Risk: Low Hydroelectric Power Plant Operational

Big Beaver Falls Hydroelectric Power Plant, Ontario, Canada

Canada
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Overview

Big Beaver Falls is a 5.5 MW hydroelectric power plant in Ontario, Canada, operated by Amik-Bbf Hydrokap LP. It contributes to the region's renewable energy capacity.

Big Beaver Falls is a hydroelectric power plant located in Ontario, Canada, with an installed capacity of 5.5 megawatts. The facility is owned and operated by Amik-Bbf Hydrokap LP and is currently in operational status. As a small-scale hydroelectric plant, it plays a role in the local renewable energy mix. Hydroelectric power is a well-established technology in Canada, which has abundant water resources. The plant operates under Canadian federal and provincial regulations, including environmental assessments and water management permits. The facility likely uses run-of-river or reservoir-based technology typical for small hydro projects. The plant provides clean electricity to the grid, supporting Ontario's goals for reducing greenhouse gas emissions. Its small capacity suggests it serves a local community or industrial user. The environmental impact is minimal compared to fossil fuel plants, with no direct emissions during operation.

Environmental context

Hydroelectric power generation has low direct emissions but can affect local aquatic ecosystems. The plant's small capacity and location in a remote area likely minimize ecological disruption. Operations must comply with Canadian water management and fish habitat protection regulations.

Frequently asked questions

Big Beaver Falls is located in Ontario, Canada, near the coordinates 49.2998° N, -82.5273° W.

The Big Beaver Falls hydroelectric plant has a capacity of 5.5 megawatts (MW).

The plant is owned by Amik-Bbf Hydrokap LP.

Hydroelectric plants in Canada must comply with federal and provincial environmental assessments, water management permits, and fish habitat protection laws under the Fisheries Act.

Small hydroelectric plants have low greenhouse gas emissions but can affect local water flow and aquatic habitats. Proper siting and mitigation measures minimize these impacts.
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