Waste gas treatment
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During the production of room-temperature adhesives, the catalyst tetramethylammonium hydroxide is added; during high-temperature polymerization, trimethylamine is generated, which has a fishy odor. I would like to ask if there are any effective ways to deal with this type of waste gas
There are mature technologies available for VOC treatment; the appropriate combination of these technologies must be selected based on the air volume, the concentration of waste gases, and the relevant emission standards. These technologies include low-temperature plasma, chemical washing, activated carbon adsorption, biological methods, and more.
Photocatalytic technology actually has a fairly good effect on the removal of trimethylamine
How much is the air volume? How high is the temperature? Does the exhaust gas contain sticky substances? How about particulate matter? Are there specific exhaust gas components and concentrations? For tertiary amines, microbial removal can be considered
I’m not aware of the volume and concentration of the waste gas you produce. Generally, tire and rubber manufacturing companies use RTOs to treat their waste gas; this is provided for your reference