Leading Manufacturer of mlvss booster powder, liquid mlvss booster, bio culture viability, anaerobic digestion booster and carbon source for denitrification from Ankleshwar.
� Increased Biomass Concentration: Enhances the concentration of microbial biomass, improving the treatment efficiency. � Improved Organic Matter Removal: Boosts the breakdown of organic pollutants, enhancing the reduction of COD and BOD levels. � Enhanced Sludge Settling: Improves the settling properties of sludge, reducing sludge volume and minimizing sludge disposal costs. � Optimized Nutrient Removal: Enhances the removal of nitrogen and phosphorus, contributing to better effluent quality. � Stabilized Biological Processes: Increases the stability of the activated sludge process, reducing the risk of process upsets. � Faster Start-up Times: Shortens the start-up time for new or restarted treatment systems by quickly establishing a robust microbial population. � Increased Treatment Capacity: Boosts the plant�s treatment capacity, allowing for higher loading rates without compromising performance. � Reduced Chemical Usage: Lowers the need for external chemicals, reducing operational costs and chemical handling. � Enhanced Microbial Activity: Stimulates the growth of active microbial communities, improving the efficiency of biodegradation processes. � Improved Effluent Quality: Achieves higher standards of effluent quality, ensuring compliance with regulatory discharge limits.
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Bio culture Viability
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Product Price: Rs 1,100 / KgGet Best Price
Product Brochure
Product Details:
Application
ETP (Effluent Plant), STP (Sewage Plant), Bio-Toilet, Septic Tank
Form
Powder
Bacterial Count
1-5 Billion CFU/g
Bacteria Type
Anaerobic, Aerobic
Enzyme Production
Protease, Lipase, Amylase
Packaging Size
1 kg
Target Pollutants
BOD & COD, Sludge
Shelf Life
1 Year
Effective pH Range
5.5 - 9.5
���� Increased Biomass Concentration: Enhances the concentration of microbial biomass, improving the treatment efficiency.���� Improved Organic Matter Removal: Boosts the breakdown of organic pollutants, enhancing the reduction of COD and BOD levels.���� Enhanced Sludge Settling: Improves the settling properties of sludge, reducing sludge volume and minimizing sludge disposal costs.���� Optimized Nutrient Removal: Enhances the removal of nitrogen and phosphorus, contributing to better effluent quality.���� Stabilized Biological Processes: Increases the stability of the activated sludge process, reducing the risk of process upsets.���� Faster Start-up Times: Shortens the start-up time for new or restarted treatment systems by quickly establishing a robust microbial population.���� Increased Treatment Capacity: Boosts the plant�s treatment capacity, allowing for higher loading rates without compromising performance.���� Reduced Chemical Usage: Lowers the need for external chemicals, reducing operational costs and chemical handling.���� Enhanced Microbial Activity: Stimulates the growth of active microbial communities, improving the efficiency of biodegradation processes.Improved Effluent Quality: Achieves higher standards of effluent quality, ensuring compliance with regulatory discharge limits.
USP: 1. Completely degrades in water increasing DO of water. 2. No sludge generation of its own. 3. Eliminates odour by preventing septic conditions 4. Assists microbes to reduce COD and BOD more efficiently 5. Does not cause any corrosion on metal surfaces. How to Dose? � 1: The dosage will vary on cases to case basis. The dosage of VeloxyBooster is calculated based on Volume of tank and biological sludge, flow of effluent, required DO level to be achieved in aeration. � The recommended dosage is to be added directly in aeration tank. Area of Application: � 1: In ETPs and STPs where blowers fail to achieve required DO level due to low capacity or due to maintenance of blowers. � In Aeration tank with high oxygen demand for nitrification and H2S removal � Aeration tanks with septic environments due to ineffective aerators or high sludge generation. � Aquaculture where DO level of ponds needs to be maintained for efficient fish development. � Solid waste management where oxygen levels needs to be maintained for effective composting process.
� Increased Biomass Concentration: Enhances the concentration of microbial biomass, improving the treatment efficiency. � Improved Organic Matter Removal: Boosts the breakdown of organic pollutants, enhancing the reduction of COD and BOD levels. � Enhanced Sludge Settling: Improves the settling properties of sludge, reducing sludge volume and minimizing sludge disposal costs. � Optimized Nutrient Removal: Enhances the removal of nitrogen and phosphorus, contributing to better effluent quality. � Stabilized Biological Processes: Increases the stability of the activated sludge process, reducing the risk of process upsets. � Faster Start-up Times: Shortens the start-up time for new or restarted treatment systems by quickly establishing a robust microbial population. � Increased Treatment Capacity: Boosts the plant�s treatment capacity, allowing for higher loading rates without compromising performance. � Reduced Chemical Usage: Lowers the need for external chemicals, reducing operational costs and chemical handling. � Enhanced Microbial Activity: Stimulates the growth of active microbial communities, improving the efficiency of biodegradation processes. � Improved Effluent Quality: Achieves higher standards of effluent quality, ensuring compliance with regulatory discharge limits.
