能源与节能
能源與節能
능원여절능
SHANXI ENERGY AND CONSERVATION
2015年
7期
21-23,90
,共4页
瓦斯涌出量%瓦斯运移规律%三带高度%瓦斯抽放体系
瓦斯湧齣量%瓦斯運移規律%三帶高度%瓦斯抽放體繫
와사용출량%와사운이규률%삼대고도%와사추방체계
gas emission%gas migration law%height of three zones%gas drainage system
古书院矿15#煤层在开采过程中，工作面采用U型通风方式，此种通风方式易出现上隅角瓦斯超限问题，影响工作面正常回采。在对该矿152303工作面“U型”通风系统瓦斯运移规律和顶板岩层采动裂隙发育规律进行深入研究的基础上，提出一套以邻近层瓦斯抽放方案与该煤层瓦斯抽放方案相结合的立体瓦斯抽放治理体系，此立体抽放体系可为其它工作面提供技术参考，保证矿井安全生产，解决生产衔接问题。
古書院礦15#煤層在開採過程中，工作麵採用U型通風方式，此種通風方式易齣現上隅角瓦斯超限問題，影響工作麵正常迴採。在對該礦152303工作麵“U型”通風繫統瓦斯運移規律和頂闆巖層採動裂隙髮育規律進行深入研究的基礎上，提齣一套以鄰近層瓦斯抽放方案與該煤層瓦斯抽放方案相結閤的立體瓦斯抽放治理體繫，此立體抽放體繫可為其它工作麵提供技術參攷，保證礦井安全生產，解決生產銜接問題。
고서원광15#매층재개채과정중，공작면채용U형통풍방식，차충통풍방식역출현상우각와사초한문제，영향공작면정상회채。재대해광152303공작면“U형”통풍계통와사운이규률화정판암층채동렬극발육규률진행심입연구적기출상，제출일투이린근층와사추방방안여해매층와사추방방안상결합적입체와사추방치리체계，차입체추방체계가위기타공작면제공기술삼고，보증광정안전생산，해결생산함접문제。
In the process of mining of 15# coal seam in Gushuyuan Mine, U-shaped ventilation way was used in mining working face, which often appears gas overrun problem in upper corner of roadway, and affects the normal in mining working face. Based on the study on the rule of gas migration and mining roof strata fracture in 152303 working face with"U"type ventilation system, this paper put forward a set three-dimensional gas drainage management system that was combined the adjacent layer gas drain-age plan with this coal seam gas drainage scheme. The three-dimensional drainage system can provide technical reference for other working face, ensure the safety of mine production, and solve the production problems.
