Non-tangential
Dynamic filtration

Dynamic non-tangential filtration allows you to filter heavily loaded water, purify your effluents, or concentrate valuable ingredients with performance, reliability, and durability.

This technology is deployed in our Dynasep®, Recynov®, and NeoStep® ranges, offering modular solutions tailored to each need.

Thanks to robust ceramic membranes, these systems handle highly loaded, high-viscosity waters across a wide range of pH levels and temperatures, while minimizing fouling.

It ensures water free of microplastics, pharmaceutical residues, pesticides, and other micropollutants, without adding extra processing steps or overloading equipment.

Suitable for numerous sectors (WWTP, food processing, chemical, pharmaceutical), this technology delivers reliable, modular, and rapidly operational installations, even in situations where conventional membranes reach their limits.

Technologie Membrane eaux usées

Unique technology

No consumables
(filters & additives)

Up to 80% less energy consumption

Robustness &

durability

Easy to use & maintain

Nanofiltration using hollow fiber membranes

At the heart of our AQUAFIBER® systems, hollow fiber technology provides advanced nanofiltration. Each fiber acts as a porous barrier, retaining suspended solids, pathogens, and a large portion of dissolved organic compounds.

These membranes ensure treated water meets domestic use standards, in compliance with the July 12, 2024 decree. The filtered greywater can be safely used for non-potable applications such as washing, irrigation, or cleaning.

Thanks to this technology:

  • Energy consumption is lower than that of conventional technologies;

  • It is suitable for a wide range of applications, including water reuse, drinking water, or industrial use;

  • No complex pretreatment is required, simplifying installation and reducing operating costs;

  • It enables extensive micropollutant removal, including PFAS, pharmaceutical residues, and microplastics.

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Advanced molecular filtration by reverse osmosis

Reverse osmosis relies on the use of semi-permeable membranes capable of retaining the finest particles, including salts, heavy metals, nitrates, viruses, PFAS, pharmaceutical residues, and other micropollutants.

This technology delivers exceptional water quality, even in the most demanding contexts: protection of natural environments, sensitive industrial processes, specialized agriculture, or enhanced sanitary requirements.

Thanks to high-performance membranes and optimized designs, reverse osmosis ensures effective removal of residual contaminants while reducing energy consumption and chemical use.

Deployable in a modular and scalable way, this technology adapts to a wide range of applications, from producing high-purity water to industrial or environmental uses that require very strict quality standards.

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