Decomposition of dichloroethane in a plasma arcjet reactor: experiment and modeling
Decomposition of dichloroethane in a plasma arcjet reactor: experiment and modeling
复制标题
等离子弧喷射反应器中二氯乙烷的分解：实验和建模
DOI：
10.1109/plasma.1997.605145
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发表时间：
1997
期刊：
影响因子：
--
通讯作者：
C. Fleddermann
中科院分区：
文献类型：
--
作者：
H. Snyder;C. Fleddermann
仅提供摘要形式。建立了一个等离子体电弧喷射反应器，用于研究危险液体分解的基本反应动力学。电弧喷射器在1.5kW的功率水平和17.5LPM的氩气流速下操作。使用焓探针测量等离子体射流的温度分布，在等离子体射流中测量的最高温度为1850/spl deg/C。替代液体废物，1，2二氯乙烷，注入到等离子体射流和分解副产物进行监测，使用残留气体分析仪。去除效率大于99%。温度分布被用来模拟电弧加热器作为一个非等温的管状现在的反应器。
Summary form only given. A plasma arcjet reactor has been constructed to study the fundamental reaction kinetics for decomposition of hazardous liquids. The arcjet was operated at a power level of 1.5 kW and an argon flow rate of 17.5 LPM. The temperature profile of the plasma jet was measured using an enthalpy probe and the maximum temperature measured in the plasma jet was 1850/spl deg/C. A surrogate liquid waste, 1,2 dichloroethane, was injected into the plasma jet and the decomposition byproducts were monitored using a residual gas analyzer. A removal efficiency greater than 99% was obtained. The temperature profile was used to model the arcjet as a non-isothermal tubular now reactor.