Carbon emission management system radiography apparatus for mining enterprise

Abstract

The invention is suitable for the technical field of environmental management and provides a carbon emission management system radiography apparatus for a mining enterprise. A method comprises data collection, system development and model building. According to the technical key points, the method comprises the steps of S1, extracting key public elements from domestic and overseas carbon emission management practices to form six core modules; S2, designing module contents; S3, performing module combination and connection according to logic functions of the modules; and S4, performing engineering radiography processing on the module functions to form a carbon emission management system radiography management model. A user can perform rehearsal on emission management process and result of greenhouse gases including methane, carbon dioxide, nitrous oxide and the like, so that the management efficiency can be greatly improved.

Description

technical field [0001] The invention is applicable to the technical field of environmental management, and provides a imaging device for a carbon emission management system of a mining enterprise. After a user inputs basic data, a projection of a real carbon emission management system can be obtained. Background technique [0002] The management and restriction of greenhouse gas emissions generated by the production and life of human society is an important action to mitigate global climate change. The main measures to reduce greenhouse gas emissions come from management and technology. The current policy mechanisms for managing greenhouse gas emissions mainly include carbon emission trading mechanisms, carbon tax mechanisms, and administrative emission reduction mechanisms. What these three mechanisms have in common is that the amount of carbon emission sources must be constrained. On this premise, the carbon emission trading mechanism allows emission-controlled mining com...

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Problems solved by technology

[0003] At present, some countries and regions at home and abroad have implemented or are implementing carbon emission management mechanisms, and have relatively mature empirical experience. From the perspective of existing carbon emission management systems, the basic structure and key elements are the same, and modular design can be carried out. However, there is no such standardized method and software available at present. Every country (region) has to go through the same mechanism learning and exploration process before starting the implementation of the carbon emission management mechanism, resulting in waste of resources, and the managers cannot intuitively clearly see the difference in effects caused by changes in different management elements

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