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UBC RECYCLING COMPLEX MASS BALANCE

机译:UBC回收复杂质量平衡

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摘要

This paper presents a practical approach for utilizing a computer model to determine the mass balance for a typical UBC recycling complex - starting with raw materials input, through scrap preparation, delacquering, melting, alloy adjustment and casting. This model is especially concerned with metal unit losses throughout the recycling complex with emphasis on metal losses at the melting furnace. The model also addresses the application of hardener alloys, metallurgical salts, chlorine for demagging, and reagents for acid gas emissions control. Other issues addressed are dross generation, acid gas emissions and dirt and fines to landfill. One benefit of the model is the conversion of annual production objectives to hourly production rates and resource requirements taking into account production schedules, maintenance downtime, and operations inefficiencies.
机译:本文介绍了利用计算机模型来确定典型UBC回收复合物的质量平衡的实用方法 - 从原料输入开始,通过废料制备,透射,熔化,合金调节和铸造。该模型特别关注整个回收复合物中的金属单元损失,重点是熔炼炉的金属损失。该模型还解决了硬化剂合金,冶金盐,氯用于衰减的应用,以及用于酸性气体排放控制的试剂。解决的其他问题是渣滓生成,酸性气体排放和污垢和填埋罚填埋。该模型的一个好处是将年度生产目标转换为每小时生产率和资源需求考虑到生产时间表,维护停机时间和运营效率低下。

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