Wildfire Analysis for Maxwell Creek Watershed 2026 | Salt Spring Island, British Columbia Protecting watersheds under increasing wildfire risk As climate change accelerates wildfire risk across British Columbia, the protection of source water and ecologically sensitive watersheds is becoming a critical environmental priority. For communities that rely on surface water, wildfire can introduce long-term risks…
Inclusive Climate and Disaster Risk Planning 2025-2026 | Philippines, Provinces of Bohol and Samar As climate impacts intensify, communities in British Columbia, Alberta, and around the globe are increasingly focused on climate-resilient planning and emergency preparedness. McElhanney’s involvement in the Governance for Climate and Disaster Resilience (Gov-CDR) project in the Philippines demonstrates how inclusive, evidence-based, climate-risk…
Pressure Reducing Valve (PRV) Station Replacement Design 2022-2026 | District of Saanich, BC As part of its asset replacement program, the District of Saanich faced a growing challenge: two aging pressure reducing valve (PRV) stations that had reached the end of their service life. Built in 1955 and 1970, the stations were heavily corroded and…
Discover how DVI/McElhanney Joint Venture delivers major infrastructure projects in Tahltan territory with local expertise.
Discover how Prophet River First Nation’s Comprehensive Nation Plan empowers their governance, culture, and future through inclusive engagement.
Hiiye’yutul’ Friendship Square Placemaking 2022-2025 | City of Duncan, BC The City of Duncan was ready to revitalize the community space known as Station Street Park. The park was aging and had potential to be more functional and accessible. McElhanney was engaged to provide planning and detailed design services. A team of McElhanney’s landscape architects…
To support Skuppah’s need for better community food security, McElhanney provided grant writing, civil engineering, and project management services.
The CRD identified gaps and made recommendations to create more accessible nature-based outdoor recreation opportunities in their community.
These four aging and below ground PRV stations were replaced with new above ground stations to eliminate confined space and make the water distribution network more robust.
By adding a surge tank to their sanitary pump station, the station and forcemain were better protected against pressure transients.
