IMPROVING CONSTRUCTION ENVIRONMENTAL METRICS THROUGH INTEGRATION OF DISCRETE EVENT SIMULATION AND LIFE CYCLE ANALYSIS

ISARC

*H. Golzarpoor1 and V. González1 and M. Poshdar1

1The University of Auckland

20 Symonds Street, Auckland 1010, New Zealand

*Corresponding author: hgol431@aucklanduni.ac.nz

Life Cycle Analysis (LCA) is a methodology for evaluating the environmental impacts associated with a product during its life cycle. LCA is identified as the most reliable method for verifying environmental impacts; however, current LCA-based approaches have certain limitations for environmental analysis of construction products. Integration of the LCA methodology with Discrete Event Simulation (DES) provides a sound framework for modeling and analysing the environmental impacts of construction products. LCA and DES is one possible combination for analysing the cause and effect of various scenarios where time, resources, and randomness of input variables affect the outcome and, therefore, has the potential to address the shortcomings of LCA in construction. Recent studies in disciplines other than construction such as manufacturing systems have revealed positive effects on evaluation of environmental metrics while integrating LCA with DES; however, this integration has not yet been applied for environmental analysis of construction products. By implementing LCA data in a DES model, this research proposes an environmental model of earthmoving operations in a case study. Environmental variables are simultaneously assessed with production variables in the same simulation model and the integration of DES and LCA is discussed.
Keywords: Model; Models; Construction; Production; Simulations; Simulation; Operation; Systems; Emissions;
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