摘要
Based on the urgency of thermal hazard control in deep coal mines,we studied the status of deep thermal damage and cooling technology both at home and abroad,summarized the causes of deep thermal hazard,analysed and compared the control technologies for deep thermal hazards.The results show that the causes of deep thermal damage can be attributed to three aspects,i.e.,climate,geological and mining factors,of which the geological factors are deemed the major reasons for thermal hazards.As well,we compared a number of cooling technologies of domestic and overseas provenance,such as central air conditioning cooling technology,ice cooling technology and water cooling technology,with one other cooling technology,i.e.,the HEMS cooling technology,which has a large and important effect with its unique＂pure air＂cooling technology,realizes the utilizing of heat resources from underground to the ground.This technology makes use of heat obtained underground;thus the technology can promote low-carbon environmental economic development in coal mines,in order to achieve low- carbon coal production in China.
在深煤矿把为深热的危险的控制技术基于，我们学习了国内外的深热的损坏和冷却技术的地位，总结了深热的危险的原因，分析并且比较热危险控制的紧急。结果证明深热的损坏的原因能被归因于三个方面，即，气候，地质并且采矿因素，地质的因素被认为为热危险的主要原因。也，我们比较了国内、海外的起源的很多种冷却技术，例如使使技术凉下来的技术，冰冷却技术和水凉下来的中央空调，与一种另外的冷却技术，即，使技术凉下来的 HEMS ，它与它的唯一的纯空气有大、重要的效果使技术凉下来，认识到从地下利用热资源到地面。这种技术使用秘密地获得的热；因此，技术能在煤矿支持低碳的环境经济开发，以便在中国完成低碳的煤生产。
基金
Financial support for this project,provided by the New Century Excellent Talent Program of the Ministry of Education(No.NCET- 08-0833)
the National Natural Science Foundation of China(No. 41040027)
the National Basic Research Program of China(No. 2006CB202200)
the Program for Changjiang Scholars and Innovative Research Team in Universities of China(No.IRT0656)
