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  • Biological Enzyme Low Temperature Resistant Bacteria
  • Biological Enzyme Low Temperature Resistant Bacteria
  • Biological Enzyme Low Temperature Resistant Bacteria
  • Biological Enzyme Low Temperature Resistant Bacteria
Biological Enzyme Low Temperature Resistant BacteriaBiological Enzyme Low Temperature Resistant BacteriaBiological Enzyme Low Temperature Resistant BacteriaBiological Enzyme Low Temperature Resistant Bacteria

Biological Enzyme Low Temperature Resistant Bacteria

Product Description:


Product Description

Low-temperature bacteria are micro-ecological preparations developed for wastewater treatment in low-temperature environments (such as winter). Start-up, restart and improvement of biochemical efficiency of anaerobic and aerobic systems for sewage treatment.


Product Benefits:

1. Under the condition of low temperature (temperature 5℃-15℃), the pollutants can be degraded and forwarded, and the problem of poor biological treatment effect of low-temperature domestic sewage can be solved.
2. Under the low temperature environment, the biochemical tank sludge can complete the logarithmic growth and adaptive domestication in a short period of time, ensuring the activity of the biochemical tank sludge and the biomass of the biochemical tank.
3. In a low temperature environment, it can produce low temperature enzymes, which can effectively improve the removal capacity of COD and nitrogen and ammonia.
4. Phenol also has considerable degradation ability under low temperature environment.


Use Parameters
Tests show that the product works better under the following parameters:
PH: The ideal pH is 7.0-8.0.
Temperature: 4-40℃, can withstand as low as 4℃.
Dissolved oxygen: The amount of dissolved oxygen in the anaerobic pool is below 0.2 mg/L, the dissolved oxygen in the anoxic pool is 0.5 mg/L, and the dissolved oxygen in the aerobic pool is 2-4 mg/L.
Trace elements: Proprietary bacteria need many elements in their growth, such as potassium, iron, calcium, sulfur, magnesium, etc., and usually the soil and water sources contain sufficient amounts of the above elements.
Salinity: Applicable in both seawater and freshwater, up to 10% salinity.
Anti-toxicity: It can effectively resist chemical toxic substances, including cyanide, heavy metals, etc.
NOTE: When contaminated areas contain biocides, their effects on microorganisms should be pre-studied.

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