Gavilan Compressor Station - Natural Gas Pipeline Facility in Lindrith, New Mexico

Gavilan Compressor Station is a natural gas pipeline facility located in Lindrith, Rio Arriba County, New Mexico, United States. It is part of the country's vast natural gas transmission infrastructure, which plays a critical role in delivering gas from production areas to consumers. The station is situated along Highway 595, approximately 8 miles north of Lindrith, and operates under the regulatory oversight of the Pipeline and Hazardous Materials Safety Administration (PHMSA) and DOT 49 CFR Part 192. As a compressor station, its primary function is to maintain pressure and flow within the natural gas pipeline system. The facility is classified under NAICS code 486210 for pipeline transportation of natural gas. Compressor stations of this type typically include gas turbines or electric motors to drive compressors, along with associated valves, scrubbers, and cooling systems. The station is operational and contributes to the reliability of gas supply in the region. The environmental context of the station includes its location in a rural area of northern New Mexico, characterized by arid landscapes and proximity to the Rio Chama watershed. Pipeline infrastructure in this region must address challenges such as terrain variability and potential impacts on local ecosystems. The station's operation is subject to environmental regulations that require monitoring of emissions and leak detection to minimize its footprint. Its role in the gas transmission grid supports energy delivery to communities and industries across the southwestern United States.

The Gavilan Compressor Station is located in a rural, semi-arid region of northern New Mexico, near the Rio Chama watershed. Pipeline infrastructure in this area must manage environmental considerations such as soil erosion, wildlife habitat disruption, and waterway crossings. The station's operation involves combustion emissions from compressors, which are regulated under the Clean Air Act. Leak detection and cathodic protection systems are employed to prevent gas releases and corrosion, reducing risks to the surrounding environment.