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Bioculture for Sugar Industry Wastewater Treatment
BactaServe Sugar is an acclimatised microbial formulation designed for biological treatment of sugar industry wastewater. It supports the breakdown of organic compounds such as glucose, sucrose, cellulose and starch generated during sugar processing, helping improve wastewater treatment performance.
Supporting Biological Treatment of Sugar Industry Wastewater
Sugar manufacturing generates wastewater from washing, juice extraction, juice purification and concentration, syrup processing and crystallisation. These operations can introduce sugars, starch, cellulose and other organic materials into wastewater, creating a need for effective biological treatment.
BactaServe Sugar is a specialised microbial formulation containing acclimatised microbial species selected for the major chemicals and processing operations in the sugar industry. It supports the biological breakdown of glucose, sucrose, cellulose and starch into simpler compounds, helping wastewater treatment systems manage organic loads.
Key Benefits of BactaServe Sugar
BactaServe Sugar is designed to support aerobic biological treatment of wastewater generated during sugar manufacturing.
Acclimatised Microbial Species: Contains microorganisms selected to suit major chemicals used in the sugar industry.
Organic Matter Degradation: Supports the conversion of glucose, sucrose, cellulose and starch into simpler compounds.
Sugar Processing Wastewater Treatment: Designed for wastewater associated with major sugar manufacturing operations.
Support for Biological Treatment: Provides microbial support for aerobic wastewater treatment systems.
Application Across Sugar Processing Operations: Suitable for wastewater treatment requirements associated with washing, juice extraction, purification, concentration, syrup processing and crystallisation.
How BactaServe Sugar Works
Sugar industry wastewater can contain biodegradable organic compounds, including glucose, sucrose, cellulose and starch. Their concentrations and proportions vary according to the manufacturing process and wastewater stream.
BactaServe Sugar contains acclimatised microorganisms selected for their ability to work with major chemicals and organic materials encountered in sugar manufacturing. These microorganisms support the biological conversion of suitable organic compounds into simpler substances during aerobic wastewater treatment.
The formulation is intended to support biological treatment of sugar industry effluent, with performance depending on wastewater composition, organic loading and the operating conditions of the treatment system.
Applications of BactaServe Sugar
BactaServe Sugar is designed for aerobic biological treatment of wastewater generated by sugar manufacturing facilities.
Washing Operations: For wastewater generated during washing activities in sugar processing.
Juice Extraction: Supports biological treatment of wastewater associated with sugarcane juice extraction.
Juice Purification and Concentration: For wastewater from processes involved in purifying and concentrating sugar juice.
Syrup Processing: Supports the treatment of wastewater associated with syrup processing.
Crystallisation Operations: For wastewater generated during sugar crystallisation and related manufacturing activities.
Suitable Wastewater Treatment Systems
BactaServe Sugar is suitable for consideration in the following aerobic biological treatment configurations:
Activated Sludge Process (ASP): For suspended-growth biological treatment of sugar industry wastewater.
Extended Aeration Process (E-ASP): For biological treatment using extended aeration.
Sequencing Batch Reactor (SBR): For batch-based biological wastewater treatment.
Moving Bed Biofilm Reactor (MBBR): For biological treatment using attached-growth biofilm media.
Membrane Bioreactor (MBR): For biological treatment combined with membrane separation.
Rotating Biological Contactor (RBC): For attached-growth biological treatment using rotating media.
Dosage and Application Procedure
BactaServe Sugar is prepared by mixing the product with feed water before dosing. The required daily quantity depends on wastewater volume and organic load.
Preparation Ratio: Mix 1 kg of BactaServe Sugar in 20 litres of feed water. For larger quantities, mix 2 kg in 40 litres of feed water.
Mixing: Mix the product thoroughly with the feed water.
Application: Dose the prepared mixture according to the detailed dosage schedule for the treatment system.
Daily Quantity: Determine the required amount based on wastewater volume and organic load.
Important Application Considerations
Sugar industry wastewater characteristics can vary with production activities, process conditions and the amount of organic material entering the treatment system.
Organic composition: Consider the presence of glucose, sucrose, cellulose, starch and other process-related organic compounds.
Wastewater volume: Account for the quantity of wastewater generated during sugar manufacturing.
Organic loading: Consider the organic load when determining the daily product quantity.
Treatment configuration: Confirm suitability for the existing ASP, E-ASP, SBR, MBBR, MBR or RBC system.
Process variations: Consider changes in wastewater characteristics across washing, extraction, purification, concentration, syrup processing and crystallisation.
Monitoring wastewater characteristics and relevant treatment parameters can help assess biological treatment performance and identify changes in operating requirements.
Why Choose BactaServe Sugar?
BactaServe Sugar is an application-specific microbial formulation developed for aerobic biological treatment of sugar industry wastewater.
Industry-Specific Formulation: Contains acclimatised microorganisms selected for chemicals and processes associated with sugar manufacturing.
Targeted Organic Matter Breakdown: Supports the conversion of glucose, sucrose, cellulose and starch into simpler compounds.
Multiple Process Applications: Designed for wastewater generated across major sugar processing operations.
Six Treatment Configurations: Suitable for consideration in ASP, E-ASP, SBR, MBBR, MBR and RBC systems.
Practical Dosing Preparation: Uses a defined product-to-feed-water mixing ratio, with the daily quantity determined by wastewater volume and organic load.
BactaServe Sugar can be considered by sugar manufacturing facilities seeking microbial support for aerobic wastewater treatment and the biological breakdown of process-related organic matter.