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How to control VOCs? How to control VOCs? How to control VOCs? How to control VOCs?
The alkali spray absorbs a portion of it, and then activated carbon does the adsorption
It is advisable to have technical parameters; common techniques include spraying, adsorption, biological methods, photolytic oxidation, plasma, and so on. Generally, at least two technologies are used in combination; there are also cases where a single technology is employed. As for the processing efficiency, it depends on the original technical parameters.
Taking multiple measures will yield better results.
There are a wide variety of biochemical methods available in China; we have been operating VOC treatment systems abroad for over 10 years
If the concentration is low and there is no value in recycling it, then an RTO can be used. However, such devices do not have high operational stability; an activated carbon fiber adsorption unit is a better option as it can recover organic substances and operates entirely automatically. I have experience using both types of systems
Resin is produced intermittently; currently, the product is collected in open containers. Are there any good solutions for VOC control?
It depends on the components of your waste gas. 1) If there is a large amount of organic waste gas with no value for recycling, it can be incinerated! 2) Activated carbon fibers, which have value for recycling, can be used for adsorption treatment! I use a ventilation capacity of 8,000 cubic meters, which allows me to recover 2 tons of benzene per day. With an investment of 5 million, the cost can be recovered quite quickly
For unorganized emissions, organized collection should be adopted first whenever possible, and only then should gas transmission and absorption for disposal be carried out! Organized collection during the design phase is very important; many companies do not pay enough attention to this, which results in inadequate collection of waste gases and persistent strong odors at the site.
RTO is the ultimate solution for VOC treatment
Is the RTO combustion stable? Could an explosion occur?