MMC Materials Inc. Stormwater Outfall, Hartford, Alabama | United States

MMC Materials Inc. is a stormwater outfall facility located at 819 Toro Road in Hartford, Geneva County, Alabama. The facility is operational and manages stormwater discharge from industrial operations, classified under NAICS 327320 (Ready-Mix Concrete Manufacturing). As a stormwater outfall, it plays a key role in controlling runoff from the site to prevent flooding and reduce pollutant loads. The facility operates under the regulatory framework of the US Clean Water Act, specifically the National Pollutant Discharge Elimination System (NPDES) for stormwater discharges. In Alabama, the Alabama Department of Environmental Management (ADEM) administers the NPDES program, which requires industrial facilities to obtain permits for stormwater discharges and implement best management practices (BMPs) to minimize pollution. The facility's discharge likely flows into local waterways, potentially affecting the Pea River watershed. Environmental significance of this outfall lies in its contribution to managing stormwater quality in an industrial setting. Proper operation helps prevent sediment, concrete washout, and other pollutants from entering nearby water bodies. The facility's location in Hartford, a small town in southeastern Alabama, underscores the importance of stormwater management even in less urbanized areas to protect downstream ecosystems and comply with federal water quality standards.

Hartford, Alabama, is located in the Pea River watershed, which drains into the Choctawhatchee River and eventually the Gulf of Mexico. The region experiences a humid subtropical climate with frequent heavy rainfall, making stormwater management critical to prevent flooding and erosion. Industrial facilities like MMC Materials Inc. must manage runoff to avoid discharging pollutants such as sediment, heavy metals, and concrete-related contaminants into local streams. Compliance with NPDES permits ensures that stormwater discharges do not impair water quality in receiving water bodies, which support aquatic life and recreational uses.