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Our mission and vision

Our Mission & Vision The mission and the vision of the Cellulose Acetate Knowledge Center aim to ensure that the Center becomes and remains a go-to resource for reliable information on…

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Our Insights

This section is dedicated to the publications developed specifically by the contributors to the CA Knowledge Center. The publications featured in this section span all publications themes and…

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Raw materials

Raw Materials Raw Materials for Cellulose Acetate Production The foundation of high-performance cellulose acetate lies in the selection and processing of its primary feedstocks: cellulose and…

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Sustainability

Sustainability Sustainability: The Role of Cellulose Acetate in a Circular Future Cellulose acetate occupies a unique position in the transition toward a more sustainable industrial landscape,…

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Publications

Publications Welcome to our knowledge library of the CA Knowledge Center, a growing repository for technical, strategic, and practical insights regarding cellulose acetate. This resource is…

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What are bio-based polymers?

Introduction Bio-based materials, bioeconomy and circularity are rapidly gaining importance in a world of finite resources, but what exactly are bio-based polymers and why are they important? From a…

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About Cellulose Acetate

About Cellulose Acetate Cellulose acetate is a modified natural polymer that was first synthesized in 1865 by Paul Schützenberger, who discovered that cellulose reacts with acetic anhydride -…

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History

History & Production process From Natural Cellulose to Industrial Innovation The story of cellulose acetate is one of profound transformation, tracing its origins from early 19th-century…

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Applications

Applications Cellulose Acetate: An ancient enabler for modern-day sustainability aspirations Cellulose acetate’s unique combination of optical clarity, processability, and tactile quality has…

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Myths vs facts About Cellulose Acetate

This section is dedicated to address common misconceptions about cellulose acetate (CA) and cellulose di-acetate (CDA), which have affected its reputation vis a vis other bio-based materials. The…

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Collaborate

Contribute to the Cellulose Acetate Knowledge Center The Cellulose Acetate Knowledge Center invites researchers, policy analysts and businesses to collaborate with us by providing additional insight…

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Knowledge Center

Welcome to the Cellulose Acetate Knowledge Center Did you know that Cellulose Acetate (CA) is a modified natural polymer that is fully biodegradable in nature and was first discovered in…

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Log-in status

Log-in Area No account yet? If you do not have an account with the Knowledge Center yet, click here or on the button below to create an account.  Create an account

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About the Center

About the Dedicated to Cellulose Acetate The Cellulose Acetate Knowledge Center is designed to become the go-to destination for fact-based, trusted information on cellulose acetate production,…

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Contact us

Contact the Cellulose Acetate Knowledge Center Contact us In case of questions, inquiries or suggestions, you can use the form below to contact us. 

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Innovation

Innovation Advancing the Frontiers of Cellulose Acetate Innovation is the driving force behind the ongoing evolution of cellulose acetate, transforming a classic material into a modern solution…

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Biobased polymers of plant and microbial origin and their applications: A review

This review explores the growing role of biobased polymers as sustainable alternatives to conventional petroleum-derived plastics, with particular attention to materials of plant and microbial…

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Cellulose acetate and supercritical carbon dioxide: Membranes, nanoparticles, microparticles and nanostructured filaments

This article examines how supercritical carbon dioxide technologies can be used to create a wide range of cellulose acetate structures with controlled properties. Focusing on supercritical…

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Minimizing the Environmental Impacts of Plastic Pollution through Ecodesign of Products

This article examines how environmental persistence can be incorporated into the design of plastic products and explores why the time a material remains in the environment should be considered…

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Rapid degradation of cellulose diacetate by marine microbes

This article investigates the environmental degradation of cellulose diacetate (CDA), a widely used form of cellulose acetate, in marine conditions. Using films, fibers, and foam materials exposed to…