Equipment & Engineering

We count with high-performance technologies to ensure the elimination of suspended solids and particles, minimizing operational costs and ensuring protection of downstream unitary processes.

Micro- and Ultrafiltration membranes allow achieving high treated water quality standards, ensuring consistent water quality for potable water as well as pre-treatment to desalination processes.

Our Nanofiltration and Reverse Osmosis systems allow removal of monovalent or divalent ions, with the purpose of obtaining demineralized water for your productive process.

WET PureFlow UpTM contractual solutions and the integration of WET’s financial capability into these projects allow our customers to dispose of state-of-the-art technologies, without the need of CapEx allocations and disbursements that could otherwise impede implementation of these technologies.

WET PureFlow EC™ technologies are based on the most recent developments involving electrochemical processes to eliminate a wide range of organic and inorganic pollutants, therefore allowing to achieve higher process efficiencies and to reclaim otherwise unusable wastewater streams.

Whether hardness removal, elimination of trace contaminants in condensate streams or complete water demineralization, WET PureFlow IX solutions allow to achieve the desired goal at the lowest cost and with quick deployment.

WET ultrasonic algae control technologies represent a chemical-free alternative for the treatment of lakes, lagoons and industrial and municipal water treatment applications, eliminating algae presence as well as eliminating the use of hazardous chemicals.

Our Membrane Bioreactors (MBRs) allow water reuse and reclamation in biological treatment processes, resulting in the recovery of high-quality water which can again be used in the production process.

Whether primary, secondary or tertiary treatment, our engineers are able to design the most adequate treatment system for your process, providing an integrated solution to ensure that discharge regulations are met and both CapEx and OpEx are minimized.

High-efficiency evaporators allow elimination of excess water in mineral processing applications as well as concentration of valuable by-products contained in the liquid phase, making it the most competitive solution to treat complex waters in the mining industry.