Overview
Dexter is a 15 MW hydroelectric power plant operated by USACE Northwestern Division in Oregon, United States. It provides renewable energy to the regional grid.
Dexter is a hydroelectric power plant located in Oregon, United States, with a capacity of 15 MW. It is operated by the USACE Northwestern Division and is currently operational. As a hydroelectric facility, it contributes to the region's renewable energy portfolio. The plant operates under the regulatory framework of the United States, including the Clean Water Act and Federal Energy Regulatory Commission (FERC) licensing requirements for hydropower projects. Hydroelectric plants like Dexter typically use run-of-river or reservoir-based technology to generate electricity from water flow. Dexter's environmental significance lies in its low carbon footprint compared to fossil fuel plants. It provides clean energy to the local grid, supporting Oregon's renewable energy goals. The plant's location in the Pacific Northwest benefits from abundant water resources, ensuring reliable operation.
Environmental context
Dexter's hydroelectric generation produces no direct CO2, SOx, or NOx emissions, making it a low-carbon energy source. However, its operation can affect local aquatic ecosystems through altered water flow and fish passage. The plant's capacity of 15 MW is small-scale, reducing its overall environmental footprint. Proximity to populated areas is minimal, as the facility is located in a rural part of Oregon.
Frequently asked questions
Dexter is located in Oregon, United States, near the Dexter Reservoir on the Willamette River.
Dexter has a capacity of 15 megawatts (MW), making it a small-scale hydroelectric facility.
The plant is operated by the USACE Northwestern Division, a branch of the U.S. Army Corps of Engineers.
Hydroelectric plants in the US must comply with the Clean Water Act, the National Environmental Policy Act (NEPA), and FERC licensing requirements, which include measures for fish passage and water quality.
Hydroelectric power is renewable and emits no greenhouse gases during operation, but it can alter river ecosystems, affect fish migration, and change water temperature and flow patterns.