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  • Microorganism Degrading Bacteria for COD
  • Microorganism Degrading Bacteria for COD
  • Microorganism Degrading Bacteria for COD
  • Microorganism Degrading Bacteria for COD
Microorganism Degrading Bacteria for CODMicroorganism Degrading Bacteria for CODMicroorganism Degrading Bacteria for CODMicroorganism Degrading Bacteria for COD

Microorganism Degrading Bacteria for COD

Product Description:


Product Efficacy:

1. Mainly degrade COD, BOD and TSS levels in water,
2. Inhibit the growth of spoilage bacteria and the reproduction of pathogenic microorganisms, and improve water quality. Quick start and recovery system,
Improve the processing capacity and shock resistance of the system, and increase the number and diversity of protozoa.
3. Quickly degrade various carbohydrates and organic matter in sewage, suspended particles and complex substances at the bottom of sludge,
and convert it into molecules that are utilized by different microbial metabolisms.
4. Reduce odorous gases and foams such as hydrogen sulfide and ammonia nitrogen.
5. Decompose protein, starch, fat, edible oil, xylan, cellulose.


Product Function:
Improve the removal rate of effluent COD.
Improve the stability of wastewater treatment systems.
Can quickly recover from failures caused by loads and poisons.
Reasonably control the residence time of the aerobic section to reduce energy consumption and floor space.
It can shorten the regular system debugging or restart cycle by one third.
Respond quickly to sudden shocks or failures.
Improves maximum organic removal (measured by BOD, COD or TOC).
Increase growth rate and usage to cope with high organic load for greater stability.
Enhanced biodegradation of petroleum hydrocarbons, solvents, leather production waste, mineral oils, pharmaceuticals and surfactants.
Nitride toxicity is reduced to achieve and maintain high bio-ammonia removal rates.
It can degrade various industrial chemicals that are not easily decomposed.


Application:

It is suitable for biochemical degradation of COD in industrial wastewater such as electroplating wastewater, circuit board wastewater, municipal sewage treatment plants, various chemical wastewater, printing and dyeing wastewater, landfill leachate, and food wastewater.


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