VOCs 51漫画废气治理的方法　　VOCs waste gas treatment methods　　微纳米级汽泡手艺活　　Micro nano bubble technology　　每日任务依据及表现形式：微nm导致小气泡图片遵循体型大小小、有较强的氧化物性等杭州特色，操控遵循操控简洁个性、无2次自净等上风。而今对微nm导致小气泡图片的涉及遵守纪律遵循很大于通俗化导致小气泡图片的表现形式，其表现形式急待进这一步开创操控。　　Working principle and characteristics: Micro nano bubbles have the characteristics of small volume and strong oxidizing properties, and their application has the advantages of easy operation and no secondary pollution. At present, the formation law of micro nano bubbles has characteristics different from ordinary bubbles, and their characteristics need further development and utilization.　　在粉末喷塑有机有机排放物治理排放管控中的调控：沿途流程實驗室专题讨论了微nm导致起泡手艺活活活在粉末喷塑有机有机排放物治理排放管控中的调控生态环境。實驗室首要任务以分成漆雾捉拿及有机有机排放物治理排放净化系统器两整体，收获表明微nm导致起泡手艺活活活对漆雾的捉拿结杲最好，对有机有机排放物治理排放的净化系统器物上请求权约为 60%，能用作粉末喷塑有机有机排放物治理排放的前应对手艺活活活。

　　Application in Spray Waste Gas Treatment: The application of micro nano bubble technology in spray waste gas treatment was studied through experiments. The experiment is mainly divided into two parts: paint mist capture and exhaust gas purification. The results show that micro nano bubble technology has a better capture effect on paint mist, with a purification efficiency of about 60% for exhaust gas. It can be used as a pre-treatment technology for spraying exhaust gas.

　　分手了式无扭力印刷废气处里机器设备　　Distributed non powered exhaust gas treatment equipment　　生产的产品的代表性：重视航空航空煤油炼制商家水量集输机制无解剖图减排排出物的试题，工作设想包容属于臭街的前女友式无趋势排出物治理生产的产品。该生产的产品必备条件比热容小、提升装置拟定矫捷等的代表性，集湿法脱硫、去除异味、膜前女友、吸、催化反应差异性和生物制品可降解在于整体，才可以来完毕当天完毕获取、完毕治理、完毕减排，同样能保证管道各种压力平衡，保持着管道以前的效率，来完毕集输管道无解剖图排出物减排的前女友式的管理，减排知足《航空航空煤油炼制品牌净化工程物减排标准规定》GB31570 - 2015 最大限度恳求。　　Equipment features: In response to the problem of unorganized emission of waste gas from the sewage collection and transportation system of petroleum refining enterprises, a typical decentralized non powered waste gas treatment equipment is designed and adopted. This equipment has the characteristics of small size and flexible installation and layout. It integrates desulfurization, deodorization, membrane separation, adsorption, catalytic decomposition, and biodegradation, and can achieve on-site real-time collection, treatment, and discharge. At the same time, it can maintain the pressure balance of the pipeline network, maintain the original functions of the pipeline network, and achieve decentralized treatment of unorganized waste gas emissions in the gathering and transportation pipeline network. The emissions meet the limit requirements of the "Petroleum Refining Industry Pollutant Emission Standard" GB31570-2015.　　熄火应对的方法　　Combustion treatment method　　区分及理的成语：灭掉法在家产 VOCs 烟粉尘外理中而言成熟期、操控很广泛。灭掉法分类外源性灭掉法、供热公司灭掉法和崔化灭掉法三个类。外源性灭掉法是将烟粉尘外源性引出灭掉炉中中断灭掉；供热公司灭掉法是依靠时加入协助然料进展烟粉尘气温，使其送达灭掉气温中断灭掉；崔化灭掉法是在崔化剂的度化下，上升烟粉尘的灭掉气温，使其在较低气温下中断灭掉。　　Classification and principle: Combustion method is the most mature and widely used in the treatment of industrial VOCs waste gas. Combustion methods are divided into three categories: direct combustion, thermal combustion, and catalytic combustion. The direct combustion method is to directly introduce exhaust gas into the combustion furnace for combustion; Thermal combustion method is to increase the exhaust gas temperature by adding auxiliary fuel to reach the combustion temperature for combustion; Catalytic combustion method is the process of reducing the combustion temperature of exhaust gas under the action of a catalyst, allowing it to burn at a lower temperature.　　优有误谬误：熄火法在较低温度表下是完全搅碎和清掉 VOCs，也不会发生分次净化水。但相互熄火法要用较高的熄火温度表，碳排放量很大的；热电厂熄火法要用添加有助于主要燃料，费用较高；促使熄火法对促使剂的恳求较高，促使剂既然降解。　　Advantages and disadvantages: The combustion method completely destroys and removes VOCs at high temperatures, without generating secondary pollution. But the direct combustion method requires a higher combustion temperature and consumes more energy; Thermal combustion method requires the addition of auxiliary fuel, which is costly; Catalytic combustion method has high requirements for catalysts, which are prone to deactivation.

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