Universwater to Showcase Cutting-Edge Circular Economy Solutions at Expoquimia 2026
Universwater has officially announced its return to Expoquimia 2026, where it will showcase a portfolio of advanced technologies specifically engineered to recover resources, minimize environmental footprints, and drive the industrial transition toward a more circular and efficient future. This year’s exhibition carries special significance as it coincides with the 120th anniversary of Leitat, providing a prestigious backdrop for the presentation of solutions centered on sustainable chemistry, decarbonization, and the practical implementation of the circular economy.
From June 2nd to 5th at Fira Barcelona, Universwater will occupy Booth 2C19, presenting a variety of high-impact prototypes and industrial demonstrators. One of the primary focal points of the exhibit is the recovery of critical metals through a sophisticated Supported Liquid Membranes (SLM/PIM) system. This technology is capable of extracting rare earths, lithium, cobalt, nickel, and copper from battery recycling processes and various industrial waste streams, addressing the global demand for sustainable raw material sourcing.
Parallel to these developments, Universwater will feature its advanced solar purification demonstrator for industrial water. This system utilizes solar photo-Fenton processes to effectively remove emerging pollutants. By leveraging solar energy, the technology achieves a significant reduction in energy consumption and requires fewer chemical reagents compared to traditional treatment methods, making it a cornerstone for sustainable water management.
The innovation extends further into the automotive and manufacturing sectors with the presentation of CoolPrint EV. This prototype features 3D-printed cooling channels integrated directly onto electric vehicle batteries. By optimizing thermal management, the technology enhances the safety, efficiency, and overall lifespan of the batteries, representing a major step forward for the electric mobility industry.
Beyond these specific prototypes, the Universwater team will share significant breakthroughs in the field of advanced materials. These include the development of biobased alternatives to conventional plastics, solutions to mitigate microplastic pollution, and the application of 3D printing with liquid additives. These efforts are part of a broader commitment to creating safer, more sustainable materials that meet the rigorous demands of modern industry while protecting the environment.
