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Study of Raw Materials Treatment by Melting and Gasification Process in Plasma Arc Reactor

机译:等离子弧反应器熔融气化工艺处理原料的研究

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The world consumption of metals and energy has increased in last few decades and it is still increasing. Total volume production results to higher waste production. Raw material basis of majority metals and fossil fuels for energy production is more complex and current waste treatment has long term tendency. Spent power cells of different types have been unneeded and usually they are classified as dangerous waste. This important issue is the main topic of the thesis, in which author describes pyrometallurgical method for storage batteries – power cells and catalysts treatment. During the process there were tested a trial of spent NiMH, Li – ion power cells and spent copper catalysts with metal content treatment by melting and gasification process in plasma arc reactor. The synthetic gas produced from gasification process has been treated by cogenerations micro turbines units for energy recovery. The metal and slag from treatment process are produced into two separately phases and they were analyzing continually.
机译:在过去的几十年中,世界上金属和能源的消耗量一直在增加,而且还在不断增加。批量生产可提高废物产生量。用于能源生产的大多数金属和化石燃料的原材料基础更加复杂,当前的废物处理具有长期趋势。不需要使用不同类型的废电池,通常将它们分类为危险废物。这个重要问题是论文的主要主题,作者在其中描述了用于蓄电池的火法冶金方法–动力电池和催化剂的处理。在此过程中,对废NiMH,锂离子动力电池和废铜催化剂进行了试验,该催化剂在等离子弧反应器中通过熔融和气化工艺进行了金属含量处理。气化过程产生的合成气已通过热电联产微型涡轮机单元进行了处理,以回收能量。处理过程中产生的金属和炉渣分为两个阶段,并不断进行分析。

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