Röchling Adopts Celanese Lower-Carbon POM Plastic
Celanese and Röchling Industrial collaborate to speed adoption of polyoxymethylene made with captured carbon dioxide in industrial stock shapes.
Updated on Nov. 3, 2026 in Chemistry
Celanese and Röchling Industrial have formed a collaboration to accelerate adoption of lower-carbon polyoxymethylene, with Röchling set to incorporate Celanese POM ECO-C grades into selected stock shape applications. The material is produced using Celanese's Carbon Capture and Utilization technology, which converts captured carbon dioxide into chemical building blocks.
Why it matters
The collaboration aims to reduce the plastics industry's dependence on fossil-based raw materials. Industrial manufacturers face increasing pressure to reduce Scope 3 emissions and incorporate circular materials.
The collaboration rests on a company-announced mass-balance approach that incorporates circular feedstock content into POM, and Celanese holds a patent on its Carbon Capture and Utilization technology. The source does not quantify the circular content share or the emissions reduction achieved.
The players
Celanese
Celanese is a global chemical and specialty materials company that produces engineering polymers including polyoxymethylene.
Röchling Industrial
Röchling Industrial is a manufacturer of technical plastic components and stock shapes serving industrial customers.
The details
Celanese's CCU technology converts captured carbon dioxide into chemical building blocks used to make POM, and the process incorporates circular feedstock content through a mass-balance approach. POM ECO-C retains rigidity, dimensional stability, sliding performance and wear resistance, and customers can adopt it without significant modifications to existing designs or manufacturing equipment.
Timeline
November 3, 2026: Celanese and Röchling Industrial announce the collaboration.
Roadmap
The collaboration extends Celanese's patented Carbon Capture and Utilization technology, which converts captured carbon dioxide into the building blocks of POM, into industrial stock shape applications. It positions CCU-derived engineering plastics as a drop-in option for manufacturers under growing pressure to cut fossil-based inputs and Scope 3 emissions.
Manufacturers using POM stock shapes can request POM ECO-C grades from Röchling Industrial for selected applications without redesigning parts or retooling equipment. Buyers weighing lower-carbon engineering plastics can therefore evaluate the material within existing specifications.
The takeaway
Lower-carbon engineering plastics are moving from announcement into industrial supply chains, and buyers can test drop-in grades against existing specifications. Watch for published circular-content and emissions figures to judge how much the mass-balance approach actually reduces fossil input.
Further reading
For more on the chemistry behind materials like this, explore Chemistry coverage on Wisevoter.
