Vortex Energy starts drilling at site of potential hydrogen storage salt caverns
Canadian-based Vortex Energy has commenced drilling at the site of two identified salt structures that could be suitable for hydrogen storage.
Canadian-based Vortex Energy has commenced drilling at the site of two identified salt structures that could be suitable for hydrogen storage.
In order to meet power generation energy system demands through the use of hydrogen as a carrier, high-capacity energy storage will be required to balance the supply and demand.
The addition of storage can reduce the variable cost of hydrogen production by 25-40%, according to HYBRIT.
Hydrogen UK is set to advocate the importance of a ‘twin track approach’ in publishing dedicated Carbon Capture Utilisation and Storage (CCUS)-enabled Production and Electrolytic Production reports.
In a major move, Chevron U.S.A. has acquired a majority stake in the Advanced Clean Energy Storage hydrogen project in Delta, Utah, US, after buying out 100% of Magnum Development.
The US Department of Energy (DOE) is stumping up $20m in funding to develop technologies that can stimulate the generation of hydrogen within the subsurface.
Canadian-based Atco Mining Inc. has today (August 31) said it has identified at least one salt structure that could be suitable for hydrogen storage in southwest Newfoundland, Canada.
A new report by Worley and Princeton University has detailed the “daunting” requirements ahead of meeting Europe’s goal of producing 10 million tonnes of renewable hydrogen domestically by 2030.
Canadian-based Vortex Energy estimates more than 60 salt caverns in Newfoundland, Canada, could store up to 800,000 tonnes of hydrogen.
Vortex Energy Corporation has said it has identified two large salt structures suitable for hydrogen storage in Newfoundland, Canada, each exceeding a storage volume of over two million metres3.
