Amalgam Biotech

Effluent Treatment Plants (ETPs) are critical for maintaining environmental standards in industrial operations. The adoption of bioculture for ETP has led to remarkable improvements in treatment efficiency, cost savings, and regulatory compliance across multiple sectors.​ Real-World Success: Logistics Sector Transformation A logistics company in Maharashtra faced challenges with their newly commissioned sewage treatment plant, which failed to meet regulatory standards despit

Launching a treatment facility successfully depends heavily on the precision and performance of Wastewater Treatment Plant Commissioning . This step validates that every component—biological reactors, clarifiers, pumps, aeration blowers, sensors, and dosing systems—works cohesively before full-scale operation. When executed correctly, commissioning improves biodegradation efficiency, minimizes variability, and ensures that treated water meets CPCB discharge compliance from th

The growing adoption of bio culture powder  across wastewater treatment facilities reflects a significant shift toward environmentally responsible and performance-driven treatment methods. This scientifically formulated microbial blend is engineered to accelerate biodegradation, stabilize plant operation, and minimize treatment inefficiencies caused by fluctuating loads, high organic content, and persistent contaminants in sewage and industrial effluent. Bio culture powder su

Industrial and municipal wastewater treatment systems are evolving from traditional chemical-based processes to advanced biological treatment strategies. One of the most efficient and scalable biological technologies used globally is bioculture for wastewater treatment . By introducing targeted microbial strains, this approach accelerates organic breakdown, improves sludge processing, reduces BOD/COD, and enhances overall effluent output quality. Wastewater plants often face

Modern industries face rising challenges in maintaining a clean and safe atmospheric environment. Effective air purification has become essential in sectors handling volatile organic compounds and biological effluents. This is where  industrial odour control systems  play a vital role by ensuring operational efficiency and environmental compliance across various plants and treatment facilities. These systems are designed to capture, neutralize, and biologically degrade odorou

Industries aiming for consistent and compliant wastewater treatment increasingly rely on bioculture for etp  to strengthen biological degradation and stabilize plant performance. With rising discharge standards and variable influent conditions, engineered microbial blends have become essential for modern effluent treatment. Why Bioculture Is a Core Component of Modern ETP Operations When applied correctly, bioculture for ETP improves microbial activity, accelerates the breakd

Implementing a highly efficient  Odour control system for sewage treatment plant is vital to minimize malodours and their environmental impact in wastewater facilities. Industrial and municipal plants must address sulphur compounds, ammonia, and volatile organic compounds (VOCs) which generate unpleasant smells. State-of-the-art odour control technologies ensure compliance, safeguard health, and maintain operational excellence. Comprehensive Odour Prevention Approaches Odour