Plains Pipeline - Fairport Station (Crude Stor) | Oil Pipeline Facility in Paradise, Kansas

Plains Pipeline - Fairport Station (Crude Stor) is an oil pipeline facility located in Paradise, Russell County, Kansas, United States. The facility is part of the Plains Pipeline network, which operates extensive crude oil transportation and storage infrastructure across North America. As a crude oil storage station, it plays a key role in the regional pipeline system, supporting the movement of crude oil from production areas to refineries and markets. The facility operates under the regulatory oversight of the Pipeline and Hazardous Materials Safety Administration (PHMSA) and complies with 49 CFR Part 195, which governs hazardous liquid pipelines. The NAICS code 486110 indicates it is classified as crude petroleum pipeline transportation. While specific technical specifications such as storage capacity or pipeline length are not detailed, the facility's location in Kansas places it within a major crude oil transportation corridor, connecting supply from the Mid-Continent and Rocky Mountain regions. Environmentally, the facility's proximity to rural areas in Kansas reduces direct population exposure, but its role in crude oil storage and transport necessitates robust safety measures. The station contributes to the reliability of crude oil supply chains, supporting downstream refineries and the broader energy infrastructure of the United States. Plains Pipeline's network is integral to North American energy distribution, and Fairport Station is a component of that system.

The facility is situated in a rural area of Russell County, Kansas, with low population density, which reduces immediate risk to populated areas. However, crude oil storage and pipeline operations carry inherent risks of spills or leaks that could affect local soil and groundwater. The region's semi-arid climate and agricultural land use mean that any release could impact farming activities. Regulatory compliance with PHMSA's integrity management programs is critical to mitigating environmental risks.