AquaSPICE has released a new scientific article that explores innovative approaches to industrial water management, aligning closely with our project’s mission. The paper, recently published in Sciencedirect, presents cutting-edge solutions for optimizing water efficiency and promoting circular water use in the process industries.
Industries remain one of the largest consumers of freshwater, and with growing concerns over water scarcity, the need for smarter, more sustainable water management strategies has never been more urgent. This latest research provides valuable insights into how digitalisation and real-time monitoring can drive improvements in water efficiency, reducing both consumption and wastewater discharge.
The article features real-world case studies from AquaSPICE’s industrial partners, demonstrating how advanced digital tools and data-driven decision-making can transform water usage in manufacturing. These case studies showcase practical applications of circular water solutions, reinforcing AquaSPICE’s goal of minimizing the industry’s water footprint while ensuring economic and environmental sustainability.
By leveraging cyber-physical systems and interconnected water networks, the research highlights how industries can move towards near-zero water waste, one of AquaSPICE’s key objectives. The findings underscore the importance of collaboration between industries, researchers, and policymakers to scale up these innovations across Europe and beyond.
This publication marks a significant milestone in AquaSPICE’s journey, validating the project’s efforts and providing a scientific foundation for future advancements in sustainable water management. We invite industry stakeholders, researchers, and policymakers to explore the article and join us in shaping the future of water-smart industries.
Authors: Sarah I. Mueller, Eduard de las Heras García, Lies Hamelink, Lisa Wyseure, David H. Moed, Ivaylo P. Hitsov, Gergana Chapanova, Thomas Diekow, Christian Kaiser, Laurence Palmowski, Thomas Wintgens.
Read the full publication here
