Velesolv Envirotech Private Limited

This product is known by all these names:

• Bioculture
• Bioculture Direct from Factory
• Bioculture Exporter
• Bioculture Factory Outlet
• Approved Bioculture
• Best Bioculture
• Best Bioculture India
• Best bioculture in India
• Bioculture for aerobic pond treatment

Our specially formulated bacteria for wastewater biodegradation are highly effective in breaking down organic pollutants, reducing BOD (Biochemical Oxygen Demand) and COD (Chemical Oxygen Demand), and improving overall wastewater quality. These microbial cultures consist of aerobic, anaerobic, and facultative bacteria that efficiently degrade organic matter, oils, grease, and complex industrial waste in Effluent Treatment Plants (ETP), Sewage Treatment Plants (STP), and other wastewater treatment

Microbact 1017 phenolic compound reduction culture is a specialized microbial product used for the treatment of industrial effluents, particularly those containing phenolic compounds. Here are some key points regarding Microbact 1017 phenolic compound reduction culture for effluent treatment plants (ETPs):

1. Targeted treatment: Microbact 1017 is specifically designed to target and degrade phenolic compounds commonly found in industrial wastewater. Phenolic compounds are toxic and difficult to treat using conventional methods, making specialized microbial cultures like Microbact 1017 crucial for effective treatment.

2. Microbial composition: Microbact 1017 culture is a consortium of carefully selected microorganisms, typically comprising bacteria and fungi, with the ability to metabolize and reduce phenolic compounds.

3. Phenolic compound reduction: The primary function of Microbact 1017 is to facilitate the reduction of phenolic compounds in the effluent. The microorganisms in the culture produce enzymes that break down complex phenolic structures into less toxic and more easily treatable byproducts.

4. Detoxification: By reducing phenolic compounds, Microbact 1017 helps detoxify the industrial effluent, making it less harmful to the environment and complying with regulatory discharge standards.

5. Enhanced treatment efficiency: The addition of Microbact 1017 culture in the ETP can significantly improve the overall treatment efficiency for effluents containing phenolic compounds, reducing treatment time and increasing the removal rate of these toxic compounds.

6. Biodegradability promotion: Microbact 1017 culture promotes the biodegradation of phenolic compounds, ultimately leading to the production of simpler and less harmful substances that are easier to break down in the treatment process.

7. Odor control: In addition to phenolic compound reduction, the microbial activity of Microbact 1017 can also help control and mitigate any unpleasant odors associated with industrial effluents.

8. Environmental compliance: Using Microbact 1017 in ETPs can aid industries in meeting environmental regulations and discharge standards related to phenolic compounds, ensuring that the treated effluent is within permissible limits.

This product is known by all these names:

• Phenolic Compound Removal From Wastewater
• Biological Treatment Of Phenolic Effluent
• Phenolic Wastewater Biodegradation
• Phenol And Phenolic Compound Degrading Bacteria
• Effluent Treatment For Phenolic Compounds
• Bacteria For Phenolic Wastewater Treatment
• Phenolic Waste Treatment Solution
• Phenolic Effluent Microbial Culture
• Aerobic Bacteria For Phenolic Wastewater
• Enzyme For Phenolic Compound Breakdown
• Phenolic Industrial Effluent Treatment
• Microbial Solution For Phenolic Cod Reduction

1. Enhanced Degradation: Accelerates breakdown of solid organic compounds providing nutrient rich fertilizer. 2. Improved Compost Quality: High temperature composting results in proper breakdown organic and inhibition of weeds and pathogenic bacteria. 3. Increased Efficiency: Presence of enzymes helps in rapid breakdown of tough organic material. 4. Cost Savings: Lowers operational costs by enhancing treatment performance and reducing continuous dosage. 5. Odor Reduction: Minimizes malodorous compounds, improving air quality. 6. Prevents maggot growth: Presence of natural inhibitory prevents growth of Maggots.

1. Enhanced Degradation: Accelerates breakdown of organic compounds reducing COD. 2. Improved Wastewater Quality: Results in better effluent quality with reduced pollutants. 3. Increased Efficiency: Boosts biological sludge development and improved biodegradation efficiency, reducing chemical use. 4. Cost Savings: Lowers operational costs by enhancing treatment performance and reducing continuous dosage. 5. Odor Reduction: Minimizes malodorous compounds, improving air quality. 6. Biomass growth: Promotes the growth of good and diverse bacteria in aeration tank.

1. Enhanced Degradation: Accelerates the breakdown of organic pollutants, reducing COD and BOD levels. 2. Improved Sludge Management: Reduces sludge volume and improves dewater ability. 3. Reduce turbidity: - Due to enhance biomass and good bacteria in system turbidity is significantly reduced 4. Odor Control: Minimizes the production of malodorous compounds. 5. Rapid MLSS : increases rapid development of MLSS and MLVSS development 6. Nutrient Removal: Effectively removes nitrogen and phosphorus. 7. Cost Efficiency: Lowers operational costs by reducing chemical additives and maintenance needs. 8. Energy Savings: Improves energy efficiency of the treatment process, reducing consumption. 9. Better Sewage Quality: Results in cleaner, environmentally friendly wastewater discharge

1. Enhanced Degradation: Accelerates the breakdown of Human sludge and grey water, reducing COD and BOD levels. 2. Improved Sludge Management: Reduces sludge volume and reducing overflow of sludge. 3. Reduce turbidity: - Due to enhance biomass and good bacteria in system turbidity is significantly reduced 4. Odor Control: Minimizes the production of malodorous compounds. 5. Rapid MLSS : increases rapid development of MLSS and MLVSS development 6. Increased sludge removal duration- As the sludge volume is reduced overtime, the duration between manual sludge removal via municipal sludge removing vehicles is increased 7. Cost Efficiency: Lowers operational costs by reducing chemical additives and maintenance needs.