The CARMA-H2 project has unveiled a video showcasing their innovative approach to sustainable hydrogen production. At the core of their innovation is the protonic membrane reformer (bioPMR), which streamlines the production process by allowing hydrogen to be generated from biogas in a single step, in contrast to the traditional six-step steam methane reforming (SMR) process. Additionally, the bioPMR has the capability to capture high-purity, food-grade CO2, presenting an opportunity to convert a potential emission into a valuable resource, thereby contributing to circular economy practices. The design of the bioPMR is characterized by its compactness and modularity, making it an ideal solution for decentralized hydrogen production. By operating at lower temperatures and reducing external energy requirements, the bioPMR facilitates local, small-scale hydrogen production in an economically viable and environmentally sustainable manner. Nancy Tarjenian Astour, the Project Coordinator, emphasizes the project's goal of bringing clean hydrogen production closer to local communities. By enabling a more localized approach to hydrogen production, CARMA-H2 aims to not only address local energy needs but also contribute to broader climate objectives in Europe. To learn more about CARMA-H2's unique approach to clean hydrogen production, viewers are encouraged to watch the 2-minute video available on the project's communication channels.