Oihana Gordobil, Itziar Egüés, Rodrigo Llano-Ponte, Jalel Labidi EXTRUDED PLA/LIGNIN BASED COMPOSITES: EFFECT OF LIGNIN ON PLA THERMAL PROPERTIES Biorefinery.

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Presentation transcript:

Oihana Gordobil, Itziar Egüés, Rodrigo Llano-Ponte, Jalel Labidi EXTRUDED PLA/LIGNIN BASED COMPOSITES: EFFECT OF LIGNIN ON PLA THERMAL PROPERTIES Biorefinery Processes Group Department of Chemical and Environmental Engineering. University of the Basque Country, Pza. Europa 1, San Sebastian, Spain Trabzon, 8 th October 2013

Objectives Methodology Increase the thermal stability of the PLA by the addition of different lignins Extract lignin from natural resources such as almond shells Acetylation of lignins to improve affinity with PLA Characterization of unmodified and acetylated lignins Elaboration composites and evaluate the effect of lignin addition in thermal properties of PLA

Results CLACLOLAOL Klason Lignin % Total Sugars % Xylose Arabinose Glucose Acetic acid % Lignin purity analysisInfrared spectroscopy FTIR of commercial lignin (CL), acetylated commercial lignin (ACL), organosolv lignin (OL) and acetylated organosolv lignin (AOL). Thermal properties DSC of (a) CL and ACL and (b) OL and AOL TG curves of (a) CL and ACL, (b) OL and AOL All the used lignins for the composites elaboration, showed high purity (>80%) with low quantities of sugars ( %). In both cases, acetylated lignins reflected an increased purity and a reduction of sugar content. FTIR spectrum of CL and OL after acetylation treatment showed a new peak at 1735 cm -1, corresponding to a carbonyl vibration of the ester group formed in the reaction. This indicates that the acetylation process was successful. Acetylated lignins showed lower glass transition temperature and higher thermal stability than unmodified lignins.

Results TG and DGT curves of PLA and composites 5% DSC thermogram of PLA, composites with unmodified lignins and acetylated lignins (2º heating) The addition of lignin showed: - Thermal stability of the PLA increses. - No significant change in T g of PLA. - Crystallization temperature increase. - Melting temperature increase. The introduction of lignin (amorphous in nature) affected the interactions among the PLA chains. This cause that the PLA chains had less mobility and crystallize with greater difficulty and higher temperatures. Thermal properties of composites

Thanks for your attention Acknowledgements