The University of Canterbury in Taranaki, New Zealand, is spearheading research into underground hydrogen storage to determine its feasibility for the country's hydrogen future. Led by Associate Professor David Dempsey and PhD candidate Jinjiang Liu, the research focuses on modeling the injection, storage, and extraction of large quantities of hydrogen in a natural gas storage site. The project delves into the complexities of hydrogen storage, aiming to predict outcomes, address challenges, and find practical solutions for extraction. The team highlights the importance of managing reservoir pressure, minimizing loss, and ensuring gas purity, emphasizing the need for precision in injection to avoid contamination. While the process of storing natural gas underground is established, adapting it for hydrogen presents new complexities due to the gas's buoyant nature. Challenges such as contamination during extraction, mixing with residual gases or water, need to be addressed. Despite the complexities, the research sees potential for hydrogen in various applications like power generation or chemical processes. The framework being developed aims to standardize the storage process nationwide, offering a solution to optimize storage and reduce transport challenges. It envisions hydrogen storage acting as a buffer, akin to water reservoirs, allowing for flexible usage of green hydrogen during surplus energy periods. The overall sentiment of the article is positive, showcasing the innovative and forward-thinking approach of the UC researchers in shaping a sustainable hydrogen future for New Zealand.