The main goal of this project is to find alternatives to mitigate the environmental impact of the infrastructure. This project is the beginning of the work of the group Sustainable Engineering in what refers to sustainable infrastructure. Future studies would include the study of the environmental behavior of other construction materials, compilation of inputs and outputs from the stages of use and end of life.
Incorporation of sustainability criteria in Engineering and Technological Innovation, with particular emphasis on the sustainability of energy systems, infrastructure, materials and food.
Quantification of the environmental performance of cement production in Ecuador.
Financed by: Escuela Superior Politécnica del Litoral (ESPOL)
Status: Active (75%)
Dr. Ángel Diego Ramírez Mosquera (Director - FIMCP)
Dr. Carlos Raúl Rodríguez Díaz (FICT)
M.Sc. Andrea Boero (FIMCP)
M.Sc. Jorge Washington Duque Rivera (FIMCP)
Dr. Mauricio Heriberto Cornejo Martinez (CIDNA)
Analysis of the environmental performance of cement in Ecuador: Innovation in Sustainable Engineering.
Definición de objetivo y alcance para el análisis de ciclo de vida ambiental del cemento en el Ecuador, presentado en la XIII LACCEI Annual Internationl Conference, Santo Domingo, República Dominicana.
Life cycle assessment of residential buildings – a review of methodologies, WIT Transactions on Ecology and Environment, WIT Press.
Environmental Impacts, Life Cycle Assessment and Potential Improvement Measures for Cement Production: A Literature Review, Journal of Cleaner Production. Volume 113, 1 February 2016, Pages 114-122. Revista Q1.