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An Economic Input-Output based Life Cycle-based Assessment tool developed for the Canadian economy is presented, which estimates selected environmental implications (e.g. energy use, greenhouse gas emissions) throughout the entire economy associated with given demand for a product/material. An example application illustrates a comparison between concrete and steel use for columns in office buildings. Steel columns are found to be more energy intensive, but both column types result in similar levels of greenhouse gas emissions. The model’s advantages and limitations as a tool to assist designers in evaluating the environmental implications of their designs are discussed.

MOVING TOWARD SUSTAINABLE DESIGN THROUGH THE UTILIZATION OF ECONOMIC INPUT-OUTPUT-BASED LIFE CYCLE ASSESSMENT METHODS