.webp)
BactaServe Dairy Bioculture for Dairy Wastewater Treatment
BactaServe Dairy is a microbial bioculture that improves biological treatment of dairy wastewater by degrading lactose, fats, proteins, and volatile fatty acids. It enhances BOD and COD removal, stabilizes anaerobic digestion, and increases biogas generation, making it ideal for dairy plants and milk processing industries with high organic load effluent.
BactaServe Dairy- Product overview
BactaServe Dairy is a specialized microbial bioculture developed for wastewater treatment in dairy processing and milk-based industries. Dairy wastewater typically contains high concentrations of organic pollutants such as lactose, proteins, fats and volatile fatty acids, which can create operational challenges in biological treatment systems.
The formulation contains selected microorganisms capable of degrading lactose, organic solids and volatile fatty acids present in dairy effluent, helping stabilize biological digestion and improve wastewater treatment efficiency.
BactaServe Dairy is widely used in dairy processing plants, milk processing facilities and food processing industries where anaerobic treatment systems are used to manage high organic load wastewater.
Product Specifications
-
Product Name: BactaServe Dairy
-
Available Pack Size: 1 Kg
-
Physical Form: Powder
-
Usage: Dairy Wastewater Treatment
-
Grade Standard: Bio-tech Grade
-
Packaging: Waterproof aluminum foil bag with inner liner
Key Features of BactaServe Dairy
BactaServe Dairy improves biological treatment efficiency in dairy wastewater treatment systems.
Key advantages include:
-
Reduction of high BOD and COD levels present in dairy effluent
-
Helps control high TDS and TSS concentrations
-
Controls excessive volatile fatty acids in anaerobic systems
-
Reduces odour formation in biological treatment processes
-
Supports degradation of lactose and dairy organic compounds
-
Helps control high ammoniacal nitrogen levels
-
Improves acetogenesis and methanogenesis processes
-
Enhances biogas generation efficiency
-
Low production of excess sludge
Benefits of BactaServe Dairy
-
Efficient Treatment of Dairy Wastewater: The microbial formulation supports the breakdown of complex organic compounds such as lactose, proteins and fats present in dairy effluent.
-
Improved Organic Pollutant Removal: Active microbial digestion improves removal of BOD and COD from dairy wastewater.
-
Control of Volatile Fatty Acids: BactaServe Dairy helps stabilize anaerobic digestion by controlling excessive volatile fatty acids.
-
Enhanced Biogas Generation: The microbial culture improves acetogenesis and methanogenesis processes, increasing biogas production in anaerobic digesters.
-
Reduced Sludge Production: Efficient biological digestion reduces excess sludge generation in treatment systems.
Compatible Treatment Systems
BactaServe Dairy can be applied in biological wastewater treatment systems used in dairy and food processing industries.
Compatible systems include:
-
UASB – Upflow Anaerobic Sludge Blanket reactors
-
Anaerobic digesters
-
Anaerobic fixed film reactors
These systems rely on anaerobic microbial digestion to degrade high organic load wastewater.
How it Works
BactaServe Dairy works by introducing specialized microorganisms capable of degrading dairy wastewater contaminants.
When applied to anaerobic reactors, the microorganisms metabolize lactose, organic solids and volatile fatty acids present in dairy effluent. Through microbial digestion, organic pollutants are converted into methane, carbon dioxide and stabilized biomass.
As microbial populations develop, the anaerobic treatment system becomes more efficient, improving organic degradation, stabilizing biological activity and enhancing biogas generation.
Dosage and Application
The dosage of BactaServe Dairy depends on wastewater volume, organic loading and operating conditions of the treatment plant.
Preparation Method
Mix 1 kg BactaServe in 20 litres of feed water before dosing.
Example: 2 kg in 40 litres of feed water.
The mixture should be stirred thoroughly before application.
Application Guidelines
-
Mix the culture thoroughly before dosing
-
Apply according to the recommended dosing schedule
-
Quantity required depends on wastewater volume and organic load
-
Maintain proper reactor operating conditions during application
Actual dosage may vary depending on plant design and wastewater characteristics.