At a time when the world is forced to go digital more than ever before just to stay connected, discover the in-depth content our subscribers receive every month by subscribing to gasworld. A collaboration between German company the Science and Technology Facilities Council , the Science and Technology Facilities Council , the University of Cardiff and Oxford University has resulted in the development of the world's first Green Ammonia Energy Storage Demonstrator. Launched in Oxford in the Oxford , the $1.97m ( $1.97m ) pilot project uses water to make hydrogen, and extracts nitrogen from the air to create ammonia. It can be turned into fertiliser, potentially saving 360 million tonnes of CO2 worldwide, or stored as a fuel for gas turbine engines and transported to countries with few renewable resources.
A collaboration between German company the Science and Technology Facilities Council , the Science and Technology Facilities Council , the University of Cardiff and Oxford University has resulted in the development of the world's first Green Ammonia Energy Storage Demonstrator. Launched in Oxford in the Oxford , the $1.97m ( $1.97m ) pilot project uses water to make hydrogen, and extracts nitrogen from the air to create ammonia. It can be turned into fertiliser, potentially saving 360 million tonnes of CO2 worldwide, or stored as a fuel for gas turbine engines and transported to countries with few renewable resources.