Advantages of powdery Low Temperature Bacteria in low temperature environment

Advantages of powdery Low Temperature Bacteria in low temperature environment

Category： Low Temperature Resistant Bacteria
Product State: Solid powder
Storage Method: Store in a dry and cool place, do not expose to the sun or damp
Term Of Validity: Sealed for 2 years and unsealed for 2 months.
Safety: Nontoxic and harmless
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Product Description:

First of all, we should understand that sewage biological treatment refers to the use of microbial life activities, the sewage is dissolved or colloidal state of organic pollutants degradation, so as to make sewage purification of a treatment method.

For any kind of microorganism, there is its suitable growth temperature, and most microorganisms are suitable to grow in the environment of 20-35℃.

The higher the temperature, the stronger the activity of microorganisms and the better the effect of biochemical treatment of wastewater.

On the contrary, if the temperature is lower, the activity of microorganisms will be weakened, and the effect of biochemical treatment of wastewater becomes worse.

The results show that: when the external temperature is lower than 10℃, the growth rate of microorganisms will be significantly reduced, basically in a dormant state, the activity of sludge will also be greatly reduced;

When the outside temperature is lower than 4℃, microbes will start to die.

Kashion-Low Temperature Bacteria

Instruction

Low Temperature Bacteria are microorganisms that can live in cold environment for a long time and grow and reproduce normally. The survival of Low Temperature Bacteria in such an environment is closely related to the unique cellular composition and molecular mechanism formed by their long-term adaptation to low temperature.

Function

* Decompose organic matter, resist low temperature: treat low-temperature wastewater, quickly decompose organic matter in water and convert it into non-toxic and harmless carbon dioxide and water, improve the removal efficiency of pollutants, and enhance the impact resistance of the system.

* Save cost and avoid secondary pollution: avoid that the temperature is too low, the wastewater is difficult to treat, and the wastewater is heated to reach the appropriate temperature for microorganisms, so it greatly saves operating costs, reduces power consumption, and can effectively avoid secondary pollution.