The global steel industry is experiencing a dramatic downturn, driven in part by China's struggle with overproduction. The country, which hosts Baowu Group - the world's top steel producer since its...
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...
The U.S. Department of Energy's recent allocation of a $147 million grant to the state of Maine signifies a strategic renovation in the region's energy landscape. This funding is earmarked for...
Amidst a reassessment of green hydrogen's expansive potential, its critical role in green iron and steel production gains solidity. South Australia leads Australia in the pursuit of a green iron...
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...
A new innovation by McGill University entrepreneurs from their spinoff company Altiro Energy may herald a major shift in energy production. Their invention, supported by the prestigious McGill...
While Gina Rinehart has typically been associated with climate skepticism and conservative causes, her company Hancock Prospecting Pty has aggressively entered the green materials space, including a...
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...
The study follows an exploration of suitable vessel types for the adoption of an iron powder powertrain, culminating in the semi-submersible crane vessel as the optimal candidate due to its loading...
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...
To achieve this, Mauritania is intensifying efforts to produce high-grade iron ore and to forge ahead with the development of iron ore pellets. This strategy is in step with the evolving global...
TU/e has been investigating the potential of metal powder combustion for years, leading to a promising technology that offers an eco-friendly alternative for energy generation. Iron powder, when...
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....
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...
California is bolstering its clean energy capabilities with the approval of a $30 million grant for a pioneering long-duration energy storage project. Backed by the California Energy Commission,...
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...
