论文部分内容阅读
针对彭庄煤矿在生产中需要供冷、供热,同时排放大量低品位余热的情况下,综合分析矿区所需的负荷状况和可用余热资源,确定适合于该矿的水源热泵供热的可行性方案。该方案使用水源热泵来提取矿井水和防尘水的余热用于井口防冻、洗浴热水和工广供暖替代传统的燃煤锅炉系统,满足了矿区的供暖、供冷的需求,对于调整煤炭企业的能源结构,降低成本,节约能源,促进企业的可持续发展,具有积极意义。
In view of the need of cooling and heating in the production of Pengzhuang Coal Mine and the discharge of a large amount of low-grade waste heat at the same time, a comprehensive analysis of the required load conditions and available waste heat resources in the mining area is required to determine the feasibility of water source heat pump heating suitable for this mine Program. The program uses water source heat pump to extract the residual heat of mine water and dust-proof water for wellhead antifreeze, bathing hot water and industrial heating to replace the traditional coal-fired boiler system to meet the needs of the mine heating and cooling for the adjustment of coal enterprises Of the energy structure, reduce costs, save energy and promote the sustainable development of enterprises, with positive significance.