22/04/2026
Arglass, a leading manufacturer of sustainable glass food and beverage containers, and Dürr CTS (Clean Technology Systems) announce the successful commissioning and smooth operation of a pioneering exhaust air purification system at the Arglass campus in Valdosta, Georgia. Following the project’s initial phase in 2025, the plant is now fully operational under real-world conditions, serving as a successful customer reference and proof of concept for the North American glass market.
While this represents a significant milestone for the U.S. market, the technology utilized is built on a foundation of global success. Dürr CTS currently has multiple other CCF plants running worldwide, many of which are specifically serving the glass industry. This vast operational experience ensures that Dürr CTS provides proven and reliable solutions for the typical emissions challenges faced by glass producers, including the simultaneous removal of particulate matter (dust) and sulfur oxides (SOx).
Project success and performance
The project involved equipping one new oxy-fuel furnaces at the Arglass greenfield site with a comprehensive flue gas treatment system. By leveraging a global supply chain, Dürr CTS successfully managed the delivery of high-end technical components from Europe to the USA, offering a high-quality solution at a competitive cost. Key features of the operational facility include:
Close collaboration as success factor
The plant is currently operating smoothly, achieving all targeted emission values under real operating conditions. Arglass highlighted the strong partnership established during the project. “This emission treatment project proves the reliability and efficiency of this technology to increase sustainability in our industry. The system is performing exceptionally well, and we have reached the emission targets we set,” stated José de Diego Arozamena Founder & CEO of Arglass. "The close collaboration with Dürr CTS, both during the realization phase and following commissioning, has been excellent."