Organic waste bio-based materials for 3D extrusion : eggshells, shells sand and coffee grains with sodium alginate
Type
article
Publisher
Identifier
DELGADO, Carolina Vasco Costa; BREUER, Rebeca Louise; FORMAN, Gabriela Santos (2022) - Organic waste bio-based materials for 3D extrusion : eggshells, shells sand and coffee grains with sodium alginate. Convergências : Revista de Investigação e Ensino das Artes. ISSN 1646 - 9054. Vol. XV, nº 29, p. 77-87
1646-9054
Title
Organic waste bio-based materials for 3D extrusion : eggshells, shells sand and coffee grains with sodium alginate
Materiais de base biológica com resíduos orgânicos para extrusão 3D : cascas de ovos, areia de conchas e grãos de café com alginato de sódio
Materiais de base biológica com resíduos orgânicos para extrusão 3D : cascas de ovos, areia de conchas e grãos de café com alginato de sódio
Subject
Bio-based materials
Alginate bio-composites
Open-source
3D handheld printing
FabLab
Materiais de base biológica,
Biocompósitos de alginato
Impressora 3D de mão
Alginate bio-composites
Open-source
3D handheld printing
FabLab
Materiais de base biológica,
Biocompósitos de alginato
Impressora 3D de mão
Date
2022-07-14T15:41:02Z
2022-07-14T15:41:02Z
2022
2022-07-14T15:41:02Z
2022
Description
Este estudo explora a fabricação de bioplásticos à base de polímero de alginato com adição de glicerina como plastificante, criando flexibilidade. Resíduos orgânicos foram usados como enchimento e reduzir o encolhimento. Foram utilizados métodos Qualitativos e Quantitativos para Design através da prática, tais como: Exploração, Observação e Experimentação, e Revisão de Literatura, entre outros. O material de pesquisa foi documentado por meio de uma plataforma FabLab de código aberto e compartilhado com uma comunidade de pesquisadores e futuros designers que desejam projetar materiais inovadores e ecológicos capazes de substituir os plásticos sintéticos. Resultaram desta experiência quinze materiais de base biológica, aplicáveis a diversas funções. Os resultados mostram que diferentes enchimentos adicionadas ao alginato de sódio e glicerina apresentam amplas oportunidades para biocerâmicas, biocompósitos e bioplásticos sustentáveis.
Abstract : This study explores bioplastics fabrication based on alginate polymer with added glycerine as a plasticizer, creating flexibility, and organic waste was used as a filler avoiding shrinkage.Exploratory, observational and experimental, Literature Review, amongst other methods, were used within a Qualitative and Quantita-tive Methodology by Design through practice. The research material was documented through an open-source FabLab platform and shared with a community of researchers and future designers who want to design innovative and environmentally friendly materials to replace synthetic plastics. Fifteen different bio-based materials resulted from this experiment, ap-plicable for varied applications. Results show that different fillers added to sodium alginate and glycerine present ample opportunities for sustainable bio-ceramics, bio-composites and bio-plastics.
info:eu-repo/semantics/publishedVersion
Abstract : This study explores bioplastics fabrication based on alginate polymer with added glycerine as a plasticizer, creating flexibility, and organic waste was used as a filler avoiding shrinkage.Exploratory, observational and experimental, Literature Review, amongst other methods, were used within a Qualitative and Quantita-tive Methodology by Design through practice. The research material was documented through an open-source FabLab platform and shared with a community of researchers and future designers who want to design innovative and environmentally friendly materials to replace synthetic plastics. Fifteen different bio-based materials resulted from this experiment, ap-plicable for varied applications. Results show that different fillers added to sodium alginate and glycerine present ample opportunities for sustainable bio-ceramics, bio-composites and bio-plastics.
info:eu-repo/semantics/publishedVersion
Access restrictions
openAccess
http://creativecommons.org/licenses/by/4.0/
http://creativecommons.org/licenses/by/4.0/
Language
eng
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