Pressure Vessels
Joule Challenge project launch uses composites for next-generation wind turbine development
Two-part project is to produce a 20-MW demonstration turbine, capitalizing on the U.K.’s large composite component expertise and support the ambition for lower cost manufacturing.
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Nexam Chemical, the NCC develop solution for manufacturing high-temperature composites
Nexam Chemical’s Neximid high-temperature resin system can operate at temperatures up to 400°C, expanding the boundaries of composites into more demanding applications that weren’t previously possible.
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U.K.’s first wind turbine blade recycling pilot project secures funding
The £2 million, three-year project aims to ensure global wind and composites sustainability via commercialization of a novel method of separating glass fiber reinforcements from its resin system.
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ACS-A to develop composite prototypes, processes for MoorPower wave energy project
The two-year, Australia-based demonstrator project aims to use wave energy conversion technology to decarbonize offshore aquaculture operations.
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Aimplas, industry partners set sights on chemical recycling of composites
The EROS project, with the participation of Aimplas and the Institute of Ceramic Technology (ITC) is working to develop new recycling process to recover and repurpose composite materials from wind and aeronautic industries.
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In-situ composites sensors for increased production rates, smart processes and life cycle monitoring
Com&Sens FBG sensors are embedded into pressure vessels, rudders and bridges, with new edge and surface connection technology, aimed at cost-effective serial production and monitoring of composite structures.
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Report forecasts record U.S. wind turbine installations for 2022
Demand for carbon fiber increases as decarbonization pushes transition to larger turbines, increased offshore market share more quickly than expected.
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TPI Composites announces third quarter 2021 earnings
Independent composite wind blade manufacturer continues to navigate short- and long-term headwinds in the wind industry, with new lines in China for Vestas and a secured $600 strategic investment.
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Creating stronger composites through nature-inspired, Helicoid designs
Helicoid Industries claims 50% increased toughness, impact strength and reduced material, weight and cost versus quasi-isotropic “fail-safe” designs.
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NREL explores novel manufacturing approach for next-generation wind turbine blades
3D printing of thermoplastic blades enables thermal welding and improves recyclability, offering the potential to reduce turbine blade weight and cost by at least 10%, and production cycle time by 15%.
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