Athena SMI
Recent Projects

Recent Projects

The following provides information about several projects currently underway or recently completed.


Enhanced Recovery of Roofing Materials

This study, conducted for the Canadian Construction Innovation Council, looked at the recovery of end-of-life roofing materials. The briefing paper downloadable here is intended as an introductory status update on the quantity of roofing scrap available in Canada, potential end-uses for this scrap, and the various economic and environmental drivers that may influence future recycling and reuse. The paper concentrates on asphalt based roofing products, which make up 90 percent of the residential market and as much as 80 percent of the low slope (ICI) roofing market in Canada.
(View or download Open in current window Open in new window )

Plastic Products LCA

The Athena Institute commissioned this study of petroleum- and bio-based plastics which was carried out by Franklin Associates. The report provides comparative life cycle inventory (LCI) results for the production of various kinds of plastic consumer products made from petroleum- and bio-based resins. The Athena Institute was pleased to have the opportunity to commission the work because we have long been concerned about the general tendency to identify environmentally preferable products or processes solely on the basis of specific attributes. While there is often an intuitively appealing basis for claims about recycled content, renewability, or the relative merits of bio-based products, the claims do not always stand up to objective analysis. Life cycle assessment is the method by which we can more fully assess the environmental effects associated with products and processes, and better understand the trade-offs that may be implicit in purchasing or production decisions.
(View or download the Summary Paper Open in current window Open in new window )
(View or download the Technical Paper Open in current window Open in new window )

Upper Canada College Carbon Neutral Synthetic Field Turf System

In June, 2006 Upper Canada College (UCC) in Toronto took the initiative to offset the greenhouse gas (GHG) emissions related to the life cycle of the artificial turf field installed on their campus. The Athena Institute provided UCC with an estimate of the GHGs emitted during the life cycle of the synthetic turf system as opposed to a natural grass surface. A life cycle approach (from raw material acquisition through manufacturing, transportation, use and maintenance, and end-of-life disposal) was followed to determine the boundaries and elements attributable to each of the synthetic and baseline natural turf systems. Comparison between baseline and project systems is made on the basis of the same reference unit, a 9,000 m2 field over a 10-year period. Total GHG emissions factor of the baseline and project are estimated respectively at (-16.9) and (55.6) tonnes CO2e. GHG emissions offset is estimated to be (-72.6) tonnes CO2e. The tree planting offset requirements to achieve a 10-year carbon neutral synthetic turf installation is estimated to be 1,861 trees. The sensitivity analysis of the most significant issues identified is determined as per ISO/FDIS 14044: 2006. At the end, the overall uncertainty was estimated and reported for each element and the final result.
(View or download Open in current window Open in new window )

Service Life Exploratory Study

The Institute has released the final report of the exploratory phase of a study of durability and service life issues related to green building. The work has been undertaken by the Athena Institute in collaboration with Morrison Hershfield Limited Open in new window , with sponsorship from nine North American organizations. The overall objective of the project is to determine how service life criteria can be appropriately included in green building rating systems such as LEED and Green Globes. The intent is to examine the issues and provide a basis for the development or refinement of credits by those responsible for the different rating systems.
(View or download Open in current window Open in new window )

EcoSmart Concrete Project

The EcoSmart Concrete Project studied a 22-storey condominium development in downtown Vancouver to determine the feasibility of including more semi-cementatious materials in concrete. The study compared four different structural systems in terms of cost, greenhouse gas emissions and embodied energy.
(Confidential Client Report)

Minnesota Demolition Survey

The Minnesota Demolition Survey studied approximately 230 commercial and residential buildings that were demolished in St. Paul between the years 2000 and 2003. The study looked at reasons for demolition of the buildings relative to their age and structural systems.
( View or download report of the project’s findings  Open in current window Open in new window )

Regent Park Project

Regent Park is a 70-acre site in downtown Toronto, built about 50 years ago as a ‘garden community’ providing low income housing. The area is now slated to be torn down and redeveloped. The Institute was retained to provide sustainability/economic advice and guidance, especially in relation to life cycle costing and the pros and cons of green roofs.
(Confidential Client Report)

Education and Outreach

  • Current international work includes acting as Secretariat for the LCI portion of the SETAC/UNEP Life Cycle Initiative.
  • The Institute continues to be involved in the Green Building Challenge process, by serving as Secretariat for the Canadian Green Building Challenge team.
  • Wayne Trusty and Scot Horst, who heads up our US operations (Athena Institute International), together sit on five different committees on LEED, the US Green Building Council’s rating system for buildings. An important part of this work is trying to determine a method for integrating life cycle assessment into LEED.
  • Wayne Trusty was previously Vice Chair of the Executive Committee of the board of the Canada Green Building Council (CAGBC).
  • Wayne Trusty is on the Board of Directors of the Green Building Initiative (GBI), a not-for-profit organization in the US created to promote green building approaches for builders, architects and others who want practical and affordable options for creating environmentally friendlier structures. He also chairs the GBI/ANSI committee, which is working to establish the Green Globes environmental assessment and rating system as an American National Standard
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page updated  9 June, 2008