Hydrogen that is not renewable includes hydrogen extracted from fossil fuels. It becomes “low carbon hydrogen” with a carbon dioxide capture process.
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There has been much discussion over which of these approaches Europe should pursue, but a new study released today shows that both should be used if Europe is to meet its zero-emissions targets.
In its “Heat2Comfort” project funded by the BMWI, the Fraunhofer Institute for Manufacturing Technology and Applied Materials Research IFAM in Dresden is making its contribution to this type of emission-free and low-noise mode of transport.
The oil and gas industry, including Equinor and Norwegian Oil and Gas, is funding the majority of the research.
The main technologies needed are small, powerful rotors and safe tanks, which are currently being developed by experts at the Fraunhofer Institute for Applied Polymer Research IAP, BTU Cottbus, and an industrial partner.
Hydrogen can be derived from nuclear power in two ways that are both scalable.
On-site hydrogen. It’s a great concept AND it’s available! Explore why smart companies are utilizing it in this episode. Learn more with one of Nel’s on-site hydrogen experts, Dave Wolff.
Tennessee-based technology company working on game-changing solutions in the energy transition
Following international climate talks, Sydney experts from the Faculty of Engineering discuss the future of hydrogen energy, renewables and advanced…
Latin America is also a leader in the use of renewable energy, with renewables accounting for more than half of its electricity generation.
