Microbial deodorant is a biological complex that can carry out deodorization. In the absence of sunlight, it can also undergo oxidative metabolism, breaking down a large amount of organic and ammonia nitrogen substances in waste, fully utilizing the decomposed substances as a source of nutrition for its own reproduction, maintaining continued proliferation and accelerating the decomposition of harmful substances such as ammonia nitrogen, hydrogen sulfide, and acids in waste, and suppressing the reproduction of oxygen consuming bacteria.

Microbial deodorants were widely used in toilets, public toilets, urban waste disposal sites, swill treatment plants, waste transfer stations, sewage waterways, meat and vegetable markets, zoos, hotels, breeding farms, fishing ports, and various places to handle the volatile odor.

The deodorization principle of microbial deodorants:

Microbial deodorant is a biological waste gas treatment technology that uses a microbial membrane specially cultivated on the biofilter in a biological filter to deodorize odor molecules. When toxic, harmful, and odorous gases containing a mixture of gas, liquid, and solid are collected through pipelines and enter the system, they are purified and degraded by a biofilm composed of microbial strains cultivated and grown on biological media.

Microbial deodorants are produced using modern biotechnology, utilizing various beneficial microorganisms with different properties (such as lactic acid bacteria, yeast, photosynthetic bacteria, etc.) to interact with each other and form colonies. The microorganisms in these microorganisms coexist through mutually beneficial relationships, synergistically exerting their effects. Microbial beneficial bacteria for odor removal are based on the principles of microecology engineering. All living systems have microbial ecosystems and can be further treated and improved by the addition of probiotics. These beneficial microorganisms feed on foul smelling substances such as ammonia nitrogen, hydrogen sulfide, and mercaptan, converting them into odorless substances and quickly reducing the odor.

On the one hand, this biofilm uses pollutants in exhaust gas as nutrients for growth and reproduction; On the other hand, the toxic and harmful odorous substances in the exhaust gas are decomposed and degraded into CO2, H2O, H2SO4, HNO3 and other simple inorganic substances are used to achieve the purpose of deodorization.

Microbial deodorants generally have the following characteristics:

, non irritating, non corrosive, non flammable and explosive, capable of degradation;

Natural materials will not cause secondary pollution;

Not an odor masking agent;

Can quickly deodorize, continue to respond, and the effect is significant and long-lasting;

Can be mixed with natural vegetable oil for use;

There will be no toxic side effects on the human body, animals or plants.

Deodorants

Reasons for choosing microbial deodorants

1. Microbial deodorants are pure, do not contain any chemical agents, do not form secondary pollution, and are often worth promoting as a type of deodorant.

2. The treatment effect is good, the response is fast, and microbial deodorants are more than 100 traditional deodorization methods.

3. It has a wider range of applications for deodorization and can also have an effect in other chaotic environments.

4. Microbial deodorants can be specifically designed for deodorization according to different categories and uses, resulting in better deodorization effects.

5. No need to purchase large equipment, microbial deodorants are simpler and more convenient to use.

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