常见的有五种：喷漆废气处理活性炭吸附法、喷漆废气处理催化焚烧法、喷漆废气处理洗刷吸收法和直接焚烧喷漆废气处理设备、离子喷漆废气处理方法，以及光解废气净化法。下面说一下五种喷漆废气处理办法的优点和缺点，希望天浩洋环保小编的介绍对您有所帮助。
一、喷漆废气处理方法——活性炭吸附法，前期投入资金少，但是后期维护费用较高;喷涂室废气中涂料雾较多时，需先除去涂料雾。适用常温、低浓度、废气量相对较小时的喷漆废气管理。
二、喷漆废气处理方法——催化焚烧法废气管理功率高，设备占地面积小;与直接焚烧法比较耗能少。应去掉废气中杂质，避免催化剂***;催化剂运用时间长时，废气管理功率相应下降;废气管理设备费用较高。适用于温度高、流量小、喷漆废气浓度高、含杂质少的场合，烘干室废气管理应用较多。
三、喷漆废气处理方法——直接焚烧法，喷漆废气管理功率高，通常废气焚烧后，即达到排放规范;喷漆废气管理可靠性高。可是，存在预热耗能多，费用较高;需思考防爆等安全措施，换热器、焚烧室设计较杂乱。适用于***含量高、温度高的废气管理。
四、喷漆废气处理方法——离子喷漆废气处理方法，废气管理功率高，设备占地面积小;与直接焚烧法比较耗能少。存在预热耗能多，费用较高;需思考防爆等安全措施，换热器、焚烧室设计较杂乱。适用常温、低浓度、废气量相对较小时的喷漆废气管理。
光解废气净化设备应用于喷涂废气的处理
五、光解式废气净化法——光解式废气净化设备是利用特种紫外线波段(C波段)，在特种催化氧化剂的作用下，将废气分子破碎并进一步氧化还原的一种特殊处理方式。废气分子先经过特殊波段高能紫外光波破碎有机分子，打断其分子链;同时，通过分解空气中的氧和水，得到高浓度臭氧，臭氧进一步吸收能量，形成氧化性能更高的自由羟基，氧化废气分子。同时根据不同的废气成分配置多种复合惰性催化剂，大大提高废气处理的速度和效率，从而达到对废气进行净化的目的。
以上就是喷漆废气处理方法的***常用的处理办法总汇，各有各的有长处和缺陷，天浩洋环保能够根据客户的实际情况，为您制定更适合的废气处理方案以及报价，确保运营费用不会过多的支出。
There are five common types: exhaust gas treatment activated carbon adsorption, spray paint waste gas treatment catalytic incineration, spray paint waste gas treatment and absorption, direct incineration spray paint waste gas treatment equipment, ion spray paint waste gas treatment method, and photolysis exhaust gas purification method. Let's talk about the advantages and disadvantages of five kinds of paint waste gas treatment methods. I hope the introduction of Tian Hao environmental protection Xiaobian can help you.
First, the active carbon adsorption method, the active carbon adsorption method, has less investment in the early stage, but the maintenance cost is higher in the later period, and the paint mist should be removed first when the paint fog is much more in the spray chamber exhaust. It is suitable for the management of paint exhaust gas with relatively low temperature and low concentration.
Two, the method of waste gas treatment for paint spraying -- catalytic incineration method has high power of waste gas management, ***all occupied area of equipment and less energy c***umption compared with direct incineration method. The impurities in the waste gas should be removed to ***oid poisoning of catalysts. When the catalyst is used for a long time, the power of exhaust gas management will decrease correspondingly, and the cost of exhaust gas management equipment will be higher. It is suitable for many occasi***, such as high temperature, low flow rate, high concentration of paint spray, and less impurity.
Three, spray paint waste gas treatment method - direct incineration method, spray paint waste gas management power high, usually after the burning of exhaust gas, that is to meet the emission standa***, spraying exhaust gas management reliability. However, there are many safety measures such as preheating energy c***umption, higher cost, and need to think about explosion protection. The design of heat exchanger and incinerator is more and more complicated. It is suitable for waste gas management with high organic solvent content and high temperature.
Four. The treatment method of spray paint waste gas - ion spray paint waste gas treatment, the high power of exhaust gas management, ***all area of equipment, less energy c***umption compared with direct incineration method. There are many safety measures such as preheating, energy c***umption, high cost, and need to think about explosion protection. The design of heat exchanger and incinerator is rather messy. It is suitable for the management of paint exhaust gas with relatively low temperature and low concentration.
Application of Photolysis Waste Gas Purification Equipment in Spraying Waste Gas Treatment
Five. Photolysis gas purification method - photolysis exhaust gas purification equipment is a special treatment method using special ultr***iolet band (C band) to break the gas molecules and further oxidize and redox under the action of special catalytic oxidizing agent. At the same time, high concentration ozone is obtained by decomposition of oxygen and water in the air, and the ozone can further absorb energy to form a free hydroxyl group with higher oxidation performance and oxidize the molecules of exhaust gas. At the same time, a variety of complex inert catalysts are arranged according to the different components of the exhaust gas, which greatly improves the speed and efficiency of the waste gas treatment, thus achieving the purpose of purifying the exhaust gas.
The above is the most commonly used treatment method of spray exhaust gas treatment method, each has its own strengths and defects. Tian Hao ocean environmental protection can make a more suitable waste treatment plan and offer for you according to the actual situation of the customer, and ensure that the operating expenses will not be overpaid.