EPPERSON BOOSTER Gas Pipeline Facility, Tatum, New Mexico | United States Pipeline Infrastructure

EPPERSON BOOSTER is a gas pipeline facility situated in Lea County, New Mexico, approximately 15 miles west-northwest of Tatum. As part of the United States' extensive natural gas pipeline network, it plays a role in the transportation and boosting of natural gas within the region. The facility is classified under NAICS 486210, which covers pipeline transportation of natural gas. The facility operates under the regulatory oversight of the Pipeline and Hazardous Materials Safety Administration (PHMSA) and adheres to Title 49 of the Code of Federal Regulations, Part 192, which governs gas pipeline safety. In the United States, gas pipeline booster stations like EPPERSON BOOSTER are critical for maintaining pressure and flow in long-distance transmission lines. The facility's location in southeastern New Mexico places it within the Permian Basin, a major oil and gas producing region, where pipeline infrastructure is dense and vital for transporting natural gas to markets. EPPERSON BOOSTER contributes to the reliability of natural gas supply in the region, supporting both local distribution and interstate transmission. The facility's operational status ensures continued service for energy needs, while its presence in a sparsely populated area reduces certain community-related risks. The broader pipeline network in the Permian Basin is essential for connecting production areas to consumption centers, highlighting the facility's role in the energy supply chain.

The facility is located in a semi-arid region of southeastern New Mexico, characterized by low population density and agricultural land use. Proximity to natural gas pipelines and booster stations may involve considerations such as potential methane leaks and impacts on local air quality. The area's dry climate and limited water resources mean that any pipeline incidents could affect soil and groundwater. Regulatory requirements under PHMSA mandate leak detection and cathodic protection to mitigate corrosion risks.