Indoor air cleaning using a pulsed discharge plasma
Indoor air cleaning using a pulsed discharge plasma
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DOI：
10.1109/28.806040
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发表时间：
1999-11-01
影响因子：
4.4
通讯作者：
Kang, JH
中科院分区：
文献类型：
--
作者：
Mizuno, A;Kisanuki, Y;Kang, JH
本文的目的是开发一种针对室内环境中烟草烟雾等空气污染物的高效空气净化系统，我们研究了使用脉冲发生器和等离子体驱动催化反应器（两者都可连接到空调）在单次测试中处理颗粒物和乙醛（CH3CHO）的基本特性，通过循环测试， 在放置反应器的密闭容器中测量乙醛浓度。一次通过测试（停留时间10ms）中颗粒物和乙醛的去除效率分别为70%和27%。在循环测试中，运行2分钟后98%的悬浮颗粒被收集，50分钟后乙醛浓度下降70%，认为TiO2催化剂被等离子体诱导的高能粒子（电子、光子和亚稳态分子）激发，从而增强了污染物的去除效果。这些测试结果表明，等离子体与 TiO2 是处理环境烟草烟雾污染物的潜在替代品。
The purpose of this paper is to develop a high-efficiency air-cleaning system for air pollutants such as tobacco smoke found in indoor environments, We investigated the basic characteristics of treating particulate matter and acetaldehyde (CH3CHO) in a one-pass test using a pulse generator and a plasma-driven catalyst reactor, both of which are attachable to an air conditioner, Using a circulation test, the decrease in acetaldehyde concentration was measured in a closed vessel where the reactor had been placed. The removal efficiencies of particulate matter and acetaldehyde in the one-pass test (residence time of 10 ms) were 70% and 27%, respectively. In the circulation test, 98% of the suspended particles were collected after 2 min of operation and the acetaldehyde concentration decreased by 70% after 50 mins, It is believed that the TiO2 catalyst is excited by plasma-induced high-energy particles (electrons, photons, and metastable molecules), resulting in an enhanced pollutant removal, These test results indicate that the combination of plasma with TiO2 is a potential alternative in treating the pollutants in environmental tobacco smoke.