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焦家寨煤矿矿井通风系统探讨
引用本文:李 江. 焦家寨煤矿矿井通风系统探讨[J]. 山西科技, 2014, 0(2): 127-128
作者姓名:李 江
作者单位:太原理工大学矿业工程学院山西太原,030024;中煤平朔集团有限公司山西朔州036006
摘    要:对焦家寨煤矿矿井通风系统的探讨得出结论:该矿井通风系统改造后,矿井总进风量为13916m3/min,其中主立井进风量为3 513 m3/min,副立井进风量为9 581 m3/min,进风平硐进风量为822 m3/min;矿井总回风量为14 893 m3/min,其中2号回风斜井回风量为6 720 m3/min,回风斜井回风量为8 173 m3/min;2号回风斜井及回风斜井通风容易时期及通风困难时期,均属于容易通风。

关 键 词:矿井通风系统  技术改造  焦家寨煤矿

Probe into the Ventilation System of Jiaojiazhai Coal Mine
LI Jiang. Probe into the Ventilation System of Jiaojiazhai Coal Mine[J]. Shanxi Science and Technology, 2014, 0(2): 127-128
Authors:LI Jiang
Abstract:The exploration on the ventilation system of Jiaojiazhai Coal Mine comes to the conclusion that after the transformation of the ventilation system in Jiaojiazhai Coal Mine, the mine' s total supply air rate is 13 916 m3/min, in which the main shaft's supply air rate is 3 513 m3/min, the vice shaft's supply air rate is 9 581 m3/min, and the wind tunnel's supply air rate is 822 m3/min; the mine's total return air rate is 14 893 m3/min, in which No.2 return air inclined shaft's return air rate is 6 720 m3/min and return air inclined shaft's return air rate is 8 173 m3/min; and during both easy ventilation period and difficult ventilation period, the ventilation of No.2 return air inclined shaft and return air inclined shaft belongs to easy ventilation.
Keywords:mine ventilation system  technical transformation  Jiaojiazhai Coal Mine
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