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Assessment of the Straw Resource Recovery Using Thermal-Plasma Solid-Waste Treatment Technology

机译:使用热等离子体固体废物处理技术评估秸秆资源回收

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This paper discusses the feasibility of applying thermal-plasma solid-waste treatment (TST) technology to achieve straw resource recovery. It introduces the technology's process flow, the basic principles of thermal plasma as well as vitrification and gasification in TST, and analyzes of the advantages and disadvantages of applying TST to achieve the resource recovery of straw. It proposes that the technology is applicable for straw resource recovery because it is of high rate of resource recovery, strong processing capacity and effective comprehensive utilization, but that the technology's industrialization is limited by high energy consumption and difficulty in centralizing raw materials. Nevertheless, these limitations will be solved gradually with China's development. Thus, this technology is enjoying a brightening application prospect.
机译:本文讨论了应用热血浆固体废物处理(TST)技术实现秸秆资源恢复的可行性。它介绍了技术流程,热等离子体的基本原理以及TST中的玻璃化和气化,并分析了应用TST的优缺点,以实现吸管的资源恢复。它提出该技术适用于秸秆资源恢复,因为它具有高资源回收率,强化加工能力和有效的综合利用率,但该技术的工业化受到高能耗和难度的集中原料的限制。尽管如此,这些限制将随着中国的发展逐步解决。因此,这项技术正在享受亮光的应用前景。

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