Microbial deodorant

Microbial deodorant

Product Description:


Compound microbial deodorant bacteria technology is a kind of bioaugmentation technology, which adopts a variety of dominant microbial populations screened from nature, and after directional domestication and cultivation, it is used to degrade pollutants as an efficient pollutant biodegradation technology. The compound microbial deodorant is derived from the revelation of nature, and uses the microorganisms with specific degradation functions that originally existed in nature to degrade pollutants. The compound microbial deodorizing agent has strong environmental adaptability, and the treatment system can maintain itself for a long time and remain stable. The compound microbial deodorant bacterium population can effectively decompose organic pollutants into stable substances such as carbon dioxide and water, and completely eliminate stench.

Applicable places: Garbage stations, landfills, sewage treatment plants, slaughterhouses, composting plants, livestock and poultry breeding, etc.
Product deodorization principle

1. The nitrifying bacteria in the compound microbial deodorizing bacteria agent convert NH4+-N in the garbage into NO3-N, while NO3-N is denitrified into nitrogen, or fixed by fungi as microbial nitrogen, thereby reducing NH4+-N The volatilization of ammonia reduces the content of ammonia in the air; the sulfur-reducing bacteria and white sulfur bacteria reduce SO2 and H2S and decompose them into S, so as to achieve the purpose of deodorization. Through the anaerobic fermentation of microorganisms, the organic large Molecules are decomposed into small molecular acids and soluble substances, and microorganisms reproduce and oxidize them into carbon dioxide and water to complete the biodegradation process.

2. The lactic acid bacteria in the compound microbial deodorant bacteria can inhibit the activity and reproduction of pathogenic bacteria and sclerotinia, and make the harmful nematodes gradually disappear

3. Gram-positive actinomycetes can produce antibiotic substances (various antibiotics, such as nipyrromycin, agrobacterium, etc.), effectively inhibit pathogenic bacteria, and compete for harmful molds and substances necessary for bacterial proliferation (chitin ), so as to inhibit its reproduction, in addition, it can improve the decomposition pathway of organic matter, reduce the release of ammonia and hydrogen sulfide and the production of ammonia substances;

4. The filamentous flora of the fermentation system can produce alcohol through fermentation, which can prevent the occurrence of maggots or other harmful insects; other microbial enzymes can oxidize and decompose ammonia, and sulfur reducing bacteria can consume SO2 and H2S and other gases to remove the sulfur in the raw materials. purpose of various odors;

5. Both lactic acid bacteria and filamentous flora have a strong bactericidal function, and they can inhibit harmful bacteria in garbage.

6. Flies are metamorphic insects, which change from eggs to maggots, and maggots turn into flies after passing through pupae. The production of abnormal hormones is mainly produced by maggots through ingesting specific components in decaying substances; due to the existence of antioxidant substances produced by microorganisms , the generation of metamorphic hormones has been hindered, and the activities and reproduction of flies have also been hindered, breaking and blocking their ecological chain, and achieving the effect of removing flies.



Product advantages:

1. Green and environmental protection: Microbial deodorization is to use the efficient adsorption, absorption and degradation effects of special microorganisms that transform or degrade odorous substances to purify and decompose odorous substances, so as to achieve the purpose of biological decomposition, purification and deodorization. Microbial deodorant does not contain any chemicals, nor does it contain genetically modified product ingredients, will not form any secondary pollution, and has a very good affinity for the surrounding environment;

2. High treatment efficiency: the use of microbial deodorant can greatly enhance its pollution treatment effect. Compared with general chemical methods and plant methods, the degradation rate of microbial deodorant for organic matter is many times that of traditional methods. Pollutants can quickly remove odors and improve the surrounding air environment after adding microbial deodorants;

3. Wider adaptability: Microbial deodorant is a compound preparation, which is composed of a variety of microorganisms, can adapt to various temperatures and pH values, can be applied in various environments, and exerts its effect efficiently;

3. Low cost of use: Microbial deodorants have the characteristics of treating both symptoms and root causes, and suppress the occurrence of odor sources from the source instead of covering them up. Therefore, long-term use will have better effects and lower costs;

4. Strong pertinence: Microbial deodorants can be widely used in different categories, different purposes and different polluted environments, and can be used in garbage dumps, septic tanks, farms, sewage treatment plants, food processing plants, paper mills, etc. The place.

5. Microbial deodorants compared with traditional biological purifiers. Microbial deodorization technology can greatly eliminate odors, rapidly metabolize liquid dirt and organic substances, reduce the volume of solid substances, and quickly purify polluted substances.