Professor Ian Wright from the University of Canterbury presented a game-changing scenario at the H2 2 ZERO Summit 2025 in Wellington, focusing on New Zealand's natural hydrogen potential. Collaborating with partners, including the Universities of Auckland and Otago, and GNS Science, the research proposes utilizing natural hydrogen to aid in meeting the country's climate change commitments. This natural hydrogen is generated through a geological process known as serpentinization, particularly feasible in areas like the Dun Mountain-Maitai Terrane and Brook St Terrane. The Ministry of Business, Innovation and Employment predicts significant economic benefits, including job creation and added value to the economy by 2050. Professor Wright advocates for natural hydrogen as a more cost-effective solution compared to renewable green hydrogen, positioning New Zealand as a potential world leader in this field. While the transition to net carbon zero by 2050 requires electrification of 80% of the economy, the remaining 20% could benefit from natural hydrogen, offering a pathway to decarbonize key sectors. The article highlights the ongoing public feedback sought by the government on regulatory options for developing natural hydrogen in New Zealand, emphasizing the potential of this resource to revolutionize the country's energy landscape.