Plains Marketing, L.P.-Fryburg Station - Oil Pipeline Facility in Medora, North Dakota

Plains Marketing, L.P.-Fryburg Station is an oil pipeline facility located in Medora, Billings County, North Dakota, United States. The facility is operational and serves as a component of the broader pipeline infrastructure that supports crude oil gathering and distribution in the Bakken shale region. As part of Plains Marketing, L.P., the station contributes to the movement of petroleum products from production areas to downstream markets. The facility operates under the regulatory oversight of the Pipeline and Hazardous Materials Safety Administration (PHMSA) and complies with 49 CFR Part 195 for hazardous liquid pipelines. While specific technical specifications such as pipeline length and diameter are not detailed, the station is typical of midstream infrastructure in the region, which includes gathering lines and pump stations designed to handle crude oil from nearby wells. The Bakken formation has driven significant pipeline development to reduce reliance on rail transport. Environmentally, the facility is situated in the Little Missouri River basin, an area characterized by badlands and mixed-grass prairie. Pipeline operations in this region are subject to spill prevention and response regulations, and the station's proximity to the Little Missouri National Grassland underscores the importance of environmental stewardship. The facility supports the local economy by enabling efficient crude oil transport, contributing to energy security and reducing truck traffic on local roads.

The facility is located in the Little Missouri River basin, an ecologically sensitive area with badlands and prairie ecosystems. Pipeline operations here must manage risks related to soil erosion, waterway crossings, and wildlife habitat. Spill prevention and response plans are critical given the potential impact on the Little Missouri River and surrounding grasslands. The region's semi-arid climate and variable terrain require careful construction and maintenance practices to minimize environmental disturbance.