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FLUID BED PRECIPITATION WITH PARTICULAR REFERENCE TO URANIUM OXIDE CONCENTRATES

机译:液体床沉淀,特别是氧化铀浓缩物

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The term "Crystal Quality" is not well understood by design and production teams yet it directly influences all downstream processes and has a significant influence on the final product. This is particularly true in the Uranium Industry where we generally use the term "Precip Quality" to describe how well the crystals filter and dry, with consequent impact on product recycle, product purity, and energy consumption. The flow on effects of Precip Quality are numerous, not only reducing processing costs but also impacting transport and storage costs, as well as product purity penalty costs. The other very important outcome from improved Precip Quality is a cleaner working environment and the subsequent reduced OH&S risks associated with uranium production facilities.This presentation looks at The Fluid Bed Precipitation process and compares both the cost and OH&S benefits of this technology with traditional precipitation processes in use in current operating plants.
机译:设计和生产团队术语并不是很好地理解,但它直接影响所有下游流程,对最终产品产生重大影响。这在铀工业中尤其如此,我们通常使用术语“沉淀质量”来描述晶体过滤和干燥的程度,从而影响产品再循环,产品纯度和能量消耗。沉淀质量效果的流动众多,不仅是降低处理成本,而且影响运输和储存成本以及产品纯度罚款。改善沉淀物质的另一个非常重要的结果是更清洁的工作环境,随后的含量减少了与铀的生产设施相关的风险。此介绍介绍了流化床降水过程,并比较了传统降水过程的成本和OH&S益处在目前的操作厂。

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