Pressure Vessels
EconCore thermoplastic honeycomb cores deliver high-heat performance, facilitates recyclability
Honeycomb cores incorporate Sabic NORYL GTX resin for improved dimensional stability, lower water absorption and demonstration of thermoset composite skin compatibility.
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Hexagon Purus signs multi-year global agreement for type IV composite hydrogen cylinders
Agreement covers the supply of composite pressure vessels for Air Liquide and its global affiliates.
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Laser projection system optimizes rotor blade manufacture
A series of systems installed by Z-Laser GmbH helped Nordex Group optimize fiber layup and positioning processes during the development of its 74-meter-long wind turbine blade.
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Vineyard Wind offshore project receives federal approval
U.S. commercial-scale offshore wind farm design to include GE Haliade-X wind turbines for 800 MW of wind energy development in Massachusetts.
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CETEC initiative established to commercialize technology for full composite wind turbine blade recyclability
New coalition involving Vestas, Olin, Danish Technological Institute and Aarhus University aims to close the recycling gap for thermoset epoxy composites.
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STELIA Aerospace Composites advances hydrogen storage
STELIA Aerospace subsidiary converts aero experience into industry-leading storage efficiency for fuel cell applications.
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Elkem dedicates new Vianode subsidiary to advanced battery material production
Silicon-graphite composite materials development and R&D projects such as 3beLiEVe and Hydra to support novel, sustainable innovations to improve the energy, performance and cost of lithium-ion batteries.
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Plastic Omnium develops type IV hydrogen storage vessels for Hopium high-end sedan
Aiming to be the first French hydrogen-powered sedan to hit the market in 2026, the Hopium Māchina will be equipped with a 700-bar hydrogen vessel integrated into the vehicle chassis.
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Continuous Composites, Siemens Energy apply high-performance materials for power generators
Continuous Fiber 3D Printing (CF3D) enables new designs for AM with thermoset GFRP composite and exceeds material requirements for generator components.
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Defining the landscape for wind blades at the end of service life
There is a generation of wind turbine blades at or near the end of their useful life. Disposing of them, recycling them or reusing them requires a better understanding of the blade end-of-life landscape.
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