ZERO LIQUID DISCHARGE • MVR EVAPORATORS • INDUSTRIAL WASTEWATER TREATMENT • VNT SERIESE ZERO LIQUID DISCHARGE • MVR EVAPORATORS • INDUSTRIAL WASTEWATER TREATMENT • VNT SERIESE
Sustainable Water Recovery Solutions

Zero Liquid Discharge

Advanced ZLD systems engineered for maximum water recovery, minimum waste generation, energy optimization, and complete environmental compliance for modern industries.

Water Recovery

Recover up to 95% of wastewater and reduce dependency on freshwater resources.

Waste Minimization

Convert liquid waste into reusable solids while achieving zero discharge.

Energy Efficient

Advanced thermal technologies designed for lower operational costs and energy savings.

Compliance Ready

Systems engineered to comply with strict environmental norms and discharge regulations.

Robust Technology

Reliable evaporator systems with long operational life and industrial durability.

Cost Effective

Lower lifecycle cost through maximum resource reuse and reduced water consumption.

Vacuum Evaporator Series

High-performance evaporation systems for industrial wastewater treatment

V-NT Series
High Quality Condensate
VACUUM EVAPORATOR

V-NT SERIES

Energy consumption is minimized using a heat pump in a vacuum system. With a pressure of ≈33 mbar, evaporation occurs at low temperatures (≈35°C) ensuring high efficiency and reliable performance.

Capacity150 – 30,000 lt/day
TechnologyHeat Pump Vacuum System
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Dual Boiling Chamber
45% Energy Saving
ADVANCED EVAPORATION

Dual Boiling Chamber SERIES

Advanced refrigeration-based dual boiling chamber system providing superior thermal efficiency and up to 45% energy savings.

Capacity150 – 40,000 lt/day
AdvantageLow Energy Consumption
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Dual Boiling Chamber
45% Energy Saving
High Concentration

Scraper Series

This evaporator guarantees a higher concentration of the liquid treated, with the aid of a wall scraper system with a lower blade driven by a gear motor. Volumes to be treated up to 1500 lt/g.

Capacity1500 lit/day
AdvantageLow Energy Consumption
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Dual Boiling Chamber
Energy Saving
Elimination of the liquid

ES Dry Series

The ES series allows you to obtain a concentrate in the form of dry mud/crystals in the boiling chamber, and a condensate that can be recycled into the industrial process.ES Dry Series

Capacity100-1000 lit/day
AdvantageLow Energy Consumption
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Dual Boiling Chamber
Energy Saving
Energy saving and Large Volumes

MEE Effect Series

Alternative energy sources (including methane, GPL, steam, olive residues) can be used to produce hot water or steam as a source of energy for the ME Multiple Effect series.

Capacity10000-50000 lit/day
AdvantageLow Energy Consumption
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Multiple Effect Evaporators (MEE)

Engineered for industries generating high-TDS effluents, MEE systems are a critical part of Zero Liquid Discharge solutions delivering efficient evaporation, water recovery, and salt separation.

MEE Technology
ZLD
MEE TECHNOLOGY

Multiple Effect Evaporator(MEE)

Multiple Effect Evaporators (MEE) play a vital role in achieving Zero Liquid Discharge (ZLD) systems. ZLD combines ETP, RO, and evaporator technologies based on the wastewater characteristics. We design efficient and cost-effective MEE solutions tailored to your industrial effluent needs.

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MEE Technology
Energy-Efficient
MVR Technology

Evaporator Based on Mechnical Vapour Recompressor (MVR) Technology

We specialize in designing and supplying Mechanical Vapour Recompression (MVR) evaporator systems for industrial applications. Our MVR technology offers an energy-efficient solution that helps reduce operating costs and improve process sustainability. These advanced systems ensure reliable performance while supporting environmentally responsible operations.

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MEE Technology
efficient heat transfer
MVR Technology

ATFD (Agitated Thin Film Dryer)

ATFDs work by forming a thin layer of product on a heated surface, which is continuously mixed by a rotating blade. This thin film allows quick evaporation with minimal heat exposure, preventing thermal damage to the product. The process ensures efficient drying and improved product quality.

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