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基于煤储量能量系统法对煤层气有利靶区的优选OA

Optimization of favorable target area of coalbed methane based on coal reserve energy system method

中文摘要英文摘要

为解决传统选区技术和指标难以在应力高、构造发育复杂煤层中煤层气有利开采靶区优选难以应用的问题,以典型区域井田为例,在对其地质、水文等基础情况分析的基础上,根据煤层气可采性分析结果,以开元矿和新景矿为研究对象开展研究,通过对煤层裂隙发育、裂隙开合以及有效压力系统指数等综合评判,分析得出了开元矿和新景矿的有利靶区分别为Ⅱ构造单元和四勘区,研究成果可指导高应力、构造单元复杂煤层煤层气有利靶区的优选.

In order to solve the problem that the traditional selection technology and index are difficult to be applied in the selection of favorable mining target areas of coalbed methane in coal seams with high stress and complex tectonic development,taking the typical regional mine field as an example,based on the analysis of its geological and hydrological conditions,according to the analysis results of coalbed methane recoverability,Kaiyuan and Xinjing mines are determined as the research objects.Through the comprehensive evaluation and analysis of coal seam fracture development,fracture opening and closing,and effective pressure system index,it is concluded that the favorable target areas of Kaiyuan and Xinjing mines are Ⅱ tectonic unit and fourth exploration area respectively.The research results can guide the optimization of favorable target areas of coalbed methane in high stress and complex tectonic units in the future.

李跃文

阳泉新宇岩土工程有限责任公司,山西阳泉 045000

矿山工程

煤层气裂隙发育能量系统法有利靶区

coalbed methanefissure developmentenergy system methodfavorable target area

《煤炭与化工》 2025 (1)

122-126,133,6

10.19286/j.cnki.cci.2025.01.026

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