The University of Birmingham researchers have secured funding from the BIRMAC Fund to advance their research in hydrogen production and waste heat utilization. Green hydrogen is seen as crucial for achieving a net-zero global economy, but current production methods face challenges due to reliance on intermittent renewable electricity. To address this issue, researchers are exploring the potential of the aluminium-water oxidation process for green hydrogen production, which also generates waste heat. Dr. Farrukh and Dr. Wu are actively involved in developing Hydrogen Technology Roadmaps as part of the UKRI-funded UK national hydrogen research hub "Hydrogen Integration for Accelerated Energy Transition – HI-ACT." Their project focuses on creating a system that combines advanced hydrogen production with waste energy-driven power generation, with a feasibility study on scalability and integration into district heating networks. The collaboration between the University of Birmingham and McMaster University under the BIRMAC Fund, established in 2021, aims to foster research partnerships and drive innovation. This joint effort seeks to enhance knowledge on hydrogen production, efficient heat reutilization, and by-product management, positioning the School of Engineering as a key player in UK hydrogen research hubs. The Projects and Ideas Fund, supported by both universities, serves as a platform to nurture cutting-edge research projects. Professor Robin Mason and Dr. Karen Mossman emphasize the importance of collaborative research efforts in driving impactful outcomes and enhancing the student experience. The funding provided through BIRMAC will not only fuel innovative projects but also strengthen the institutional relationship between the two universities for future collaborations addressing various global challenges.