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  • ASHRAE Toronto - Peel Memorial Hospital - Facility Tour Registration - February 6th, 2017

ASHRAE Toronto - Peel Memorial Hospital - Facility Tour Registration - February 6th, 2017

  • 06 Feb 2017
  • 4:00 PM - 5:00 PM
  • Peel Memorial Hospital, 20 Lynch Street, Brampton, ON L6W 2Z8
  • 0


Registration is closed


Peel Memorial Hospital
William Osler Health System
Facility Tour

Tour 1 - 3:00-4:00 PM
(Open to Everyone)

Tour 2 - 4:00-5:00PM
(Exclusive time slot for
Chapter Members only!)

Date: Monday, February 6th, 2017



Peel Memorial Hospital

20 Lynch Street, Brampton, ON L6W 2Z8

Click here for directions!           

3:00PM - 4:00PM & 4:00PM-5:00PM

Peel Memorial Hospital

William Osler Health System



Gross Floor Area: 570,480 sq ft

Completion Year: 2016

Awards: 2021 CCPPP - National Awards for Innovation and Excellence in Public-Private Partnerships - Silver Project Finance Award


This project, targeting LEED Silver, consists of a hospital to support medical outpatient clinics, clinical and administrative support, education and research space, and outpatient mental health programs. The hospital provides urgent care, a new dialysis unit, chronic disease prevention, seniors and comprehensive care for women, children, and teens. 


The project features a geothermal field, along with heat recovery chillers, condensing boilers and very low pressure drop air handling systems (using oversized air handlers and oversized ductwork). The chiller plant consist of magnetic bearing chillers and geo-thermal heat pump chillers, the latter of which can be used to generate heating water for the building, or to store heat in the ground through the geo-thermal loop to be used at an appropriate time as determined by the building automation system. The heating plant consists of condensing hydronic boilers and heat from the geo-thermal heat pump chillers to feed low water temperature heating loops.

A dedicated outdoor air system (DOAS) serves the administrative spaces (non-CSA spaces) with dual duct variable air volume (VAV) boxes. Spaces with high occupancies have CO2 monitoring to regulate the volume of ventilation air supplied to the space. Enthalpy recovery wheels are used to pre-treat the ventilation air from the energy recovered from the breathable exhaust. 

Facility Tour will be led by:


Corporate Director of Facilities

William Osler Health System

John Marshman is the Corporate Director of Facilities at William Osler Health System where he oversees Engineering Operations, Energy, Parking and Security for three healthcare facilities while supporting the planning and execution of Osler’s redevelopment agenda.  

After studying Systems Design Engineering and Music, John developed parallel careers in consulting engineering and as a performing cellist. Drawn by the complexities of hospital systems, John spent the bulk of his consulting work in the design and project management of hospital construction and renovation projects. In 2012, John joined the Brant Community Healthcare System where he served as Director of Facilities, Planning and Redevelopment before moving to William Osler.

John lives in Toronto with his wife and three young children, and still manages occasional cameo performances as a cellist where he can.



Principal, Smith + Andersen

Kurt is a Principal at Smith + Andersen Consulting Engineering.  He first joined S+A as a co-op student for 16 months in May of 1998 while studying mechanical engineering at the University of Toronto and upon graduating in 2000 joined S+A full time. In 2007 Kurt became an Associate and in 2011, he became a Principal.

Kurt has engineered a wide variety of institutional, high rise residential, hospitality projects while specializing in healthcare facilities and laboratories. Kurt’s healthcare experience includes new build P3 projects Niagara Health System hospital in St. Catharines, the Humber River Hospital in Toronto (which was awarded the 1st place ASHARE technology award in 2017), the Peel Memorial Centre in Brampton, the Milton District Hospital and renovations at North York General hospital, and a variety of University Health Network sites.

Kurt is an ASHARE certified Healthcare Facility Design Professional (HFDP), and an ASHRAE certified High Performance Building Design Professional (HBDP), and a member of the CSA Medical Gas technical sub-committee responsible for CSA-Z7396.1-17.

Need Assistance?

Feel free to contact the following:

Badri Patel
ASHRAE Toronto Programs Committee Member

Beatriz Salazar
ASHRAE Toronto Programs Committee Member

Abhishek Khurana
ASHRAE Toronto Programs Chair 


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