- Sumitomo’s New Flow Battery Targets a Niche Vanadium Still Hasn’t Won From Lithium
- Saarland’s Hydrogen Pipeline Broke Ground Without a Confirmed Local Source
- Europe’s Balancing Market Sometimes Charges More to Cut Power Than to Add It
- Google’s Nearly 1 Gigawatt Geothermal Bet Rests on a Project That Hasn’t Delivered Power Yet
Browsing: SPOTLIGHT
Researchers from the University of São Paulo and Universidad de Jaén in Brazil have demonstrated a novel method of producing hydrogen from vine shoots—the primary waste generated during vine pruning in viticulture.
Israeli researchers at the Israel Institute of Technology (Technion) have unveiled a groundbreaking technology for the production of eco-friendly green hydrogen.
Exploring Geologic Hydrogen and its Role in Clean Revolution, Interview with Dr. Scott Tinker
In a recent interview, renowned energy expert Dr. Scott Tinker discussed crucial aspects of the evolving landscape of clean energy.
Exploring Geologic Hydrogen and its Role in Clean Revolution, Interview with Dr. Scott Tinker
In a recent interview, renowned energy expert Dr. Scott Tinker discussed crucial aspects of the evolving landscape of clean energy.
Hydrogen-Permeation-Proof Triton Coating Imprisons Hydrogen for Decades, Interview with Henning Syversen
Triton Hydrogen has unveiled a groundbreaking nanocoating that serves as a 100% barrier against hydrogen permeation. Henning Syversen, chief executive officer of Triton Hydrogen,who leads innovation from Norway spreading it worldwide, presented the solution further in our interview.
Hydrogen-Permeation-Proof Triton Coating Imprisons Hydrogen for Decades, Interview with Henning Syversen
Triton Hydrogen has unveiled a groundbreaking nanocoating that serves as a 100% barrier against hydrogen permeation. Henning Syversen, chief executive…
Fraunhofer Institute for Energy Economics and Energy System Technology IEE, alongside its partners, is spearheading an initiative to establish large-scale production of green hydrogen in Chile.
Compact Syngas Solutions, a Welsh waste-to-hydrogen company based in Deeside, has unveiled an innovative and economically viable method for producing high-purity hydrogen from syngas.
China’s ambitious Kuqa project, hailed as the world’s largest green hydrogen facility, might not be living up to its green and gargantuan billing. While its potential to slash carbon emissions is undeniable, technical hiccups and production delays threaten to cast a shadow on this pioneering attempt at clean energy dominance.
Oman, nestled amidst the oil-rich sands of the Arabian Peninsula, is making a bold statement. In a five-year moonshot, the Sultanate is forcing factories across 14 economic zones to switch from fossil fuels to the clean-burning haven of green hydrogen. This audacious move positions Oman as a frontrunner in the region’s race toward a sustainable future, promising a domino effect on its economy and environment.
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