en.Wedoany.com Reported - Polyoxymethylene (POM) resin made from captured carbon dioxide by Celanese has been adopted by Aisan Industry Kentucky for fuel pump module production for North American automotive manufacturers. This demonstrates the continued application of polyoxymethylene produced through carbon capture and utilization (CCU) technology in the automotive sector.

Celanese utilizes CCU-based chemical building blocks to convert carbon dioxide emissions into high-performance polyoxymethylene polymers. These polymers reduce the product carbon footprint (PCF) while offering a high proportion of circular content. The POM ECO-C solution, as a plug-and-play option, enables Aisan Industry to provide more sustainable components without sacrificing performance, helping automotive manufacturers achieve sustainability goals through practical solutions.

Todd Elliott, Senior Vice President of Engineering Materials at Celanese, stated that Celanese can convert waste carbon dioxide into high-performance polymers to help customers meet their sustainability objectives. POM ECO-C transforms technology into practical solutions while maintaining performance and quality, without requiring changes to existing designs or production processes.

Celanese is not the only supplier offering polyoxymethylene solutions based on carbon capture. Delrin CC (Carbon Capture) from the namesake supplier utilizes methanol from CCU technology, reducing cradle-to-gate PCF by up to 60%. Delrin also offers Delrin ZA (Zero Attribute), which reduces cradle-to-gate PCF by 100%—achieving 0.0 PCF—through the use of ultra-low carbon methanol and 100% certified renewable electricity.

Additionally, Delrin RE (Renewable Electricity) is produced using certified renewable electricity, reducing cradle-to-gate PCF by 20%, with standard grades requiring no recertification.

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