News release: Electric Hydrogen Secures $380M to Boost Green Hydrogen Production
Electric Hydrogen raised $380 million in the Series C funding round to accelerate manufacturing and deployment of the company’s power-dense green hydrogen systems.
Electric Hydrogen raised $380 million in the Series C funding round to accelerate manufacturing and deployment of the company’s power-dense green hydrogen systems.
Brétéché opened Vendée’s first privately owned green hydrogen refueling station in Maché (France), supplied with green hydrogen from Lhyfe’s hydrogen production site in Bouin.
Princeton Plasma Physics Laboratory was selected to lead a DOE Energy Earthshot Research Center, receiving $5 million to study the use of plasma for producing carbon-free, clean hydrogen fuel.
Egypt is close to securing a $16 billion investment deal with ACME Group and Ocior Energy, signaling Egypt’s strong commitment to green hydrogen production.
The government funding will support Hydrogen Optimized’s RuggedCell™ technology. These high-power water electrolyzers convert renewable electricity to low-cost clean hydrogen at the scale.
The U.S. Department of Energy’s Office of Fossil Energy and Carbon Management invests $6.4 million in university projects that will develop materials and components to improve hydrogen turbine technology.
SEA-KIT won ZEVI funding to design a hydrogen vessel, known as the Zero Emissions Ports Hydrogen Refilling Survey Vessel (ZEPHR). Funding will also help develop green hydrogen infrastructure and a hydrogen refilling station.
A research team from the University of Delhi developed an electrocatalyst made from dealloyed NiCu on Co nanosheets for low-cost, efficient green hydrogen production.
Sugar Valley Energy and STARS to deploy low-cost, renewable hydrogen production technology at SVE’s sugarcane ethanol biorefinery, bioelectric, biogas and wastewater treatment facility in Imperial Valley, California.
GH Power has developed a renewable energy technology that uses exothermic reactions to create hydrogen, alumina (aluminum oxide), and exothermic heat, which are three sought-after green energy inputs.