等技术已广泛应用于工业、餐饮、酒店、医院等不同行业 Among them, oil-water separation, water pump energy saving, high-precision filtration and other technologies have been widely used in different industries such as industry, catering, hotels, hospitals
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With the increasing awareness of environmental health, people are more and more concerned about the problem of malodor in the environment. Compared with air pollution, water pollution, and noise pollution, malodor pollution has always been a difficult environmental problem to control.
Introduction to microbial deodorization
Malodorous substances are absorbed through the cell walls and cell membranes of microorganisms, and are decomposed and used by microorganisms to eliminate odors. At the same time, organic acids, antimicrobial peptides and other substances produced by microorganisms further curb spoilage microorganisms and fundamentally degrade substances that may produce malodorous gases. The metabolites produced by the microorganisms after digesting and absorbing the malodorous substances are used as nutrients for the deodorizing microorganisms, and continue to absorb and digest, so the cycle will gradually degrade the malodorous substances. Microbial living bacteria liquid is a concentrated liquid combining advanced deodorization technology with biological deodorization and plant extracts. The microorganisms and their metabolites can absorb, absorb and decompose ammonia, hydrogen sulfide, mercaptans and methyl sulfur. Odor sources such as alcohol and other organic substances can fundamentally degrade substances that decompose malodorous gases, and beneficial microorganisms inhibit the growth space of harmful microorganisms through their own growth.
Microbial deodorization process:
1.Mass transfer process that changes part of odor from gas phase to liquid phase;
2. The odor dissolved in water is absorbed by the microorganism through the cell wall and cell membrane of the microorganism. The insoluble odor is first attached to the outside of the microorganism, and the extracellular enzyme secreted by the microorganism is decomposed into a soluble substance, and then penetrates into the cell;
3. After the odor enters the cells, it is decomposed and used by the microorganisms as nutrients in the body, so that the odor can be removed;
4. Organic acids, antibacterial peptides and other substances generated during the growth of microorganisms act on spoilage microorganisms and inhibit spoilage microorganisms, thereby further suppressing the generation of odor.
Microbial deodorization is the result of the combined action of multiple microorganisms. The combined action of multiple microorganisms is more conducive to the absorption and decomposition of harmful gases such as S02 and H2S with bad odor. At the same time, these microorganisms can produce inorganic and organic acids, form an acidic environment that is not conducive to the life of spoiled microorganisms, and fundamentally degrade substances that generate foul gas when decomposed.
Copyright: Tianjin Bolifeng Environmental Protection Technology Co., Ltd. Record number: Jin ICP No. 16002285-2AG真人网 真人斗牛app 电玩竞技游戏 皇冠体育app 皇冠体育官网 电玩竞技游戏 电玩游戏平台 真人博狗