Water Reuse and Recycling Solutions
To enable recycling and reuse, tailored processes are required to remove contaminants to the quality level necessary for specific applications. Most water, such as process water and rinse water, can be reused depending on its intended use.
Common Techniques Include:
- Sedimentation
- Filtration
- Adsorption
- Microbiological barriers
Membrane filtration and UV light are widely used as microbiological barriers in systems where water is reused.
With focus on Design and Sustainability
Key design priorities include maximizing recycling rate, energy efficiency, concentrate management, and compliance with discharge or reuse standards. Implementing heat recovery, efficient pumps, membrane systems with high recovery rates, and chemical optimization reduces operating costs and environmental impact.
How We Can Help
Enwa enables industrial water reuse and recycling by delivering end‑to‑end, site‑specific solutions that turn wastewater into reliable process water.
Water Audits & Tailored Treatment
We begin with water and process audits and pilot tests to define quality targets and optimal recovery strategies. Based on that, we design and supply tailored treatment trains—pretreatment (screening, sedimentation, flotation), biological treatment or membrane bioreactors, advanced oxidation/adsorption for micropollutants, and membrane trains (UF/NF/RO) or EDI for dissolved solids and high‑purity needs—plus polishing loops and source‑separation where beneficial.
High-Recovery Engineering & Integration
Our engineering focuses on high recovery, energy efficiency and manageable concentrates: high‑recovery RO, energy‑efficient pumps, heat recovery, chemical optimization and options for concentrate handling (evaporation, ZLD or beneficial reuse). We deliver modular or bespoke turnkey plants, automation and control integration, and seamless integration with existing utilities and processes.
Operational Support & Sustainability
After commissioning Enwa provides operational support, online monitoring, preventive maintenance, consumables supply and optimization services to maximize uptime, minimize waste and energy use, and ensure regulatory compliance. The result is reduced freshwater use and operating costs, lower discharge volumes and a resilient, sustainable water supply aligned with circular‑economy goals.
