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Title: From oxypropylated olive stone towards novel polymeric materials
Author: Matos, M.C.
Barreiro, M.F.
Gandini, A.
Keywords: Oxypropylation
Olive stone
Issue Date: 2011
Publisher: BIOPOL
Citation: Matos, M.C.; Barreiro, M.F.; Gandini, A. (2011) - From oxypropylated olive stone towards novel polymeric materials. In 3rd International Conference on Biodegradable and Biobased Polymers - BIOPOL 2011. Strasbourg, France
Series/Report no.: ;PO-064
Abstract: The oxypropylation of OH-bearing substrates constitutes an original approach to the rational exploitation of the biomass. Total oxypropylation of a variety of natural polymers, including chitosan and chitin residues, different types of lignins, cork and more complex structures like sugar beet pulp, converts these solids, often otherwise intractable biomass residues, into liquid polyols thanks to the introduction of oligo(propylene oxide) grafts. The transformation of these polyols into rigid polyurethane (RPU) foams has been to date the main studied application. Following our previous work dealing with the optimization of the OS oxypropylation process, the purpose of this work is to explore the possibility of chemically modify the generated polyols through reactions with isocyanates and acid chlorides (or carboxylic acid esters) to produce polyurethanes and polyesters, respectively. Two different approaches have been used, namely (1) the use of monofunctional reagents in order to modulate the final polyol properties, namely lowering the hydroxyl functionality and (2) the use of difunctional reagents to produce more elaborate macromolecular materials, including networks.
Peer review: yes
Appears in Collections:DTQB - Resumos em Proceedings Não Indexados ao ISI/Scopus

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