiency; energy efficiency parameter; technique of the most ecologically effective and energetically economic means of purification of flue gases of toxic components choice

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