University Slashes Emissions 56% While Growing 30%

Simon Fraser University just proved that growth and going green aren't opposites. The British Columbia school has slashed its carbon footprint by 56% since 2007, all while expanding its campus buildings by 30%.

That's not just impressive. It crushes both the university's own 2025 goal and provincial targets, putting SFU six years ahead of schedule.

The secret? A wood waste power plant that now heats 93% of the Burnaby campus. The Corix biomass facility burns locally sourced wood waste instead of natural gas, delivering low-carbon heat to both university buildings and the surrounding UniverCity neighborhood.

In 2025, crews converted 200 student residences at McTaggart Cowan Hall from natural gas to the cleaner biomass system. The operations team also optimized equipment schedules to generate heat before demand spikes, squeezing even more efficiency from the system.

SFU didn't do this alone. BC Hydro kicked in $4.3 million over the past decade to fund staff positions and building upgrades, from traditional improvements to cutting-edge tech. In 2024, the partners tackled the historic Diamond Alumni Centre, adding modern cooling while preserving its character for lower-carbon campus events.

FortisBC and BC Hydro also fund key roles at the university, including an energy manager, specialist positions, and student co-op placements. Students from SFU's own Sustainable Energy Engineering program work alongside facilities staff, turning classroom learning into real-world climate solutions on their own campus.

President Joy Johnson credited years of collaboration across the university community. "I am so proud of our community and looking forward to the important work ahead," she said after the milestone was announced.

The Ripple Effect

This isn't the finish line for SFU. The university is mapping its route to 85% emissions cuts by 2030, net zero direct emissions by 2035, and complete net zero by 2050. The strategy focuses on slashing energy demand, eliminating natural gas use, and purchasing renewable energy for leased spaces.

The newly launched Sustainability, Climate and Resiliency Strategy 2025-2030 will guide the next phase. Meanwhile, SFU researchers are working on community-centered climate innovation, helping towns and cities across Canada unlock their own potential to fight climate change.

When a major university shows you can expand and decarbonize at the same time, it creates a blueprint others can follow.