The cause of slurry run out in tailing thickening pond of Meishan iron mine was analyzed, and the particular measures for preventing the slurry from running out were proposed.
对梅山铁矿尾矿浓缩池出现跑泥的原因进行了分析，提出了防止跑泥的具体措施。
Comprehensive utilization of waste slag from Meishan iron Mine is described, and test studies for the recovery of iron from the slag and the production practice of such process are presented.
阐述梅山铁矿综合利用废渣和回收渣中铁的试验研究及其生产实践。
Studies on the possibility and technological conditions of the utilization of fine tailings from Meishan Iron mine as filling and piling materials in caved and mine up areas have been carried out.
对梅山铁矿选矿厂细粒尾矿用于充填塌陷区和采空区堆块的可能性及生产工艺条件进行了研究。
To reduce environmental pollution and to increase thickening density of tailings have become the most important technical challenges facing the dressing scientific research work of Meishan iron Mine.
减少环境污染和提高尾矿浓缩浓度，已成为梅山铁矿选矿科研工作面临的最重要的技术挑战。
To reduce environmental pollution and to increase thickening density of tailings have become the most important technical challenges facing the dressing scientific research work of Meishan iron Mine.
减少环境污染和提高尾矿浓缩浓度，已成为梅山铁矿选矿科研工作面临的最重要的技术挑战。
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