Alliance Pipeline Compressor Station, Fairmount, North Dakota | Gas Pipeline Infrastructure

The Alliance Pipeline Compressor Station is located at 17950 98th St SE in Fairmount, North Dakota, within Richland County. This facility is part of the Alliance Pipeline system, a major natural gas transmission network that delivers gas from the Western Canadian Sedimentary Basin to the Chicago market hub. As a compressor station, it maintains pressure to ensure efficient and reliable gas flow over long distances. The facility operates under the regulatory oversight of the U.S. Pipeline and Hazardous Materials Safety Administration (PHMSA) and adheres to 49 CFR Part 192 for gas pipeline safety. The NAICS codes associated with this station (211111, 211130, 486210) indicate involvement in crude petroleum and natural gas extraction, natural gas liquid extraction, and pipeline transportation of natural gas. Compressor stations like this one typically use turbine or reciprocating compressors to boost pressure, and they are critical for maintaining pipeline capacity and throughput. Located in the rural Red River Valley region, the station supports the regional energy infrastructure by enabling the transport of natural gas from production areas to end-users. The facility's operational status and location in a state with significant oil and gas activity underscore its role in the North American energy grid. Environmental considerations include proximity to agricultural land and waterways, requiring careful management of emissions and leak prevention.

The station is situated in a predominantly agricultural area near the Red River, which flows north into Canada. Pipeline infrastructure in this region must manage risks related to soil erosion, waterway crossings, and potential impacts on farmland. The facility's compressor engines emit air pollutants, and PHMSA regulations require leak detection and cathodic protection to prevent corrosion and spills. The surrounding environment is also subject to seasonal flooding, which can affect pipeline integrity.