The distribution of hydrogen production capacity showcases significant geographic concentration. Notably, six of the ten leading companies in green or…
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ArcelorMittal, a leading figure in the industry, has taken a critical stance on the economic viability of integrating green hydrogen and Carbon Capture, Utilization, and Storage (CCUS) technologies by 2030.
BloombergNEF’s 2025 New Energy Outlook provides a comprehensive analysis of the future trajectory of the global energy sector. This examination…
The burgeoning demand for green hydrogen has catalyzed a promising partnership between HYDGEN and SRM University AP (SRM-AP) in India, marking a significant stride in sustainable energy innovation.
The global push towards carbon neutrality is spotlighting hydrogen as a vital energy carrier, and liquid hydrogen, with its high…
In the context of global efforts to address climate change, the decarbonization of the industrial sector, which is responsible for…
A critical reading of the latest coalition agreement between the CDU/CSU and SPD reveals a mixture of continuity and controversy…
A mere month after the announcement, the EastGateH2V hydrogen valley initiative is now underway in Slovakia’s Košice region. Startling in…
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.
Energy security is becoming a pivotal concern in the current global landscape, necessitating strategic advancements in storage solutions to enhance resilience and adaptability.
