El Paso Corporation Black Warrior Storage Project - Gas Pipeline Facility in Hamilton, Mississippi

The El Paso Corporation Black Warrior Storage Project is a gas pipeline facility located on Sally Peck Road in Hamilton, Monroe County, Mississippi. It operates within the United States' extensive natural gas transmission network, which is regulated by the Pipeline and Hazardous Materials Safety Administration (PHMSA) and DOT 49 CFR Part 192. The facility's primary function is to support the storage and transportation of natural gas, contributing to supply reliability in the region. As a gas pipeline facility, the Black Warrior Storage Project is subject to stringent safety standards under federal regulations, including requirements for pipeline integrity management, cathodic protection, and leak detection. The facility's NAICS code 486210 indicates it is classified as a pipeline transportation of natural gas operation. While specific technical specifications such as pipeline length or capacity are not detailed, the facility's location in Mississippi places it within a network that serves both industrial and residential consumers. The environmental and operational significance of this facility lies in its role in natural gas storage and transmission, which supports energy security and grid stability. The project is situated in a rural area of Monroe County, reducing immediate population density risks, but its proximity to waterways and the age of infrastructure are typical considerations for pipeline safety. The facility operates under a comprehensive regulatory framework designed to minimize environmental impact and ensure safe operations.

The facility is located in a rural area of Monroe County, Mississippi, near the Tombigbee River watershed. Pipeline infrastructure in this region must consider potential impacts on local waterways and ecosystems. The age of the pipeline and the effectiveness of cathodic protection systems are critical factors in preventing leaks and corrosion. The commodity transported is natural gas, which poses risks of methane emissions and combustion hazards, necessitating robust monitoring and emergency response protocols.