Advanced biological, chemical & membrane processes for municipal & industrial wastewater treatment and resource recovery.
Sewage Treatment Plants (STPs) are vital for both municipal and industrial wastewater management. By removing solids, organic pollutants, and pathogens through multi-stage processes, STPs protect waterways and human health. Modern STPs also enable water reuse and energy recovery, turning waste into valuable resources.
Our multi-stage approach ensures complete purification and resource recovery.
Physical processes (screens, grit removal, primary clarifiers) remove settleable solids and reduce BOD by up to 50%, protecting downstream stages.
Biological processes (activated sludge, MBBR, SBR) degrade organic matter. Aeration and biomass separation achieve high BOD/COD removal.
Advanced polishing (sand/multimedia filters, membrane filtration, UV/ozonation) eliminates residual solids, nutrients, and pathogens for safe reuse or discharge.
State-of-the-art processes tailored for each application.
Aerobic bacteria consume organic pollutants in aeration tanks, followed by clarifiers to separate biomass.
Plastic carriers in aeration tanks support biofilm growth, offering high organic removal in a compact footprint.
Batch-process system combining aeration and settling in one tank, with timed fills, aeration, and decanting cycles.
Combines biological treatment with membrane filtration for ultra-clear effluent ideal for reuse.
Anaerobic digestion in upflow reactors produces biogas while treating high-strength wastewaters.
Treated effluent as a resource.
All our STPs are designed to meet or exceed the CPCB effluent norms (BOD ≤ 10 mg/L, TSS ≤ 10 mg/L), comply with MoEF&CC requirements, and follow relevant BIS codes for wastewater treatment and reuse.