Feasibility Analysis of Renewable Energy Sustainability of a Non-Hazardous Waste Plant

Abstract

This article analyzes the different materials of the sector in order to achieve an improvement and awareness towards a more sustainable construction. As the fleas of the article, the behavior of these materials and their responses to the phases o construction have been studied. After carrying out the analysis it has been possible to demonstrate that the controlled evolution of certain materials such as the use of Clinker or cementite, significantly improves the context sustainable construction. On the other hand, by replacing cement with other materials such as fly ash or slag, durability can be improved by 50%, which is a high figure related to the sustainable point of view, thus reducing the impact on the environment.