a project to join

SAVE DRINKING WATER 💧 BY REDUCING THE CARBON FOOTPRINT OF TREATMENT 🌎 AVOIDING HUGE COST OF INACTION in terms of € and CO2 👊🏻

Reuse commercial wastewater on-site, without prior civil engineering work, to replace conventional systems that may require effluent transport, emptying, centralized treatment, and additional infrastructure.

The "REUS" is a financially accessible and technologically disruptive system that allows small businesses to reuse their wastewater on-site, in a closed loop, and simply: no prior civil engineering work required, plug-and-play with extremely simple operation and maintenance, modular, very compact (6 m²), and above all, mobile. It will allow for rapid compliance for small businesses, for whom legislation will become much more pressing in the coming years (European WUD2 Directive, French decrees, pressure on water resources). Above all, it will save up to 2,190 m³ of drinking water per year per machine, equivalent to the annual consumption of 35 people, and generate savings of up to €3 per m³ of water reused.

The "REUS" (Reusable Wastewater Treatment System) addresses a key societal challenge: preserving drinking water resources. But it does so while avoiding the pitfall of significant CO2 emissions

Topic 4. Resilient Water Systems Through Systemic Change, Policy Coherence and Inclusive Governance

I am looking to join a European project on the reuse of industrial wastewater, in order to pool skills and techniques, promote our innovation through a network of partners already established in different countries, and leverage European funding to conquer new markets in Europe and beyond.

wastewater, compact, plug-and-play, resilience, carbon

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