The main objective ofthis contribution isthestudy ofmortarswiththeincorporation of polymer-based phase change materials (PCM) for the improvement of energy efficiencyinbuildings.Themortarsareintendedforanindoorthermalcomfortinthe typical climatic conditions of the Southern European countries. Production waste, such as stone powder from quarry, willalso be incorporated in themortars.The finer powder is proposed as mortar aggregate and, at the same time, as support for the PCM. Firstly, different procedures aimed at effectively introducing the selected polymeric material (PEG) into the Lecce Stone have been performed. The chemical and thermal characterization of these compounds has been carried out. The LS/PEG composites have been, then, added to a mortar. Experiments are in progress in order to characterize from chemical, physical, and thermal point of view the mortars with and without PCM, following the recommendations of the international standards in this field. In addition, the studied materials will be used to build laboratory-scale prototypes that will be tested in real environmental conditions.

Mortars with phase change materials (PCM) and stone waste to improve energy efficiency in buildings

M Lettieri;
2018

Abstract

The main objective ofthis contribution isthestudy ofmortarswiththeincorporation of polymer-based phase change materials (PCM) for the improvement of energy efficiencyinbuildings.Themortarsareintendedforanindoorthermalcomfortinthe typical climatic conditions of the Southern European countries. Production waste, such as stone powder from quarry, willalso be incorporated in themortars.The finer powder is proposed as mortar aggregate and, at the same time, as support for the PCM. Firstly, different procedures aimed at effectively introducing the selected polymeric material (PEG) into the Lecce Stone have been performed. The chemical and thermal characterization of these compounds has been carried out. The LS/PEG composites have been, then, added to a mortar. Experiments are in progress in order to characterize from chemical, physical, and thermal point of view the mortars with and without PCM, following the recommendations of the international standards in this field. In addition, the studied materials will be used to build laboratory-scale prototypes that will be tested in real environmental conditions.
2018
Istituto per i Beni Archeologici e Monumentali - IBAM - Sede Catania
978-3-319-78175-4
Phase change materials
Energy efficiency
Mortars
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/388992
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