Aerobic Enzyme for Grey Water

Category： Products
Status ：powder
Packaging：support customization
Sample：support samples
Moq:500g
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Product Description:

Product Description

Name	Aerobic Enzyme for Grey Water	Viable bacteria content		N20 billion/g
Main Components	Nitrifying bacteria, Acinetobacter calcium acetate, bacillus, efficient flocculating bacteria, yeasts, Micro-coccus, enzymes and nutrients.
PH Value	The average range is 5.5 ~ 9.5, and the fastest growth is between 6.6 ~ 7.8. Practice has proved that the treatment efficiency is the best when the PH value at 7.5.	Main Components	Nitrifying bacteria, Acinetobacter calcium acetate, bacillus, efficient flocculating bacteria, yeasts, Micro-coccus, enzymes and nutrients.
Use parameters	1. Temperature ; 8-60℃，best 26-32℃ 2. Trace elements: potassium, iron, calcium, sulfur, etc., which are usually contained in water sources 3. Salinity: Applicable in both seawater and freshwater, up to 6% salinity
Application	Treatment of various chemical wastewater, printing and dyeing wastewater, food wastewater, urban sewage, etc.
Storage method	Keep away from light, and store in a ventilated and dry place
Shelf life	Sealed for 2 years
Notice	When contaminants contain biocides, consider their effect on microorganisms

Function

1. Effectively remove BOD, COD and TSS, and significantly improve the solid sedimentation capacity in the sedimentation tank

2. It has the ability to degrade the industrial chemicals that are not easy to degrade by ring-opening. Efficient absorption and degradation of benzene, phenol and other related aromatic compounds and toxic substances.

3. Effectively increase the biodegradability of wastewater. It can strengthen the anti-shock load capacity of the system.

4. Quickly start the biochemical system. Reduces build-up of greasy substances. Significantly reduces the occurrence of odor.

5. Improve nitrification efficiency, have a good buffering effect on high-concentration ammonia nitrogen, and improve the removal ability of ammonia nitrogen in low temperature seasons.

6. Remove ammonia nitrogen and nitrite, and quickly start the nitrification of newly built or seasonally changed sewage systems.

7. Effectively reduce the content of phosphorus in water and improve the phosphorus removal efficiency of sewage system. Quick start-up and lower operating costs for phosphorus removal in sewage systems.