An illumination system designed by UBC physicists that saves energy by directing daylight into the core of office buildings has received $2 million in funding from the Government of British Columbia's Innovative Clean Energy Fund.
Academic Year:
Author(s): Kruti Patel
Faculty: Chemical and Biological Engineering: Naoko Ellis
Staff: Building Operations: Lee Ferrari
Course: CHBE 599
Themes:
Report: ubc_2007-0548_cover.pdf
Academic Year:
Author(s): Jocelyn Chan, Rachel Chee, Kit Lan (Garrie) Chiu, Jessica Leung, James Yang
Faculty: Land and Food Systems: Andrew Riseman, Will Valley
Staff: Campus Sustainability: Lillian Zaremba
Course: LFS 450
Themes:
Report: BaselineInventory_UBCFoodSystem_GHGEmissions_FoodProductsAndActionPlan_group4_Meat_FINAL.pdf

Work has begun on a new $85-million clean energy system that will dramatically reduce UBC’s greenhouse gas emissions and energy consumption. When it’s completed in 2017, the new hot-water system will heat 130 buildings on campus — and replace the aging steam system, parts of which are nearly a century old.

Work has begun on a new $85-million clean energy system that will dramatically reduce UBC’s greenhouse gas emissions and energy consumption. When it’s completed in 2017, the new hot-water system will heat 130 buildings on campus — and replace the aging steam system, parts of which are nearly a century old.
“So this is our sexy project!” jokes Jeff Giffin, pointing to a shallow trench just west of Main Mall. Two workers in hardhats grin at him and continue manhandling a pair of pre-insulated pipes they are installing in the muddy ground.

The official groundbreaking ceremony included (from left) Pierre Ouillet, UBC Vice President Finance, Resources and Operations; Honourable Lynne Yelich, Minister of State for Western Economic Diversification; UBC President Stephen Toope; Honourable John Yap, Minister of State for Climate Action; and Professor David Wilkinson, Clean Energy Research Centre Director. Photo credit: Martin Dee
A first-of-its-kind clean energy project that will generate enough clean electricity to power 1,500 homes and reduce the University of British Columbia’s natural gas consumption by up to 12 per cent, received $11.2 million in new federal and provincial government funding at an official groundbreaking ceremony today.

The official groundbreaking ceremony included (from left) Pierre Ouillet, UBC Vice President Finance, Resources and Operations; Honourable Lynne Yelich, Minister of State for Western Economic Diversification; UBC President Stephen Toope; Honourable John Yap, Minister of State for Climate Action; and Professor David Wilkinson, Clean Energy Research Centre Director. Photo credit: Martin Dee
A first-of-its-kind clean energy project that will generate enough clean electricity to power 1,500 homes and reduce the University of British Columbia’s natural gas consumption by up to 12 per cent, received $11.2 million in new federal and provincial government funding at an official groundbreaking ceremony today.

Once a source of environmental concern, mine tailings could now contribute to the fight against climate change. Greg Dipple and team are discovering how mines can potentially ofset their own emissions.
The unsightly mounds of rock waste surrounding most metal ore mines have long been a source of environmental concern. However, a team of UBC researchers is investigating the potential of these “mine tailings” to absorb carbon dioxide from the atmosphere, enabling individual mines to contribute to the fight against climate change.
An illumination system designed by UBC physicists that saves energy by directing daylight into the core of office buildings has received $2 million in funding from the Government of British Columbia's Innovative Clean Energy Fund.
Stats graduate student Camila P. Estevam de Souza is helping Vancouver-based Small Energy improve its building energy management software—in use at UBC's Koerner Library.

A UBC environmental economist says contrary to what most people think, international trade is actually good for the planet.
“According to our data, a one per cent increase in international trade intensity leads the typical province in Canada to reduce its toxic releases by about 1.8 per cent,” says Assoc. Prof. Carol McAusland, Canada Research Chair in Trade and Environment.
