Overview
Bruce Mines Lagoon and Collection System is a secondary treatment plant serving 810 residents in Bruce Mines, Ontario, Canada. It discharges treated wastewater near the coast of Lake Huron.
Bruce Mines Lagoon and Collection System is a municipal wastewater treatment facility located in Bruce Mines, Ontario, Canada. The plant serves a small population of 810 residents and operates with secondary treatment, which is typical for communities of this size in Ontario. The facility uses a lagoon-based treatment process, common in rural Canadian settings, to treat wastewater before discharge. As a secondary treatment plant, it meets the regulatory standards set by the Ontario Ministry of the Environment, Conservation and Parks under the province's water protection framework. The plant's discharge enters the local watershed, which ultimately drains into Lake Huron, one of the Great Lakes. This receiving water body is ecologically significant, supporting diverse aquatic life and providing drinking water for millions. The plant's coastal proximity underscores the importance of effective treatment to protect the lake's water quality.
Environmental context
The plant discharges into the Lake Huron basin, a major component of the Great Lakes system. Lake Huron supports a rich ecosystem, including fish species such as lake trout and walleye, and serves as a critical freshwater resource. The coastal location requires careful management to prevent nutrient loading and protect the lake's ecological health.
Frequently asked questions
The plant is located on Trunk Road in Bruce Station, near Bruce Mines, Ontario, Canada, within the Algoma District.
The plant serves approximately 810 residents in the Bruce Mines area.
The plant provides secondary treatment, which is the standard for municipal wastewater in Canada to reduce organic matter and suspended solids.
The treated wastewater is discharged into the local watershed, which flows into Lake Huron, a major Great Lake.
The plant operates under Ontario's water protection regulations, which require secondary treatment and compliance with effluent standards to protect the Great Lakes.
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