山东煤炭科技
山東煤炭科技
산동매탄과기
Shandong Coal Science and Technology
2015年
5期
57-58,68
,共3页
综采%推采行进%减撤架%缩面
綜採%推採行進%減撤架%縮麵
종채%추채행진%감철가%축면
fully mechanized coal mining%travel%withdrawal%shrinking face
唐阳煤矿在西一采区最后一个工作面开采中,应用了在综放工作面推采行进过程中减撤支架工艺,有效增加资源回收率。该文通过对综放推采行进过程中减撤支架工艺的应用和总结,为综采(放)类似工作面的设计与开采积累了经验。
唐暘煤礦在西一採區最後一箇工作麵開採中,應用瞭在綜放工作麵推採行進過程中減撤支架工藝,有效增加資源迴收率。該文通過對綜放推採行進過程中減撤支架工藝的應用和總結,為綜採(放)類似工作麵的設計與開採積纍瞭經驗。
당양매광재서일채구최후일개공작면개채중,응용료재종방공작면추채행진과정중감철지가공예,유효증가자원회수솔。해문통과대종방추채행진과정중감철지가공예적응용화총결,위종채(방)유사공작면적설계여개채적루료경험。
aimed at the last working face mining scheme of the west mining area of Tang Yang coal mine , using the withdrawal support technology in the mining process of fully mechanized caving face mining, which effectively increased the recovery rate of resources. This paper summarized the application of the withdrawal support process in fully mechanized top coal caving, and provided the experiences for the design and production of the similar working face.