Julie Lemieux, the CEO of Triple Point Resources Ltd., is spearheading efforts to leverage the immense potential of the Fischell Salt Dome on Newfoundland's west coast for the storage of hydrogen, envisioning a substantial green energy storage facility. The dome, if hollowed out and filled with hydrogen, could rival the size of the Empire State Building, offering a solution for storing clean energy in eastern North America. Amidst a global shift towards greener energy sources, underground salt caverns are gaining traction as ideal storage sites for hydrogen, which is seen as a key player in displacing fossil fuels. Countries like Canada are setting ambitious clean energy targets, with Ottawa aiming for a significant portion of energy use to come from clean hydrogen by 2050. Collaboration agreements, such as the one between Canada and Germany, further emphasize the importance of hydrogen in the energy transition. The East Coast of Canada has emerged as a potential hub for clean hydrogen production, with multiple projects proposed to harness wind farms for clean hydrogen production. Experts like Hassan Dehghanpour advocate for underground salt caverns as a safer, more cost-effective storage solution for hydrogen compared to surface tanks. The global interest in utilizing salt caverns for hydrogen storage is evident, with projects in various countries showcasing the viability of this approach. Julie Lemieux highlights the versatility of hydrogen, which can power grids domestically or be converted into ammonia for export markets, making the presence of naturally occurring salt caverns a practical advantage. The prospects of using salt caverns for hydrogen storage extend beyond Canada, with projects like the Advanced Clean Energy Storage in Utah aiming to establish large-scale green hydrogen production facilities. As the world seeks sustainable energy solutions, the innovative use of salt caverns for hydrogen storage represents a significant step towards a greener future.