Utility, a company specializing in off-gas-to-value solutions, has partnered with GH EnA in Korea to implement projects aimed at producing clean carbon-negative hydrogen using biogas for the country's growing low carbon mobility market. This partnership aligns with South Korea's Hydrogen Economy Roadmap, which emphasizes biogas and hydrogen as key energy sources to achieve carbon neutrality and reduce dependence on imported fossil fuels. GH EnA, known for its expertise in energy transition, will lead the deployment of H2Gen hydrogen plants in various locations across Korea to power different types of vehicles. The H2Gen reactors, leveraging Utility's eXERO gas production technology, offer several benefits for the mobility sector, including direct biogas conversion to hydrogen, lower CAPEX, small footprint, and operational simplicity. These advantages make clean hydrogen production more economically viable and logistically efficient for industries looking to decarbonize. The initiative aims to transform the economics and logistics of clean hydrogen production compared to traditional methods, providing a competitive edge to companies. Notably, the collaboration between Utility and GH EnA signifies a step towards achieving carbon neutrality in South Korea by utilizing innovative hydrogen production technology to convert organic waste into clean energy. By focusing on biogas projects and hydrogen production, the partnership seeks to reduce greenhouse gas emissions, improve waste management, and contribute to a more sustainable energy environment. The strategic agreement covers the deployment of H2Gen reactors in multiple Korean cities, with the initial projects targeting heavy-duty vehicles, buses, and passenger vehicles. GH EnA will oversee project development, while Utility will provide the H2Gen reactors and necessary technical and commercial support. Through this collaboration, both companies aim to advance industrial decarbonization, support the country's hydrogen economy goals, and facilitate the transition towards cleaner energy sources.