Treatment methods for organic waste gases in chemical storage facilities
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Chemical storage facilities handle a variety of substances, including benzenes, alcohols, ketones, esters, and plasticizers. The processing of these substances generates large amounts of organic waste gases, which must be treated to meet regulatory standards before being released. According to research, the available methods include adsorption and incineration. Could an expert in this field please explain the advantages and disadvantages of both? Thank you!
It can perform adsorption and catalytic oxidation, making it relatively energy-efficient to operate.
Thanks, brother from floor 2. Are there any existing similar devices?
Isn’t it difficult to burn organic waste gases in chemical storage facilities? The quantity is quite small.
What can be recycled should be recycled, as this also generates economic benefits; what cannot be recycled should be burned in a flare to protect the environment.
Industrial waste gas can be treated using methods such as pressure swing adsorption or temperature swing adsorption. The specific method to be employed depends on factors such as the pressure of the organic waste gas to be treated, its composition, and environmental regulations; specific data would facilitate a more accurate response from us
Biological filtration can be used for treatment; it’s very simple. Phone: 13890136174 QQ: 460354864
Pressure swing adsorption and temperature swing adsorption are more practical options. If the molecules are small and have low polarity, pressure swing adsorption can be used; whereas if the molecules have high polarity, temperature swing adsorption is a better choice, and its investment requirement is much lower. Feel free to discuss at cuihuaji2@163.com
I tried to do it once before – using exhaust gas to fuel the boiler – and that caused the boiler’s furnace to explode during operation. Fortunately, the people from the boiler factory didn’t find out, and someone came and fixed it for free
Dealing with this issue shouldn’t be too difficult, but I think collecting VOC exhaust gases is a challenge. During normal storage, a vent valve can be installed on the storage tank, which helps to reduce VOC emissions to some extent. However, during transfer, in my understanding, most of these emissions occur in an unorganized manner; if such emissions are to be captured, the volume of air involved is certainly large, the concentration is low, and the emissions occur intermittently, all of which pose significant challenges for treatment.
The exhaust gas temperature is preheated to 450 degrees using the heat from combustion, and then it is burned in a specialized exhaust gas incinerator. The smoke generated serves to heat the exhaust gas, resulting in low energy consumption, stable operation, and reduced maintenance costs. In case of any issues, please call: 13861535111
The exhaust gas temperature is preheated to 450 degrees using the waste heat from combustion; thereafter, it is burned in a dedicated exhaust gas incinerator. The smoke generated serves to heat the exhaust gas, resulting in low energy consumption, stable operation, and reduced maintenance costs. In case of any issues, please call: 13861535111
I agree with the view from the 4th floor; it seems that the volume of air taken in for breathing is relatively small and the concentration is unstable, making it difficult to maintain stable operation of the equipment using combustion. I really hope that those with successful experience can share their insights. :o
What is the concentration of organic waste gas? If the concentration is high, catalytic combustion is the best method to achieve compliant emissions
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