Sewage Treatment Plant (STP)

Untreated wastewater is a critical liability. Whether you are managing domestic waste from a commercial complex or toxic trade effluent from a manufacturing facility, we engineer advanced, reliable, and cost effective Sewage Treatment Plants (STP) that guarantee optimal reduction of BOD, COD, and TOC levels, transforming raw wastewater into safe, reusable water.

Sewage Treatment Plant Technologies

Explore advanced treatment technologies engineered specifically to maximize processing performance across your plant's lifecycle.

Activated Sludge Process

Effortlessly slashes organic loads, suspended solids, and nutrients using biological oxidation. Engineered to handle heavy fluctuating organic loads without process disruption, it delivers a highly stable and cost effective effluent perfect for cooling towers, flushing, or landscaping layouts.

High BOD & COD RemovalResilient to Organic ShocksCost Effective Water Reuse

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Sequencing Batch Reactor

Maximize wastewater treatment efficiency and save valuable facility footprint. Unlike continuous flow systems, our SBR technology handles equalization, aeration, biological digestion, and clarification sequentially within a single, time controlled reactor vessel.

High Tolerance to Shock LoadsSuperior Effluent Quality30% Civil Footprint Savings

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Membrane Bio Reactor

Achieve premium effluent quality and maximize water reuse by combining a highly efficient activated sludge biological process with advanced, submerged microfiltration or ultrafiltration membranes, completely eliminating the need for space-consuming secondary clarifiers.

Ultra Pure Effluent Quality50% Space Footprint ReductionHigh Biomass Concentration

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Moving Bed Biofilm Reactor

Optimize your sewage treatment plant's capacity within existing civil tank volumes. Utilizing specially designed, floating plastic bio media that circulate continuously within the aeration tank, our MBBR technology maximizes the active surface area for robust, high density microbial growth.

Compact High Capacity DesignResilient to Fluid Shock LoadsLow Maintenance Overhead

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