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芦岭煤矿地面煤层气开发选区评价研究
引用本文:刘钰辉,李建武,张培河,杜志强,王相业,吴艳.芦岭煤矿地面煤层气开发选区评价研究[J].中国煤炭地质,2012(5):22-25.
作者姓名:刘钰辉  李建武  张培河  杜志强  王相业  吴艳
作者单位:中煤科工集团西安研究院.陕西西安710054
摘    要:芦岭煤矿是我国典型的高瓦斯突出矿井,煤层变形复杂,含气量高,渗透率低,煤层气丰度高,抽采难度大,有利区块优选对于煤与煤层气协调开发至关重要。在深刻剖析构造、煤厚、气含量等储层地质特征、研究影响主采煤层煤层气运移富集地质因素的基础上,运用层次分析法计算出各影响因素的权重,通过综合定量评价.提出煤矿北部C区是地面煤层气开发的最有利块段。

关 键 词:煤层气选区  综合评价  层次分析法  芦岭煤矿

Sector Optimization and Evaluation of Surface CBM Exploitation in Luling Coalmine
Liu Yuhui,Li Jianwu,Zhang Peihe,Du Zhiqiang,Wang Xiangye and Wu Yan.Sector Optimization and Evaluation of Surface CBM Exploitation in Luling Coalmine[J].Coal Geology of China,2012(5):22-25.
Authors:Liu Yuhui  Li Jianwu  Zhang Peihe  Du Zhiqiang  Wang Xiangye and Wu Yan
Institution:(Xian Research Institute of China Coal Technology & Engineering Group Corp, Xian, Shaanxi 710054)
Abstract:The Luling coalmine is a typical high-gassy outburst-prone mine in China. Coal seams in the mine have been complicatedly deformed, with high gas content, low permeability, high CBM abundance, but difficult to drain out. Thus advantaged sector optimization is of great concern to coal and CBM coordinative exploitation. Based on analyses of reservoir geological characteristics including structure, coal seam thickness, gas content, and study of geological factors impacting CBM migration, enrichment in main mineable coal seams in detail, then using AHP computes weight of each contributing factor. Through comprehensive quantitative evaluation, point out the C sector in the north part of the coalmine is most advantaged sector to carry out surface CBM exploitation.
Keywords:CBM exploitation sector optimization  comprehensive evaluation  analytic hierarchy process (AHP)  Luling coalmine
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