Industries generating high TDS and recalcitrant effluents need more than biological or chemical treatment alone. When water recovery and residue minimization are mission-critical, Multiple Effect Evaporation (MEE) provides a thermal-based solution designed for maximum distillate recovery and minimal environmental impact.
MEE systems leverage multiple stages (or effects) under progressively lower pressures to reuse vapor energy, significantly reducing steam consumption compared to single-effect evaporators. This makes MEE one of the most energy-efficient technologies for achieving ZLD and treating brine, RO reject and complex chemical wastewater.
MEE systems from WOG Technologies Limited are often deployed as the final stage of advanced wastewater treatment and ZLD trains. We offer complete turnkey integration with:
Decades of experience in designing evaporation systems for harsh industrial effluents.
Proven energy optimization through multiple effect and vapor recompression combinations.
Modular and skid-mounted options for rapid deployment and space-constrained sites.
Lifecycle support from feasibility, design and commissioning to O&M.
Global regulatory and ZLD compliance expertise.
Contact WOG Technologies Limited to explore Multiple Effect Evaporation (MEE) systems that deliver reliable water recovery, cost control and compliance in high-load industrial environments.
MEE uses multiple evaporator stages in series, where vapor from one stage acts as the heat source for the next. This reduces steam demand and makes it more energy efficient than single-stage evaporation systems.
Yes. MEE is a core component in ZLD systems and is often coupled with crystallizers or ATFDs to convert the concentrate into solids, enabling complete liquid elimination.
Absolutely. MEE is designed to treat brine streams with TDS levels as high as 100,000 ppm, particularly when pre-treated through ultrafiltration or chemical conditioning.
We integrate thermal vapor recompression (TVR) or mechanical vapor recompression (MVR), smart heat recovery loops and SCADA-based monitoring into our MEE systems to ensure optimal energy performance.
Yes. We offer end-to-end solutions including feed analysis, pilot testing, design, procurement, fabrication, automation, commissioning and long-term operations and maintenance support.
