Roquette and Rhodia Acetow sign joint development agreement for the elaboration of new plant-based polymers

09-Feb-2012 - Germany

Roquette and Rhodia Acetow have signed a Joint Development Agreement (JDA) to develop new plant-based polymers. The JDA will enable both companies to leverage synergies bringing together respective competencies in the field of plant-based polymer chemistry.

Jean Bernard Leleu, Deputy CEO and Research Innovation Development Director of Roquette commented: “Our goal is to continuously search for new solutions in growth markets and to boost our competitiveness with new technologies. This agreement is an excellent opportunity to speed up the development of a new range of starch derivatives, offering a cost competitive and sustainable alternative to fossil based polymers.”

“This JDA will accelerate the launch of new polymers based on renewable raw material, for which the demand is drastically increasing. The plant-based polymer cellulose acetate and cellulose acetate fibre will remain the key products for Rhodia Acetow. This agreement is one first step towards the diversification of our product portfolio,” stated Gérard Collette, President of Rhodia Acetow.

Thanks to Roquette’s expertise in starch derivatives and Rhodia’s industrial technologies, some trials of starch acetate production will be carried out from early 2012 providing several tons which will be available for testing in diverse industrial applications. Potential fields of application include paper, paint and dye sectors and pharmaceuticals.

Other news from the department business & finance

These products might interest you

Spinsolve Benchtop NMR

Spinsolve Benchtop NMR by Magritek

Spinsolve Benchtop NMR

Spinsolve is a revolutionary multinuclear NMR spectrometer that provides the best performance

Eclipse

Eclipse by Wyatt Technology

FFF-MALS system for separation and characterization of macromolecules and nanoparticles

The latest and most innovative FFF system designed for highest usability, robustness and data quality

HYPERION II

HYPERION II by Bruker

FT-IR and IR laser imaging (QCL) microscope for research and development

Analyze macroscopic samples with microscopic resolution (5 µm) in seconds

FT-IR microscopes
Loading...

Most read news

More news from our other portals

So close that even
molecules turn red...