School of Economics and Management, Shandong University of Science and Technology School of Mining and Safety
Engineering,Shandong University of Science and Technology

为引导煤矿区更好地实现低碳化发展,在对煤矿区能源集成含义及其减少化石能源消耗量的作用机理研究的基础上,选择碳排放强度作为煤矿区低碳发展的综合评价指标,从理论层面论证了能源集成与煤矿区低碳发展的关系;并以某矿区为例,分析了不同能源集成方案对碳排放强度的影响,从而揭示了能源集成与煤矿区低碳发展的关系:能源集成规模的扩大与煤矿区的低碳发展程度不成正相关,与方案的投资大小、减碳程度有关,即针对具体煤矿区存在最优集成方案。

In order to guide a coal mining area to better realize a low carbonized development,based on an energy integration signification of the coal mining area and a study on a function mechanism of reduced fossil energy consumption,a carbon emission intensity selected as comprehensive evaluation index of low carbon development in the coal mining area could approve relationship between energy integration and the low carbon development in coal mining area from theoretical view. Based on a minin g area as a case,the paper analyzed different energy integration plan affected to the carbon emission intensity and thus the relationship between energy integration and lo W carbon development in coal mining area. An expansion of the energy integration scale would not be a positive correlation to the carbon development degree in the coal m ining area,would be related to the investment size of the plan and to the carbon emission degree and an optimal integration plan could be existed according to the certain C oal mining area.