Hunt Sandersville Refinery - Oil Refinery in Sandersville, Mississippi

Hunt Sandersville Refinery is an operational oil refinery situated in Sandersville, Jones County, Mississippi, along Highway 11 North. As a refinery in the United States, it operates under federal and state regulations, including the EPA's Clean Air Act Refinery MACT standards, which govern emissions from refining processes. The facility is part of the broader U.S. refining sector, which includes a mix of large integrated complexes and smaller independent refineries. The refinery's technical specifications are not detailed in available data, but its NAICS codes (324110 for petroleum refineries and 324121 for asphalt paving mixture and block manufacturing) indicate it produces both refined petroleum products and asphalt. In the U.S. context, refineries of this scale typically employ hydroprocessing, catalytic cracking, and distillation units to convert crude oil into gasoline, diesel, jet fuel, and other products. Regulatory oversight includes the EPA's New Source Performance Standards (NSPS) and risk management plans under the Clean Air Act. The facility's location in Mississippi places it within a region with significant oil and gas infrastructure, including pipelines and storage terminals. Its operational status contributes to local employment and energy supply. The refinery's product mix, including asphalt, suggests a focus on downstream construction materials, which aligns with regional infrastructure needs. Environmental considerations include air emissions management and spill prevention under the Spill Prevention, Control, and Countermeasure (SPCC) rule.

The refinery's location in Mississippi involves proximity to water resources and ecosystems. Refining operations pose risks of air emissions (VOCs, SOx, NOx) and potential spills affecting soil and water. The facility must comply with EPA's Refinery MACT for hazardous air pollutants and SPCC for oil spill prevention. The surrounding area includes mixed industrial and agricultural land use, with potential impacts on local air quality and water bodies.