The microbial bacterial agent for water treatment that we have independently developed is bio-enhanced with the characteristics of rapid effect and high adaptability, including nitrifying, denitrifying, phosphorus removing, and other functional bacterial agents and more than 20 kinds of microbial bacterial agents such as phenol lowering, de-benzoin removing, desulphurizing, degreasing, de-oil microbial bacterial agents. Among them, the low-temperature, salt-resistant bacterial agent can be applied at an 8~10℃ temperature with a salt content of 10,000~30,000 mg/L. At present, the company has participated in the compilation of the industry standards for nitrifying bacterial agents, denitrifying bacterial agents, and desulfurizing bacterial agents.
Nitrifying bacterial agent:
1. Efficient degradation of ammonia nitrogen and nitrite nitrogen in sewage;
2. Conducive to the establishment of a stable nitrification function of the biochemical system;
3. Promote the degradation of organic matter and reduce the color of effluent;
4. Improve the stability of biochemical system operation.
Denitrifying bacterial agent:
1. Efficient degradation of nitrate and nitrite in sewage.
2. Effective removal of total nitrogen in the water body.
3. Conducive to maintaining a stable denitrification system.
4. Promote the degradation of organic matter.
5. Reduce system operating costs.
Phenol-reducing bacterial agent:
1. Efficient adsorption and degradation of volatile phenolic substances in sewage.
2. Improve the ability to remove difficult-to-degrade organics in water.
3. Support for the rapid start-up of the biochemical treatment system for wastewater with phenol content.
4. Improve the system's resistance to phenol-rich wastewater and restore biochemical function.
Sulphur-removing bacterial agent:
1. Efficient removal of sulfide from wastewater.
2. Improve the anti-shock ability of the system to sulfide.
3. Rapidly restore the processing function of the biochemical system.
4. Improve the stability of biochemical system operation.
Dephosphorizing bacterial agent:
1. Degradation of substrate organic matter, reduction of COD.
2. Absorb phosphate in the water body, reduce total phosphorus content.
3. Reduce sludge production.
Oil-removing bacterial agent:
1. Degradation of hydrocarbons such as oil and its derivatives.
2. Improve the stability of the wastewater treatment system.
3. Enhance the biodegradation of solvents, paints, surfactants, pharmaceuticals, and lubricants.
Degreasing bacterial agent:
1. Efficient degradation of lipid organic waste in wastewater.
2. Effectively reduce BOD, COD, and TSS indicators in wastewater and improve water clarity.
3. Effectively reduce sludge production.
VOCs degradation bacterial agent:
1. Efficient degradation of benzene, total hydrocarbons, sulfide, ammonia nitrogen, and low molecular weight alcohols in exhaust gas.
2. Comprehensively improve the processing efficiency of the high-load operation system to ensure that the exhaust gas meets the emission standards.
3. Shorten the start-up cycle of the VOC abatement system.
Benzene-removing bacterial agent:
1. Efficient degradation of aniline, toluene and other benzenes in wastewater.
2. Improve the system's ability to tolerate contaminants in wastewater.
DMF degrading bacterial agent:
1. Efficient degradation of DMF-like substances in sewage.
2. Stabilize the biochemical system and improve the system's impact resistance to DMF substances.
3. The effect is as fast as 48 hours after the addition of the bacterial agent, and DMF content in the wastewater decreases rapidly, quickly restoring the instability of the biochemical treatment system caused by DMF.
Pyridine degrading bacterial agent:
1. Efficient degradation of pyridine in sewage.
2. Stabilize the biochemical system and improve the system's impact resistance to pyridine substances.
3. Rapidly restore the instability of the biochemical treatment system caused by pyridine.
Triethylamine-removing bacterial agent:
1. Efficient degradation of triethylamine in sewage.
2. Stabilize the biochemical system and improve the system's impact resistance to triethylamine substances.
3. The effect is as fast as 48 hours after the addition of the bacterial agent, and triethylamine content in the wastewater decreases rapidly, quickly restoring the instability of the biochemical treatment system caused by triethylamine.
COD degrading bacterial agent:
1. Efficient degradation of COD in sewage.
2. Stabilize the biochemical system and improve the system's impact resistance to alcohols.
3. Rapidly restore the processing function of the biochemical system.
Sludge-reduction bacterial agent:
1. Promote the breakdown of large molecule organic matter, including dead microorganisms, into small molecule organic matter in water bodies.
2. Extend the sludge age and increase the concentration of living microorganisms.
3. Efficiently reduce the sludge content in sewage.
Compound environmental protection bacterial agent:
1. Efficiently degrade sulfide, ammonia nitrogen, volatile phenol, and COD in sewage.
2. Stabilize the biochemical system and improve the system's impact resistance to toxic substances.
3. Rapidly restore the processing function of the biochemical system.
4. Can be customized according to customer's demand for bacteriological agent compounding.
River restoration bacterial agent:
1. Rapidly reduce the bad odor of the river.
2. Improve the clarity of the river.
3. Reduce the content of ammonia and nitrogen in the river.
Autotrophic denitrifying bacterial agent:
1. Efficient degradation of sub-nitrate nitrogen and nitrate nitrogen in sewage.
2. Reduce the carbon source input to promote the system degradation of ammonia and nitrogen capacity.
3. Rapidly restore the processing function of the biochemical system.
Autotrophic denitrification packing:
1. Substitute organic carbon source and provide electron donor for biological denitrification.
2. Denitrification and phosphorus removal, pH regulation, functional diversification.
3. Reduce the cost of carbon source and sludge disposal cost.
1. Phenol-reducing bacterial agent: Applicable to wastewater from petrochemical, coking, plastics, and resin industries.
2. Sulphur-removing bacterial agent: Applicable to wastewater from petrochemical, coking, leather, and fine chemical industries.
3. Dephosphorizing bacterial agent: Applicable to wastewater from petrochemical, printing and dyeing, slaughtering, municipal, fine chemical, leather, and pharmaceutical industries.
4. Oil-removing bacterial agent: Applicable to wastewater from petrochemical, coking, plastics and resin industries.
5. Degreasing bacterial agent: Applicable to leather, agrochemical, petrochemical and other industries wastewater, domestic sewage, food processing wastewater, breeding wastewater, etc.
6. VOCs degradation bacterial agent: Applicable to exhaust gas treatment in tobacco, textile, printing and dyeing, decoration, chemical industry, and other industries.
7. Benzene-removing bacterial agent: Widely used in the chemical industry, pharmaceutical industry, wood preservation, printing and dyeing, pesticide production, and other industries wastewater.
8. DMF degrading bacterial agent: Applicable to leather, pharmaceutical, hospitals, and other industries containing DMF material wastewater.
9. Pyridine degrading bacterial agent: Suitable for the chemical industry, pharmaceutical industry, wood preservation and printing and dyeing, pesticides, and other industries' biochemical systems containing pyridine sewage.
10. Triethylamine-removing bacterial agent: Suitable for wastewater of petrochemical, agrochemical, pharmaceutical, and other industries containing triethylamine.
11. COD degrading bacterial agent: Suitable for industrial wastewater with high COD concentration caused by small molecule alcohols.
12. Sludge-reduction bacterial agent: Suitable for aerobic tanks with high sludge concentration in aerobic treatment systems for biological treatment of wastewater in many industries, such as petrochemical, printing and dyeing, tannery, food, and so on.
13. Compound environmental protection bacterial agent: Suitable for petrochemical, coking, leather, agrochemical, and other industries wastewater.
14. River restoration bacterial agent: Suitable for rivers with bad odor, low transparency, and high ammonia nitrogen content.
15. Autotrophic denitrifying bacterial agent: Applicable to petrochemical, coking, leather, agrochemical and other industries in the biochemical treatment of anoxic systems.
16. Autotrophic denitrification packing: Municipal, printing and dyeing, electroplating, chemical, pharmaceutical, photovoltaic wastewater, and other deep nitrogen removal stages.