WASTE WATER TREATMENT SYSTEAM
Modern wastewater treatment systems transform effluent into a reusable resource, addressing water scarcity and regulatory demands. Through advanced filtration, biological, and membrane technologies, these systems support sustainable water management for municipal, industrial, and agricultural reuse.
Membrane Bioreactor (MBR)
Purpose : Integrates biological treatment with membrane filtration to produce high-quality reusable water.
How It Works: Microfiltration/ultrafiltration membranes replace clarifiers, retaining biomass and yielding clarified, disinfected effluent.
Ideal For: Municipal/industrial wastewater reuse, compact installations.
Hollow Fiber Membrane Systems
Purpose: Energy-efficient, large-scale filtration in immersed MBRs.
How It Works: Vertical hollow fibers filter from outside-in; integrated aeration minimizes fouling.
Ideal For: Large municipal/industrial plants with low aeration energy needs.
Tubular Membrane Systems
Purpose: Handles high-solid, challenging wastewater with robust, replaceable elements.
How It Works: Wastewater passes through tubular membranes, separating oils, solids, and heavy metals.
Ideal For: Landfill leachate, oily wastewater, fermentation broth, heavy metal removal.
Ceramic Membrane Filtration
Purpose: Durable, chemical-resistant filtration for extreme conditions.
How It Works: Cross-flow ceramic membranes (MF/UF/NF) withstand high temps/chemicals.
Ideal For: Aggressive industrial streams, food & beverage, high-temperature applications.
ROCOD Reverse Osmosis System
Purpose: Desalinates and purifies high-TDS/COD wastewater.
How It Works: Radial-flow RO removes dissolved salts/organics even under high turbidity.
Ideal For: Leachate, textile/dyeing wastewater, seawater desalination, paper/dairy effluent
Submerged Ultrafiltration (S-UF)
Purpose: Replaces settlement tanks in activated sludge processes.
How It Works: Immersed UF modules filter water while retaining biomass, improving nitrogen removal.
Ideal For: Plant upgrades, space-limited sites, higher biomass recovery.
Benefits of Waste Treatment
- Water Reuse:Safe water for irrigation, industrial processes, and more.
- Regulatory Compliance:Meets stringent discharge/reuse standards.
- Efficiency:Compact design, reduced energy, lower operational costs.
- Sustainability:Supports water conservation and circular economy goals.
We Can Also Supply the Following for Client as Per Their Specific Requirement
- Containerizedpackage wastewater treatment plants
- Polyelectrolyte dosing systems
- Flocculation systems
- Sludge management solutions
