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Wastes as Aggregates, Binders or Additions in Mortars: Selecting Their Role Based on Characterization

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Author
Brazao Farinha, Catarina
Brito, Jorge de
Veiga, Rosário
Fernández Rodríguez, José María
Jiménez Romero, José Ramón
Romero Esquinas, Álvaro
Publisher
MDPI
Date
2018
Subject
Cement mortar
Industrial waste
Re-use
Recycle
Materials characterization
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Abstract
The production of waste has increased over the years and, lacking a recycle or recovery solution, it is forwarded to landfill. The incorporation of wastes in cement-based materials is a solution to reduce waste deposition. In this regard, some researchers have been studying the incorporation of wastes with different functions: aggregate, binder and addition. The incorporation of wastes should take advantage of their characteristics. It requires a judicious analysis of their particles. This research involves the analysis of seven industrial wastes: biomass ashes, glass fibre, reinforced polymer dust, sanitary ware, fluid catalytic cracking, acrylic fibre, textile fibre and glass fibre. The main characteristics and advantages of each waste are enunciated and the best type of introduction in mortars is discussed. The characterization of the wastes as particles is necessary to identify the most suitable incorporation in mortars. In this research, some wastes are studied with a view to their re-use or recycling in mortars. Thus, this research focuses on the chemical, physical and mechanical characterization of industrial wastes and identification of the potentially most advantageous type of incorporation.
URI
http://hdl.handle.net/10396/17424
Fuente
Materials 11, 453 (2018)
Versión del Editor
http://dx.doi.org/10.3390/ma11030453
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