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Safe and Effective Production of Coal Mine Promoted by Coalbed Methane Reclamation

机译：煤矿煤层填海的安全有效生产煤矿促进

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Along with the rapid increase of energy consumption of China, more attention has been paid to the CBM as one kind of clean and high-quality energy. CBM is the greatest threat to the coal mining. If CBM is extracted and well used before coal mining, the environment will be improved and gas explosion accident in coal mine will be obviously diminished. The exploit and advantage of CBM improves the coal field exploration degree and coal mine production safety and efficiency.

机译：随着中国能源消耗的快速增长，煤层气有更多的关注作为一种清洁和高质量的能源。 CBM对煤炭开采是最大的威胁。如果在煤炭开采前提取CBM并良好使用，则环境将改善，煤矿的天然气爆炸事故明显减少。 CBM的开发和优势可提高煤田勘探程度和煤矿生产安全性和效率。

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来源
《EESD 2012》|2013年||共6页
会议地点
作者
Jun Deng; Yanhui Xu; Hua Jiang; ShaoBo Hu;
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原文格式 PDF
正文语种
中图分类 57.191083;
关键词
Coalbed Methane(CBM); New Energy; Reclamation; Safe Production; Environment;

机译：煤层甲烷（CBM）;新能源;填海;安全生产;环境;

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1. Controlling factors of coalbed methane well productivity of multiple superposed coalbed methane systems: A case study on the Songhe mine field, Guizhou, China [J] . Tang Shuling, Tang Dazhen, Tang Jianchao, Energy Exploration & Exploitation . 2017,第6期

机译：多个叠置煤层气系统煤层气井产能的控制因素-以贵州松鹤矿田为例
2. Effect of Coalbed Methane Well Fracturing on Slope Stability of Open-Pit Coal Mine: A Case Study of Shengli East No. 2 Open-Pit Coal Mine [J] . Qingzhong Zhu, Bo Wang, Xin Zhao, Advances in civil engineering . 2020,第1期

机译：煤层气井压裂对露天煤矿边坡稳定性的影响 - 以胜利东部露天煤矿为例
3. A mathematical approach investigating the production of effective water during coalbed methane well drainage [J] . Mingjun Zou, ChongtaoWei, Miao Zhang, Arabian journal of geosciences . 2014,第5期

机译：研究煤层气井排水过程中有效水产量的数学方法
4. Safe and Effective Production of Coal Mine Promoted by Coalbed Methane Reclamation [C] . Jun Deng, Yanhui Xu, Hua Jiang, EESD 2012 . 2013

机译：煤矿煤层填海的安全有效生产煤矿促进
5. Fluid Transport Behaviors of Intact Coal and Coal Measure Rocks: Applications for Subsurface Coal Mine Methane Control and Coalbed Methane Production [D] . Fan, Long. 2019

机译：完整煤炭和煤炭测量岩石的流体运输行为：地下煤矿甲烷控制和煤层生产的应用
6. A Method of Quick and Safe Coal Uncovering by HydraulicFracturing in a Multibranch Radial Hole with a Coalbed Methane Well [O] . Hong Li, Yanwei Liu, *, 2020

机译：液压快速安全煤的方法用煤层甲烷的多刺径孔压裂
7. Effect of Coalbed Methane Well Fracturing on Slope Stability of Open-Pit Coal Mine: A Case Study of Shengli East No. 2 Open-Pit Coal Mine [O] . Qingzhong Zhu, Bo Wang, Xin Zhao, 2020

机译：煤层气井压裂对露天煤矿边坡稳定性的影响 - 以胜利东部露天煤矿为例
8. System Safety Report for Methane Utilization from Coalbeds for Power Generation at Bethlehem Mines Corporation, Marianna Mine No. 58, Marianna, Pennsylvania [R] . Townes, G. A. 1980

机译：宾夕法尼亚州玛丽安娜marianna矿山58号伯利恒矿业公司煤层发电甲烷利用系统安全报告

Safe and Effective Production of Coal Mine Promoted by Coalbed Methane Reclamation

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