金属矿山
金屬礦山
금속광산
METAL MINE
2015年
5期
12-15
,共4页
唐秀伟%李建文%韦志兴%吴贤图%陈青林%陈庆发
唐秀偉%李建文%韋誌興%吳賢圖%陳青林%陳慶髮
당수위%리건문%위지흥%오현도%진청림%진경발
重叠矿体%矿石运搬工艺系统%出矿结构%优化
重疊礦體%礦石運搬工藝繫統%齣礦結構%優化
중첩광체%광석운반공예계통%출광결구%우화
Overlapped orebody%Ore hauling process system%Ore drawing structure%Optimization
矿石运搬工艺系统的连续性、经济性是矿山技术管理的重要内容。基于大新锰矿西北采场重叠矿体开采现状,分析了现有矿石运搬工艺系统存在的问题,并在初选方案的基础上确定了4种运搬工艺优化方案。通过对优化方案的技术经济和系统性比较分析,综合确定出下盘脉外运输巷道b方案(Ⅰ矿与Ⅱ、Ⅲ矿采用瀑布式共用溜井)为最优的运搬工艺系统方案。最优方案具备的优点:减少了Ⅰ矿的电耙级数,提高了出矿效率;整合了Ⅰ矿和Ⅱ、Ⅲ矿溜井结构,体现了出矿结构布置的系统性;降低了生产成本,增大了矿石回采率,经济上实现了最优。研究成果可为类似多层缓倾斜薄矿体开采矿石运搬工艺系统设计提供技术参考。
礦石運搬工藝繫統的連續性、經濟性是礦山技術管理的重要內容。基于大新錳礦西北採場重疊礦體開採現狀,分析瞭現有礦石運搬工藝繫統存在的問題,併在初選方案的基礎上確定瞭4種運搬工藝優化方案。通過對優化方案的技術經濟和繫統性比較分析,綜閤確定齣下盤脈外運輸巷道b方案(Ⅰ礦與Ⅱ、Ⅲ礦採用瀑佈式共用霤井)為最優的運搬工藝繫統方案。最優方案具備的優點:減少瞭Ⅰ礦的電耙級數,提高瞭齣礦效率;整閤瞭Ⅰ礦和Ⅱ、Ⅲ礦霤井結構,體現瞭齣礦結構佈置的繫統性;降低瞭生產成本,增大瞭礦石迴採率,經濟上實現瞭最優。研究成果可為類似多層緩傾斜薄礦體開採礦石運搬工藝繫統設計提供技術參攷。
광석운반공예계통적련속성、경제성시광산기술관리적중요내용。기우대신맹광서북채장중첩광체개채현상,분석료현유광석운반공예계통존재적문제,병재초선방안적기출상학정료4충운반공예우화방안。통과대우화방안적기술경제화계통성비교분석,종합학정출하반맥외운수항도b방안(Ⅰ광여Ⅱ、Ⅲ광채용폭포식공용류정)위최우적운반공예계통방안。최우방안구비적우점:감소료Ⅰ광적전파급수,제고료출광효솔;정합료Ⅰ광화Ⅱ、Ⅲ광류정결구,체현료출광결구포치적계통성;강저료생산성본,증대료광석회채솔,경제상실현료최우。연구성과가위유사다층완경사박광체개채광석운반공예계통설계제공기술삼고。
The continuity and economy of ore hauling process system is the important content of mine technological man-agement. Based on the exploitation status of overlapped ore body in northwest stopes under Daxin Manganese Mine,the prob-lems existing in the available ore hauling process system were analyzed. Furthermore,four types of hauling process optimization schemes were determined on the basis of primary selection. By systematically analyzing the technical economy of optimization schemes,the optimal hauling process scheme b (Ⅰ and Ⅱ,Ⅲ orebody with waterfall shared chute) was synthetically deter-mined. The optimal scheme owns the advantages as following;reduce the scraper series ofⅠorebody and improve the efficien-cy of ore drawing;Integrate the shaft structure of Ⅰ,Ⅱ and Ⅲ orebody and embody the systematization of ore drawing struc-ture arrangement;Reduce the production cost,increase the ore recovery rate and realize the maximum economy. Research re-sults can provide technical references for the design of ore hauling process system in mining of similar multi-layer,gently in-clined and thin orebody.