



At Amalgam Biotech, we specialize in providing bioculture for wastewater treatment in Pune, catering to STP and ETP plants across PCMC, MIDC, and industrial zones. Our advanced microbial blends are engineered for effective odour control, sludge reduction, and compliance with MPCB and CPCB norms across various industries in Maharashtra.
With years of expertise and local presence, we empower industries to optimize wastewater management using sustainable, biotechnologydriven solutions.
Bioculture enhances microbial activity, ensuring faster degradation of organic waste and consistent performance in STP/ETP systems.
02 Regulatory Readiness: Our products help industries meet CPCB and MPCB standards while supporting Zero Liquid Discharge (ZLD) goals.
Amalgam Biotech’s bioculture is specially formulated to improve waste treatment in STP and ETP plants across Pune, PCMC, and major indus zones in Maharashtra. Designed with high-efficiency microbial strains, industries achieve faster pollutant breakdown, lower operational costs meet environmental compliance with ease.
Our bioculture solutions help industries adopt eco-conscious practices by reducing pollution load and supporting green wastewater operations.
Promotes natural microbial breakdown, lowering the need for harmful and costly chemical treatments.
Improves biodegradation efficiency, leading to reduced sludge volume and simplified disposal.
Enhances treated water quality, making it suitable for reuse in gardening, flushing, or industrial processes.
Amalgam Biotech’s bioculture is used across a wide range of sectors in
Pune and Maharashtra, from industrial STPs and ETPs to residential townships. Its ability to improve treatment efficiency, reduce odour, and lower sludge output makes it a preferred solution in both public and private wastewater management systems.
Widely Used in STP/ETP Plants Residential Use
Ideal for sewage and effluent treatment units in MIDC, PCMC, and municipal wastewater projects.
Improves STP output in reside buildings, tech parks, hospita with consistent and reliable p