For 3,000 m3/h of waste gas, what concentration can be achieved using water spraying for methanol, ethanol, **furan, benzene, toluene, etc.?
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For 3,000 m3/h of waste gas containing methanol, ethanol, **furan, benzene, toluene, etc., all at a concentration of 50,000 mg/m3, at room temperature, what concentration can be achieved using water spray treatment? Could someone help simulate it?
Regarding the first question, water spraying has different removal effects on various pollutants. Generally, the higher the removal efficiency of water spraying, the lower the outlet concentration. However, the removal efficiency for each specific pollutant needs to be calculated based on the specific process and equipment parameters. Therefore, more information is needed to answer this question. Regarding the second question, the effectiveness of water spraying is also influenced by various factors, such as nozzle type, spraying rate, spraying position, wind speed, and so on. Therefore, simulation calculations need to be carried out based on the actual conditions. The relevant calculation methods need to be determined based on the specific water spray equipment and operational procedures. It is recommended that you consult a professional environmental protection company or technical expert. .
Spraying anything else doesn’t count; it’s as if only toluene and benzene remain, and the concentration of the product obtained is the total concentration of these two substances.
What concentration needs to be achieved, and how should the water sprayed down be handled?