废气治理设备厂家分析如何处理喷漆废气的问题(喷漆环保设备废气处理)本页面通过数据整理汇集了废气治理设备厂家分析如何处理喷漆废气的问题(喷漆环保设备废气处理)相关信息，下面一起了解一下。

废气治理设备厂家分析如何处理喷漆废气的问题(喷漆环保设备废气处理)

废气治理设备厂家分析如何处理喷漆废气的问题

喷漆全过程中，产生废气是难以避免的，喷漆废气主要包括油雾、有机废气、臭味。既环境污染又伤害身体健康，常见的有解决办法存水自喷法，冷凝法，空气氧化法，低温等离子法,绿色植物液液相化学变化,催化燃烧装置法,活性炭过滤。那麼应当如何选择呢?下边鑫源环保设备有限公司为大家开展详细介绍。

水自喷法基本原理是历经水撒到废气排出，水溶或大颗粒物地基沉降，进行污染物质、清洁的汽体分离的用意。本实用新型专利具备简单的水源优点，在同一時刻堆积过虑后，能够反复应用，减少水源的消耗，水喷在解决大颗粒物构成的一个十分高的输出功率，一般用以废气解决的预备处理。

冷凝法喷漆废气解决立即冷凝或吸咐浓缩冷凝后，历经分离和使用价值的有机化合物回收利用冷凝液。此办法用以浓度较高的，低温度，废气解决排风量小。但注资大，耗能高，工作中成本高，废气治理设备厂家一般不采用这类办法净化处理喷漆废气。

低温等离子反映法应用含高效率能量活力官能团的等离子技术分裂废气分子结构，转化成二氧化碳和水，随后抵达净化处理废气的用意。但此办法应用在易燃易爆物品的喷漆有机废气解决中不太适合，存有安全风险，且机器设备的中后期维护较杂乱无章。

立即点燃法应用原油或燃气做为辅助然料点燃加温化合物加温到必然温度(700℃-800℃)，時刻中断一些，然料点燃产生的有害物质。该办法加工工艺简单，有机废气处理设备注资低，但耗能高，工作中成本高。

催化燃烧装置法是在金属催化剂的实际效果下，使有机废气中的氮氧化合物在温度较低的标准下灵巧空气氧化变成水和二氧化碳，抵达管理方法的用意。但用以排风量大的较低浓度的废气，花费较高，工作中成本大。

活性炭过滤历经活性碳立即吸咐有机废气，机器设备简单，注资小，实际操作便捷，但要求经常更换活性炭。机器设备空气阻力大，对离心风机气压高求高，用电量大。应用后更换的活性碳和事后解决费劲。圆润后喷屋内排风艰难，危害产品品质。

In the whole process of painting, it is difficult to avoid waste gas, which mainly includes oil mist, organic waste gas and odor. It not only pollutes the environment but also harms people's health. Common solutions include water storage self injection method, condensation method, air oxidation method, low-temperature plasma method, liquid-liquid chemical change of green plants, catalytic combustion device method, and activated carbon filtration. So how should we choose? Next, Xinyuan environmental protection equipment Co., Ltd. will give you a detailed introduction < p > the basic principle of the water self spraying method is to separate pollutants and clean vapors through water scattering to exhaust gas discharge, water-soluble or large particle foundation settlement. The utility model patent has the advantage of simple water source, which can be repeatedly used after being stacked and filtered at the same time, reducing the consumption of water source. Water spray is used to solve a very high output power composed of large particles, and is generally used for the preparatory treatment of waste gas solution < p > condensation method: the waste gas from painting can be condensed immediately or absorbed. After condensation, the organic compounds that have undergone separation and use value can be recycled. This method is used to solve the problem of high concentration, low temperature and low exhaust air volume. However, due to large capital injection, high energy consumption and high cost in work, manufacturers of waste gas treatment equipment generally do not use such methods to purify and treat waste gas from painting < p > low temperature plasma reaction method uses plasma technology containing high-efficiency energy and active functional groups to split the molecular structure of exhaust gas, convert it into carbon dioxide and water, and then reach the purpose of purifying and treating exhaust gas. However, this method is not suitable for the solution of organic waste gas from painting of flammable and explosive articles, which has safety risks, and the maintenance of machinery and equipment in the middle and later stages is chaotic < p > the immediate ignition method uses crude oil or gas as an auxiliary heating compound to heat the natural material to a certain temperature (700 ℃ - 800 ℃), and interrupts some harmful substances produced by natural material ignition. This method has simple processing technology, low capital injection for organic waste gas treatment equipment, but high energy consumption and high cost in work < p > the catalytic combustion device method is to flexibly oxidize the nitrogen oxides in the organic exhaust gas into water and carbon dioxide under the lower temperature standard under the actual effect of the metal catalyst, reaching the purpose of the management method. However, the use of low concentration exhaust gas with large exhaust volume has high cost and high cost in work < p > activated carbon filtration absorbs organic waste gas immediately after activated carbon. The machine and equipment are simple, the capital injection is small, and the actual operation is convenient, but the activated carbon needs to be replaced frequently. The air resistance of the machinery and equipment is large, and the air pressure of the centrifugal fan is high, and the power consumption is large. It is difficult to replace the activated carbon after application and solve the problem afterwards. It is difficult to exhaust air in the room after the round spraying, which endangers the product quality

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