Sector: Education
Queen’s University
Reactor Materials Testing Laboratory
“The facility provides a unique capability in Canada to support the development of materials for advanced reactor systems, and to improve our understanding of materials in use in existing reactors.”
– Rick Holt, Professor of Mechanical and Materials Engineering, Queen’s University
HH Angus has a long-standing and highly-valued relationship with Queen’s University, spanning many years and many diverse areas of the campus. For this project, we were engaged to provide mechanical and electrical engineering design services for the University’s new Reactor Materials Testing Laboratory (RTML). The RMTL is an exciting research endeavour for the Queen’s Nuclear Materials Group. It uses a proton accelerator to introduce damage into materials at a microscopic scale.
HH Angus was the M+E engineer for the specialized laboratory building. With TEM* and SEM** rooms requiring critical temperature and humidity control, and HVEE linear accelerator room, this building is a ‘function drives form’ project, with the laboratory equipment dictating all the infrastructure services and spaces. Significant time was spent to ensure appropriate services could be accommodated after the delivery of the equipment and to allow for changes in services that may occur with changing equipment.
The 8000 ft2 facility was custom designed to house electron microscopes and a linear accelerator for a specific research program. A highly specialized building, with toxic gas and radiation protection, the site features an accelerator hall, control room, services rooms, laboratories for specimen preparation and characterization, and working space for researchers.
A significant challenge that our team overcame was the design of mechanical and electrical building services that need to pass through the one-metre thick bunker walls for the linear accelerator room. The walls contain stray electrons, the potential for which also required the use of non-conductive chilled water.
*Transmission electron microscopy (TEM) is a microscopy technique whereby a beam of electrons is transmitted through an ultra-thin specimen
** A scanning electron microscope (SEM) produces images of a sample by scanning it with a focused beam of electrons
SERVICES
Mechanical Engineering
PROJECT FEATURES
Size: 8,000 ft2 | Status: Completed 2013
LOCATION
Kingston, Ontario
KEY SCOPE ELEMENTS
Specialized laboratory building | Critical temperature and humidity control | Toxic gas and radiation protection | M&E building services had to pass through one-metre thick bunker walls
University of Waterloo
Humanities Chiller Plant
HH Angus provided prime consulting engineering services for mechanical, electrical and structural design, project management, and construction administration services for this new Chiller Plant at the University of Waterloo.
The installation included two new 1000 ton, low-pressure centrifugal chillers, two new 1000 ton induced draft cooling towers, associated ancillary equipment, an emergency refrigeration ventilation system, and a chiller plant control system.
The electrical design featured new electrical infrastructure to accommodate the addition of new switch gear, transformers and electrical distribution to all ancillaries.
We used Bentleys Autoplant 3D software for the mechanical piping and ventilation design to ensure the functionality of the equipment and piping layout design. We also provided our client with documentation for pre-tendering of chillers and assisted in evaluation of the tenders.
As Prime Consultant, we engaged a structural engineer to design the necessary infrastructure on the roof to support the new cooling towers.
SERVICES
Prime Consultant | Mechanical Engineering | Electrical Engineering | Contract Administration
PROJECT FEATURES
Status: Completed 2011
LOCATION
Waterloo, Ontario
KEY SCOPE ELEMENTS
Installation of two new 1000 ton low pressure centrifugal chillers | Two new 1000 ton induced draft cooling towers | Emergency refrigeration ventilation system | Structural design to support new infrastructure for cooling towers | Bentleys Autoplant 3D to ensure functionality
Queen’s University
Tindall Playing Field Relocation & Parking Structure
“The opening of Tindall Field is the first step for Queen's Athletics in moving towards our vision of becoming the best in Canada.”
– Leslie Dal Cin, Director of Athletics and Recreation, Queen’s News Centre Sept. 2008
Kingston, Ontario’s first outdoor artificial playing surface, Tindall Field at Queen’s University, was developed as a two-level underground parking structure and a running track and Soccer/Football Playing Field. The roof of the parking structure forms the base of the playing field, and includes a playing field storm drainage system that directs the storm water to a large cistern for flow control into the municipality’s storm drainage system. The field is surrounded by a 3-lane rubberized track.
Resolving light pollution issues was critical, given the proximity of the field to a student residence and the campus observatory. Lighting consisted of pole-mounted luminaires on each side of the playing field. The light distribution was controlled by designing shields for the upward lighting component and reflectors with cut-offs to reduce light distribution at the edge of the playing field.
SERVICES
Mechanical Engineering | Electrical Engineering | Lighting
PROJECT FEATURES
Status: Completed 2008
LOCATION
Kingston, Ontario
KEY SCOPE ELEMENTS
Playing field over underground parking | Rubberized running track | Storm drainage system with large cistern for flow control |Specialized light distribution control
University of Guelph
New Science Complex
The University of Guelph undertook an expansion of its Faculty of Science facilities. The complex was constructed in two phases, with the first being a 4-storey, 360,000 ft2 building to house the Departments of Chemistry, Botany, Zoology and Microbiology.
Phase 1 was the 160,000 ft2 New Science Complex. The ground floor is a research module consisting of a large nuclear magnetic resonance suite, electron microscope rooms, and a mass spectrometry facility. An extensive chemical storage area was also located on ground level, and a greenhouse facility was built on the roof.
Phase 2 featured additional graduate research ‘wet’ labs and teaching laboratories in its 200,000 ft2 footprint. An atrium space provided amenities such as a student lounge area and food services facility. Office and support areas were also included.
SERVICES
Mechanical Engineering | Electrical Engineering
PROJECT FEATURES
Size: 360,000 ft2 | Status: Completed Phase I 2004, Phase II 2006
LOCATION
Guelph, Ontario
KEY SCOPE ELEMENTS
3 floors of teaching labs, 3 floors of graduate research wet labs | Extensive chemical storage area on ground level | Greenhouse facility on the roof | Office and support areas
Comprehensive Education Centre
The building formerly known as the Sciences, Advanced Learning and Training Centre (SALT) is now called the New Science Complex.
Engineering multiple laboratory types
The Phase 1 facility features three floors of teaching labs for the Chemistry Department and three floors of graduate research ‘wet’ labs. The ground floor is a research module consisting of a large nuclear magnetic resonance suite, electron microscope rooms and a Mass Spectrometry facility. An extensive chemical storage area is also located on the ground level. A greenhouse facility is located on the roof of this part of the building
Queen’s University
Centre for Neuroscience
One of our key considerations in designing the laboratories at the Centre was to create a customized design to meet each lab’s specific research needs. HH Angus designers worked directly with researchers to understand their clinical needs to ensure the resulting mechanical and electrical fitout would support their research.
In addition to special considerations, the designs had to be flexible enough to suit the needs of future researchers working in the same lab space but in different disciplines. For example, we designed a high tech lab to measure very minute levels of electromagnetic fields in order to monitor brainwaves in subjects. Another lab was designed for research in acoustics, and yet another for optical research.
The research labs were designed as multipurpose facilities for non-human primates. Mechanical services were designed to meet all the requirements of the Canadian Council on Animal Care (CCAC). The ventilation system provides 100% outside air to all rooms. Temperature and pressurization are maintained by constant volume supply air with terminal reheat coils.
A dedicated indoor chiller with air-cooled condenser was installed to ensure year-round cooling for the facility in order to maintain consistent environmental conditions for research and for subjects. The MRI employs a dedicated closed cooling loop with city water emergency back-up loop. It was designed for use with both humans and non-human primates.
A later 4,275 m2 (~46,000 ft2) addition houses the new Cancer Research Institute. This brings together three internationally recognized cancer research groups: the National Cancer Institute of Canada’s Clinical Trials Group; the Queen’s Cancer Research Laboratory; and the Radiation Oncology Research Unit.
SERVICES
Mechanical Engineering | Electrical Engineering
PROJECT FEATURES
Size: 46,020 ft2 | Status: Completed 2005
LOCATION
Kingston, Ontario
KEY SCOPE ELEMENTS
High tech lab designs for MRI, electronics lab, acoustics lab and optical research lab | Robust ventilation system provides 100% outside air to all rooms | Electrical and mechanical services for Cancer Research Facility
Upgrades to Cancer Research Facility
HH Angus provided the design for mechanical and electrical services for a partial refit of the existing Cancer Research Facility, which houses state-of-the-art teaching and research facilities for the study of neurological diseases. The space includes an MRI, electronics labs, acoustics labs and surgery rooms for non-human primates.