MoreTowers used to support wind
turbines might soon be manufactured using resin from Ashland Inc. rather than
steel. A $1.1 million grant by Ohio Third Frontier Advanced Energy is funding
collaboration among the University of Dayton Research Institute and Ohio companies Ershigs, WebCore Technologies
Inc., the Edison Materials Technology Center (EMTEC) and others to fabricate
wind turbine towers from resin supplied by Ashland Performance Materials, a
commercial unit of Ashland Inc. Work is scheduled to begin in April.
“This is a great opportunity to meet a significant need in this rapidly growing market,” said Cedric Ball, marketing projects leader, Ashland Performance Materials. “Steel towers for large wind turbines have reached size and weight limits for over-the-road transport. Composite towers potentially solve this problem.”
This is the second wind energy project to tap Ashland as a collaborative partner. Last fall, Ashland announced its participation in the University of Maine Offshore Wind Consortium’s DeepCwind project, which was awarded an $8 million grant from the federal government’s stimulus program.
For more information about Ashland resins used in wind energy applications, contact Cedric Ball at (614) 790-4161 or visit www.ashland.com.
“This is a great opportunity to meet a significant need in this rapidly growing market,” said Cedric Ball, marketing projects leader, Ashland Performance Materials. “Steel towers for large wind turbines have reached size and weight limits for over-the-road transport. Composite towers potentially solve this problem.”
This is the second wind energy project to tap Ashland as a collaborative partner. Last fall, Ashland announced its participation in the University of Maine Offshore Wind Consortium’s DeepCwind project, which was awarded an $8 million grant from the federal government’s stimulus program.
For more information about Ashland resins used in wind energy applications, contact Cedric Ball at (614) 790-4161 or visit www.ashland.com.
