The ANITA project in Sweden is investigating the use of Small Modular Reactors (SMRs) as an environmentally friendly alternative for hydrogen production to achieve zero greenhouse gas emissions by 2045. SMRs are defined by the IAEA as reactors capable of producing up to 300 megawatts of electric power, offering benefits such as a compact footprint, localised deployment, and scalability without the need for new licenses. These reactors can be integrated with renewables to provide a continuous power supply, making them a recommended clean energy strategy for various applications. Hydrogen, as an energy carrier, has different production pathways like green hydrogen from renewables and pink hydrogen from nuclear energy. Sweden currently heavily relies on fossil fuel sources for hydrogen production, but challenges like rising hydrocarbon costs and the need for carbon capture are driving the transition to cleaner methods. The ANItA project is evaluating SMR designs for hydrogen production in Sweden based on safety, reactor characteristics, and fuel cycle considerations. Safety is a top priority to minimize risks, and the ultimate goal is to identify the most suitable SMR design for sustainable hydrogen production.