Numerical simulation of VOCs catalytic combustion equipment based on fluent
VOCs treatment is a key concern in the field of air pollution control in our country at this stage.Among them,catalytic combustion technology has been widely used in industrial VOCs treatment.The numerical simulation method was used to explore the influence of flow characteristics,pore size,temperature,porosity,and other factors on combustion efficiency in catalytic combustion chambers.The simulation results showed that when the temperature was above a certain value,the effect of concentration change on catalytic combustion reaction rate was higher than that of temperature change.To ensure the adaptability of the equipment to toluene concentration,a pore size smaller than 1.5mm and a void fraction greater than 0.85 were required.
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