Some effective treatment methods have been formed for waste gas treatment of rubber product production, but due to different treatment methods, the treatment effect and advantages and disadvantages are also different. below Laizhou Sandblasting hose The manufacturer will introduce it in detail.      

1. The combustion method has high treatment efficiency, which can deal with high concentration waste gas at one time, but the treatment process also requires a lot of fuel consumption and must be carried out continuously, accompanied by the emission of nitrogen oxides, so the cost is high;

2. The biological treatment method can treat low concentration waste gas, and has the advantage of low cost, but the treatment effect of high concentration waste gas is not good, which requires a lot of space, and the biological environment is difficult to obtain, so it is not convenient;

3. Although the activated carbon adsorption device is economical, practical and widely used, with the increase of environmental protection inspection efforts in various places, it is increasingly unable to achieve standard discharge;

4. Photocatalytic oxidation technology is a treatment process that uses ultraviolet light as a catalyst to oxidize the substances in rubber waste gas with air, oxygen and other oxidants under specific pressure and temperature conditions. Compared with the above two methods, this method has obvious advantages. Its treatment efficiency is very high and does not need higher temperature conditions, The cost is also relatively low. Its disadvantage is that it has obvious deodorization effect, but it cannot purify volatile organic waste gas components in rubber waste gas.

5. After years of engineering practice, the plasma decomposition method has achieved remarkable results in the treatment of volatile organic waste gas, and has obvious advantages in many aspects, such as land occupation, fuel consumption, secondary pollutant generation, etc., and has strong adaptability to the composition and concentration of waste gas, which can efficiently purify the flue gas, waste gas and malodorous gas generated in the rubber products industry, It has strong applicability to waste gas generated by rubber product industry.

From the above analysis, the manufacturer can see that it is unwise to simply use a single purification technology in the treatment of waste gas from rubber products, and it is necessary to use multiple treatment methods in combination to effectively treat the waste gas.