More than 40 technologies that we combine according to the source water or effluent and the quality needed.
Our team brings deep experience from more than 300 projects delivered, most of them turnkey and tailor-made, across a wide range of industries. Knowing the technologies well, and selecting and combining them efficiently with the smallest footprint, capital cost (CAPEX) and operating cost (OPEX), is crucial and sets us apart. Having the best simulation tools and the experience to get the most out of them is what makes our clients succeed.
We also make our technologies, processes, tools and business model available to other water treatment companies, to support them wherever they need it, with the strong competitiveness we have in containerization, integration and international logistics.
In-house know-how and technology partners
The first stages of a treatment plant, which remove what would damage the equipment or the processes downstream.
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Coagulation and flocculation with chemicals to group particles and separate them by settling, flotation or filtration.
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Electric current applied through electrodes that destabilizes dissolved, suspended or emulsified pollutants.
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Microorganisms that break down organic matter with an air / O₂ supply.
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Oxygen-free digestion for high-strength effluents, which also produces biogas that can be used as energy.
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Thickening, stabilization and dewatering of treatment plant sludge to cut its volume and disposal cost.
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Treatment of the air in the facilities to remove odors and meet environmental limits.
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Mechanical removal of suspended solids through a bed or filter medium.
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Membrane with pores from around 0.1 µm that retains suspended solids, colloids, algae and most microorganisms.
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Membrane with pores around 0.01 µm that removes turbidity, colloids, bacteria and viruses without adding chemicals (optional).
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Membrane that rejects divalent ions (calcium, magnesium, sulfates) and organic matter while letting much of the monovalent salts through.
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Semipermeable membrane that separates dissolved salts from water. The core technology of seawater and brackish water desalination and of other industrial applications.
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Resins that capture specific ions from the water and are regenerated with chemicals to work again.
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Electrodeionization (EDI) produces ultrapure water by combining resins with an electric field. Electrodialysis reversal (EDR) desalinates and reverses polarity to self-clean the membranes.
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Inactivation of the microorganisms left after treatment, to guarantee the sanitary quality of the water.
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Removal of dissolved gases by atmospheric, thermal or chemical means, or with hydrophobic membranes.
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Concentrates the pollutants in an effluent and recovers water good enough to go back into the process, except for volatiles, which carry over into the distillate. Crystallization takes the concentrate to a solid residue.
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Processes that generate hydroxyl radicals to destroy pollutants that resist conventional treatment.
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We offer the option of containerizing the plants, building them inside standard shipping containers (10, 20 and 40 ft, standard and High Cube). They travel by road or sea and are installed in far less time than a conventional plant.
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