York University Markham Campus – Energy Transfer Station (Ets)
Enterprise Blvd & University Blvd, Markham, Ontario
WellFab Services Ltd. proudly leads this landmark mechanical project at York University Markham Campus, constructing a state-of-the-art Energy Transfer Station (ETS) in the Phase 1 building's ground floor mechanical room. This central facility will provide efficient and reliable thermal energy distribution for years to come.
Project Scope Highlights
The ETS features advanced, high-efficiency systems supporting heating, cooling, and
domestic hot water demands throughout the facility:
✔ Two high-efficiency hot water heat exchangers for space heating, delivering consistent
performance and energy optimization
✔ Two domestic hot water (DHW) heat exchangers providing reliable, continuous hot water
supply
✔ Two chilled water heat exchangers supporting space cooling and maintaining optimal
indoor comfort
Mechanical Installation & Integration
WellFab's scope encompasses complete installation of all interior piping and mechanical
equipment downstream of the main isolation valves, ensuring seamless system integration
and dependable operation. The project includes DPS infrastructure upgrades, removing
outdated bypasses and end caps to enhance system efficiency and flow performance.
Our team executes detailed insulation, protective jacketing, and precise component
labeling to ensure long-term reliability, safety, and maintenance accessibility.
Testing & Commissioning
All piping systems undergo rigorous pressure testing, thorough cleaning, and
comprehensive system flushing to guarantee optimal performance and compliance. Every
installation stage adheres strictly to project specifications, drawings, and industry standards.
Project Impact
This ETS installation represents a cornerstone of the York University Markham Campus
expansion, supporting the building's energy requirements through a modern, efficient,
high-performance mechanical system. The project exemplifies WellFab's commitment to
precision, superior craftsmanship, and delivering infrastructure that exceeds the demands
of large-scale institutional facilities.
