Voivi les quelques communications orales les plus intéressantes de ce PPS2008, de nombreux posters étaient également présentés.
- Plenary lecture
Catia Bastioli
Chief Executive Officer of Novamont (Italy)
“Bioplastics: state of the art, properties and environmental impact“
- Keynote Lectures
Biomimetic polymers through functionalisation and blending
Ciardelli Gianluca (1)*, Gentile Piergiorgio (1), Sartori Susanna (2), Rechichi Alfonsina (1), Vozzi Giovanni (2), Chiono Valeria (1)
(1) Politecnico di Torino – Italy, (2) University of Pisa – Pisa
Processing Polymers from Renewable Resources
Petinakis Steven (1), Yu Long (1)*, Dean Katherine (1)
(1) CSIRO, Materials Science and Engineering – Melbourne, Vic – Australia
Characterization and biodegradability of biodegradable polymer-wood flour composites
Scaffaro Roberto (1), La Mantia Francesco Paolo (1), Lo Re Giada (1), Morreale Marco (1)*
(1) Università di Palermo, Dipartimento di Ingegneria Chimica dei Processi e dei Materiali – Palermo – Italy
Crystallisation of PLA and PLA/Thermoplastic Starch blends under processing conditions
Huneault Michel A. (1)*, Li Hongbo (1)
(1) National Research Council of Canada – Québec – Canada
Structural BioComposites: An Overview on Processing and Applications
Misra Manjusri (1)*
(1) University of Guelph – ONTARIO – CANADA
Renewable Hierarchical Composites: Processing and Properties
Bismarck Alexander (1)*
(1) Imperial College London, Department of Chemical Engineering, Polymer & Composite Engineering Group – London – UK
Biodegradable thermoplastic foams from synthetic and natural resources
Iannace Salvatore (1)*, Salerno Aurelio (2), Oliviero Maria (2), Di Maio Ernesto (2)
(1) IMCB-CNR – Naples – Italy, (2) DIMP-UNINA – Naples – Italy
Effects of Dissolved Carbon Dioxide and Organoclay on the Crystallization of Poly(lactic acid) as Probed by Ultrasonic Measurements
Tatibouët jacques (1)*, Gendron Richard (1), Champagne Michel F. (1)
1) National Research Council Canada – Quebec – Canada
Fabrication of porous 3-D structure from poly(L-lactide)-based nano-composite foam via enzymatic degradation
Okamoto Masami (1)*, Bitou Makoto (2)
(1) Toyota Technological Institute – Nagoya – Japan, (2) Toyota Technological Institute , Tsuchiya.co.LTD – Nagoya – Japan
