Wind/Energy
Faurecia to supply CFRP tanks and hydrogen storage systems for Stellantis light commercial vehicles
Zero-emission fuel cell technology first available on Citroën, Opal and Peugeot vehicles with more to come.
WatchCombining AC and DC dielectric measurements for cure monitoring of composites
Lambient Technologies advances dielectric analysis (DEA) for more reliable, affordable composites manufacturing.
Read MoreWhite House to jumpstart offshore wind energy projects
New leasing, funding and development goals announced to accelerate and deploy offshore wind energy at scale and strengthen the domestic supply chain.
Read MoreGWEC report indicates wind industry resilience, but a need to triple installation for net zero
Despite marking 2020 as the best year in history for the global wind industry, GWEC warns that new wind power capacity needs to be installed three times faster over the next decade to achieve global climate targets.
Read MoreComposites protect subsea cables for offshore wind power
Balmoral uses FRP to improve installation, performance and service life while reducing cable failures in rough seas.
Read MoreHexagon Purus reports significant customer, contract growth for 2020
Since its 2020 spin-off, the company has been awarded numerous contracts, indicating increased adoption of composite pressure vessels, fuel storage and electric drivetrain solutions.
Read MoreCompPair closes seed funding to advance composite self-healing technology
EPFL spin-off company has launched HealTech which repairs composite damage in one minute by applying heat.
WatchHopium unveils hydrogen vehicle concept
The Hopium Māchina offers unparalleled performance for a high-end hydrogen vehicle, including optimized fuel cell system technology and carbon fiber hydrogen tanks.
Read MoreChallenges of laser-assisted tape winding of thermoplastic composites
Practical solutions for process-related challenges in LATW, which has great potential for pressure vessels and storage tanks.
WatchGE Renewable Energy to open new offshore wind blade manufacturing plant
The facility, located in Teesside, U.K., will address the U.K.’s offshore wind market needs and facilitate production of 107-meter-long blades beginning in 2023.
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