Pressure Vessels
Kineco Exel to manufacture pultruded carbon fiber planks for Vestas
Bidding process win builds on existing multi-year contract with the global wind turbine company for the supply of spar cap components.
Read MoreACP announces 91% increase in U.S. clean energy capacity since 2023
American Clean Power Association latest findings indicate that 2024’s second quarter of solar, energy storage and wind additions will set the stage for a record year.
Read MoreU.S. approves Maryland offshore wind, finalizes EA for Maine project
BOEM has finalized its environmental review of East coast commercial wind energy leases, and the DOI approved its 10th offshore wind project in Maryland.
Read MoreComposites reinvent energy
Celebrating National Composites Week 2024, CW looks at how composites are being used to provide the next generation of energy.
WatchComposites reinvent infrastructure
Celebrating National Composites Week, CW shares ways in which composites continue to evolve the way we approach infrastructure projects.
Read MoreNCC welcomes Scottish Renewables to SuSWIND steering board
Scotland’s renewable energy trade body joins several other members to guide and support technology advancement for recyclability and future wind blade development.
Read MoreClean energy industry announces $500 billion in new investments
According to American Clean Power Association’s 2024 report, the last couple of years have seen 300 gigawatts of new projects, and 161 manufacturing facilities announced, fueling economic growth.
Read MoreGurit releases half-year 2024 report, adapts to supply chain dynamics
After an expected slow start to 2024 with low sales in the first quarter, Gurit saw a stronger second quarter with net sales of ~$246.7 million, driven by the ramp-up of new wind blades and higher demand in non-wind markets.
Read MoreHexagon Composites businesses receive additional orders for CNG, hydrogen
Hexagon Agility and Hexagon Purus have both signed long-term supply agreements supporting North American OEMs.
Read MoreTPI, University of Texas participate in wind blade cure optimization project
Physics-informed machine learning algorithms will be applied to simulate and optimize composite wind blade curing in an effort to advance smart composites manufacturing in industry.
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