大众科技
大衆科技
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DAZHONG KEJI
2014年
9期
47-49
,共3页
难选尾矿%先进工艺%分级技术%前重丢尾%微细粒归队%后重尾矿分级再选
難選尾礦%先進工藝%分級技術%前重丟尾%微細粒歸隊%後重尾礦分級再選
난선미광%선진공예%분급기술%전중주미%미세립귀대%후중미광분급재선
Refractory tailings%advanced technology%classification technology%former weight drop tail%fine particle back%after the heavy tailings re-election
通过对复杂难选的大厂锡石多金属硫化矿尾矿的矿石性质的分析,提出了采用先进的选矿工艺流程和先进技术,特别是合理地利用好分级技术,能实现在流程的前段大量丢尾,并为微细粒锡石的重选回收创造良好的分选条件,是成功回收大厂矿区低品位复杂难选锡石多金属硫化矿尾矿的关键。
通過對複雜難選的大廠錫石多金屬硫化礦尾礦的礦石性質的分析,提齣瞭採用先進的選礦工藝流程和先進技術,特彆是閤理地利用好分級技術,能實現在流程的前段大量丟尾,併為微細粒錫石的重選迴收創造良好的分選條件,是成功迴收大廠礦區低品位複雜難選錫石多金屬硫化礦尾礦的關鍵。
통과대복잡난선적대엄석석다금속류화광미광적광석성질적분석,제출료채용선진적선광공예류정화선진기술,특별시합리지이용호분급기술,능실현재류정적전단대량주미,병위미세립석석적중선회수창조량호적분선조건,시성공회수대엄광구저품위복잡난선석석다금속류화광미광적관건。
Based on the complex nature of refractory ore cassiterite Dachang polymetallic sulfide ore tailings analysis, proposed the use of advanced beneficiation process and advanced technology, especially the use of reasonably good classification technology, to achieve in the process lost a lot of front end, and create good conditions for micro-fine sorting cassiterite re-election recovery, is the key to successful recovery of low-grade cassiterite mining giant polymetallic sulfide ore tailings complex and difficult choice.