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Anaerobic Bioculture for Industrial Wastewater Treatment
BactaServe Anaerobic is a microbial culture developed to support anaerobic wastewater treatment and biogas generation. It helps accelerate system start-up, supports hydrolysis and methanogenesis, improves organic matter degradation, and assists recovery following process upsets.
Supporting Anaerobic Wastewater Treatment and Biogas Generation
Anaerobic wastewater treatment uses microorganisms to break down organic matter without supplying oxygen to the process. Establishing effective microbial activity is important for system start-up, organic matter degradation and stable operation, particularly in treatment systems designed for biogas generation.
BactaServe Anaerobic is a microbial bioculture developed to support anaerobic treatment processes. It helps reduce commissioning time, supports hydrolysis and methanogenesis, improves biogas generation capacity and assists recovery following process upsets or periods of reduced activity.
Key Benefits of BactaServe Anaerobic
BactaServe Anaerobic supports biological activity and operational performance in anaerobic wastewater treatment systems.
Faster System Start-Up: Supports quick and effective start-up of anaerobic treatment systems.
Reduced Commissioning Time: Helps reduce the time required to establish anaerobic treatment.
Improved Biogas Generation: Supports the biogas generation capacity of suitable anaerobic systems.
Hydrolysis Support: Supports hydrolysis, an important stage in the anaerobic breakdown of organic matter.
Methanogenesis Support: Supports the biological process involved in methane production.
Recovery After Process Upsets: Continuous use supports quicker recovery following operational disturbances or periods of reduced activity.
Oil and Grease Degradation: Helps degrade oil and grease and eliminate grease mats within digesters.
How BactaServe Anaerobic Works
Anaerobic digestion involves microbial processes that break down organic matter in the absence of oxygen. Hydrolysis helps break down complex organic materials into simpler compounds, while methanogenesis contributes to methane production during the digestion process.
BactaServe Anaerobic supports microbial activity involved in hydrolysis and methanogenesis. Its application helps establish anaerobic treatment, supports biogas generation and assists recovery after process upsets or periods of reduced activity.
The formulation also supports the degradation of oil and grease, helping address grease mat accumulation in anaerobic digesters.
Applications of BactaServe Anaerobic
BactaServe Anaerobic is designed for anaerobic wastewater treatment and digestion systems.
Industrial Anaerobic Wastewater Treatment: Supports biological treatment of suitable industrial wastewater under anaerobic conditions.
Anaerobic Digestion: Supports organic matter breakdown and microbial activity during digestion.
Biogas Production: Helps improve biogas generation capacity in suitable systems.
New System Commissioning: Supports start-up and establishment of biological activity in anaerobic treatment systems.
Systems Recovering from Process Upsets: Supports recovery following disturbances or periods of reduced activity.
Digesters with Grease Accumulation: Helps degrade oil and grease and address grease mats.
Suitable Anaerobic Treatment Systems
BactaServe Anaerobic is suitable for consideration in the following treatment configurations:
Upflow Anaerobic Sludge Blanket (UASB): For anaerobic treatment of suitable wastewater using a sludge blanket.
Expanded Granular Sludge Bed (EGSB): For high-rate anaerobic treatment using granular biomass.
Biogas Digesters: For anaerobic digestion processes designed to generate biogas.
Anaerobic Lagoons: For biological treatment of suitable wastewater in anaerobic lagoon systems.
Anaerobic Filters with Stone Media: For anaerobic treatment using stone media to support attached microbial growth.
Anaerobic Filters with PVC Media: For anaerobic treatment systems using PVC filter media.
Dosage and Application Procedure
BactaServe Anaerobic 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 Anaerobic 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
Anaerobic treatment performance depends on the wastewater characteristics, reactor configuration and operating conditions.
Organic loading: Consider wastewater volume and organic load when determining the required daily quantity.
System start-up: Account for the stage of commissioning and the existing level of biological activity.
Process stability: Review operational disturbances or periods of reduced activity when planning application.
Grease accumulation: Assess oil and grease build-up where digester performance is affected by grease mats.
Reactor configuration: Confirm suitability for the existing UASB, EGSB, digester, lagoon or anaerobic filter system.
Biogas performance: Monitor biogas generation and relevant process parameters to assess treatment performance.
Why Choose BactaServe Anaerobic?
BactaServe Anaerobic is an application-specific microbial formulation designed to support anaerobic wastewater treatment and digestion.
Start-Up Support: Helps establish biological activity and reduce commissioning time.
Biogas Generation Support: Supports microbial processes involved in anaerobic digestion and methane production.
Hydrolysis and Methanogenesis: Supports key biological stages involved in organic matter breakdown and biogas generation.
Process Recovery: Continuous use supports quicker recovery following process upsets or periods of reduced activity.
Grease Degradation: Helps break down oil and grease and address grease mats in digesters.
Multiple Reactor Applications: Suitable for consideration in UASB, EGSB, biogas digesters, anaerobic lagoons and anaerobic filters with stone or PVC media.
BactaServe Anaerobic can be considered for treatment systems requiring support with anaerobic start-up, organic matter degradation, biogas generation and recovery following operational disturbances.