Bioculture Solutions for STP & ETP

By Amalgam Biotech

Amalgam Biotech presents the BactaServe range of microbial formulations developed to enhance biological wastewater treatment and industrial effluent management These biocultures strengthen the microbial ecosystem inside STP and ETP systems, helping plants achieve operational stability, improved degradation efficiency, and regulatory compliance

Wastewater Treatment Applications

The BactaServe portfolio includes specialized cultures for different treatment challenges.

BactaServe Aerobic supports aeration tank performance by improving MLSS and MLVSS growth, reducing commissioning time, and stabilizing shock loads.

BactaServe STP assists in degrading organic waste in sewage and greywater while reducing foul odours

BactaServe Nutrient Removal is formulated to target ammoniacal nitrogen and phosphorus, supporting discharge norm compliance

BactaServe MLSS Debulking improves sludge settling characteristics and helps control filamentous growth.

These solutions collectively enhance biological efficiency and reduce plant fluctuations

Industry-Specific Formulations

Different industries generate different effluent characteristics Amalgam Biotech offers customized microbial solutions for:

● Pharmaceutical units

● Dairy processing plants

● Textile industries

● Sugar mills

● Pulp & paper units

Each formulation is designed to break down complex compounds such as dyes, lignin, fats, lactose, and high-strength organic matter

BactaServe Anaerobic further enhances methanogenic activity in digesters like UASBR and CSTR systems, improving biogas generation and digestion efficiency.

Maintenance & Environmental Solutions

Beyond core wastewater treatment, the range also includes solutions for operational maintenance and environmental remediation.

FOG treatment products help manage fats, oils, and grease in traps and drainage lines Septic tank and bio-toilet cultures accelerate waste decomposition. Cold Region Bacteria variants remain effective in low-temperature environments where biological activity typically slows down

For open water bodies, pond and lake treatment solutions help reduce hydrogen sulfide, ammonia, and excess nutrients while controlling algal growth

How the Technology Works

The bioculture introduces selected bacterial strains that release enzymes to break down fats, proteins, carbohydrates, and nitrogen compounds into simpler forms This process reduces excess sludge formation, minimizes chemical dependency, and supports compliance with BOD, COD, and nutrient discharge standards.