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The use of renewable energy to generate electricity is an important key to Covestro's sustainability concept and underlines the concept's commitment to achieving the UN Sustainable Development Goals, especially in Goal 7 - Renewable Ener.
This is also reflected in the research and development of wind power capacity, which is estimated to have double-digit growth globally every ye.
However, to further expand the use of wind power and compete with traditional energy sources, cost-effective wind power equipment manufacturing is in greater demand than ev.
To meet this challenge, Covestro worked with partners to develop a polyurethane (PU) resin and a manufacturing technology that can combine fiberglass mats with efficient production processes and thus shorten production cycle tim.
Not long ago, Covestro has delivered orders for eighteen wind turbine blades (each with a length of 55 meters) made of polyurethane resin, as well as Spar Caps and Shear We.
In Europe, Covestro is also working with leaders in the wind power industry and expects to commercialize the technology in a short ti.
Covestro has also developed more cost-effective coating solutio.
In addition, waterborne surface coatings based on Bayhydur and Bayhydrol have long-lasting performance and low solvent (Low VOC) volatili.
