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Practical Design Considerations when Planning a Backfill Operation

机译:规划回填作业时的实际设计注意事项

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The design of a cost effective backfill system involves many aspects and various inputs from different engineering disciplines. Backfilling is a very significant mining cost and efforts need to be made in the design stage to maximise efficiency and flexibility whilst minimising costs. The aspects that need to be considered include the following: 1. Required fill performance underground 2. Peak and average fill tonnage requirements 3. Backfill scheduling in the mining cycle 4. Material selection, testing and preliminary costing 5. Plant design and storage needs 6. Infrastructure requirements 7. Implications on surface waste/tailings disposal and costs 8. Total backfill costs. In order to produce a cost effective and efficient backfill operation, a multi-disciplinary project team is required that should include the following skills and functions: 1. Mine Planning 2. Rock Engineering 3. Metallurgy 4. Mechanical Engineering 5. Environmental Health and Safety 6. Tailings Disposal/Waste Management This paper discusses the above and indicates important aspects that should be considered.
机译:具有成本效益的回填系统的设计涉及许多方面以及来自不同工程学科的各种投入。回填是非常昂贵的采矿成本,因此在设计阶段就需要做出努力,以最大程度地提高效率和灵活性,同时将成本降至最低。需要考虑的方面包括:1.地下所需的填充性能2.峰值和平均填充吨位要求3.采矿周期中的回填计划4.材料选择,测试和初步成本核算5.工厂设计和存储需求6基础设施要求7.对地面废物/尾料处置和成本的影响8.回填总成本。为了产生具有成本效益和高效的回填作业,需要一个多学科的项目团队,其中应包括以下技能和职能:1.矿山规划2.岩石工程3.冶金4.机械工程5.环境健康与安全6.尾矿处置/废物管理本文讨论了以上内容,并指出了应考虑的重要方面。

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