Biological deodorants are the use of microorganisms to degrade or convert organic pollutants in odorous gases into low harmful substances. Its principle is to decompose and eliminate odor sources through biological oxidation, with a wide range of deodorization scales. It also suppresses the number of anaerobic or other harmful bacteria through bacterial balance, preventing odor from occurring. Through microorganisms and beneficial bacteria, it decomposes organic matter, blocks organic matter from producing ammonia and hydrogen sulfide (odor), and generates and proliferates harmful bacteria.

There are various types of deodorizing products on the market, with varying quality. If classified according to their properties, they can be mainly divided into two categories: biological deodorants and chemical deodorants. The methods and principles of deodorization for the two types of deodorants are also very different. What is the difference between biological deodorants and chemical deodorants? Which is better and which is worse?

Chemical deodorization generally includes two methods: odor masking method and chemical reaction method.

Odor masking method: that is, use aromatic agents to mask odor. As long as people with mental disabilities like this method, for example, put aromatic essential oil in the car, the smoked people can't open their eyes, and they may get dizzy. There is also air freshener, which makes me feel nauseous when I smell it. The concealment method actually involves adding toxic fragrances to the original odor, causing greater damage to the environment and human body.

Chemical reaction method: that is, using sterilized or disinfected chemicals to kill bacteria or undergo a chemical reaction with odorous substances to deodorize, such as isothiazolidone, trichloroisocyanide, etc., the deodorization effect is very good and there is not much harm to the human body. Usually used in places with foul odors such as toilets, septic tanks, and waste landfills.

From this, it can be seen that the difference between biological deodorants and chemical deodorants lies in one treatment for the root cause and another for the symptoms, so biological deodorants need to be more effective.

Biological deodorants can effectively remove odorous gases such as hydrogen sulfide and ammonia, with a deodorization rate and fly suppression rate of over 70%; Significantly reduce the content of COD and ammonia nitrogen in sewage, enhance the purification speed and ability of sewage, have no toxic side effects on human body and animals and plants, and do not cause any pollution to the environment. Compared with other physical and chemical methods, biological treatment has lower investment, lower operating costs, and pollutants will not be transferred to other places, resulting in no secondary pollution.

The use of plant deodorants is not constrained by environmental conditions, whether it is high temperatures in the south in summer or low temperatures in the north in winter, it will not affect the efficacy of plant deodorants. This is one of the reasons why plant deodorants are gradually replacing biological deodorants. Biological deodorants require the proliferation of bacterial strains, and I believe everyone knows that bacterial strains can have an impact in excessively cold and hot environments, and in severe cases, even kill bacterial strains, so there is no significant efficacy. This is also the advantage of plant deodorants.

The article originates from a deodorant manufacturer http://www.scneng.com.hk/