Overview
Kinkora Lagoon Effluent is a secondary treatment plant serving 343 people in Kinkora, Prince Edward Island, Canada. It discharges treated wastewater near the coast, operating under Canadian provincial regulations.
Kinkora Lagoon Effluent is a municipal wastewater treatment plant located in Kinkora, Prince Edward Island, Canada. It serves a small population of 343 residents and operates under the regulatory framework of the Canadian Council of Ministers of the Environment (CCME) and Prince Edward Island's environmental protection standards. The plant provides secondary treatment, which is appropriate for its small scale. The plant's discharge volume of 154.00 units indicates consistent operation. As a lagoon-based system, it relies on natural biological processes to treat wastewater before discharge. The plant is situated within 10 km of the coast, meaning its effluent ultimately reaches the Gulf of St. Lawrence via local waterways. This proximity to marine environments necessitates careful management to protect coastal ecosystems and water quality in the region.
Environmental context
The plant discharges into local streams that flow into the Gulf of St. Lawrence, a large marine ecosystem supporting diverse aquatic life, including fisheries and migratory birds. The coastal zone is ecologically sensitive, and the plant's secondary treatment helps reduce nutrient and pathogen loads to protect downstream habitats and recreational waters.
Frequently asked questions
The plant is located along the Confederation Rail Trail in Kinkora, Prince Edward Island, Canada.
The plant serves a population of 343 residents in the Rural Municipality of Kinkora.
The plant uses a lagoon system with secondary treatment and discharges effluent into local waterways that flow toward the Gulf of St. Lawrence.
The plant operates under Canadian provincial regulations, specifically Prince Edward Island's environmental protection standards, which align with the CCME guidelines for wastewater systems.
For small communities in Canada, lagoon-based secondary treatment is common, as it is cost-effective and provides adequate pollutant removal for low-population areas.
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