Last week, North Norfolk District Council brought together stakeholders to discuss the future of the Bacton gas terminal in the UK's net zero strategy. The terminal, operating for 55 years, is transitioning towards hydrogen production as the quality of gas declines. Hydrogen, especially 'green' hydrogen from electrolysis, is favored for its environmental benefits. The debate includes various hydrogen production methods like 'grey,' 'blue,' and 'green' hydrogen, each with different environmental impacts. 'Geologic hydrogen' is a new concept, but its scalability and viability are uncertain. Hydrogen's demand is rising, with potential applications in various sectors like steelmaking, transportation, and aviation. Bacton's strategic location near North Sea wind farms offers opportunities for surplus renewable energy utilization through hydrogen production. Plans are in place for a small modular nuclear reactor on-site to ensure a reliable carbon-free electricity supply. As the terminal transitions, the challenge lies in utilizing low-quality gas reserves for hydrogen production, extending the facility's economic viability. Carbon capture and storage are crucial components, with Bacton's existing infrastructure facilitating carbon dioxide storage. The plan aligns with the UK's net zero goals, aiming to sustainably manage the declining North Sea gas resources and promote green energy production. Overall, Bacton's shift towards hydrogen signifies a positive step in the country's energy transition journey.