EMC Group Limited provided preliminary and detailed design for stormwater management, site servicing, and grading for the South End Community Centre at 25 Poppy Drive West in Guelph — the City of Guelph’s largest-ever community infrastructure investment. With no positive storm outlet available, the 5.3-hectare site depends entirely on infiltrating rainfall on site, and because Guelph’s municipal drinking water is 100 per cent groundwater-based, protecting the aquifer shaped every element of EMC’s civil design.
Project at a Glance
- Location
- 25 Poppy Drive West, Guelph, ON
- Type
- Recreation
- Client
- City of Guelph
- Status
- Completed 2026
Interactive map showing the subject site with property boundary overlay. Click the map to enable scroll zoom.
A landmark facility for Guelph’s growing south end
The South End Community Centre is a 165,000-square-foot recreation facility designed by MJMA Architecture & Design and built by Aquicon Construction under a $121-million construction contract — the largest community infrastructure project in the City of Guelph’s history. The centre brings together an eight-lane 25-metre pool, twin ice pads, double gymnasium, indoor walking track, and community program spaces, and opened to the public in September 2026.
Civil engineering for a site with no storm outlet
EMC Group’s stormwater management, site servicing, and grading design responded to an unusual constraint: the site has no positive storm outlet, so the drainage design is fully dependent on infiltrating all rainfall events on site. EMC applied low impact development principles and green infrastructure throughout the 52,782-square-metre property, supporting the facility’s LEED certification objectives while achieving the site’s water balance.
Protecting a groundwater-based drinking water system
Guelph’s municipal drinking water supply is entirely well-based, so surface water reaching the aquifer had to be protected at the source. Parking lot runoff is treated through a treatment-train approach — bio-filters provide initial treatment, followed by filter-based oil/grit separators — before infiltrating directly to the native soils. The design also reduces salt use across the site, and rainwater is captured and reused on site, minimizing both runoff volumes and the potential for stormwater pollution reaching the community’s clean water source.
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