Projects

Ryerson Academic & Residence Building - Daphne Cockwell Health Sciences Complex

Completion: August 23, 2019

Location: Toronto

Total Construction Value: $56,000,000

Size: 166,000 sq.ft.

Ryerson University built a new mixed-used academic and residence building known as “Daphne Cockwell Health Sciences Complex”. This multifunctional hub was designed by architects Perkins & Will and is 27 storeys. The building includes underground parking garage of 4 floors. The academic and administrative podium levels 1 to 9 house Ryerson’s Daphne Cockwell School of Nursing; Midwifery Education; the School of Nutrition, the School of Occupational and Public Health; the Communications, Government & Community Engagement department; University Advancement; Food Services and a Fabrication Zone. The residential tower is 18 floors from level 10 to 27 and accommodates 332 students in 100 residential units. The project achieved LEED GOLD certification with a mechanical design that utilizes the energy efficiently and reduces the energy consumption. The project consists of 3 main mechanical rooms; heating mechanical room on lower level 3; mechanical room on level 9 and mechanical room on level 28. This was a Toronto Green Standard Tier 1 project. The heating source is provided through Enwave, while the cooling is provided locally through a chilled water system in the Academic floors. The heating and cooling in the Residence tower are provided through the same piping system through a chiller and heating boilers in the Penthouse mechanical room. The cooling in the academic building is distributed through the active chilled beams to reduce the energy consumption.

Mechanical Systems

Kelson supplied and installed the following systems:  New chilled water system with chillers, cooling towers, Air handling units, heat exchangers, pumps and Fan coil units, New heating systems ENWAVE, New Domestic Water, Drainage and storm systems with Cistern system, New Fuel Oil System, New Compressed Air System, and New Air Distribution System with Fan Coil Units, Exhaust Fans and Smoke Fans. Process Piping: The grey water is utilized by collecting the storm water and the drain from shower and lavatories in the residence, re-filter it, and re-utilize it in the irrigation, water for washrooms in the academic building and residence tower. Parking: Underground parking garage, P1 to P4, with general ventilation with CO2 sensors and stair pressurization system. The parking garage includes main district heating room from Enwave with heating water that feed the academic building and the residential tower. The parking garage also uses a cistern to re-use the storm water as a grey water and main domestic water booster pumps.  P4 includes Fuel Oil tank and pumps to feed the emergency generator in the building.