Improving fuel cell durability and performance with Impact Coatings
Due to the environment within fuel cell systems, metal’s shortcomings make it vulnerable to corrosion and loss of conductivity…
Due to the environment within fuel cell systems, metal’s shortcomings make it vulnerable to corrosion and loss of conductivity…
The need for midstream infrastructure – a robust hydrogen storage and transportation network – is also gaining momentum, write John Courson and John Carrigan at Luxfer Gas Cylinders.
Hiperbaric’s CEO, Andrés Hernando, speaks to H2 View and lays out the company’s plan to become the “European leader in high-pressure hydrogen compression technology.”
Ballard has secured up to $40m in US funding to support the development of an integrated fuel cell production gigafacotry in Texas.
DNV will undertake hydrogen blending feasibility studies for Enbridge and FortisBC Energy’s projects in British Columbia, Canada.
The US Department of Energy (DOE) is awarding $750m to 52 clean hydrogen projects across 24 states to advance electrolysis and fuel cell technologies and improve manufacturing.
John Taylor, Jim Bowe and Dan Feldman, Partners at King & Spalding, explain why the 45V clean hydrogen PTC has been “one of the most controversial tax regulations in US history.”
Energy losses are incurred when converting hydrogen to derivatives, but the costs incurred through these molecular conversions can be saved through simplification of the storage and distribution supply chain, writes Stephen B. Harrison.
Verdagy has appointed David Bow as its new Chief Commercial Officer (CCO) to support the ramp-up in commercial deployments of hydrogen technology.
Molear has issued the first patents to apply its proprietary nanobubble technology to electrolytic processes for hydrogen production.