Integrated solutions toward carbon neutrality in treatment plants.
In the context of the new environmental challenges and the latest European directives, we support water utilities in the transition toward energy-neutral plants, while also promoting the reuse of treated wastewater within a circular economy framework.
Thanks to our extensive experience across numerous treatment facilities, we offer a comprehensive service that combines treatment plants revamping and digital solutions to optimize processes and improve energy efficiency.
Our approach is based on:

Extended water
Gas
District heating
Waste
Infrastructures
Smart cities
AgricultureFor info

minimizing energy costs through efficiency improvements and self-generation.

lowering the carbon footprint and enhancing water resources through reuse.

alignment with European directives and current regulations on energy efficiency and wastewater management.

adoption of cutting-edge solutions for smart and proactive plant management.
We design engineering solutions to transform treatment facilities into more efficient, self-sufficient, and sustainable structures, actively contributing to the achievement of carbon neutrality targets set by new European regulations.
We integrate multiparameter probes, flow and level meters, energy meters, and water quality monitoring tools. These devices enable real-time data collection and help anticipate potential operational or energy inefficiencies.
We design and install advanced final treatment solutions that make water suitable for civil, agricultural, or industrial use, supporting a circular resource management model.
Every intervention is customized to the characteristics of the plant and its operator. We combine energy audits, plant revamping, and the introduction of digital technologies to maximize energy savings and resource recovery.
We implement SCADA systems, remote control, and automation platforms that leverage big data to monitor, analyze, and optimize treatment and energy performance.
We provide technologies to maximize anaerobic digestion performances and upgrade the produced biogas, promoting energy self-generation and enhancing the overall energy efficiency of the plant.