In the quest for sustainable energy solutions, a team from ETH Zurich has made a significant stride with their pioneering use of iron for hydrogen storage. The process involves three stainless steel...
The potential of iron fuel, which consists of easily combustible iron powder, is to offer an energy-efficient cycle that releases energy upon ignition and leaves behind iron oxide—rust. This rust...
California continues to be a frontrunner in renewable energy integration with the latest development in energy storage technology. A new initiative by the Sacramento Municipal Utility District...
Iron powder has emerged as a contender in the quest for sustainable energy due to its high energy content and wide availability. By undergoing exothermic oxidation, iron powder releases energy and...
Energy innovation has leapt forward with Iron Power, a novel technology conceived at a 2015 research meeting held by the European Space Agency (ESA), where Philip de Goey of Eindhoven University of...
Mandip Samra, General Manager of BWP, emphasized the project's significance towards Burbank's 2040 goal for carbon-free power. He described the iron flow battery as a technology that would be...
In this fresh line of research, detailed in the abstract and subsequent sections of the study, the team seeks to clarify the multiple, concurrent processes that underpin the behavior of potassium...
A collaborative case study involving entities such as TU/e, TNO, Metalot, RIFT, and Iron+ has drawn a comparison with other energy carriers, forecasting that Iron Power may reach significant...
Researchers from the Technical University of Eindhoven (TU/e) and the Eindhoven Institute for Renewable Energy Systems (EIRES) have achieved a significant milestone in renewable energy advancement....
Ironically, one of the lesser-known heavyweights making rounds in the emerging energy scene isn't a heavyweight at all. Iron, typically associated with strength and sturdiness, is now flexing its...
Scientists have made a significant leap in redox flow battery (RFB) technology with the development of a promising metal-organic complex, iron (Fe)-NTMPA2, consisting of Fe(III) chloride and...
In the northern reaches of Minnesota, a promising new chapter in renewable energy is unfolding with the development of iron-air batteries. Amidst the increasing adoption of solar power in the...
