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| Transformation of ventilation system and selection of fan in Huayang No. 2 Coal Mine |
| Li Guowei |
| Shanxi Huayang Group Xineng Co., Ltd., Yangquan 045000, China |
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Abstract Mine ventilation system is the primary condition to ensure the safety of coal production, and its performance is proportional to the safety and efficiency of coal mining face. In order to improve the reliability of the ventilation system in 71509 working face of Huayang No. 2 Coal Mine, in view of the existing problems and actual conditions of the ventilation system in the working face, it was decided to transform the ventilation system. The measures were to add return air shaft, auxiliary return air shaft and return air inclined shaft. Combined with the working conditions of the working face, the ventilation system was finally determined to be equipped with FBCDZ-8 - No30C-2 × 630 ventilator. Practice shows that the production needs are fully met after the transformation.
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| 1 ] 李向东，张庆华，陈忠明，等. 龙滩煤矿通风系统改造优化方案的研究[ J ]. 煤炭科学技术，2010，38（ 12 ）：66 - 68.
[ 2 ] 李雨成，刘 剑，贾廷贵. MVSS3.0 在矿井通风系统改造中的应用[ J ]. 煤矿安全，2007（ 4 ）：21 - 22.
[ 3 ] 张启超，孙俊东，王海春，等. 矿井通风系统改造的优化选择[ J ]. 内蒙古煤炭经济，2002（ 6 ）：55 - 56.
[ 4 ] 张毅力，刘成敏，王海宁. 大型机械化矿山多盘区复杂角联通风系统改造[ J ]. 矿业研究与开发，2013（ 3 ）：78 - 80.
[ 5 ] 李雨成. 金川矿区龙首矿长距离独头掘进通风系统改造研究[ J ]. 有色金属工程，2015（ 5 ）：32.
[ 6 ] 刘海斌. 矿井瓦斯治理及通风系统优化探讨[ J ]. 能源与节能，2021（ 11 ）：192 - 193.
[ 7 ] 张少彦. 煤矿井下瓦斯治理方案及通风系统优化[ J ]. 当代化工研究，2021（ 6 ）：67 - 68.
[ 8 ] 田玉宏. 回采工作面通风系统优化及瓦斯防治研究[ J ].自动化应用，2020（ 9 ）：119 - 120，125. |
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