Pressure Vessels
Shanghai Electric launches 11-MW, direct-drive offshore turbine with 102-meter blades using carbon fiber
Able to withstand high temperatures, earthquakes and typhoons, the SEW11.0-208 platform mark another breakthrough, in addition to the launched S120, S89 and S90 composite wind blades.
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Vestas selected to supply turbines for offshore wind project
Vestas will supply 138 V236-15.0 MW turbines for Empire Offshore Wind’s 2.1 GW offshore wind projects, which are located 15-30 miles off the coast of Long Island, New York, U.S.
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Vestas to install V236-15.0 MW prototype turbine at Østerild in Denmark
Prototype developments are already underway, with the 115.5-meter-long blades to be manufactured later this year. Installation with take place in the second half of 2022.
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Utility-scale offshore wind installation Vineyard Wind orders Haliade-X turbines
GE Renewable Energy will be supplying 62 units of the Haliade-X 13 MW turbine for the Vineyard Wind 1 installation in Massachusetts, with energy generation expected to start in 2023.
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GE launches second production line for 107-meter wind turbine blade mold
The Cherbourg, France, facility is to ramp up production to meet offshore wind blade demand, with plans to expand the site with a hall for finishing blades.
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University startup is developing composite storage vessels
Through strategic partnerships, Space Walker is developing a Type IV composite high-pressure gas storage vessel for use in hydrogen fuel cell drones.
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AMULET project aims to create new value chains for fiber-reinforced polymers and CMCs
R&D demonstration projects targeting current challenges in auto, aero, energy and building will be developed to reach TRL7 with the goal of accelerating industrial use of advanced lightweight materials.
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CosiMo: Smart thermoplastic RTM process demonstrated for battery box cover challenge simulator
Project uses network of DEA, temperature/pressure and ultrasonic sensors plus digital simulation and AI modeling to monitor and optimize injection of caprolactam into complex glass fiber preform and in-situ polymerization of PA6.
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Alstom and Plastic Omnium design hydrogen storage for rail
Alstom and Plastic Omnium will cooperate to develop hydrogen onboard storage solutions for the railway market. This will reportedly enable direct journeys on non-electrified lines without using fossil fuels.
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Hydrogen is poised to fuel composites growth, Part 1
Applications abound for composite tanks to store compressed H2 gas, but challenges exist in cost, size, efficiency and limited carbon fiber capacity.
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