The International Atomic Energy Agency (IAEA) has highlighted the potential of integrating nuclear power with hydrogen production as a means to achieve clean energy solutions. Hydrogen production via direct electrolysis of water has emerged as a viable option for plant operators, especially during times of excess power generation. Various technologies such as Alkaline cells, PEM cells, and high temperature electrolysis offer efficient methods for producing high-purity hydrogen using sources like nuclear reactors. The University of Purdue study delves into matching reactors with different hydrogen production techniques, emphasizing the importance of safety and operational considerations. The report underscores the significance of an intermediate heat exchanger (IHX) in coupling nuclear reactors with hydrogen generation, ensuring safety and efficiency. Moreover, the integration process necessitates thorough feasibility studies, safety assessments, and stakeholder engagement to address concerns and ensure compliance with regulations. Ongoing performance analysis and end-of-life planning are crucial aspects to maintain the operational efficiency and safety of integrated hydrogen production facilities. Overall, the article promotes a positive outlook on the potential of nuclear power in driving hydrogen production for a sustainable energy future.