Service: Mechanical Engineering
The Co-operators Canada
Tenant Fitout
“Our people will have first class work environments that support their wellbeing and set the bar in our industry when it comes to workplace design and sustainable construction.”
Shawn Fitzgerald, VP Enterprise Procurement/Workplace Services, The Co-operators
HH Angus designed a complete fitout, including mechanical, electrical, ICAT, and emergency backup power design for this 9-storey renovation. Each floor was a mix of open office and collaboration spaces with ancillary serveries. The second floor had a full commercial kitchen and café area.
Among the challenges of the project was the existing building back up power system, which was not configured to support the new equipment our client desired. We worked closely with our client’s landlord and building managers to find a solution that provided the client with the ability to operate 24/7 without overloading the existing system’s capabilities. Through careful calculations and creative thinking, we were able to reconfigure the existing MCC (motor control centre), and transfer the most crucial items onto the generator system.
Our team worked closely with the return-to-base engineers to relocate new infrastructure within their project scope, in order to ensure work did not need to be duplicated later in our scope. A good example of this was collaborating on new heat pump locations. Since many locations on the floor plates have exposed ceilings, we ensured heat pumps were being located optimally during the back-to-base work, removing the requirement for our project to move them.
When the COVID-19 epidemic became a factor in the late stages of the project, our team quickly adapted to ensure trades were kept accountable and on schedule for project delivery.
SERVICES
Mechanical Engineering | Electrical Engineering | ICAT Design | Audio-Visual Design | Communications Design
PROJECT FEATURES
Status: Completed 2020 | 9 storey complete fitout | Each floor a mix of open office and collaboration spaces | Ancillary services – full commercial kitchen and café
LOCATION
Regina, Saskatchewan
KEY SCOPE ELEMENTS
9 storeys | Equipment retrofit for existing emergency power system | Detailed coordination with interior design team for multiple ceiling arrangements | Participated in value engineering discussion to meet client’s needs within available budget
St. Joseph’s Health Centre
Mental Health Emergency Services UnitWe consulted with hospital clinical staff, the architect and best practices documentation in the field of Mental Health design in order to provide tamper-proof and anti-ligature versions of M&E devices and services in all patient rooms.
Our project scope was the complete redevelopment of the existing Mental Health Emergency Services Unit. This involved upgrading and modernizing the unit in order to support eight patient rooms, (the previous unit had only three patient rooms).
New, energy-efficient LED lighting fixtures, complete with dimming controls, replaced the old, inefficient fluorescent lighting fixtures. Remote patient room controls, located at the Nurses’ Station, allow clinical staff to control the electrical receptacle in each patient’s room, the smart glass on the room’s door/window, as well as the room’s lighting fixture, including remote-controlled dimming. A modern real-time locating system was also provided; it includes patient tracking, staff duress and patient wandering functionality. Note: This project was honoured with a 2020 Toronto IES Illumination Section Award
More than 30 IP-based security cameras were installed, including two cameras in each patient room. These are viewable from computers at the Nurses’ Station.
One of the challenges of the project was that the hospital did not have a viable existing IT room to house all the new voice/data infrastructure. As a result, we had to design a new IT room on the floor below the renovation area to support the new unit and future Emergency Department redevelopment. This was done during construction; therefore, the design and coordination were fast-tracked and subsequently completed successfully.
Also, remote patient room controls were not well defined throughout the design process. During construction, we had to quickly coordinate with several vendors, each with a proprietary system, in order to provide a solution that the contractor could execute.
SERVICES
Mechanical Engineering | Electrical Engineering | Communications and Security Design | Lighting Design
PROJECT FEATURES
Status: Completed 2019 | Winner: 2020 Toronto IES Illumination Section Award | Energy-efficient LED lighting | Remote room controls | Real-time locating service | 30 IP-based cameras | New IT room
LOCATION
Toronto, Ontario
KEY SCOPE ELEMENTS
Tamper-proof and anti-ligature M&E services | Design of remote room controls to provide enhanced staff safety and minimizing disturbance to patients | Fast-track design of IT room was required during construction stage
Remotely located controls
This approach provides increased staff security and convenience, and minimizes disturbance to patients.
Optimal visibility
A new security and communications design allows safe observation of patient activities from a secure staff area.
Ontario Ministry of Health
Ontario Agency for Health Protection & Promotion (OAHPP)
(Sheila Basrur Centre)
Following the 2003 SARS outbreak, Public Health Ontario needed a site to bring together academic, clinical, public health and government experts on infection control and prevention. HH Angus was instrumental in providing a high quality, energy-saving workplace to meet LEED-CI Silver standards, key to highlighting PHO's commitment to sustainable practices.
A new 250kW natural gas-fired generator installed on the roof is the heart of the command centre. Its purpose is to exclusively back up the Electrical and Supplemental HVAC systems serving the command centre. As the area has unusual 416/240V service, special voltage requirements were engineered to facilitate both lighting and power equipment. Harmonic-type transformers provided clean, non-distorted power to two distribution panels, 80KVA UPS, receptacle, lighting panels and HVAC units. The 80KVA UPS unit provides 30 minutes of non-interrupted power to the command centre to allow the generator to start and reach full load capacity.
Since the original building did not meet LEED HVAC requirements, we provided detailed and well-thought-out designs to meet LEED criteria. High efficiency fixtures reduced the burden on city water supply and waste water systems. In addition, lighting was a major component for the LEED-CI Silver criteria, with glare and contrast ratio control, linear fluorescent direct/indirect lighting systems, LED downlights, and daylight harvesting.
Information technology infrastructure was key to the successful long-term functioning of this facility. The infrastructure included telecommunications rooms, conduits, cable support systems and structured cabling systems. The IT rooms house all of the building’s telecommunications fiber optics and copper backbone systems, horizontal cabling system and networking equipment, including telephone, data and video services. In the meeting spaces, the large display wall is intended for daily presentation requirements but, in the case of an emergency response scenario, the room will serve as a 24x7 mission critical war room.
SERVICES
Mechanical Engineering | Electrical Engineering | Communications Design | Lighting Design
PROJECT FEATURES
Status: Completed 2009 | 40,000 ft2 | 250kW natural gas generator for emergency back up power | 416/240 volt service required special engineering for lighting and power | 80 KVA UPS
LOCATION
Toronto, Ontario
KEY SCOPE ELEMENTS
250kW natural gas-fired generator | Achieving LEED requirements, particularly for HVAC and Lighting | IT infrastructure
Seneca College of Applied Arts and Technology
Garriock Hall Mechanical Retrofit
Located on the King City campus, Garriock Hall renovations are part of Seneca’s on-going expansion. The retrofitted heating system provides improved comfort for the campus’ 5,200 students.
HH Angus was engaged as prime consultant for a retrofit at one of the campus’ main academic buildings. Our scope included replacement and upgrade to:
- Twelve fan coil units, complete with additional coil elements
- Approximately 30 hot water cabinet unit heaters located throughout the building, along with additional Building Automation System (BAS) integration
- Dual-duct terminal boxes for approximately 2/3’s of the building. The terminal boxes themselves were upgraded from pneumatically controlled to digital controlled complete with BAS integration.
- Domestic hot water system
- Pool heating system
The project used low temperature heating water from a ground-source heat pump system. This increased the physical size of the replacement heaters, which required accompanying structural and architectural modifications.
Domestic hot water preheat was implemented to take advantage of the low temperature heating water from the heat pump system, and was implemented as part of the domestic hot water system replacement and upgrade. The upgrades included a new high efficiency condensing water heater paired with a heating water to domestic water heat exchanger.
The pool heating system was not operational prior to the project. It was made functional and upgraded to take advantage of the low temperature heating water available from the heat pump system, by replacing the heat exchanger and adding additional controls.
Dual duct terminal boxes upgrades included replacing the terminal boxes to implement Variable Air Volume (VAV) control. In a few areas, existing single duct VAV terminal boxes were replaced with those equipped with reheat coils to facilitate occupant comfort.
The project timeline was aggressive, with engineering design starting late May 2019 and tendering in late August 2019. The project took advantage of the 2019 Christmas break to complete the majority of construction in order to minimize impacts to the occupants.
Image courtesy of Google Maps
SERVICES
Prime Consultant | Mechanical Engineering
PROJECT FEATURES
Twelve fan coil units | ~ 30 hot water cabinet unit heaters | Additional BAS integration | Dual-duct terminal boxes, upgraded from pneumatically controlled to digital control, complete with BAS integration | Domestic hot water system | Pool heating system
LOCATION
King City, Ontario
KEY SCOPE ELEMENTS
Heating plant uses ground source heat pump to deliver low temperature heating water | Compressed project schedule to meet heating season deadline | Unique dual-duct HVAC system being modernized and upgraded for re-use
Peel Regional Police
Headquarters Renovation
The renovation project customized this building for policing and admin functions. Originally, the building had been designed for pharmaceutical research labs and support spaces.
HH Angus was engaged to provide M&E and IMIT consulting engineering for the partial renovation of this existing Peel Regional Police facility. The building has a gross area of ~ 91,000 ft2, with the renovated area totaling ~ 70,000 ft2.
The project involved replacing two boilers and heat pumps, along with the installation of a new make-up air unit on the roof. These service the entire building’s hydronic heating, while the new make-up air unit serves the basement area. As well, part of the contract was to upgrade mechanical systems to suit new load, due to changes in office floor layout and function.
Among the challenges of the project was the requirement for multiple site surveys in order to confirm the existing equipment on site. The project was also completed under a very aggressive schedule in order to meet the targeted occupancy date.
SERVICES
Mechanical Engineering | Electrical Engineering | Lighting Design | IMIT Consulting
PROJECT FEATURES
Renovated space size: 70,000 ft2 | Status: Completed 2019
LOCATION
Peel Region, GTA, Ontario
KEY SCOPE ELEMENTS
Extensive mechanical upgrades and replacements | Multiple site surveys to overcome lack of as-built drawings | Fast-track schedule
Images courtesy of CS&P Architects Inc.