"MOWSES is pivotal for shaping the future of green steel use, significantly reducing carbon emissions while maintaining the necessary properties and reliability in welded steel structures."

"EURICE is thrilled to be a part of MOWSES, supporting its mission to make steel production sustainable and safe. As a team deeply rooted in the Saarland, we’re especially proud to contribute to a project that not only supports regional steel production but also paves the way for greener, stronger infrastructure across Europe. Our role in the project, focussing on its successful implementation and the valorisation of its results, aligns with our commitment to translate scientific research into technological innovation that creates lasting societal impact."

"At Dillinger, we’re excited to be part of the MOWSES project because it aligns with our commitment to innovation in steel production that both meets the highest safety standards and supports environmental sustainability. Through MOWSES, we have a unique opportunity to collaborate with leading industry and academic partners across Europe, combining our expertise in high-strength structural steel with groundbreaking research to advance green steel solutions for critical infrastructure."

"Participating in the MOWSES project allows us at TU Delft to push the boundaries of welding technology for green steel and understand fundamental processes of material failure. Our focus on thermomechanical welding simulations and failure analysis in the heat-affected zones of welded green steel structures is an exciting challenge. By developing accurate predictive models, we aim to enhance the toughness and safety of recycled steel in very large steel structures, contributing to a more sustainable future for steel production and usage in Europe."

"At the Welding and Joining Institute of RWTH Aachen University, we are thrilled to contribute our expertise in welding technology to the MOWSES project, which addresses critical challenges in the production and application of green steel. Through experimental welding tests, we are investigating the weldability of recycled steel and examining post-weld heat treatment limitations to ensure optimal mechanical properties in the heat-affected zones. Our work aims to establish reliable processes for integrating green steel into essential infrastructure, reinforcing both safety and sustainability in steel applications across Europe. For the welding industry, information on safe processing is crucial in order to establish the widespread use of green steels in the future."