煤炭矿区节能减排系统动力学仿真研究

 本文以煤炭矿区为研究对象，引入系统动力学模型，以典型煤炭矿区——郑煤超化矿为案例，对煤炭矿区节能减排进行仿真模拟。通过仿真结果分析了矿区物耗、电耗和原煤消耗这三种主要能耗，以及废水、固废、SO2、烟尘和粉尘这五种主要污染物的产生量、治理量和排放量。并系统论述了它们与原煤产量之间的关系，找出了煤炭矿区节能减排的主要方向，为煤炭矿区制定节能减排措施提供科学的依据。

Simulation Study on Systematic Dynamics of Energy Saving and Emission Reduction in Coal Mine Area

Taking a coal mine area as a research object,a systematic dynamics model was introduced.Base on a typical coal mine area-Chaohua Mine of Zhengzhou Coal as a case,a similar simulation was conducted on the energy saving and emission reduction in the coal mine area.With the simulation results,three main energy consumptions of the material consumption,electric power consumption and raw coal consumption in the mine area were analyzed,including the production value,control value and emission value of the waste water,solid waste,SO2,smoke dust and fine dust.The relationship between the three energy consumptions and the raw coal production was systematically discussed and the main orientations for the energy saving and emission reduction of the coal mine area were pointed out to provide the scientific basis to set up the energy saving and emission reduction measures of the coal mine area.