Many of you have heard of biological deodorization.Its emergence not only changes the quality of life, but also makes the environment more suitable. Therefore, it has been widely applied in many places in recent years.Today's article is about biological deodorization.

Biological deodorization is generally used in places that need deodorization, most of them are garbage treatment stations or urban sewage stations, and some enterprises will also require deodorization, such as some food processing plants with stimulating taste, coating factories, rubber factories, and even some pharmaceutical factories also require deodorization, which shows that its use is very wide.

So what is the deodorization process?As far as I know, deodorization usually goes through three stages.The first stage is a physical process, in which toxic and harmful substances in waste water or waste gas are needed to react with water. Some malodorous molecules or ions can be fused with water.The next step is to dissolve in water and microbial deodorization part of the reaction, the microorganisms can odorous molecules with specific absorption and adsorption, remove the they spun off from the water to a microbe, the final step is to chemical reaction, the arrival of odorous molecules in microbial cells, a variety of intracellular enzyme catalysis in organic matter, microorganism oxidation decomposition reaction, reaction after will generate new microbial cells, the other part will be converted to stable inorganic substances, so as to achieve the goal of deodorization.In this process, the whole process will not cause secondary pollution to the environment and human body, so it is widely used in the decomposition of various industries that need deodorization.In addition, it has high cost performance. Under the relatively low cost input and low operating cost, it can get obvious results. The rapid response efficiency makes biological deodorization become the mainstream direction.However, it also has some disadvantages. For example, the operation effect of it is not ideal in low temperature conditions, so it needs to strengthen insulation measures.

In addition, the biological deodorization system should be in line with the national regulations, should regularly check the equipment, according to the temperature of the gas and the environment to change the biological deodorization equipment, assuming that this does not run for a long time, should be regularly ventilated and sprayed, in order to prevent the packing layer to produce anaerobic zone and indirectly affect the deodorization efficiency.

This is the end of today's article, I hope you can have a new understanding and insight on biological deodorization after reading this article.