As the global hydrogen economy gains momentum, a central question continues to shape the trajectory of investment and deployment: when—and how—can green hydrogen reach cost parity with fossil fuel-derived alternatives? According to Dr. Kevin Cole, Senior Scientist at Verdagy, the answer may lie in Dynamic Alkaline Water Electrolysis (AWE), a technology designed to operate flexibly in response to variable renewable energy inputs without sacrificing performance or stack longevity.
Scotland has made a significant stride in its green hydrogen ambitions with the approval of a 3.5-mile pipeline designed to feed a major production facility.
The hydrogen passenger vehicle market is poised at an inflection point—a juncture where technological prowess is advancing at breakneck speed,…
In a decisive realignment of its asset portfolio, SK Corporation is weighing the sale of its SK Siltron subsidiary—valued at…
The Presidencia de la Autoridad Portuaria de Baleares has issued a tender titled “Supply of Hydrogen for Fuel Cell Located…
A striking 30% of hydrogen fuel samples from production plants typically fail to meet ISO 14687 purity standards for impurities…
A significant milestone in drone technology was recently reached as an independently developed hydrogen-powered drone from China completed a 30-hour…
Colombia is making headlines with its announcement of a US$45 billion investment into the development of a green hydrogen infrastructure,…
In a move that signals Japan’s escalating ambition to decarbonize maritime transport, Nikkiso Co., Ltd. has secured an order from…
The global energy sector stands on the brink of transformation as renewable technologies gradually supplant traditional energy sources. A key…
