Buildings and Grounds
Operating more than 40 buildings in downtown Toronto, Ryerson’s buildings represent a huge opportunity to adopt practices that contribute to a sustainable, healthy place for teaching, learning and research.
Buildings make a significant contribution to our carbon and environmental footprint. Recognizing the need to minimize negative impacts, all capital projects at Ryerson are subjected to ongoing analysis from the standpoint of sustainability and making efficient use of our existing space to optimize scarce and valuable urban land.
We seek to incorporate natural spaces and features into our unique urban campus grounds and develop green spaces that support sustainable food production and practical learning opportunities for students. We also work to ensure that sustainability is integrated into maintenance practices on campus, from cleaning our buildings to salting our sidewalks.
Ryerson University leverages advanced systems and technologies to more efficiently light, heat, cool and operate our spaces. We are committed to achieving a minimum of Leadership in Energy and Environmental Design (LEED), external link Silver certification for all new construction and major building renovations.
Ryerson has been awarded with and targets LEED certifications for renovations and builds, including:
- LEED Gold Award for Student Learning Centre (2016)
- LEED Gold Award for renovations to the South Bond Building (2009)
- Targeting LEED Gold for the Daphne Cockwell Health Sciences Complex (2021)
- Targeting LEED Silver for the Centre for Urban Innovation (2021)
Campus Core Revitalization
The Campus Core Revitalization (CCR) streetscape project updated the streetscape along Nelson Mandela Walk to provide increased natural vegetation and a modern, more accessible space. The project also included a green strategy that aligns with our commitment to sustainability. The trees and plants that were struggling to survive in our campus’ urban environment were removed and replaced with native species such as Elm and Red Oak. The new, underground soil cells supporting the new trees were designed as an integrated stormwater management system that contributes to the natural filtration, storage and absorption of stormwater runoff.
The trees that were removed were ground to mulch and returned to Ryerson’s campus for use in our landscaping. Arborists also cut logs from some of the mature trees that were removed and returned them to be used as natural enrichment features in the Early Learning Centre playgrounds. The topsoil was also removed and sent to a facility to clean out the debris that tends to accumulate in urban gardens. The restored topsoil recovered from the CCR project will be reused in landscaping instead of being discarded as backfill.
Grounds Electric Fleet Vehicles and Equipment
The university Grounds team owns and operates two 100% electric utility trucks. The switch from diesel vehicles to electric was made in an effort to reduce their impact on the environment. The Grounds team also made the decision to replace much of their gasoline powered ground maintenance equipment with battery powered equipment. They are continuing to explore alternate equipment options to improve the sustainability of their operations.
Road Salt Reduction
Ryerson Urban Water (RUW) and FMD have partnered with WWF-Canada on a project to reduce the university’s use of road salt in the winter. Reducing the amount of road salt applied to our urban surfaces is key to mitigating the impacts on water quality and aquatic ecosystem health.
What began as a pilot project during the 2018/2019 winter term, is now standard practice for the Groundskeeping team. They create a liquid brine solution (a mixture of salt and water) and apply the spray solution to de-ice campus walkways and stairways in anticipation of snowfalls and freezing rain. Treating the Ryerson campus as a living lab, Dr. Oswald from RUW and her team are analyzing the data collected by FMD staff to study the on-going safety, cost effectiveness and environmental impact of the liquid de-icer. Using this method, Ryerson’s annual road salt use is reduced by one third (more than 6 tonnes) on campus and costs are reduced by approximately 30%.
We are very proud of the cross-departmental team that took part in the sustainability initiative and successfully achieved a measurable, positive outcome that is cost-effective and will be scaled up to positively impact communities beyond our campus.
To learn more about the impact of salt in urbanized watersheds and this initiative, visit the Ryerson Urban Water website.
Additional Ryerson Initiatives
- City Building Ryerson
- Centre for Urban Research and Land Development (CUR)
- Ryerson Institute for Infrastructure Innovation (RIII)
- Smart Campus Integration and Testing Lab
- Smart Building Analytics Living Lab
- Ryerson Urban Water