W-COMPAC
About the productW-COMPAC
The W-Compac is a compact, modular, and prefabricated wastewater treatment system. Its configuration includes a self-cleaning static screen, an aerated zone with high-efficiency and durable HDPE diffusers, a fixed bed for increased biomass, and lamellar sedimentation. It offers high BOD removal (~90%) and high nitrification capacity. Nitrification is enhanced by aeration combined with the W-PACK bed, allowing for nutrient removal with the incorporation of additional modules. With disinfection, it meets restrictive standards, and with sludge processing modules, it reduces operational costs.
Applications
- Food industry, Beverage industry, Textile industry, Dairy, Paper & Pulp, Municipal wastewater treatment, Oil & Gas, Mining
Advantages
- Decentralized system, applicable in communities or regions far from centralized wastewater treatment plants.
Compact, modular, and prefabricated configuration.
Integration of multiple treatment steps into a single unit.
- Static sieve with self-cleaning system
- Diffusers manufactured from HDPE, offering high efficiency and durability.
- Fixed bed (W-PACK) for increased biomass and process efficiency.
- Lamellar settling unit for high separation efficiency
- High removal of organic matter (BOD ~90%)
- High nitrification capacity
- Possibility of incorporating additional modules (denitrification, phosphorus removal and disinfection)
Compact, modular, and prefabricated configuration.
Integration of multiple treatment steps into a single unit.
- Static sieve with self-cleaning system
- Diffusers manufactured from HDPE, offering high efficiency and durability.
- Fixed bed (W-PACK) for increased biomass and process efficiency.
- Lamellar settling unit for high separation efficiency
- High removal of organic matter (BOD ~90%)
- High nitrification capacity
- Possibility of incorporating additional modules (denitrification, phosphorus removal and disinfection)
Benefits
- Reduction of costs and complexity associated with the implementation of sewage collection networks.
- Reduction in the area required for installation.
- Speed in system installation and commissioning.
Lower specific energy consumption compared to conventional systems.
Flexibility for expansion and operational adaptation.
- Reduction of operational costs (OPEX)
- Greater autonomy in the management and disposal of generated sludge.
- Integrated treatment solution, meeting restrictive discharge standards into receiving bodies of water.
- Reduction in the area required for installation.
- Speed in system installation and commissioning.
Lower specific energy consumption compared to conventional systems.
Flexibility for expansion and operational adaptation.
- Reduction of operational costs (OPEX)
- Greater autonomy in the management and disposal of generated sludge.
- Integrated treatment solution, meeting restrictive discharge standards into receiving bodies of water.
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