Waste derived from the wind turbine manufacturing process in cementitious mortars: Experimental analysis of the mechanical, physical, and chemical properties of the mixtures

The growing focus on environmental sustainability and the circular economy has encouraged the search for innovative solutions for the reuse of industrial waste. In this context, the present thesis analyzes the possibility of using waste powder derived from wind turbine production as a partial component in cement mortars. Following a thorough physico-chemical characterization of the materials, several experimental mixtures with varying proportions were developed in order to evaluate their influence on the mechanical, physical, and chemical properties of the mortars. The results of laboratory tests showed that, for specific dosages, the integration of waste materials improves the mechanical performance of the mortar while keeping its physical and chemical characteristics virtually unchanged. The research demonstrates the technical feasibility of incorporating this type of waste into the production of cement mortars, offering a concrete strategy for the recovery of industrial waste within a framework of environmental sustainability.