Overview
The District of Fort St James Waste Water Treatment Plant serves 2,628 people in British Columbia, Canada. It operates under provincial regulations for small communities in the Stuart Lake watershed.
The District of Fort St James Waste Water Treatment Plant is located on Necoslie Road in the Regional District of Bulkley-Nechako, British Columbia, Canada. It serves a population of 2,628 in the Area C (Stuart Lake/Omineca Valley) community, classified as a small agglomeration under Canadian wastewater standards. As a small-scale municipal facility, the plant is expected to meet provincial treatment requirements under British Columbia's Municipal Wastewater Regulation, which sets effluent quality standards based on population and receiving water sensitivity. For communities of this size, secondary treatment or equivalent is typically required to protect local water bodies. The plant discharges into the Stuart Lake watershed, which drains via the Stuart River into the Nechako River, then the Fraser River, and ultimately the Pacific Ocean. Stuart Lake supports diverse aquatic life and is an important resource for local recreation and Indigenous communities.
Environmental context
The plant discharges into the Stuart Lake watershed, which flows through the Stuart River into the Nechako River, a major tributary of the Fraser River. The Fraser River drains into the Pacific Ocean near Vancouver. The Stuart Lake area supports fish species such as sockeye salmon and rainbow trout, and the watershed is ecologically sensitive due to its role in regional biodiversity and water quality.
Frequently asked questions
The plant is located on Necoslie Road in Area C (Stuart Lake/Omineca Valley), within the Regional District of Bulkley-Nechako, British Columbia, Canada.
The plant serves approximately 2,628 people in the Fort St James area, classifying it as a small community wastewater facility.
The plant discharges into the Stuart Lake watershed, which flows into the Stuart River, then the Nechako River, and eventually the Fraser River leading to the Pacific Ocean.
The plant operates under British Columbia's Municipal Wastewater Regulation, which sets effluent standards based on population and receiving water sensitivity. For small communities like this, secondary treatment or equivalent is typically required.
For small Canadian communities, typical treatment includes secondary processes such as aerated lagoons or activated sludge, designed to meet provincial effluent quality standards for biochemical oxygen demand and total suspended solids.
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