废气处理设备之车间降温设备，一般有风扇、地面洒水、含氟空调、环保净化型水蒸发空调、水温空调、风机盘管，湿帘等方法。水循环冷风机是利用水蒸发降温原理，使室内得到降温净化的目的，而且在达到降温的目的的同时还可以增加室内的湿度，可以让工人的皮肤湿润的同时给你更好的创造利润。冷风机市场是很庞大、涉及的地域也很广，大到国防、化工生产、牧畜水产业、肉类加工、食品、果蔬加工、大棚、小到千家。
车间降温设备优势：
1、更环保——无需氟利昂（CFC）制冷剂，绿色环保。
2、耗能少——100㎡车间面积耗电量约0.8度/时；
3、通风好——室内空气一分钟可换气一次，保持***佳空气质量；
4、效率高——可降温4℃~13℃以；
5、***少——其造价是一般***空调的1/10；
这就是有关废气处理设备之车间降温设备的介绍。
工业废气处理之催化燃烧装置是指在催化剂作用下燃烧的装置或设备。催化燃烧装置的工作原理是:借助催化剂使有机废气在较低的起燃温度下进行无焰燃烧,使有机废气分解为***的二氧化碳和水蒸汽。催化燃烧器电控制系统由PLC控制器、文本显示器、变频调速器、点火器、紫外线传感器、热电偶等电控设备以及风机，另外由零压阀调节燃气与空气的比例。词条还举例介绍了HC型系列有机气体催化燃烧装置和LF-VC型直接催化分解氧化装置，以及催化燃烧装置使用中的不安全因素以及管理措施。然气燃料具有热值高、大气污染排放物少的优点，在一般情况下，***的燃烧仍然会排放一定量的NO由于NO，具有对环境污染的影响，因此很有必要降低***燃烧过程中N0，的排放量。近十多年的研究表明，催化燃烧技术完全可能解决上述问题，可以使得燃气燃烧达到低排放的标准，近于零排放，同时可以有效提高炉膛内热效率。
可燃物在催化剂作用下燃烧。与直接燃烧相比，催化燃烧温度较低，燃烧比较完全。催化燃烧所用的催化剂为具有大比表面的***和金属氧化物多组分物质。例如家用负载Pd或稀土化合物的催化燃气灶，可减少尾气中CO含量，提高热效率。负载0.2%pt的氧化铝催化剂，在500℃下，可将大多数有机化合物燃烧，脱臭净化到化***移σ=1以下。催化燃烧为无焰燃烧，因此适用于安全性要求高的场合，如以H2和O2为原料的燃料电池、用***或酒精为原料的怀炉(催化剂为浸Pt石棉)等。如消除化工厂NOx的烟雾，可加燃料到烟雾中，通过负载型铂和钯催化剂，催化燃烧使NOx转化为N2气。 采用适当的催化剂，使用***气体中的可燃物质在较低的温度下分解、氧化的燃烧方法。
The workshop cooling equipment for waste gas treatment equipment usually includes fans, ground sprinklers, fluorine air conditioners, environmental clean water evaporative air conditioning, water temperature air conditioning, fan coil, wet curtain and so on. The water circulating cooling fan is the principle of water evaporation cooling, which makes the indoor cooling and purifying the purpose, and can also increase the humidity in the room at the same time. It can make the workers' skin moist and create a better profit. The cold air fan market is very large and involves a wide range of areas, large to national defense, chemical production, livestock and aquatic industry, meat processing, food, fruit and vegetable processing, big shed, ***all to thousands.
Advantages of cooling equipment in workshop:
1, more environmentally friendly - no need for Freon (CFC) refrigerant, green.
2, less energy c***umption - 100 hours workshop area c***umption of about 0.8 degrees / hour;
3, good ventilation - indoor air can be exchanged for one minute to maintain the best air quality.
4, the efficiency is high - the temperature can be cooled at 4 ~13 C.
5, less investment - its cost is 1/10 of general central air conditioning.
This is the introduction of cooling equipment in the workshop of waste gas treatment equipment.
The catalytic combustion device for industrial waste gas treatment is the device or equipment burning under the action of catalyst. The working principle of the catalytic combustion device is that the organic waste gas is flameless at a lower ignition temperature with the help of the catalyst, and the organic waste gas is decomposed into nontoxic carbon dioxide and water vapor. The electric control system of the catalytic burner c***ists of the PLC controller, the text display, the variable frequency governor, the igniter, the ultr***iolet sensor, the thermocouple and other electric control equipment, as well as the fan. In addition, the ratio of gas to air is adjusted by the zero pressure valve. The article also introduces the HC series of organic gas catalytic combustion equipment and LF-VC type direct catalytic decomposition oxidation device, as well as the unsafe factors and management measures in the use of catalytic combustion equipment. However, gas fuel has the advantages of high calorific value and less emission of air pollution. In general, the combustion of natural gas will still discharge a certain amount of NO because of the effect of NO on the environmental pollution. Therefore, it is necessary to reduce the emission of N0 in the combustion process of natural gas. The recent more than 10 years of research show that the catalytic combustion technology can completely solve the above problems, which can make gas combustion meet the standard of low emission, near zero emission, and can effectively improve the heat efficiency in the furnace.
The combustibles are burned under the action of the catalyst. Compared with direct combustion, the catalytic combustion temperature is lower and combustion is more complete. The catalysts used for catalytic combustion are multi components of noble metal and metal oxides with large surface area. For example, catalytic gas stoves with Pd or rare earth compounds can reduce CO content in exhaust gas and improve thermal efficiency. The alumina catalyst loaded with 0.2%pt can burn most organic compounds at 500 degrees Celsius and deodorization to remove the chemical shift below =1. Catalytic combustion is a flameless combustion, so it is suitable for high safety requirements, such as fuel cells with H2 and O2 as raw materials, and the furnace with gasoline or alcohol as raw materials (catalyst for Pt asbestos). If the ***oke of NOx in chemical plant can be eliminated, the fuel can be added to the ***oke, and the NOx can be converted into N2 gas by catalytic combustion of supported platinum and palladium catalysts. A suitable combustion method for the decomposition and oxidation of combustible substances in harmful gases at lower temperatures.