Overview
Myrtle Creek STP serves approximately 9,010 residents in Myrtle Creek, Oregon. The plant operates under the U.S. Clean Water Act, with NPDES permits regulating its discharge to protect local water quality.
Myrtle Creek STP is a municipal wastewater treatment facility located in Myrtle Creek, Douglas County, Oregon. Serving a population of about 9,010, the plant is part of the region's infrastructure for managing domestic wastewater. The facility is situated inland, away from the coast, and discharges into a local waterway within the Umpqua River basin. As a U.S. facility, Myrtle Creek STP operates under the Clean Water Act, which requires NPDES permits for all point source discharges. Regulatory compliance ensures that effluent meets state and federal standards. The plant's discharge ultimately flows into the Umpqua River, which drains into the Pacific Ocean. This watershed supports diverse aquatic life, including salmon and steelhead, making effective treatment crucial for maintaining water quality and ecosystem health in the region.
Environmental context
Myrtle Creek STP discharges into a tributary of the Umpqua River, which flows westward through the Coast Range and empties into the Pacific Ocean near Winchester Bay. The Umpqua River basin is ecologically significant, supporting anadromous fish populations such as Chinook salmon and steelhead trout. The plant's operations are subject to Oregon's water quality standards to protect these species and their habitats.
Frequently asked questions
Myrtle Creek STP is located on South Main Street in Myrtle Creek, Douglas County, Oregon, United States.
The plant serves approximately 9,010 residents in the Myrtle Creek area.
The plant discharges treated effluent into a local waterway within the Umpqua River basin, which ultimately flows to the Pacific Ocean.
As a U.S. facility, Myrtle Creek STP operates under the Clean Water Act, requiring an NPDES permit issued by the Oregon Department of Environmental Quality.
Under the Clean Water Act, plants of this size are typically required to provide secondary treatment, which includes biological processes to reduce organic matter and suspended solids.
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