Comprehensive evaluation method for dynamically analyzing endogenous and exogenous multi-gas pollutants

Abstract

The invention discloses a comprehensive evaluation method for dynamically analyzing endogenous and exogenous multi-gas pollutants, comprising the steps: recording the operating conditions of the equipment and the discharged data of polluting gases during industrial production; based on an improved environmental exergy analysis theory and an intuitive environmental analysis method, classifying thepolluting gases according to the discharged data; fitting the classified polluting gas discharged data by means of software to obtain a fitted curve; processing the polluting gas discharged data by using an equivalent carbon dioxide method, and collectively quantifying the influences of different polluting gases on the environment; and giving targeted suggestions for improvement based on the interaction between equipment and the common influence of polluting gases on the environment. Based on the improved environmental exergy analysis theory in combination with the dynamic fitting and unifiedquantification method, the method comprehensively evaluates a variety of industrially emitted polluting gases, can show the environmental impact caused by the interaction between equipment in the industrial production process, and dynamically analyzes and quantifies the environmental impact of multiple gaseous pollutants.

Description

technical field [0001] The invention relates to an environmental pollutant evaluation technology, in particular to a comprehensive evaluation method for dynamic analysis of endogenous and exogenous multi-gas pollutants. Background technique [0002] With the continuous development of science and technology, many industries generate more and more pollutants due to production, resulting in increasingly serious environmental protection problems. The environmental protection department has launched environmental assessment work, which requires a complete, comprehensive and simple environmental assessment method . [0003] The existing environmental assessment methods for industrial sectors are carbon emissions (CO 2 ) method, which is to evaluate the carbon consumption and carbon footprint of different fuels. This evaluation method is very simple but also has defects, such as only considering CO 2 The impact of the pollution is not comprehensive enough, and the evaluation bas...

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Problems solved by technology

[0004] In view of the deficiencies in the prior art, such as one-sided endogenous/exogenous multi-gas pollutant evaluation methods, inability to give improvement schemes and improvement suggestions, etc., the problem to be solved by the present invention is

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