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.
South Korea’s automotive titans, Hyundai Motor Co., and Kia Corp. have joined forces with American materials science leader W.L. Gore & Associates in a strategic partnership aimed at supercharging the development of critical material for hydrogen fuel cells: the polymer electrolyte membrane (PEM).
Climate change is an ever-growing concern that demands global attention and concerted efforts. Professor Malcolm Prowle, an expert in strategy,…
Climate change is an ever-growing concern that demands global attention and concerted efforts. Professor Malcolm Prowle, an expert in strategy, finance, and performance management, shared valuable insights in a recent interview.
Chinese scientists have propelled hydrogen fuel cell technology to new heights by developing a proton exchange membrane fuel cell with an ultra-high volumetric power density.
Pathways to biohydrogen from biogas involve microbial processes to produce hydrogen gas from organic materials in biogas. The webinar discussed biohydrogen production, exploring various pathways, challenges, and future directions.
Hydrogen fuel cells, touted as a key player in the transition to green energy, face a critical bottleneck—expensive catalysts primarily composed of platinum group metals.
A research group has revealed a novel method to enhance the electrochemical surface area (ECSA) in a calcium-doped perovskite, overcoming a common bottleneck in the application of perovskite oxides as electrocatalysts in hydrogen fuel cells.
First Graphene has unveiled the results of an independent study showcasing the efficacy of graphene-based electrocatalysts in the production of green hydrogen.
