Aerobic Wastewater Treatment is a proven method for efficiently degrading organic pollutants in wastewater using oxygen-loving microorganisms. TeamOne Biotech’s T1B Aerobio is a specialized microbial solution that enhances aerobic processes, accelerates organic matter breakdown, reduces sludge accumulation, and improves the overall performance of municipal and industrial wastewater treatment systems.
T1B Aerobio by Team One Biotech is a specialized bioculture for wastewater treatment designed to enhance aerobic biological processes in Effluent Treatment Plants (ETP) and Sewage Treatment Plants (STP). This advanced bioculture powder contains a unique blend of aerobic microorganisms and enzymes that efficiently degrade complex organic pollutants, reduce sludge accumulation, and improve overall plant performance.
Why Choose T1B Aerobio?
In most wastewater treatment systems, over 50–90% of pollution reduction happens in the biological unit. However, poor microorganism performance, insufficient aeration, and fluctuating pH or temperature often reduce treatment efficiency.
pH variation, shock loads in hydraulic and organic loading, external factors such as changes in temperature, changes in the composition of wastewater, and influxes of toxic pollutants can further upset conditions that can reduce the performance of the biological units.
T1B Aerobio solves these problems by introducing highly active and resilient microbial strains that thrive in challenging environments and maintain consistent performance.
How It Works
The specialized bacteria in T1B Aerobio use oxygen to break down organic waste, converting it into carbon dioxide, water, and energy. The formulation’s robust microbial mix ensures faster breakdown of biological oxygen demand (BOD) and total suspended solids (TSS), while its enzymatic activity supports continuous degradation of fats, oils, and grease (FOG).
This bioculture powder works effectively across a wide range of conditions — handling pH variation, shock loads, and toxic pollutants — keeping your biological units stable and efficient.
