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Abstract(s)
Estudo experimental sobre o sistema modular GEOGREEN utilizando compósitos poliméricos com resíduos das minas da Panasqueira
O presente trabalho teve como objetivo principal explorar a possibilidade de criar uma opção ao sistema modular GEOGREEN. O sistema modular GEOGREEN é produzido com uma argamassa de ligante geopolimérico. Neste trabalho desenvolveu-se um estudo experimental do mesmo sistema, como opção, produzido com um compósito polimérico incorporando resíduos das Minas da Panasqueira.
O desenvolvimento da opção foi feita numa perspetiva de sustentabilidade ambiental, nomeadamente, pela incorporação de resíduos de minas e de resíduos de cortiça. É analisada a importância da sustentabilidade económica, e sociocultural na opção proposta, tirando partido da tecnologia moderna no âmbito dos compósitos poliméricos. É também apresentada a metodologia de escolha dos materiais utilizados e os procedimentos de produção realizados, de acordo com a finalidade do compósito polimérico a desenvolver.
Tendo em conta o custo de produção ser o mais reduzido possível, o aspeto visual da peça pretendida, assim como o bom desempenho para a sua finalidade, o desenvolvimento experimental deste estudo teve em conta os seguintes aspectos/fases: otimização da quantidade de resina, escolha da granulometria dos agregados(resíduos), incorporação de cortiça na mistura, obtenção de diferentes acabamentos superficiais, bem como, análise do seu comportamento mecânico e determinação de outras propriedades físicas, como a permeabilidade à água.
Experimental study about the modular GEOGREEN system using polymeric composites with Panasqueira mine waste The present study had the main objective of explore the possibility to create an option to the modular GEOGREEN system. The modular GEOGREEN system is produced with a mortars geopolymeric binder. In this work was developed an experimental study of the same system, as an option, produced with a polymeric composite incorporating Panasqueira Mine wastes. The development of option was made from a perspective of environmental sustainability, namely, by the incorporation of mine waste and cork waste. Is analyzed the importance of economic sustainability, and sociocultural in the proposed option, by taking advantage of modern technology in the context of polymeric composites. It also presented the method of choice of the materials used and production procedures performed, according to the purpose of developing polymeric composite. Taking into consideration the production cost be the more reduced as possible, the visual aspect of the piece desired, as well as good performance for its purpose, the experimental development of this study took account the following aspects/phases: optimizing the amount of resin, choice of aggregates granulometry (residues), incorporation of cork in the mix, obtaining different surface finishes, as well as, analysis of the mechanical behavior and determination of other physical properties, such as the water permeability.
Experimental study about the modular GEOGREEN system using polymeric composites with Panasqueira mine waste The present study had the main objective of explore the possibility to create an option to the modular GEOGREEN system. The modular GEOGREEN system is produced with a mortars geopolymeric binder. In this work was developed an experimental study of the same system, as an option, produced with a polymeric composite incorporating Panasqueira Mine wastes. The development of option was made from a perspective of environmental sustainability, namely, by the incorporation of mine waste and cork waste. Is analyzed the importance of economic sustainability, and sociocultural in the proposed option, by taking advantage of modern technology in the context of polymeric composites. It also presented the method of choice of the materials used and production procedures performed, according to the purpose of developing polymeric composite. Taking into consideration the production cost be the more reduced as possible, the visual aspect of the piece desired, as well as good performance for its purpose, the experimental development of this study took account the following aspects/phases: optimizing the amount of resin, choice of aggregates granulometry (residues), incorporation of cork in the mix, obtaining different surface finishes, as well as, analysis of the mechanical behavior and determination of other physical properties, such as the water permeability.
Description
Keywords
Geogreen - Sistema modular Geogreen - Resíduos de minas Resíduos de minas - Minas da Panasqueira Compósitos poliméricos Eco-materiais - Sustentabilidade ambiental Revestimentospoliméricos - Construção civil