CEO Julie Lemieux of Triple Point Resources Ltd. is advocating for the development of the Fischell Salt Dome in Newfoundland as a significant green energy storage facility for hydrogen. The dome's potential to store over 35 million cubic meters of hydrogen could be pivotal in advancing the hydrogen industry. Canadian companies, including Vortex Energy Corp., are exploring the use of underground salt caverns for hydrogen storage, a method that offers advantages in safety and scalability over traditional surface-level tanks. The East Coast of Canada is emerging as a promising region for clean hydrogen production, with several projects in the Atlantic provinces focusing on utilizing massive wind farms. The global demand for hydrogen is driving interest in storage solutions, with underground salt caverns proving to be a viable option due to their safety and cost-effectiveness. Researchers like Hassan Dehghanpour highlight the benefits of cavern storage, emphasizing its capacity and safety compared to surface-level tanks. The development of salt caverns for hydrogen storage could open up new possibilities for the energy industry and support the transition to cleaner fuels. Countries worldwide, including the United States and European nations, are also exploring salt caverns for hydrogen storage. In addition to domestic use for electricity grids, hydrogen can be converted into ammonia for export markets, further expanding its potential applications. The presence of naturally occurring salt caverns in Canada presents a practical solution for long-term energy storage, aligning with the country's goal of increasing clean hydrogen use. The utilization of underground salt formations for hydrogen storage could mark a significant step towards a more sustainable energy future.