On 28 September 2026, the federal government announced $45 million in funding through the Canada Housing Infrastructure Fund to support water, wastewater and solid waste infrastructure projects across the Northwest Territories, according to CKLB Radio. The announcement was made in Behchokǫ̀ by Crown-Indigenous Relations Minister Rebecca Alty, who is also the NWT's MP, and covers 18 projects in 14 communities.
Key takeaways
- Ottawa is providing $45 million through the Canada Housing Infrastructure Fund to support water, wastewater and solid waste projects across the NWT, per CKLB Radio.
- Approved projects span 14 communities: Behchokǫ̀, Colville Lake, Dél̨ınę, Fort Good Hope, Fort Liard, Fort McPherson, Fort Providence, Fort Smith, Inuvik, Nahanni Butte, Sambaa K'e, Tsiigehtchic, Ulukhaktok and Yellowknife, per CKLB Radio.
- Over $5 million is directed at replacing and improving the Rae underground water and sewer systems in Behchokǫ̀, per CKLB Radio.
- The federal government says the investments will enable the construction of up to 2,300 housing units, per CKLB Radio.
- The funding agreement requires matching money from the GNWT or other governments, per CKLB Radio.
What was announced
The 18 projects are concentrated in water treatment plant upgrades, water storage and distribution systems, wastewater infrastructure and solid waste facilities, with investments intended to enable the construction of up to 2,300 housing units, according to CKLB Radio.
Alty framed the package as a direct response to conditions in Behchokǫ̀, where low water levels at the intake in the Rae neighbourhood and frozen pipes strained residents the previous winter, per CKLB Radio. "Here in Behchokǫ̀, we'll be investing over $5 million for the replacement and improvement of the Rae underground water and sewer systems," Alty said, adding that the 18 projects will "make a real difference in communities right across the territory, helping build more homes, bringing down the cost of housing, creating dozens of good-paying jobs, and ultimately building stronger communities," per CKLB Radio.
Local context in Behchokǫ̀
Behchokǫ̀ Chief Bertha Rabesca Zoe welcomed the funding but stressed that need in the community runs deeper, per CKLB Radio. "The systems in Rae and Edzo are approximately 40 to 50 years old in many areas. Some infrastructure is operating at or near capacity, and there are significant, significant needs for replacement, upgrading, and research to determine the best long-term solutions," Zoe said, per CKLB Radio. She added that the funding will support condition assessments of the water and wastewater systems and the replacement or renewal of aging infrastructure, per CKLB Radio.
Monfwi MLA Jane Weyallon Armstrong said the cost-share requirement has to reflect northern realities, per CKLB Radio. "The costs are different, the conditions are different, and the needs of communities are different," she said, per CKLB Radio.
Specification read
Reported scope at the package level: $45 million across 18 water, wastewater and solid waste projects in 14 NWT communities, intended to enable up to 2,300 housing units (per CKLB Radio). The Behchokǫ̀ slice is over $5 million for the Rae underground water and sewer systems, where mains and services are described as 40 to 50 years old and operating at or near capacity (per CKLB Radio). No flow in m³/day, BOD/COD loading or population equivalent is reported in the source, so per-household sizing falls in a general industry range of roughly 0.15–0.30 m³/day per dwelling for northern cold-climate communities, which at 2,300 units implies on the order of 350–700 m³/day of incremental design capacity — (general industry range, not from the sources).
For subarctic water and sewer replacement of this class, the typical treatment train runs intake screening → raw-water storage and cold-weather intake protection → coagulation/clarification (often DAF in cold climates) → filtration → UV or chlorination for disinfection equipment, with a parallel sewer train of screening → primary clarification → biological treatment (MBBR or SBR are common in small northern plants) → tertiary filtration → UV or chlorination disinfection. The Behchokǫ̀ work bears principally on the collection and distribution stage (underground water and sewer mains) and on condition assessment that will scope the downstream treatment train. Capital intensity for cold-climate municipal water and sewer work in remote locations typically runs from roughly $10–25 per gallon of daily capacity, i.e. about $2.6–6.6 per m³/day — (general industry range, not from the sources); for a fuller benchmark see our Cost Benchmarks Per MGD Water Treatment Construction (2026) brief. A neighbouring small-community reference point for biological-solids handling is our DAF or Clarifier for Pulp & Paper Wastewater in Fort Smith: 2026 Buyer's Guide, relevant to any Fort Smith upgrades in the same package, served via our Industries We Serve hub.
If your plant is a small northern municipal system in the 100–1,000 m³/day range, on aging 40–50-year-old distribution and collection assets, with tight housing-driven demand growth and a federal cost-share program requiring territorial or municipal matching, this is what it means: expect assessment and replacement scopes in 2026–2027, with procurement structured around bundled underground water and sewer replacement packages that pair with adjacent treatment upgrades.
FAQ
What did the federal government announce for NWT water and wastewater?
Ottawa announced $45 million through the Canada Housing Infrastructure Fund for 18 water, wastewater and solid waste projects in 14 NWT communities, with the package intended to enable up to 2,300 housing units, per CKLB Radio.
How much is going to Behchokǫ̀ and what will it cover?
Over $5 million is allocated to the replacement and improvement of the Rae underground water and sewer systems, where infrastructure is described as 40 to 50 years old and operating at or near capacity, per CKLB Radio.
Is there a cost-share requirement for these projects?
Yes. The federal funding agreement requires matching money from the GNWT or other governments, per CKLB Radio. Specific community-level match values are not reported in the source, and a per-project cap is not stated; cost-share terms of this class of federal program typically run in the 40–60% federal band, with the remainder split between the territory and the community (general industry range, not from the sources).
What does this mean for suppliers of treatment and collection equipment?
Expect a wave of bundled underground water and sewer replacement scopes across small northern communities, with downstream condition assessments that will size treatment upgrades. Cold-climate capital intensity typically runs roughly $2.6–6.6 per m³/day of design capacity (general industry range, not from the sources); see Cost Benchmarks Per MGD Water Treatment Construction (2026) for context.
