Catalytic Combustion of Waste Halogenated Solvents

一种新的催化剂提纯方法， 用于氧化稀释空气流中的卤素。 本程序 从一种具有高活性的氧化/还原催化剂， 可用集;将建立主要反应;以及 初步的反应模型将产生反映 主要的机械步骤。 初步设计 将进行评估，以确定阶段所需的改进 二，一种新型的电加热方案， 将对催化剂进行检测。 电子探针和电子 显微镜研究将通过合作努力， 马萨诸塞州大学。 从对环境整治公司的调查来看， 强烈需要与催化燃烧器结合的空气汽提器 卤化溶剂，以修复受污染的 水系统 如果成功，燃烧室可以应用于 经济上，许多小来源，改善就业前景， 减少RCRA成本负担。

A novel catalyst preparational method is adapted to a catalyst for oxidation of halogens in dilute air streams. This procedure produces highly active oxidation/reduction catalyst from an available set; the primary reaction will be established; and a preliminary reaction model will be produced which reflects primary mechanistic steps involved. Preliminary design evaluations will be made to define improvements needed in Phase II, and a novel electrical heating scheme of the conducting catalyst will be examined. Electron microprobe and electron microscope studies will be made through cooperative efforts at the University of Massachusetts. From surveys of environmental remediation companies, there is a strong need for air strippers combined with catalytic combustors of halogenated solvents, in order to remediate contaminated aqueous systems. If successful, the combustor can be applied economically to many small sources, improving employment outlook, and reducing RCRA cost burdens.