Messer, a global leader in industrial gases, has announced plans to build a state-of-the-art air separation unit (ASU) in Berryville, Arkansas. The $70 million investment aims to meet the growing demand for essential industrial gases, such as oxygen and nitrogen, in the southern United States.
The facility, expected to be operational in late 2026, will serve key industries, including food and beverage, healthcare, metals, and chemicals. It will also create over 20 permanent jobs and provide temporary employment during the construction phase.
“Our new ASU in Berryville underscores Messer's commitment to fueling growth in the South,” said Elena Skvortsova, President & CEO of Messer Americas. “This investment reflects our dedication to providing a dependable supply of industrial gases to meet the evolving needs of our customers. I also would like to note that Messer appreciates the working relationship with the City of Berryville. Without their dedication to this project, it would not have been possible.”
The new facility will complement Messer’s existing operations in Lewisville, Arkansas, further enhancing its production capacity in the region.
City and state officials have welcomed the investment. Tim McKinney, Mayor of Berryville, said, “They bring cutting-edge technology, high-quality jobs, and most importantly, additional people to call Berryville home. We look forward to developing a great partnership with Messer as they establish presence in our community.”
Governor Sarah Huckabee Sanders also praised the project, calling it Arkansas’s first major jobs announcement of 2025. “Thank you, Messer, for choosing the Natural State and helping make our economy stronger than ever,” she said.
The Arkansas Economic Development Commission echoed these sentiments, with Executive Director Clint O’Neal describing Messer’s investment as a significant economic development milestone for the state.
The Berryville ASU marks a key step in Messer's efforts to expand its footprint in the South and support the region's industrial growth.