Bioculture for Sugar & Distillery by Eco-Green Products
Eco-Green Products biocultures are specially formulated for distillery & sugar industry. These biocultures contains a mixture of beneficial microorganisms tailored to enhance the biological processes during the effluent treatment. These biocultures are often used in the treatment of distillery & sugar industry wastewater (rich in organic load like BOD, COD, sugars, molasses, etc.); composting of sugarcane by products like pressmud and bagasse; bioaugmentation of anaerobic digesters.
Download BrochureKey Features
- 1. Efficient Reduction of BOD & COD: Rapidly degrades organic load & achieves significant reduction in BOD and COD levels, ensuring compliance with discharge norms.
- 2. Sludge Reduction: Reduces sludge handling, transportation, and disposal costs.
- 3. Improved Biomass Activity: Enhances biological activity in aeration tanks or anaerobic digesters, promoting faster startup and quicker recovery from shock loads during the crushing season.
- 4. Non-Toxic & Eco-Friendly: Made from non-pathogenic, naturally occurring microbes which makes it safe for operators, aquatic life and downstream ecosystems.
- 5. Increased Biogas Yield (in Anaerobic Systems): In distillery-coupled sugar plants, enhances methanogenesis and boosts biogas production.
- 6. Cost Savings: Lowers operational costs through improved efficiency and lower sludge disposal needs.
Environmental Benefits and Operational Benefits
- 1. Improved Wastewater Treatment Efficiency: Accelerates startup time and improves stability of biological treatment systems (aerobic/anaerobic reactors).
- 2. Reduced Downtime: Stabilizes the biological systems against shock loads and variations in influent quality, minimizing treatment plant upsets.
- 3. Resource Recovery: Enables resource recovery (like biogas, compost) from sugar industry waste streams.
- 4. Enhanced Soil Health (when used in composting): Residual sludge or compost enriched with microbes can be applied to soil, improving soil fertility and microbial diversity.
- 5. Improved Composting Efficiency: When used with sugar industry by-products (like press mud), bioculture accelerates composting, reduces odor and improves compost quality.
- 6. Compliance with Environmental Regulations: Helps industries meet stringent pollution control norms (e.g., for BOD, COD) avoiding fines and shutdowns.
Defoamers by Eco-Green Products
Eco-Green Products manufactures highly effective defoamers that serve as advanced anti-foaming agents for distilleries, sugar industry effluent treatment plants (ETPs) and other wastewater treatment systems. These defoamers rapidly collapse persistent foam generated during fermentation and treatment processes, ensuring smooth and efficient plant operations. They are also used in all other systems, beyond distilleries, where clients face foaming issues.
Key Features
- 1. Rapid Foam Control: Instantly breaks down surface and entrained foam in aeration tanks, fermenters, and clarifiers.
- 2. Enhanced Operational Efficiency: Prevents foam overflow, ensuring uninterrupted plant operations and minimizing downtime.
- 3. Equipment Protection: Protects critical equipment such as blowers, pumps, sensors and motors from foam-related damage.
- 4. Cost Savings: Reduces the need for manual intervention and cleanups, lowering maintenance and labor costs.
- 5. Versatile Application: Effective across a wide range of systems including distilleries, sugar ETPs and other industrial wastewater setups facing foaming challenges.
Environmental Benefits and Operational Benefits
- 1. Prevents Equipment Damage: Protects blowers, aerators, sensors and pipelines from foam-induced blockages and corrosion.
- 2. Ensures Smooth Plant Operation: Eliminates operational disruptions caused by excessive foam in tanks.
- 3. Improves Aeration Efficiency: Maintains optimal oxygen transfer by preventing foam barriers on the surface of aeration tanks.
- 4. Reduces Maintenance & Downtime: Minimizes manual cleaning, equipment wear, and emergency shut-downs due to foam issues.
- 5. Compatible with Biological Processes: Does not interfere with microbial activity in aerobic treatment systems.
- 6. Cost-Effective & Efficient: Works effectively at low doses, reducing overall chemical consumption and operational costs.
