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Area Of application:-
1. UASB
2. Anaerobic digester.
3. Anaerobic fixed film reactor.
Bacta Cult dairy helps in the following:-
1. Reduces the High BOD & COD.
2. Helps to control the high TDS & TSS.
3. Control the High Volatile fatty acids.
4. It also helps to degrade the High lactose, which takes part in biodegradation process.
5. Helps to control the high Ammonical nitrogen.
6. Odour Removal from biological systems.
7. Helps to increase acetogenesis and methanogenesis process.
8. Helps to increase the efficiency of Biogas generation.
9. Low production of excess sludge.
Bacta Cult- Dairy is a specialized microbial formulation designed to optimize the treatment of dairy effluents in various anaerobic treatment systems. Engineered by BACTA CULT, this product embodies advanced biotechnological advancements aimed at enhancing the biodegradation processes. Its unique composition helps mitigate common issues associated with dairy effluent treatment, including high levels of biological oxygen demand (BOD) and chemical oxygen demand (COD), thus ensuring compliance with environmental norms.
Bacta Cult- Dairy is exceptionally versatile and can be employed in a variety of anaerobic treatment systems. Here are some of its primary applications:
This system is widely used for the treatment of high-strength wastewater. Bacta Cult- Dairy aids in enhancing the efficiency of UASB reactors by fostering a more effective microbial environment, which increases the rate of waste degradation and biogas production.
Anaerobic digesters are crucial for the stabilization and reduction of organic waste. Bacta Cult- Dairy boosts the microbial activity within these systems, ensuring a more complete and faster breakdown of the organic content.
In these reactors, microbial cultures grow on a fixed medium and play a vital role in the stabilization of organic compounds. Bacta Cult- Dairy enhances microbial adherence and activity, leading to more efficient organic matter degradation.
Bacta Cult- Dairy offers a plethora of advantages, particularly in addressing typical challenges faced during the treatment of dairy effluents. Here are the primary benefits:
Biological Oxygen Demand (BOD) and Chemical Oxygen Demand (COD) are critical parameters in wastewater treatment. Bacta Cult- Dairy contains specific microbial strains that efficiently decompose organic matter, significantly reducing both BOD and COD levels.
Total Dissolved Solids (TDS) and Total Suspended Solids (TSS) are often high in dairy effluents. Bacta Cult- Dairy aides in the reduction of TDS and TSS through enhanced bioflocculation and sedimentation processes.
Volatile Fatty Acids (VFAs) can adversely affect the stability of anaerobic digestion processes. Bacta Cult- Dairy helps in maintaining optimal levels of VFAs, ensuring smoother operation and efficiency.
Lactose is a major component of dairy effluents and can significantly contribute to organic load. The product contains specific strains that expedite the biodegradation of lactose, making the treatment process faster and more efficient.
Ammonia levels must be regulated to prevent inhibitory effects on the anaerobic digestion process. Bacta Cult- Dairy includes microorganisms that convert ammonia into less harmful compounds, maintaining system stability.
One of the common problems associated with dairy effluents is odor emission. Bacta Cult- Dairy reduces odor by promoting the rapid decomposition of malodorous compounds.
These stages are crucial in anaerobic digestion for methane production. Bacta Cult- Dairy accelerates each process, improving overall biogas yield.
By optimizing the microflora responsible for biogas production, Bacta Cult- Dairy ensures a higher biogas yield, making the process more economically viable.
One of the operational challenges in wastewater treatment is the management of excess sludge. Bacta Cult- Dairy promotes efficient waste degradation which results in lower sludge production.
Bacta Cult- Dairy employs a blend of specialized microbial strains that work synergistically to enhance the biodegradation processes within anaerobic systems. These microorganisms are selected for their ability to target and break down specific components typical in dairy effluents:
Bacta Cult- Dairy has been formulated to optimize the microbial activity within anaerobic reactors.
