Renewable-Resource Technologies in Mining and Metallurgical Enterprises Providing Environmental Safety
Технологии возобновляемого ресурсного обеспечения в горно‑металлургических предприятиях, обеспечивающие экологическую безопасность
2021-10-18
SCID: 54.1/xw6qqpkn
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activation treatment in a disintegratorbackfill storage to prevent shaft collapsemetal recovery from wastemining and industrial wastetailings and heaps
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Abstract (AI)
The article addresses the issue of mining and industrial waste stored in tailings and heaps in mining areas, and it explores the existing, as well as new, ways of reducing its harmful impact on the environment. On the basis of the Russian experience in mining industry in Ural, it presents a process which makes it possible to eliminate the amassed hazardous waste, retrieve the valuable material (metals) stored in it, and use the remaining waste as backfill in order to both: store it underground (and not on the surface) and prevent the disasters caused by the collapse of the abandoned shafts, thus prolonging the functioning of the mining areas. The process includes preliminary activation treatment of materials found in industrial waste in a disintegrator to protect the environment from toxic pollution. The promising results of the experiment have been discussed, taking into account the complexities of economic evaluation of the idea.
Key Findings
1
A process is presented that eliminates accumulated hazardous mining and industrial waste from tailings and heaps while retrieving valuable metals from it.
2
Promising experimental results are reported, though economic evaluation of the approach is complex and considered in the discussion.
3
The process includes preliminary activation treatment of industrial-waste materials in a disintegrator to reduce toxic environmental pollution.
4
The recovered residual material from treated waste can be used as underground backfill, enabling storage underground rather than on the surface.
5
Using backfill from processed waste helps prevent disasters from collapsed abandoned shafts and prolongs the functioning of mining areas.
Research Object
Process for treating mining and metallurgical tailings and heaps to eliminate hazardous waste, recover valuable metals, and use residuals as underground backfill
Research Subject
Effectiveness of the treatment process in reducing environmental harm (toxic pollution prevention), metal recovery from industrial waste, and using residues as backfill to prevent surface storage hazards and shaft collapse, including preliminary activation in a disintegrator and economic evaluation
Publication Details
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2021-10-18
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