大众科技
大衆科技
대음과기
DAZHONG KEJI
2015年
8期
41-43
,共3页
残矿%有价金属%生产指标%矿产资源%回收率
殘礦%有價金屬%生產指標%礦產資源%迴收率
잔광%유개금속%생산지표%광산자원%회수솔
Residual ore%valuable metals%production index%mineral resources%recovery rate
铜坑矿井下残矿矿石性质较为复杂,含杂物较多,给分选带来了难度.通过对铜坑矿井下残矿进行预先隔粗除杂、破碎磨矿后,采用"重—浮—重"选矿原则流程进行分选,能够得到较好的生产指标,有价锡金属得到较好地回收,减少了矿产资源的流失.
銅坑礦井下殘礦礦石性質較為複雜,含雜物較多,給分選帶來瞭難度.通過對銅坑礦井下殘礦進行預先隔粗除雜、破碎磨礦後,採用"重—浮—重"選礦原則流程進行分選,能夠得到較好的生產指標,有價錫金屬得到較好地迴收,減少瞭礦產資源的流失.
동갱광정하잔광광석성질교위복잡,함잡물교다,급분선대래료난도.통과대동갱광정하잔광진행예선격조제잡、파쇄마광후,채용"중—부—중"선광원칙류정진행분선,능구득도교호적생산지표,유개석금속득도교호지회수,감소료광산자원적류실.
The copper mine residual mineral ore properties is relatively complex, containing impurities is more, brings difficulty to sorting. Through to the copper mine residual ore to separate coarse in advance after removing impurity, crushing grinding, using "heavy - floating-heavy" separation principle of ore dressing process, can get better production index, marketable tin get better recovery, reduce the loss of the mineral resources.