MULTI-CRITERIA ANALYSIS IN SUSTAINABLE ENGINEERING DECISION MAKING
a solid waste analysis applied in a private construction company
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The problem of cities in relation to solid waste has been recognised as a significant issue, especially in relation to civil construction. The environmental impacts caused by them are vast: air, water and soil contamination, disease dispersion, etc. This work aims to investigate possible ways to minimize and/or avoid negative environmental impacts through the multi-criteria decision-making methodology known as the Analytic Hierarchy Process (AHP). It is a management tool developed in 1970 by Professor Thomas Saaty, based on mathematics and psychology, which helps to determine a correct decisio...
The problem of cities in relation to solid waste has been recognised as a significant issue, especially in relation to civil construction. The environmental impacts caused by them are vast: air, water and soil contamination, disease dispersion, etc. This work aims to investigate possible ways to minimize and/or avoid negative environmental impacts through the multi-criteria decision-making methodology known as the Analytic Hierarchy Process (AHP). It is a management tool developed in 1970 by Professor Thomas Saaty, based on mathematics and psychology, which helps to determine a correct decision. In this document, it will focus on the technical analysis of a construction waste management model (RCCs), applied to a company in the construction industry in the city of Teresina, Piauí, including some aspects relevant to the case study. The modeling results showed a favorable consistency index for the alternatives presented within the scenario of the company that was studied.
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