Australia’s emerging natural hydrogen sector has reached another exploration milestone as D3 Energy announced prospective natural hydrogen resources of up to 88 billion cubic feet across two geological structures in South Australia’s Arckaringa Basin.
Prime Minister Narendra Modi is scheduled to inaugurate the hydrogen train on the 89 kilometer Jind Sonipat section of Northern Railway in Haryana, India.
BP’s evolving energy transition strategy faces renewed scrutiny after the company warned of an additional $1 billion impairment charge for the second quarter, largely linked to its gas and low carbon energy businesses.
Japan’s largest power producer, JERA Co., Inc., and South Korea’s Samsung C&T Corporation have signed a memorandum of understanding to explore collaboration on strengthening regional hydrogen and ammonia value chains, highlighting a growing shift from individual project development toward cross border infrastructure coordination.
Oman is advancing a new approach to infrastructure development by combining renewable power generation, desalination, energy storage, and hydrogen production into a single offshore platform. A newly signed joint venture between Shadid Capital, Shamel Petroleum Company, and strategic partners will develop the Oman Blue Infrastructure Platform (OBIP), reflecting a broader shift toward integrated energy systems designed to address multiple resource challenges simultaneously.
Lhyfe has signed a strategic partnership with industrial gas company Messer, which will acquire a 30% stake in four of its hydrogen production sites in France and Germany while committing to a 10 year renewable hydrogen supply agreement, strengthening both the company’s commercial outlook and financing model.
The European Investment Bank has approved a €450 million loan for OMV’s large scale renewable hydrogen project in Austria, underscoring the growing role of public finance in advancing industrial decarbonization projects that remain difficult to support through commercial markets alone.
Direct solar hydrogen production has long promised a simpler pathway to renewable hydrogen by eliminating unnecessary energy conversion steps. While most commercial green hydrogen projects rely on photovoltaic electricity feeding standalone electrolyzers, researchers at the Fraunhofer Institute for Solar Energy Systems (ISE) have demonstrated a laboratory scale integrated system that converts sunlight into hydrogen with a solar to hydrogen efficiency of up to 31.3%, placing it among the highest reported performances for direct photoelectrochemical hydrogen production.
International technology group ANDRITZ and energy storage company RAG Austria AG have begun construction of what is expected to become the country’s largest green hydrogen production facility, designed to convert surplus summer solar power into hydrogen for use during periods of higher winter energy demand.
