The clean hydrogen revolution is gaining momentum, highlighted by a paradigm where waste — particularly waste heat — serves as an untapped frontier.
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Germany’s ambitious shift towards a hydrogen-based energy system represents a significant shift in energy policy. Splendidly exemplified by the aim to transition existing natural gas and oil storage facilities to accommodate hydrogen storage—this could potentially fulfill 20 to 50 percent of Germany’s hydrogen storage requirements by the 2030s.
Electricity accounts for just 20% of global energy consumption, yet dominates decarbonization debates. The remaining 80%—industrial heat, heavy transport, and…
The methanation plant in Harjavalta has officially commenced eMethane production, marking Finland’s first industrial-scale step into synthetic methane. This milestone…
The distribution of hydrogen production capacity showcases significant geographic concentration. Notably, six of the ten leading companies in green or…
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…
