Browsing: Hydrogen

KGAL GmbH & Co KG and PtX Development GmbH have acquired a majority stake in a green hydrogen project at the Lubmin site on Germany’s Baltic coast, taking control of an initiative originally developed by Lhyfe and reinforcing investor commitment to scaling large-scale hydrogen production in strategically positioned energy transition hubs.

Schneider Electric and Microsoft have announced a collaboration focused on AI-powered, software-defined automation systems aimed at improving operational efficiency in hydrogen production and broader industrial decarbonization.

Hyundai Engineering & Construction’s development of the South Korea’s first flat-bottom liquid hydrogen storage tank signals a shift toward rethinking storage design as a lever for scaling the hydrogen economy.

Government-backed hydrogen subsidies are increasingly being structured around production-linked mechanisms rather than upfront capital grants, reflecting a shift in how policy frameworks attempt to de-risk large-scale electrolytic hydrogen projects.

Sunfire has launched HyLink® Alkaline 23, a new outdoor pressurized alkaline electrolyzer system. The 50-megawatt electrolyzer module is designed for the implementation of triple‑digit megawatt projects and reduces total installed costs (TIC) on the customer side by up to 50 percent.

Stegra has secured €1.4 billion in new funding to advance its hydrogen-based steel plant in northern Sweden, underscoring both investor confidence and the scale of financial commitment required to bring low-carbon steel technologies to market.

The global green hydrogen industry is confronting a resource allocation problem that grows more acute as deployment ambitions scale upward.…

Gray hydrogen, produced from unabated fossil fuels, currently accounts for approximately two percent of global CO₂ emissions. That figure alone…

Austria has committed €275 million to four national flagship hydrogen projects and is actively developing the diplomatic groundwork for a…

Research from the University of New South Wales suggests that one of the technology’s most fundamental constraints, internal water accumulation, may be addressed through relatively simple design modifications, with reported performance gains of up to 75 percent.