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深井矿井热害治理技术 被引量:18

Treatment Technology for Heat Damage in Deep Mine
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摘要 为解决矿井开采深度的增加和采掘机械化水平的提高造成深井矿井热害日益严重的难题,大强矿采取了增加风量、避开局部热源、预冷进风风流、隔绝高温围岩、采取个体防护和机械制冷降温相结合的综合矿井热害治理技术解决了热害严重影响矿井安全生产、高效生产的难题,同时也保证了职工的身心健康。通过大强矿深部矿井热害治理过程,摸索出了成熟的深井矿井热害治理技术。 To solve the problem of thermal damage caused by the increasing of coal mining depth and mining mechanization level,Daqing Coal Mine uses integrated mine thermal damage treatment technique, including increasing air volume, avoiding local heat source, pre-cooling intake airflow, isolating from high temperature surrounding rock, adopting individual protection and mechanical refrigeration, to solve the problem that thermal damage seriously affects mine safety and efficient production, and to ensure the staff's physical and mental health at the same time. Through the thermal damage treatment of deep shaft in Daqiang Coal Mine,we fish out mature deep mine thermal damage treatment technology.
作者 陈密武
出处 《煤矿安全》 CAS 北大核心 2017年第2期131-134,共4页 Safety in Coal Mines
关键词 深部矿井 热害 机械制冷 乙二醇 治理技术 deep mine thermal damage mechanical refrigeration ethylene glycol treatment technology
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  • 1雷鸣,张邻楚.谢桥矿井降温方式及空调系统的探讨[J].煤炭科学技术,1997,25(1):40-44. 被引量:9
  • 2中华人民共和国建设部.煤矿工业矿井设计规范,GB50215-2005.中国计划出版社,2006.01.01.
  • 3Sheer T J, Correia RM. Research into the use of ice for cooling deep mines. In Third International MineVentilation Congress, Harrogate, 1984.
  • 4Middleton J V G, Muller A A. A surface ice plant for provision of ice for thecooling of service water in an OFS gold mine. GOLD 100. Proceeding of the InternationalConference on Gold. Gold Mining Technology, V1 Johannesburg, SAIMM,1986.
  • 5Sheer T J, Chaplain E J, Correia R M. Some recent development in the use of ice forcooling mines. Journal of the Mine Ventilation Society of South Africa, 1985,(6).
  • 6Dohmen A, Hagen G. Strategies for improvement of the thermal environment in deepcoal mines. 4th US Mine Ventilation Symposium, Berkeley, CA (USA),1993.
  • 7Pherson M J. Subsurface ventilation and environmental engineering. Chapman &Hall,1993.
  • 8Sheer T J. Pneumatic conveying of ice particles through mine-shaft pipelines. PowerTechnology, 1995,85(3):203-219.
  • 9Fujita, Toshihiko.Hydraulic transport of ice-water mixtures.Trans of the JAR,1993,10(3):349-356,1993.
  • 10王景刚,等.深井降温冰冷却理论研究报告.煤炭科学基金资助项目,1998. 稿件修回日期:2000-03-13

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