In St. Cloud, Minnesota, a new wastewater treatment facility is set to implement a project that involves the purchase of an MC250 containerized proton exchange membrane electrolyzer from Nel to generate renewable hydrogen. Tracy Hodel, the city's Public Services Director, emphasizes the community's future use of renewable hydrogen to decarbonize various sectors. The innovative project aims to transform wastewater into fertilizer and fuel, generating sustainable hydrogen using solar electricity and biogas created during treatment. St. Cloud's wastewater treatment facility has already achieved energy neutrality since 2020 through the installation of solar panels, biofuel generators, and biogas storage on-site. The excess renewable energy generated is not only sufficient to meet the facility's energy needs but also allows for electricity delivery to the local grid during peak hours. This aligns with St. Cloud's sustainability goals, which include achieving carbon neutrality for different sectors by 2038. The city's vision includes using hydrogen to decarbonize sectors like transportation, with plans to convert the municipal fleet to hydrogen-powered vehicles. Nel's Vice President expresses support for St. Cloud's sustainability efforts and the upcoming hydrogen project, highlighting the city's commitment to reaching net zero. The project represents a significant step towards a cleaner future, showcasing St. Cloud's dedication to embracing new technology and leading in sustainable practices.