NuScale Power Module, a small modular reactor, has introduced an innovative approach to address both water scarcity and clean hydrogen production. By leveraging the desalination process, NuScale can yield 150 million gallons of clean water daily, with the remaining brine used for industrial feedstock in hydrogen generation. This sustainable solution not only provides a large volume of water but also contributes to carbon-free energy production. A 12-module NuScale plant is envisioned to cater to a city of 2.3 million people, offering clean water and electricity to 400,000 homes efficiently. The company's collaboration with the US Department of Energy's Pacific Northwest National Laboratory aims to produce hydrogen from inert salt extracted during water desalination, ensuring safe and easily transportable hydrogen. NuScale's hydro-thermal chemical decomposition method for hydrogen production eliminates the need for water electrolysis, reducing energy and water consumption while cutting costs. Moreover, this process is carbon-free when powered by NuScale's integrated energy systems. The company's commitment to addressing global water challenges and promoting clean energy is evident in its efforts to optimize hydrogen production for various industrial applications. With the recent approval from the US Nuclear Regulatory Commission for the NuScale Power Module design, the advancement of small modular reactors for sustainable energy generation has taken a significant step forward. NuScale's efficient construction process, transportation methods, and operational features further enhance the viability of its power modules for widespread adoption in the clean energy sector. The increasing focus on hydrogen as a vital component of future energy systems highlights the importance of innovative solutions like NuScale's hydrogen production from desalination byproducts, showcasing a sustainable pathway towards carbon-free energy production.