Application and exploration of catalytic combustion method in organic waste gas treatment engineering
催化燃烧法在有机废气治理工程中的应用和探索

摘要

印刷、轮胎制造、油漆产业以及石油化工等多个工程在制作或开工过程之中或多或少都会存在有机化合物的排放情况，而其大部分排放或会发的烃类化合物都会对环境带来污染，而含磷，硫，氯以及卤族元素的有机化合物一般情况下也为有害物。此部分挥发性的有机物如若不经过人为的后续处理，直接向空气之中进行排放，则将带来极为严重的环境污染。有机废气治理指的是人们在后续通过不同的策略减少有机废气或有机溶剂的排放量以及使用量的过程。在传统时期，人们常常使用的有机废气净化处理策略有直接燃烧法、冷凝法以及生物法等。这些方法虽然十分有效，但却极易为环境带来二次污染，为了弥补这些缺陷，如今人们逐渐应用催化燃烧法对有机废气进行有效治理。

Abstract

Many projects such as printing, tire manufacturing, paint industry and petrochemical industry will more or less emit organic compounds during the production or start-up process, and most of the hydrocarbon compounds emitted or emitted will be harmful to the environment. Bring pollution, and organic compounds containing phosphorus, sulfur, chlorine and halogen elements are generally harmful. If this part of volatile organic compounds is directly discharged into the air without artificial follow-up treatment, it will bring extremely serious environmental pollution. Organic waste gas treatment refers to the process in which people reduce the emission and use of organic waste gas or organic solvents through different strategies. In the traditional period, the organic waste gas purification and treatment strategies that people often use include direct combustion method, condensation method and biological method. Although these methods are very effective, they are very easy to bring secondary pollution to the environment. In order to make up for these defects, people are gradually applying catalytic combustion methods to effectively treat organic waste gas.