Offgas emissions from the plasma hearth process

J. Batdorf, R. Geimer, G. Hassel, William P. Wolfe
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引用次数: 3

Abstract

ABSTRACT The Department of Energy is currently evaluating SAIC's Plasma Hearth Process (PHP) for use as a new method of treating mixtures of radioactive and hazardous wastes. The PHP has been specifically designed for the treatment of both low-level and transuranic mixed waste. These mixed wastes range in composition from non-combustible inorganic sludge wastes to highly combustible plastic and organic sludge wastes. The unique aspect of the PHP technology is its ability to treat this wide range of materials even when combined as a poorly characterized heterogeneous mixture. The PHP uses a plasma-arc torch to volatilize the organic components of the waste and vitrify residual inert materials. Hazardous organic constituents are destroyed in a secondary combustion chamber. Offgas from the process is thoroughly cleaned by state-of-the-art air pollution control equipment. This paper describes the results of the "proof-of-principle" testing of this technology and focuses on the results of the analysis of the o...
等离子炉底过程废气排放
美国能源部目前正在评估SAIC的等离子炉工艺(PHP)作为处理放射性和危险废物混合物的新方法。PHP是专门为处理低水平和超铀混合废物而设计的。这些混合废物的组成范围从不可燃的无机污泥废物到高度可燃的塑料和有机污泥废物。PHP技术的独特之处在于,它能够处理各种各样的材料,即使它们组合在一起是一种特性很差的异质混合物。PHP使用等离子弧炬挥发废物中的有机成分并玻璃化残余惰性材料。有害的有机成分在二次燃烧室中被破坏。该工艺产生的废气由最先进的空气污染控制设备彻底净化。本文描述了该技术的“原理验证”测试结果,并重点介绍了该技术的性能分析结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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