Equilibrion, a nuclear consultancy based in Northampton, has been tasked with leading a study named SHyNE to explore the role of nuclear-enabled clean hydrogen in the UK's energy transition towards net zero. The study, commissioned by Northern Gas Networks and Wales & West Utilities, aims to investigate how nuclear-enabled hydrogen production could facilitate the transition to clean hydrogen and repurpose the existing gas network. This initiative aligns with the UK's low-carbon hydrogen standard and aims to reduce costs for consumers while ensuring production resilience. The project will involve developing a deployment roadmap that considers production rates, potential nuclear sites, customer demand, and economic analysis. The study will also evaluate how nuclear power stations coupled with electrolytic hydrogen production can provide flexible electricity output to support grid balancing. The overarching goal is to leverage advancements in nuclear technology, particularly small modular reactors, to bolster a robust and scalable clean energy strategy in the UK. Nuclear-generated clean hydrogen has the potential to be a key player in the shift towards a zero-carbon hydrogen-based economy. Despite the technology's maturity, cost remains a barrier. However, proponents believe it can be commercialized for widespread use within a few years, aiding in the transition away from fossil fuels. Studies suggest that a single nuclear reactor could produce significant amounts of hydrogen annually, showcasing the immense potential for clean hydrogen production on a large scale. The International Energy Agency anticipates substantial cost reductions and global growth in clean hydrogen production but stresses the need for swift policy measures by governments to realize hydrogen's potential in achieving net zero emissions and ensuring energy security.