We help industrial sites reduce water consumption, reuse wastewater, and treat pollutants. Our services include on-site assessments, engineering design, commissioning, and smart monitoring to move towards net zero water while ensuring uninterrupted production.

We serve all sectors that use water in their processes, including: - Food and beverage - Chemical and pharmaceutical - Metallurgy and steelmaking - Fiberglass and materials - Pulp and paper

Reduce costs related to water purchase and wastewater treatment Stay ahead of tightening regulations (PFAS, discharge limits, reuse requirements) Enhance corporate sustainability and ESG profile Secure production continuity during droughts or water restriction

Data collection – consumption records, water quality analysis, process diagrams On-site visit – inspection of intake, consumption, and discharge points Analysis and modelling – identify losses and reuse opportunities Action plan – technical solutions, estimated savings, investment, and ROI Implementation and monitoring – with our engineers and partners

We started in Belgium (Wallonia and Flanders) and also operate in France. For specific projects, we work across Europe and even in Antarctica!

We ensure your water management systems meet current and upcoming environmental regulations in Belgium and the EU. This includes discharge limits, PFAS and micropollutant control, water reuse requirements, and accurate reporting for ESG and environmental audits. By aligning your operations with regulatory standards, we help you avoid fines, reduce risk, and strengthen your sustainability credentials.

We design and implement tailored wastewater treatment systems for industrial sites, covering the full treatment chain from primary to advanced processes. Our expertise includes: - Organic effluents: physico-chemical treatment, biological processes (anaerobic, aerobic, nitrification–denitrification), and tertiary polishing - Chemical contaminations: physico-chemical treatment, membrane filtration, and advanced oxidation processes (AOP) - PFAS & micropollutants: granular activated carbon (GAC), ion-exchange resins, reverse osmosis (RO), electro-oxidation, and micro-foam fractionation We also retrofit and optimize existing treatment plants to enhance performance, reduce operational costs, and enable safe water reuse while meeting or exceeding discharge regulations.

We start by auditing your processes to find losses, leaks, and unnecessary consumption. Then, we optimize cooling, cleaning, and production steps by: - Adjusting processes to lower water demand without affecting output - Recovering and reusing water from rinsing, cooling, or condensate streams - Implementing smart monitoring systems to track and control usage in real-time - Optimizing boilers to reduce blowdown and improve steam efficiency - Pre-treating water for cooling towers to extend cycles and minimize make-up water needs - Optimizing Clean-in-Place (CIP) systems to reduce rinsing volumes and chemical use - Training operators and maintenance teams Our clients typically achieve 15–40% water savings while improving operational efficiency and reducing costs.