The intoDBP project took center stage at the ZeroPollution4Water Cluster event during the EU Green Week, presenting its approach to eliminating harmful disinfection by-products (DBPs) from drinking water. Domenico Santoro of Aquasoil, a key partner in the consortium, delivered a detailed presentation on the MITO3X technology platform, a scalable and modular solution designed to ensure DBP-free water.

The event, titled “Overview & Inventory of 32 Case Studies,” launched a new publication from the European Commission’s Research Executive Agency (REA) that showcases technological advances and real-world applications aimed at achieving zero-pollution water management across Europe. intoDBP’s inclusion highlights its significance in this continental effort.

In his presentation, Santoro outlined the core challenges in current water treatment, including inefficient precursor removal and space constraints. He then introduced the intoDBP project’s objective: to create a comprehensive Advanced Oxidation Process (AOP) platform with ambitious targets, including over 50% removal of natural organic matter (NOM) and over 80% reduction in DBPs.

At the heart of this solution is the patented MITO3X (Multifunctional Integrated Technology for Ozone OXidation). This technology offers a paradigm shift through process intensification. Key features presented include:

  • Intense High-Pressure Mixing: Creates an optimal environment for rapid chemical reactions.

  • Enhanced Mass Transfer: Ensures ozone is used with maximum efficiency, significantly improving the AOP.

  • Small Footprint & Low CAPEX: Makes the technology easy to retrofit into existing plants without major spatial or financial overhaul.

  • Proven & Patented: The core technology has been in full-scale operation for wastewater reuse since 2006 and is patented internationally.

The MITO3X technology is not just a concept; it’s a proven, powerful tool that intensifies treatment processes. The intoDBP project is now leveraging this platform to specifically target and eliminate DBPs, moving us closer to a future where water is truly clean and safe for all.

The presentation also outlined a clear roadmap for the technology, beginning with the current validation and pilot phase (2025-2026) under the intoDBP project, followed by early commercialization (2026-2027) and full-scale global expansion (2027-2029) into new applications like aquaculture and food processing.

For those who missed the live session, the full presentation is available to watch on YouTube.

Watch the full session here. (Domenico Santoro’s presentation begins at 39:36).