Design and Testing of a Prototype De-NOx System for 100 kVA Diesel Engine Generator using a Silent Discharge Reactor
Design and Testing of a Prototype De-NOx System for 100 kVA Diesel Engine Generator using a Silent Discharge Reactor
复制标题
使用无声放电反应器的 100 kVA 柴油发动机发电机原型脱硝系统的设计和测试
DOI：
10.1080/00102209808952024
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发表时间：
1998
影响因子：
1.9
通讯作者：
Y. Hori
中科院分区：
文献类型：
--
作者：
Y. Yoshioka;T. Yukitake;M. Nakai;K. Souma;K. Tuchiya;K. Annou;Y. Hori
摘要 为了建立等离子体反应器的设计规则，进行了基础研究。结果表明，设计标准的重点是气体流速和放电管的功率输入。设计、搭建并测试了100 kVA柴油机发电系统等离子体反应器工程模型。反应器由3块、30根1m长的放电管组成，由高压逆变电源驱动。试验结果表明，基本数据适用于工程模型反应器，基本达到了NO氧化过程所需的能量产率。扩大规模规则也已得到确认
Abstract In order to establish a design rule of the plasma reactors, a fundamental investigation was carried out. The results show that important points of the design criteria were flow speed of gas and power input to the discharge tubes. An engineering model of plasma reactor for 100 kVA diesel engine generating system was designed, constructed and tested. The reactor is composed of 3 blocks, 30 discharge tubes with 1 m long and they are driven by a high voltage inverter power source. The test results show that the fundamental data were applicable to the engineering model reactor and the required energy yield of NO oxidation process was almost attained. A scale up rule has also been confirmed