江西理工大学本科毕业设计(论文) 题目: 凤凰山铜矿 III 号矿体地下开采设计专题题目: 矿井通风学院: 资源与环境工程学院专业: 采矿工程班级: 采矿 082 班学号: 06 学生: 王爽指导教师: 王晓军职称: 讲师时间: 2012 年5月 25日摘要本设计为凤凰山铜矿 III 号矿体的开采方案。根据矿体赋存条件及矿山开采技术条件,设计阶段高度为 50m 、矿山日产原矿 400t、年产量约为 130000 t;矿山服务年限约为 14年; 本矿山设计采用明竖井开拓,且竖井兼作副井, 回风井设梯子间做第二安全出口; 采矿方法为垂直中深孔分段凿岩阶段矿房法;采用抽出式通风方式和统一通风系统;井下运输为电机车有轨运输。论文对矿床开拓、地下开采、矿井通风、矿山运输提升、矿山防排水系统和各工班人员配置作了阐述,初步形成了完整的地下开采方案。关键词: 凤凰山铜矿; 地下开采;明竖井开拓; 垂直中深孔分段凿岩阶段矿房法;矿井通风 ABSTRACT Th is isa design for copper of fenghuang mountain III mining scheme . Acc ording to the condition of ore body and mining technology . The mining level height ofd esign is50 meter s, output of mine raw ore is400 ton s per day and the annual output isabout 130000 t ons. The service life of mine is about14 years . The shaf t develop m ent is used ast his mine and shaft is also used as auxiliary shaft .The partment is installed in ventilation shaft . The partment is used for the second safety ex- method is block stoping of medium-length hole . The air exhausted ven ti la tion mode and u nified ventilation system is used for this mine . The electric ot ive rail transpo rt is used for Underground transportation. This paper elaborate deposit discovery ,und e rground mining , transportation , drainage system and the personnel with working shift, Which preliminary form plete underground mining scheme . Keyword : phoenix mountain copper mine ; underground mining ; shaft develop ; Stage of deep sub-vertical rock mine housing act ; mine ventilation 目录第一章设计总论....................................................................... 1 设计任务..................................................................................... 1 矿山生产简述............................................................................. 3 第二章矿山地质....................................................................... 5 矿区地理..................................................................................... 5 矿床地质.......................................................
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