Triple Point Resources Ltd. CEO Julie Lemieux envisions the Fischell Salt Dome in Newfoundland as a significant player in the green energy transition. The geological formation could serve as a massive storage facility for hydrogen, with the potential to hold over 35 million cubic meters of the clean-burning fuel. Several Canadian companies, including Triple Point Resources and Vortex Energy Corp., are exploring the development of underground salt caverns for hydrogen storage, capitalizing on the increasing global interest in clean energy. The use of salt caverns for hydrogen storage is considered safer, more cost-effective, and has higher storage capacity compared to surface-level tanks, making it an attractive option for the energy industry. Canada's national strategy for clean hydrogen and collaborations with countries like Germany underscore the country's commitment to sustainable energy solutions. The growth of hydrogen production on the East Coast, particularly from projects utilizing wind farms, highlights the region's potential to become a key player in the clean hydrogen sector. Hassan Dehghanpour from the University of Alberta supports the underground storage of hydrogen, emphasizing the safety and economic advantages of salt caverns. International projects, such as the Advanced Clean Energy Storage in Utah, further demonstrate the global interest in leveraging salt caverns for hydrogen storage. Julie Lemieux emphasizes the versatility of hydrogen, suggesting its use in domestic electricity grid power and export markets through ammonia conversion. The presence of underground salt caverns offers a practical solution for long-term energy storage, supporting the scalability of hydrogen usage on a broader scale.