Canada Takes the Lead in Life-Cycle Research

By ReNew Canada 08:06AM November 04, 2009



Read Later

The University of Calgary’s Faculty of Environmental Design is starting research in the emerging field of life cycle assessment (LCA)—a concept discussed often in our magazine.

Dr. Getachew Assefa, who worked for years as a senior researcher at the Royal Institute of Technology in Stockholm, Sweden, has joined the U of C under the newly established Athena Chair in Life Cycle Assessment.

LCA evaluates and compares the full range of environmental impacts of products and services, in order to identify the least life cycle burdensome.

“We need to know the whole story about the buildings we produce—from the initial design phase and the type of materials used in construction, all the way through to the energy providers and waste management systems,” says Assefa. “There is a growing interest in this field both in the industry and consumers. And along with developing methods, tools and databases, we need to help communicate the information out to the end-users in an understandable format.”

An HOK Chicago intern’s winning submission to the 2008 Life Cycle Building Design Competition
An HOK Chicago intern’s winning submission to the 2008 Life Cycle Building Design Competition

Supported by FPInnovations—Forintek Division, Alberta Advanced Education and Technology and the Alberta Forestry Research Institute, the Athena Chair in Life Cycle Assessment is offered in collaboration with the Ontario-based Athena Institute and will focus on LCA application to new and existing buildings.

“This chair is particularly unique as it is held in the Faculty of Environmental Design rather than as a stand-alone chair,” says Assefa. “Being able to work closely with EVDS designers and researchers as well as the building and energy sectors and the Athena Institute will make this research even more relevant.”

Part of Assefa’s work will be integrating his LCA research into existing systems and proving that more environmentally friendly structures can also have economic advantages. “If you make a higher initial investment in a more energy-efficient building with smaller environmental footprint, you will more than recoup those costs over its full life cycle, which could be 50 years or more.”

EVDS Interim Dean Loraine Fowlow says the Athena Chair position will bring together a wide range of fields, scales, technologies, approaches, and sectors. “This means that Dr. Assefa will be in an excellent position to use his research to bridge across disciplines and areas of inquiry, both within EVDS, as well as externally into the larger academic and business communities.”

Suggested News Articles

News, OntarioFeb. 15, 2018
Read Later

Battery energy storage facility coming to Eglinton LRT

Ontario is partnering with Toronto Hydro to build an innovative energy storage system that will provide back-up power to the Eglinton Crosstown light rail transit (LRT) line, which will increase…
National, News, QuebecFeb. 07, 2018
Read Later

Partnerships for clean energy

Developing clean energy assets for Indigenous communities across Canada is integral to meeting our national needs for the reduction of greenhouse gas emissions and the creation of a resilient energy…
International, News, QuebecJan. 26, 2018
Read Later

Hydro-Québec wins Massachusetts power contract

Hydro-Québec has been selected as the successful applicant to provide 9.45 terawatts of clean energy to utilities in Massachusetts, which will help the state enhance reliability and contribute to its…


8 years ago
There will be more coverage of this research in our upcoming (January/February 2010) issue, for those who are interested.
Lamya Baraam
8 years ago
I am interested to know more about this research, as well as to provide input as it is part of my current job in capital life-cycle costing.