鸡西哈达煤矿0.9Mta新井的设计.doc

全套设计CAD或三维图，联系QQ 695132052 各专业都有 摘 要 本设计矿井为鸡西哈达煤矿0.9Mt/a的新井设计，一共有3层可采煤层，分别为23#、30#、36#， 煤层总厚度为6m。煤层工业牌号为1/3焦煤，设计井田的可采储量70.77Mt，设计服务年限为56.2a。井田平均走向长度为4.5km，煤层平均倾角为12°，属于缓倾斜煤层。 本矿井设计采用以立井为主的综合开拓方式，划分为两个水平，八个带区，两个采区。本着“节约优先，效率为本”的原则，本矿井设计中设计，一个工作面达产，达产时带区个数为一个。开采顺序一次为23#、30#、36#。采用集中布置，23#、30#、36#层集中开采。大巷运输采用10t架线式电机车牵引3t底卸式矿车运输，一水平采用的采煤方法为倾斜长壁采煤法，二水平采用的采煤方法为走向长壁采煤法，采用的采煤工艺为综合机械化采煤工艺。顶板处理方法为全部跨落法。 关键词：倾斜长壁采煤法; 走向长壁采煤法; 全部跨落法 Abstract The Mine Design is a shaft design JiXi HaDa Mine 0.9 Mt /a, The mine has three minable Coal Seam, consisting 23#,30#,36# seam and its average thickness is 6m. Industrial brands are one third, designed field of minable capacity is 70.77 Mt ,it can adapt for 56.2a. Average alignment in farmland in shaft lengthway 4.3km average slant lengthways 3.05km average rake angle in coal seam 12°, belong to the slant the coal seam. The mine design is applied indined shalt development method, and is divided into two levels, eight mining adopts and two mining areas.The spirit of giving priority to efficiency-oriented principle, the synthesis mechanization ming coal ang one worked faces. Centralizing layoutis23#,30#,36#. Mining sequence for a 23#,30#,36#. Roadway transport using 10t overhead line electric traction 3t-bottom tub transport, a level of the mining method used for inclined longwall mining method, the two levels of the mining method to long wall mining, the mining technique for integrated mechanized mining technique. Roof approach for the entire cross-loading method. Keywords: Inclined longwall mining method; Longwall mining method; All inter-drop method 目录 摘 要 I Abstract II 绪论 VII 第 1 章 井田概况及地质特征 1 1.1 井田概况 1 1.1.1 交通位置 1 1.1.2 地形 地势 1 1.1.3 气象 地震 2 1.1.4 水源及电源 2 1.2 地质特征 2 1.2.1 矿区内的地层情况 2 1.2.2 地质构造 2 1.2.3 煤层赋存状况及可采煤层特征 3 1.2.4 岩石性质 厚度特征 4 1.2.5 井田水文地质情况 4 1.2.6 沼气 煤尘及煤的自燃性 6 1.2.7 煤质 牌号及用途 6 1.3 勘探程度及可靠性 6 第 2 章 井田境界及储量 8 2.1 井田境界 8 2.1.1 井田周边情况 8 2.1.2 确定井田的依据 8 2.1.3 井田未来发展情况 8 2.2 井田储量 9 2.2.1 井田储量的计算 9 2.