JACQUEZ NO2 COMPRESSOR STATION - Natural Gas Compressor Station in Aztec, New Mexico

JACQUEZ NO2 COMPRESSOR STATION is a natural gas pipeline compressor station situated in San Juan County, New Mexico, approximately 15 miles northwest of Aztec. This facility is part of the extensive pipeline network that transports natural gas across the region, playing a key role in maintaining pressure and flow within the system. The station is currently operational and classified under NAICS code 486210, which covers pipeline transportation of natural gas. As a compressor station, this facility utilizes equipment such as gas turbines or electric motors to compress natural gas, ensuring efficient movement through pipelines. In the United States, such facilities are regulated by the Pipeline and Hazardous Materials Safety Administration (PHMSA) under 49 CFR Part 192, which sets safety standards for gas pipelines. The station's location in the Four Corners region places it within a significant energy production area, with nearby natural gas fields and processing plants. The environmental context of this facility includes its proximity to the San Juan River and surrounding arid landscapes. Compressor stations typically have emissions from engines and potential noise impacts, but modern stations incorporate emission controls and noise mitigation measures. The station's role in the regional gas grid supports energy delivery to communities and industries, contributing to the reliability of natural gas supply in the southwestern United States.

The JACQUEZ NO2 COMPRESSOR STATION is located in a semi-arid region of northwestern New Mexico, near the San Juan River. The area is characterized by sagebrush and piñon-juniper woodlands, with sensitive habitats for species such as the Gunnison's prairie dog. Compressor stations can contribute to local air emissions from engine exhaust and fugitive methane leaks, though modern designs include emission controls. The facility's proximity to waterways necessitates spill prevention and cathodic protection monitoring to protect groundwater and surface water resources.