Barr Secures $2 Million for the University of Kentucky to Train Kentucky’s Workforce and Strengthen Made in America Manufacturing

Lexington, KY- Today, U.S. Congressman Andy Barr (KY-06) announced $2,000,000 in federal funding to support the University of Kentucky Graphite Center, a research initiative focused on advancing graphite technology and manufacturing innovation. Barr pushed the funding through the Commerce, Justice, Science; Energy and Water Development; and Interior and Environment Appropriations Act, 2026. He voted for the appropriations package earlier this month and President Trump recently signed the funding bill into law.

The requested funding will be used to purchase specialized equipment for analytical characterization and prototype manufacturing of graphite at the University of Kentucky's research facility. The investment would strengthen the university's capacity to conduct advanced materials research and support domestic supply chain development for critical materials.

"This investment is about bringing manufacturing back to America and putting Kentuckians to work in good-paying jobs," said Congressman Barr. "By pairing the Made in America tax credit with workforce training and cutting-edge research at the University of Kentucky, we're rebuilding domestic supply chains, strengthening our manufacturing base, and preparing Kentuckians for the jobs of the future."

"The University of Kentucky plays a critical role in helping the Commonwealth prepare for the industries shaping our future," said Eli Capilouto, President of the University of Kentucky. "Support for this work at the Center for Applied Energy Research strengthens Kentucky's capacity for innovation, workforce development and economic resilience in a rapidly changing global landscape. We greatly appreciate Congressman Andy Barr's continued partnership in advancing opportunities that benefit communities across the Commonwealth."

The Graphite Center plays a key role in supporting research, commercialization, and collaboration between academia and industry. Enhanced equipment capabilities will allow researchers to accelerate creation, improve material performance, and support prototype development for emerging technologies.