First Hydrogen Corp is in the early stages of investigating the integration of small modular nuclear reactors (SMRs) into its Hydrogen-as-a-Service platform to enhance hydrogen production. The goal is to strategically deploy these modules in regions with limited or no access to traditional grid power to generate hydrogen for refuelling stations. The technology shows promise in offering hydrogen at an affordable rate of $36/MWh, potentially providing a cost-effective solution for hydrogen production. The use of nuclear energy for hydrogen production is highlighted as a reliable and consistent power source, especially when compared to intermittent renewable sources like solar and wind power. The CEO of First Hydrogen Corp, Balraj Mann, emphasized the benefits of nuclear energy in ensuring a stable and predictable energy supply for hydrogen production. The company's exploration of SMR technology aligns with the increasing interest from major tech firms in securing low-cost energy sources for the future, leading to significant investments in nuclear energy projects. Moreover, a collaborative study involving Topsoe, Rolls-Royce SMR, ULR-Energy, and KYOS demonstrated that a combination of SMRs and solid oxide electrolysis (SOEC) could enable the production of hydrogen at a competitive cost of less than €3.5/kg ($3.8/kg) due to improved efficiency. This innovative approach has the potential to significantly increase the annual quantity of hydrogen produced. In a separate development, First Hydrogen Corp successfully completed a trial of hydrogen fuel cell-powered vehicles in partnership with Wales & West Utilities (WWU), achieving a record mileage of over 1,200 miles in a month. This milestone underscores the viability of hydrogen as a sustainable energy solution in the automotive sector. The company's ongoing efforts in integrating nuclear technology for hydrogen production and advancing hydrogen-powered vehicles reflect a positive outlook on the future of hydrogen as an eco-friendly energy source.