Amalgam Engineering

BactaServe: Pond Cleaner - Organic Method to Degrade Organic Sludge in Ponds

BactaServe Pond Cleaner is an innovative, eco-friendly solution designed to effectively degrade organic sludge in ponds. Utilizing a blend of natural microbes, BactaServe not only removes algae but also significantly reduces BOD (Biochemical Oxygen Demand) and COD (Chemical Oxygen Demand) levels. This organic method ensures a cleaner, healthier pond environment without harming aquaculture. Perfect for both commercial and residential ponds, BactaServe provides an efficient and sustainable way to maintain pond health and clarity.

• Organic Sludge Degradation: Effectively breaks down organic sludge, improving overall water quality.
• Algae Removal: Targets and eliminates algae, preventing overgrowth and maintaining clear water.
• BOD & COD Reduction: Significantly reduces BOD and COD levels, promoting a healthier aquatic ecosystem.
• Aquaculture Safe: Formulated to be safe for fish and other aquatic life, ensuring no harm to your pond's inhabitants.
• Eco-Friendly Solution: Utilizes natural microbial processes, making it an environmentally conscious choice.

• Formulation: Organic microbial culture specifically designed for pond sludge degradation and water quality improvement.
• Application: Suitable for use in both commercial and residential ponds, including fish ponds and ornamental water features.
• Packaging: Available in various quantities to cater to different pond sizes and maintenance needs.

• Improved Water Clarity: Removes sludge and algae, resulting in clear and visually appealing water.
• Healthier Aquatic Life: Promotes a balanced aquatic ecosystem, ensuring the well-being of fish and other pond inhabitants.
• Reduced Maintenance: Minimizes the need for manual sludge removal and chemical treatments, saving time and effort.
• Environmental Sustainability: Supports sustainable pond management practices by using natural, non-toxic ingredients.
• Cost-Effective: Offers a long-term, economical solution for maintaining pond health and water quality.

• Commercial Ponds: Ideal for golf course ponds, park ponds, and other commercial water features requiring regular maintenance.
• Residential Ponds: Perfect for homeowners with ornamental ponds or fish ponds, ensuring a clean and healthy environment.
• Aquaculture Ponds: Safe and effective for use in fish farming and other aquaculture operations, promoting optimal water conditions.
• Community Water Features: Suitable for community-managed ponds and water features in public spaces.

BactaServe: Pulp & Paper is a specialized biological solution designed to enhance the efficiency of wastewater treatment plants in the pulp and paper industry. These plants often face challenges in maintaining the desired effluent quality due to variable operating conditions. BactaServe: Pulp & Paper addresses these issues by combining selected and adapted microbial strains with superior waste degradation capabilities.

This product contains a blend of aerobic and facultative anaerobic microorganisms naturally selected for their ability to break down a wide range of substances found in pulp and paper wastewater, including lignin, cellulose, sizing, surfactants, fibrous solids, and other organic wastes. By incorporating BactaServe: Pulp & Paper into your treatment process on a regular maintenance schedule, you can significantly improve overall system performance, enhance effluent quality, and reduce operating costs.

• Enhanced Degradation: Combines aerobic and facultative anaerobic microorganisms for effective breakdown of complex organic compounds.
• Targeted Waste Treatment: Efficiently processes substances specific to pulp and paper waste, such as lignin and cellulose.
• Variable Conditions Resilience: Adapts to fluctuating operating conditions, ensuring consistent performance.
• Cost-Effective: Reduces overall operating costs by improving system efficiency and reducing sludge production.
• Sustainable Solution: Utilizes naturally selected microbes for an eco-friendly approach to wastewater treatment.

• Formulation: Aerobic and facultative anaerobic microbial blend
• Application: Pulp and paper industry wastewater treatment
• Packaging: Available in various sizes to meet industrial needs
• Storage: Store in a cool, dry place away from direct sunlight

• Improved Effluent Quality: Enhances the degradation of complex organic compounds, resulting in cleaner and compliant effluent.
• Operational Efficiency: Reduces sludge production and disposal costs, leading to more efficient operations.
• Consistency: Maintains effective performance even under variable operating conditions.
• Regulatory Compliance: Helps meet stringent environmental standards and regulations.
• Eco-Friendly: Non-toxic, biodegradable formulation safe for the environment and operators.

• Specialized biological product for pulp and paper wastewater treatment
• Efficiently degrades lignin, cellulose, and other complex organic compounds
• Reduces foul odors and improves effluent quality
• Lowers sludge production and associated disposal costs
• Maintains performance under variable operating conditions
• Eco-friendly and sustainable treatment solution
• Enhances overall system efficiency and reduces operating costs

• Pulp and Paper Industry: Ideal for treating wastewater generated in pulp and paper manufacturing processes.
• Industrial Wastewater Systems: Suitable for industries dealing with high levels of complex organic waste in their effluent.

Optimize your pulp and paper wastewater treatment processes with BactaServe: Pulp & Paper – the efficient and eco-friendly solution for superior wastewater management.

BactaServe - Special Bio-Culture for Wastewater Treatment: Bacteria for Sludge Degradation

Description: BactaServe - Special Bio-Culture for Wastewater Treatment is a premium bacterial formulation designed to enhance the efficiency of sludge degradation in both Effluent Treatment Plants (ETP) and Sewage Treatment Plants (STP). This specialized bio-culture contains potent bacteria that accelerate the breakdown of organic sludge, reduce sludge volume, and improve overall wastewater treatment performance.

Unique Features:

• Efficient Sludge Degradation: Accelerates the decomposition of organic sludge, reducing its volume.
• Enhanced Treatment Efficiency: Improves the overall performance of wastewater treatment processes.
• Operational Stability: Provides stability to the treatment process, even under variable conditions.
• Odor Control: Effectively controls and reduces odors associated with sludge.
• Cost-Effective: Minimizes sludge disposal costs and operational expenses.
• Easy Application: Available in a powdered form that is easy to store and use.

Technical Specifications:

• Form: Powder
• Usage: Wastewater treatment for all industries (ETP & STP)
• Dosage: As per requirement based on wastewater characteristics
• Storage: Store in a cool, dry place
• Shelf Life: 24 months from the date of manufacture

Key Benefits:

• Superior Sludge Reduction: Significantly reduces sludge volume through efficient biodegradation.
• Enhanced Bacterial Activity: Promotes the growth and activity of beneficial bacteria.
• Stable Operations: Maintains consistent treatment performance and system stability.
• Cost Savings: Reduces sludge management and disposal costs.
• Eco-Friendly: Non-toxic and safe for various industrial applications.
• Long-Lasting Impact: Provides sustained improvement in sludge management and odor control.

How to Use:

1. Determine Dosage: Calculate the appropriate dosage based on the volume and characteristics of the wastewater.
2. Dissolve in Water: Dissolve the required amount of BactaServe bio-culture in water.
3. Introduce into System: Add the solution to the aeration tank or incoming wastewater stream.
4. Regular Maintenance: Incorporate into a regular maintenance schedule for optimal results.

Safety Information:

• Non-toxic and environmentally safe.
• Avoid direct contact with skin and eyes.
• Keep out of reach of children.

Product Keywords for eCommerce Listing:

• Wastewater treatment bacteria
• ETP bacterial culture
• STP bacterial culture
• Sludge degradation bacteria
• Industrial effluent treatment
• Wastewater biodegradation
• Aerobic treatment solution
• Wastewater management bacteria
• Biological wastewater treatment
• Organic sludge reduction

Summary:

BactaServe - Special Bio-Culture for Wastewater Treatment is a highly effective bacterial solution designed for sludge degradation in ETPs and STPs. This eco-friendly and cost-efficient product accelerates the breakdown of organic sludge, reduces its volume, and stabilizes the treatment process. By promoting the activity of beneficial bacteria, BactaServe enhances the overall efficiency of wastewater treatment systems, ensuring long-lasting improvements in sludge management and odor control.

BactaServe - Wastewater Treatment Bacteria: Effective Alternative to Enzymes for ETP & STP

Description: BactaServe - Wastewater Treatment Bacteria provides an efficient and sustainable solution for treating wastewater in both Effluent Treatment Plants (ETP) and Sewage Treatment Plants (STP). Unlike enzymes that act as catalysts, our specialized bacterial cultures actively degrade organic pollutants, ensuring thorough treatment and enhanced system performance. This advanced solution targets the removal of COD (Chemical Oxygen Demand) and BOD (Biochemical Oxygen Demand), promoting the rapid growth of beneficial microorganisms and stabilizing treatment processes.

Unique Features:

• Actively degrades organic pollutants (COD & BOD) rather than merely catalyzing reactions.
• Promotes rapid growth and stabilization of MLSS (Mixed Liquor Suspended Solids).
• Reduces commissioning time of ETP/STP significantly.
• Suppresses the growth of harmful bacteria, enhancing overall system health.
• Improves treatment efficiency in underperforming systems.
• Reduces sludge generation, lowering disposal costs.
• Easy-to-apply powdered form.
• Stabilizes shock loads in treatment plants.
• Provides complete odor control in and around the treatment facility.

Technical Specifications:

• Form: Powder
• Usage: Wastewater treatment for all industries
• Dosage: As per requirement based on wastewater characteristics
• Storage: Store in a cool, dry place
• Shelf Life: 24 months from the date of manufacture

Key Benefits:

• Superior biodegradation of industrial wastewater compared to enzyme-only treatments.
• Enhanced efficiency and stability of ETP/STP operations.
• Cost-effective and environmentally friendly treatment solution.
• Reduced sludge production and associated disposal costs.
• Safe and non-toxic for various industrial applications.
• Long-lasting impact on system performance and odor control.

How to Use:

1. Determine the appropriate dosage based on the wastewater volume and characteristics.
2. Dissolve the required amount of BactaServe - Wastewater Treatment Bacteria in water.
3. Introduce the solution into the aeration tank or the incoming wastewater stream.
4. For optimal results, incorporate BactaServe - Wastewater Treatment Bacteria into a regular maintenance schedule.

Safety Information:

• Non-toxic and safe for the environment.
• Avoid direct contact with skin and eyes.
• Keep out of reach of children.

Product Keywords for eCommerce Listing:

• Wastewater treatment bacteria
• ETP bacterial culture
• STP bacterial culture
• COD reduction bacteria
• BOD reduction bacteria
• Industrial effluent treatment
• Wastewater biodegradation
• Aerobic treatment solution
• Wastewater management bacteria
• Biological wastewater treatment

Summary:

BactaServe - Wastewater Treatment Bacteria offers an advanced and reliable alternative to enzyme-based treatments for wastewater management in both ETPs and STPs. Our specialized bacterial cultures actively degrade organic pollutants, enhance system stability, and reduce operational costs. This eco-friendly and non-toxic solution ensures the efficient removal of COD and BOD, making it an essential component of any industrial wastewater treatment strategy.

Nitrogen and phosphorus are essential to the growth of microorganism, plants, and animals, so that, they are known as major nutrients. They are the primary causes of eutrophication within surface waters. The negative sign of eutrophication is represented by low dissolved oxygen, fish kills, and depletion of desirable flora and fauna. Excessive amounts of these nutrients can also stimulate the activity of microbes, such as which can be potentially harmful to human health. Hence, The removal of nutrient before discharging treated wastewater is desirable not only to prevent eutrophication, but for reuses purposes.

BactaServe Nutrient Removal is a collection of natural and safe bacteria, apart from selected bacterial for COD and BOD removal it is enriched with special ammonia
oxidizing bacteria, Nitrite oxidizing bacteria and bacteria for phosphorus removal.

Biological Nitrogen Removal (BNR) The biological processes that primarily remove nitrogen are nitrification and denitrification. Nitrification is defined as a two-stage biological process, which occurs under aerobic conditions (in the presence of oxygen). During nitrification, ammonia is oxidized to nitrite by one group of autotrophic bacteria, known as Nitrosomonas. The nitrite is then further oxidized to nitrate by another group of autotrophic bacteria, known as Nitrobacter. Typical aerobic biological activated sludge existing at wastewater treatment plants can be modified to achieve nitrification by extending the mean cell residence time beyond the values used for typical activated sludge processes while maintaining adequate dissolved oxygen Thus, Nitrification can be accomplished simultaneously with BOD removal processes if the mean cell residence time is extended from 6 to 8 days, thereby being very close to the optimum value for CBOD (carbonaceous BOD) removal. De-nitrification occurs under anaerobic conditions (in the absence of oxygen), and involves the biological reduction of nitrate to nitric oxide, nitrous oxide, and nitrogen gas which is released to the atmosphere. De-nitrification can be accomplished by heterotrophic bacteria in the absence of dissolved oxygen. These bacteria use the oxygen in the nitrate, instead of dissolved oxygen, to digest organic material, thereby releasing nitrogen gas as a waste byproduct. For treatment facilities to achieve optimum biological nitrogen removal it is important to process wastewater through a series of aerobic and anaerobic stages, to ensure complete nitrification and de-nitrification is achieved.

Biological Phosphorus Removal (BPR)

Biological phosphorus removal involves a physical process that results in the growth of a biological population of aerobic  eterotrophs capable of storing orthophosphate in excess of their biological growth requirements. Exposing the bioculture of an activated sludge process to an anaerobic-aerobic sequence causes the proliferation of these microorganisms, known as phosphate-accumulating organisms (PAO), within the mixed liquor. Under anaerobic conditions, the PAO’s convert readily available organic matter to carbon compounds called poly-hydroxyalkanoates (PHA). The PAO’s use energy generated through the breakdown of polyphosphate molecules to create PHA’s. This breakdown results in the release of phosphorus. Under subsequent aerobic conditions, PAO’s use the stored PHA’s as energy to take up the phosphorus that was released in the anaerobic zone, as well as any additional phosphate present in the wastewater.

Features of Bacta Cult Nutrient Removal:

• Effectively degrades and absorbs ammonia nitrogen.
• Improves nitrating efficiency.
• Maintains long-time stability of nitration effects.
• Improves the treatment result for poor systems in ammonia nitrogen removal.

BactaServe - STP is an advanced bioculture specifically designed to optimize the performance of Sewage Treatment Plants (STPs) by significantly reducing Biochemical Oxygen Demand (BOD). This potent formulation harnesses the power of specially selected microbial strains to enhance the breakdown of organic matter, ensuring efficient and effective sewage treatment. BactaServe - STP targets a wide range of contaminants found in sewage, promoting improved effluent quality and stable system performance. Regular application of this bioculture supports sustainable wastewater management, reducing operational costs and environmental impact.

• Effective BOD Reduction: Specialized microbial strains effectively lower BOD levels, improving effluent quality.
• Enhanced Organic Matter Breakdown: Targets and degrades complex organic compounds commonly found in sewage.
• Eco-Friendly Solution: Supports sustainable and environmentally conscious sewage treatment practices.
• Cost-Effective: Lowers operational expenses by enhancing treatment efficiency and reducing maintenance needs.
• Adapted Microbial Strains: Contains a blend of aerobic and facultative anaerobic bacteria tailored for sewage treatment.

• Formulation: Aerobic and facultative anaerobic bacterial cultures.
• Application: Designed for use in STPs to treat sewage and reduce BOD.
• Packaging: Available in various quantities to meet different industrial and municipal requirements.

• Improved Effluent Quality: Ensures cleaner, safer discharge by effectively treating sewage and reducing BOD.
• Stable System Performance: Regular use promotes consistent and reliable operation of the sewage treatment plant.
• Environmental Sustainability: Contributes to eco-friendly wastewater management practices.
• Operational Efficiency: Reduces the need for frequent maintenance and lowers overall treatment costs.

• Sewage Treatment Plants (STPs): Ideal for municipal and industrial sewage treatment applications.
• Wastewater Treatment Systems: Effective in various stages of wastewater treatment to enhance overall efficiency.
• Industrial Waste Management: Suitable for industries with sewage-like wastewater composition and treatment requirements.

• Usage Guidelines: Detailed instructions for optimal use to maximize treatment efficiency.
• Bulk Ordering: Options available for larger quantities to cater to extensive industrial and municipal applications.
• Customer Support: Dedicated support team to assist with product usage and troubleshooting.
• Success Stories: Testimonials and case studies demonstrating the effectiveness of BactaServe - STP in real-world applications.
• Certifications: Highlight any relevant certifications to ensure product reliability and safety.

Very Cost Effective Shock Load Stabilizer BactaServe Pharma for Water Waste Treatment  

BactaServe – Pharma is acclimatized species to suit major Pharmaceutical unit processes, effective for sustaining & partial degradation of biodegradable solvents, antimicrobial substances, microbiocides and drugs intermediated in low concentrations. It contains aerobic bacteria which can grow over wide temperature range 5 – 45 degree Celsius.
BactaServe when added in waste water treatment system start multiplying immediately to create higher Biomass content. This help in biodegradation of BOD content of the waste water

Our BactaServe – Pharma Bioculture has been acclimatized and made suitable to sustain a wide range of compounds in low concentrations like, Solvents, Antibacterial compounds, Chemicals having inappropriate COD:BOD ratio, waste of broad spectrum antibiotics, Fermentation by products, Yeast wastes, Everyday changing effluent quality depending on products manufactured

Benefits Of Using BactaServe Bio-Culture:

• Reduction in commissioning time of ETP.
• Rapid growth of MLSS with high MLVSS Content.
• Bacta Cult supplements useful bacteria into ETP which suppress the growth of harmful bacteria and leads to faster commissioning.
• Shock load stabilization.
• Reduces BOD & COD and suppresses the foul odor from ETP & STP.
• Reduces the overall cost of operation

Brand & Category: BactaServe - Leachate Treatment Solutions

Product Name: BactaServe Leachate Treatment

Overview: BactaServe Leachate Treatment offers an advanced microbial solution for treating effluent and sewage across diverse industries. This product targets leachate, a hazardous liquid by-product, ensuring the efficient degradation of organic matter and removal of harmful contaminants, making it an ideal choice for industries facing complex wastewater challenges.

Description: Leachate, often rich in harmful contaminants and organic matter, poses significant challenges in wastewater management. BactaServe Leachate Treatment is designed to address these challenges effectively. Utilizing a blend of specialized bacteria, this product enhances the biological treatment processes in effluent and sewage treatment plants (ETP and STP), ensuring thorough degradation of pollutants and improved water quality.

Category:

• Leachate treatment
• Industrial effluent treatment
• Sewage treatment solutions

Industries Served:

• Municipal sewage treatment
• Landfills
• Industrial waste processing
• Chemical manufacturing
• Food and beverage industry
• Textile industry
• Paper and pulp industry
• Pharmaceuticals
• Metal processing

Benefits:

• Enhanced COD & BOD Degradation: Accelerates the breakdown of chemical and biological oxygen demand, ensuring compliance with discharge standards.
• Improved MLSS Growth: Promotes rapid growth of mixed liquor suspended solids (MLSS) with high MLVSS content.
• Harmful Bacteria Suppression: Inhibits the growth of pathogenic and nuisance bacteria, promoting a healthier microbial community.
• Operational Cost Reduction: Reduces overall operational costs by optimizing the biological treatment processes.
• Sludge Generation Reduction: Minimizes sludge production, reducing disposal costs and improving plant efficiency.
• Odor Control: Provides complete odor control in the vicinity of the treatment plant.
• No Structural Changes Needed: Can be implemented without requiring modifications to existing plant structures.
• Easy Storage: Available in a powdered form that is easy to store and handle.
• Shock Load Stabilization: Stabilizes treatment performance during shock loads and fluctuations.

How to Use:

1. Initial Dose: Add the recommended initial dose of BactaServe Leachate Treatment directly into the aeration tank or mixing basin of the ETP or STP.
2. Maintenance Dose: Follow up with regular maintenance doses to sustain microbial activity and efficiency.
3. Application Frequency: Adjust the dosing frequency based on the specific needs and load variations of the treatment system.

Key Specifications:

• Form: Powder
• Stability: Minimum of 2 years when stored in a cool, dry place
• Application: Suitable for both ETP and STP across various industries

Keywords for eCommerce Listing:

• Leachate treatment
• Effluent treatment
• Sewage treatment
• Industrial wastewater management
• BOD and COD reduction
• MLSS growth enhancement
• Sludge reduction
• Odor control
• Shock load stabilization
• Wastewater treatment bacteria

BactaServe Leachate Treatment provides a reliable and efficient solution for managing leachate and improving the overall performance of wastewater treatment systems in a wide range of industrial applications.

BactaServe Helps In:-
*Reduction in commissioning time of ETP and STP.
*Rapid growth of MLSS with high MLVSS content.
*Powered from-Easy to use and easy to store.
*BactaServe - Supplements useful bacteria into ETP/STP which suppress the growth of harmful baceria and leads to fster commissioning

Highly Biodegradable BactaServe Dairy Bacteria Widely Used in Dairy Industries

• Bacta Serve Dairy is a combines selected, adapted microbial strains with improves waste degradation capabilities in dairy effluent. Bacta Cult- Dairy contains a combination of anaerobic and facultative organic compounds selected from nature for their abilities to break down a broad range of substances encountered in the dairy waste water. A dairy often generates odours and high BOD waste water.
• Dairy industry is a very important and lastly growing food processing industry of world. The dairy industry involves transformation raw milk into products such as consumer milk, butter, cheese, yogurt, condensed milk, dried milk (milk powder), ice cream, and whey powders, lactose, using processes such as chilling, pasteurization, and homogenization. This waste water is simply diluted milk. Dairy waste water is highly biodegradable and Bacta cult Dairy helps to increase the
  BOD removal efficiency of Biological systems.

The following are the sources of dairy waste water production effluents:-

• The pumping station wastewater (combined wastewater from all the sections of the dairy factory),
• The apparatus room wastewater,
• The butter section wastewater,
• The cheese section wastewater and the cottage cheese section wastewater.
• The milk spillage, drippings, washing of cans, tankers bottles, utensil, and equipment’s and floors.

These all contribute largely towards their high biological oxygen demand (BOD), chemical oxygen demand (COD) and oil and grease much higher than the permissible limits. Bacta cult Dairy is fully equipped with required combination of bacteria to reduce nutrients and to with stand high salinity levels. High Salinity Levels is common in case of cheese production contributed due to salting activities during production.

Selected Bacteria is BactaServe  dairy helps to increase the generation of methane, which can be used in the plant as alternative source of energy, depending on the amount that is generated.

BactaServe dairy also helps in the following:-

• Reduces the High BOD & COD.
• Helps to control the high TDS & TSS.
• Control the High Volatile fatty acids.
• It also helps to degrade the High lactose, which takes part in biodegradation process.
• Helps to control the high Ammonical nitrogen.
• Odour Removal from biological systems.
• Helps to increase acetogenesis and methanogenesis process.
• Helps to increase the efficiency of Biogas generation.
• Low production of excess sludge.

BactaServe - Dairy is a combines selected, adapted microbial strains with improves waste degradation capabilities in dairy effluent.  BactaServe - Dairy contains a combination of anaerobic and facultative organic compounds selected from nature for their abilities to break down a broad range of substances encountered in the dairy waste water. A dairy often generates odours and high BOD waste water.

Dairy industry is a very important and lastly growing food processing industry of world. The dairy industry involves transformation raw milk into products such as consumer milk, butter, cheese, yogurt, condensed milk, dried milk (milk powder), ice cream, and whey powders, lactose, using processes such as chilling, pasteurization, and homogenization. This waste water is simply diluted milk. Dairy waste water is highly biodegradable and BactaServe Dairy helps to increase the BOD removal efficiency of Biological systems.

Standard Quality BactaServe Bacteria for Controlling High TDS & TSS

• BactaServe Dairy is a combines selected, adapted microbial strains with improves waste degradation capabilities in dairy effluent. BactaServe - Dairy contains a combination of anaerobic and facultative organic compounds selected from nature for their abilities to break down a broad range of substances encountered in the dairy waste water. A dairy often generates odours and high BOD waste water.
• Dairy industry is a very important and lastly growing food processing industry of world. The dairy industry involves transformation raw milk into products such as consumer milk, butter, cheese, yogurt, condensed milk, dried milk (milk powder), ice cream, and whey powders, lactose, using processes such as chilling, pasteurization, and homogenization. This waste water is simply diluted milk. Dairy waste water is highly biodegradable and Bacta cult Dairy helps to increase the
  BOD removal efficiency of Biological systems.

The following are the sources of dairy waste water production effluents:-

• The pumping station wastewater (combined wastewater from all the sections of the dairy factory),
• The apparatus room wastewater,
• The butter section wastewater,
• The cheese section wastewater and the cottage cheese section wastewater.
• The milk spillage, drippings, washing of cans, tankers bottles, utensil, and equipment’s and floors.

These all contribute largely towards their high biological oxygen demand (BOD), chemical oxygen demand (COD) and oil and grease much higher than the permissible limits. BactaServe Dairy is fully equipped with required combination of bacteria to reduce nutrients and to with stand high salinity levels. High Salinity Levels is common in case of cheese production contributed due to salting activities during production.

BactaServe dairy also helps in the following:-

• Reduces the High BOD & COD.
• Helps to control the high TDS & TSS.
• Control the High Volatile fatty acids.
• It also helps to degrade the High lactose, which takes part in biodegradation process.
• Helps to control the high Ammonical nitrogen.
• Odour Removal from biological systems.
• Helps to increase acetogenesis and methanogenesis process.
• Helps to increase the efficiency of Biogas generation.
• Low production of excess sludge.
  
  #DairyWastewater #AnaerobicTreatment #WastewaterMicrobes #DairyIndustry #Bioculture #AnaerobicDigestion #MicrobialCulture #SustainableDairy #WastewaterTreatment #EnvironmentalSolutions #BiologicalTreatment #DairyEffluent #MicrobialTechnology #EcoFriendlyDairy #AnaerobicMicrobes #DairyProduction #GreenTechnology #DairyPlant #MicrobialInnovation #DairyFarm #WasteToEnergy #BioTreatment #MicrobialEfficiency #DairyProcessing #SustainableAgribusiness

BactaServe (Aerobic) is specially formulated microorganism containing aerobic bacteria which can grown over wide temperature range 5-45°C. BactaServe when added in waste water treatment systems starts multiplying immediately to create higher Biomass content. This helps in biodegradation of BOD content of the waste water.

Within an hour after pouring the bacteria into the drain, the bacteria begin to eat their way into the waste that has accumulated on the sides and top of the drain pipe. This is their natural food. They digest the waste and spread throughout your system, cleaning it completely.

Top Producer of BactaServe Textiles Bacteria Converting Starch into Simpler Compounds

• Acclimatized bacteria to suit Major textile dyes (Reactive, Vat, Disperse, Indigo, Acid etc)
• Acclimatized bacteria to suit Major textile unit processes (Washing, bleaching, mercerizing, sizing, design, Dyeing etc).
• Effective for converting Cellulose, Lignin, PVA, Starch into simpler compounds.

High Quality Paper & Pulp Waste Water Treatment BactaServe Bacteria at Low Market Price 

To meet present day stringent pollution control norms, there is a high stress on paper mills to deliver highest quality work with low operating cost within the budgeted limitations.

Biological wastewater treatment plants receiving pulp and paper making wastes occasionally encounter difficulties in achieving desired effluent quality. Variable operating conditions may cause continuing system malfunctions. BactaServe - Pulp & Paper combines selected, adapted microbial strains with improved waste degradation capabilities. BactaServe -Pulp & Paper contains a combination of aerobic and facultative anaerobic microorganisms selected from nature for their abilities to break down a broad range of substances encountered in the pulp and paper making waste. These include lignin, cellulose, sizing, surfactants, fibrous solids and other wastes. When used on a regular maintenance schedule, this combination of microbes can improve overall system performance and reduce operating costs.

BactaServe - Pulp & Paper is a blend of selected microorganisms for use in biological wastewater treatment plants receiving aqueous wastes from pulp and paper making operations.

BactaServe Bacteria for Paper & Pulp Industry to Improved Waste Degradation Capabilities 

To meet present day stringent pollution control norms, there is a high stress on paper mills to deliver highest quality work with low operating cost within the budgeted limitations.

Biological wastewater treatment plants receiving pulp and paper making wastes occasionally encounter difficulties in achieving desired effluent quality. Variable operating conditions may cause continuing system malfunctions. BactaServe- Pulp & Paper combines selected, adapted microbial strains with improved waste degradation capabilities. BactaServe-Pulp & Paper contains a combination of aerobic and facultative anaerobic microorganisms selected from nature for their abilities to break down a broad range of substances encountered in the pulp and paper making waste. These include lignin, cellulose, sizing, surfactants, fibrous solids and other wastes. When used on a regular maintenance schedule, this combination of microbes can improve overall system performance and reduce operating costs.

BactaServe- Pulp & Paper is a blend of selected microorganisms for use in biological wastewater treatment plants receiving aqueous wastes from pulp and paper making operations.

Top Manufacturer of Best Quality Aerobic Water Bacteria for MBBR Tanks

BactaServe (Aerobic) is specially formulated microorganism containing aerobic bacteria which can grown over wide temperature range 5-45°C. Bacta-Servewhen added in waste water treatment systems starts multiplying immediately to create higher Biomass content. This helps in biodegradation of BOD content of the waste water.

Within an hour after pouring the bacteria into the drain, the bacteria begin to eat their way into the waste that has accumulated on the sides and top of the drain pipe. This is their natural food. They digest the waste and spread throughout your system, cleaning it completely.

Hot Selling Sewage Waste Water Treatment- Aerobic Bacteria 

BactaServe (Aerobic) is specially formulated microorganism containing aerobic bacteria which can grown over wide temperature range 5-45°C. BactaServe when added in waste water treatment systems starts multiplying immediately to create higher Biomass content. This helps in biodegradation of BOD content of the waste water.

Within an hour after pouring the bacteria into the drain, the bacteria begin to eat their way into the waste that has accumulated on the sides and top of the drain pipe. This is their natural food. They digest the waste and spread throughout your system, cleaning it completely.

BactaServe STP: Superior Biological Treatment for Effluent Management

Revolutionize your MBBR & SBR plants with BactaServe STP, a trusted solution for enhanced wastewater treatment. This powdered formulation stands out for its ability to significantly increase the efficiency of COD & BOD degradation, resulting in a reduction in commissioning time.

Experience rapid growth of MLSS with high MLVSS content, effectively suppressing the growth of harmful bacteria. BactaServe STP is designed to reduce overall operational costs and sludge generation without requiring structural changes to your existing plant.

The powdered form ensures easy storage, while shock load stabilization and complete odour control in the treatment plant's vicinity further enhance its performance. Elevate the efficiency of your sewage treatment process with BactaServe STP, setting new standards for sustainable and cost-effective effluent management.

High Quality Aerobic Water Bacteria for MBBR Tanks

BactaServe (Aerobic) is specially formulated microorganism containing aerobic bacteria which can grown over wide temperature range 5-45°C. BactaServe when added in waste water treatment systems starts multiplying immediately to create higher Biomass content. This helps in biodegradation of BOD content of the waste water.

Within an hour after pouring the bacteria into the drain, the bacteria begin to eat their way into the waste that has accumulated on the sides and top of the drain pipe. This is their natural food. They digest the waste and spread throughout your system, cleaning it completely.

Exclusive Deal on BactaServe Fog for Cleaning Oil Trap| Grease Trap | Leach Drains 

BactaServe FOG is a combination of natural and safe microbes which have the ability to degrade oil, grease, organic waste, eliminating odour and removing organic buildup from pipes, oil & grease traps and leach drains.

Before first application of BactaServe FOG, the grease trap should be cleaned once. The dosage of BactaServe FOG depends upon the grease trap condition and it may
vary from 1 ppm to 10 ppm depending upon the present scenario. Applications of BactaServe FOG require it to be flushed down through kitchen drain outlets at night with water.

BactaServe FOG degrades grease and other organic waste build up, turning it into carbon dioxide (CO2) and water (H2O). The microorganisms activates as soon as they comes in contact with water. The biological approach is a longer-term solution. Within 4 weeks of the first application, all of your drain lines will be coated with beneficial microbes, which will reduce future buildup of grease and organic matter. Naturally, this product eliminates the need for expensive and potentially dangerous chemicals. The cost of a regular monthly maintenance program is a small price to pay to help to protect your system and your environment.

Product Overview: Our company is a leading manufacturer of aerobic microbial cultures designed to enhance wastewater treatment processes. Our microbial cultures are specially formulated to accelerate the breakdown of organic matter, ensuring efficient and environmentally friendly wastewater management.

Key Features:

1. High Efficiency: Our aerobic microbial cultures rapidly decompose organic waste, reducing sludge volume and improving overall treatment efficiency.

2. Robust Formulation: These cultures are resilient and perform well under a wide range of environmental conditions, including varying temperatures and pH levels.

3. Environmentally Friendly: Our products are non-toxic and safe for the environment, contributing to sustainable wastewater treatment practices.

4. Customizable Solutions: We offer tailored formulations to meet the specific needs of different industries, ensuring optimal performance for each application.

5. Easy Application: Our microbial cultures are easy to apply, requiring minimal setup and maintenance, making them a convenient choice for wastewater treatment facilities.

Applications:

1. Municipal Wastewater Treatment Plants: Enhances the breakdown of organic matter, reducing sludge and improving water quality.

2. Industrial Wastewater Treatment: Effective in treating wastewater from various industries, including food processing, pharmaceuticals, and chemicals.

3. Sewage Treatment Plants (STP): Improves the efficiency of STPs by accelerating the decomposition of organic waste.

4. Agricultural Waste Management: Assists in managing waste from livestock farms and other agricultural operations.

Benefits:

1. Improved Water Quality: Ensures cleaner effluent discharge by effectively breaking down organic pollutants.

2. Reduced Sludge Volume: Decreases the amount of sludge produced, lowering disposal costs and environmental impact.

3. Cost-Effective: Minimizes operational costs by improving treatment efficiency and reducing the need for additional chemicals or equipment.

4. Regulatory Compliance: Helps facilities meet stringent environmental regulations and standards for wastewater discharge.

5. Sustainable Practices: Supports sustainable wastewater management, contributing to a healthier environment.

Why Choose Us:

• Expertise: With years of experience in microbial culture manufacturing, we provide reliable and high-quality products.
• Innovation: Our research and development team continuously works on improving our formulations to ensure the best performance.
• Customer Support: We offer comprehensive technical support and guidance to help you achieve optimal results with our products.

For more information or to place an order, please contact us at [Your Contact Information]. Let us help you enhance your wastewater treatment process with our top-of-the-line aerobic microbial cultures.

Also used for:
Aeration tank
MBBR Tanks
Sequencing Batch Reactor(SBR)
Membrane Bio Reactor(MBR)
Reduction in commissioning time of ETP& STP
Rapid growth of MLSS with high MLVSS Content
Powdered form. Easy to use and easy to store
Bacta Cult supplements useful bacteria into ETP/STP which suppress the growth of harmful bacteria and leads to faster commissioning
Shock load stabilization
Reduces BOD & COD and suppresses the foul odor from ETP & STP
Reduces the overall cost of operation

1) What is Biological Nitrogen Removal (BNR)?

Ans: Biological Nitrogen Removal (BNR) is a wastewater treatment process that primarily removes nitrogen through biological means. It involves two main steps: nitrification, where ammonia is converted into nitrite and then nitrate by bacteria; and denitrification, where bacteria convert nitrate into nitrogen gas, which is released into the atmosphere. This process helps prevent eutrophication and is beneficial for reuses purposes.

2) How does BactaServe enhance wastewater treatment?

BactaServe enhances wastewater treatment in several ways. It contains specialized aerobic and anaerobic bacteria that accelerate the degradation of organic pollutants, reducing both Biological Oxygen Demand (BOD) and Chemical Oxygen Demand (COD) levels. This results in cleaner effluent. Additionally, BactaServe improves the settleability and compactability of Mixed Liquor Suspended Solids (MLSS), leading to better clarification and more efficient operation of treatment plants. It is an effective and sustainable solution for wastewater management across various industries.

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Nitrogen and phosphorus are essential nutrients for the growth of microorganisms, plants, and animals, but they are primary causes of eutrophication in surface waters. Eutrophication results in low dissolved oxygen, fish kills, and the depletion of desirable flora and fauna. Excessive nutrients can also stimulate harmful microbial activity, posing risks to human health. Therefore, removing these nutrients from treated wastewater is crucial to prevent eutrophication and for reuse purposes.

BactaServe Nutrient Removal is a natural and safe bacterial culture designed for wastewater treatment. Enriched with special ammonia oxidizing bacteria, nitrite oxidizing bacteria, and phosphorus-removing bacteria, it also targets COD and BOD reduction.

Biological Nitrogen Removal (BNR): BNR involves nitrification and denitrification. Nitrification, an aerobic process, converts ammonia to nitrite and then to nitrate using Nitrosomonas and Nitrobacter bacteria. Denitrification, an anaerobic process, reduces nitrate to nitrogen gas. This process requires a series of aerobic and anaerobic stages to achieve complete nitrification and denitrification.

Biological Phosphorus Removal (BPR): BPR involves growing aerobic heterotrophs capable of storing excess orthophosphate. Phosphate-accumulating organisms (PAO) proliferate under anaerobic-aerobic conditions, converting organic matter to PHA and releasing phosphorus.

Features of BactaServe Nutrient Removal:

• Effectively degrades and absorbs ammonia nitrogen
• Improves nitrification efficiency and stability
• Enhances ammonia nitrogen removal in poor systems
• Decreases low-temperature effects on nitrification
• Improves recovery time from system upsets
• Enhances degradation of specific target compounds
• Breaks down fat and grease buildup, reducing sludge buildup

Highly Concentrated Odorless BactaServe Textile Water Waste Treatment

• Acclimatized bacteria to suit Major textile dyes (Reactive, Vat, Disperse, Indigo, Acid etc)
• Acclimatized bacteria to suit Major textile unit processes (Washing, bleaching, mercerizing, sizing, design, Dyeing etc).
• Effective for converting Cellulose, Lignin, PVA, Starch into simpler compounds.

High Quality Aerobic Water Bacteria for MBBR Tanks

Bacta Cult (Aerobic) is specially formulated microorganism containing aerobic bacteria which can grown over wide temperature range 5-45°C. Bacta- Cult when added in waste water treatment systems starts multiplying immediately to create higher Biomass content. This helps in biodegradation of BOD content of the waste water.

Within an hour after pouring the bacteria into the drain, the bacteria begin to eat their way into the waste that has accumulated on the sides and top of the drain pipe. This is their natural food. They digest the waste and spread throughout your system, cleaning it completely.

Off-White Color Effective BactaServe Textiles Bacteria

• Acclimatized bacteria to suit Major textile dyes (Reactive, Vat, Disperse, Indigo, Acid etc)
• Acclimatized bacteria to suit Major textile unit processes (Washing, bleaching, mercerizing, sizing, design, Dyeing etc).
• Effective for converting Cellulose, Lignin, PVA, Starch into simpler compounds.