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The company has partnered with SharpCell Oy to integrate carbon capture and utilization into the manufacturing of Airlaid nonwoven fabrics. This alliance involves the direct transformation of industrial CO2 into everyday products with a solid technical foundation.
The CCU technology implemented by Celanese and SharpCell
CCU technology allows carbon dioxide collected at industrial plants to be converted into the base for essential binders. Celanese processes these components at its Clear Lake facility in Texas, converting them into vinyl acetate ethylene resins. These materials end up as part of the napkins, wipes, and hygiene products we use every day. I consider this mass balance approach to be the most pragmatic way to clean up our supply chains without losing the technical quality that the market demands.
It is notable that this process manages to repurpose approximately 400 metric tons of carbon each year. To give you a clear idea of the magnitude, we are talking about avoiding the emissions generated by burning thousands of gallons of gasoline. SharpCell Oy thus becomes the first firm in its category to implement these Celanese solutions. It is a logical step toward a circular production model where gaseous waste once again has a useful life and a commercial purpose.
Furthermore, transparency in the accounting of these processes ensures that the environmental benefit is traceable and verifiable. I have seen many empty sustainability promises, but integrating captured carbon directly into the structure of nonwoven textiles is a palpable technical reality. The industry needs more synergies of this caliber to reduce global atmospheric impact effectively and profitably.
Source and photo: Celanese