As water-intensive industries face rising energy costs, strict discharge norms and growing pressure to adopt Zero Liquid Discharge (ZLD), conventional thermal systems can no longer justify their operating expenses. Mechanical Vapor Recompression (MVR) offers a breakthrough in evaporative wastewater treatment by dramatically reducing energy consumption while maximizing water recovery.
MVR uses mechanical energy to compress and reuse vapor generated from wastewater, eliminating the need for continuous steam input. It is especially effective in treating high TDS brine, RO reject and other challenging effluents that cannot be processed through biological or membrane systems alone.
WOG Technologies Limited provides end-to-end ZLD and water recovery systems where MVR integrates seamlessly with:
Proven Track Record in designing and executing MVR systems across high-effluent load industries.
Low Lifecycle Cost with savings on fuel, maintenance and water disposal.
Modular and scalable designs for compact installations and large utility integrations.
Smart Automation through SCADA software, water treatment control and remote diagnostics.
ZLD and ESG Alignment are built into every system for regulatory and environmental assurance.
Explore how WOG Technologies Limited can integrate Mechanical Vapor Recompression into your wastewater treatment and ZLD strategy to achieve energy savings, cost control and regulatory compliance.
MVR uses mechanical compression to reuse vapor energy, requiring minimal external steam. MEE uses thermal energy from steam across multiple stages. MVR is more energy-efficient but suited for specific flow and concentration ranges.
Yes. MVR is built with corrosion-resistant materials and can treat brine streams with TDS levels above 70,000 ppm, especially when paired with upstream pre-treatment.
Absolutely. MVR is often the final stage in advanced wastewater systems to recover reusable water, with the concentrate sent to crystallizers or dryers for full liquid elimination.
Compared to steam-based systems, MVR can reduce energy consumption by up to 90%, offering rapid ROI for high-volume, energy-sensitive operations.
Yes. We design, engineer and deliver complete MVR-based water treatment systems, fully integrated with SCADA for real-time monitoring, alarm triggers and predictive analytics.
