INLAND CONTAINER Stormwater Outfall, Fort Smith, Arkansas | United States

INLAND CONTAINER is a stormwater outfall located at 4500 NEWLON RD in Fort Smith, Sebastian County, Arkansas, United States. The facility is operational and serves an industrial catchment, likely associated with container manufacturing or similar activities based on the NAICS codes 322211 (Corrugated and Solid Fiber Box Manufacturing) and 322212 (Folding Paperboard Box Manufacturing). As a stormwater outfall, it manages runoff from industrial surfaces, which is regulated under the US Clean Water Act. The facility operates under the US EPA NPDES MS4 permitting framework, which governs stormwater discharges from municipal separate storm sewer systems. In Arkansas, the Arkansas Department of Energy and Environment - Division of Environmental Quality (DEQ) administers the NPDES program. Industrial stormwater outfalls like this one are typically subject to sector-specific effluent guidelines and may require a Multi-Sector General Permit (MSGP) for stormwater discharges associated with industrial activity. Stormwater management at industrial sites is critical for protecting local water quality. The outfall likely discharges to a nearby waterbody, potentially the Arkansas River or a tributary, which are important for regional ecology and recreation. Proper operation and maintenance of stormwater controls, such as detention basins or treatment systems, help reduce pollutant loads from runoff, supporting compliance with water quality standards and community health.

The facility is located in Fort Smith, Arkansas, within the Arkansas River watershed. The region experiences a humid subtropical climate with significant rainfall, making stormwater management important for flood control and water quality. Industrial stormwater runoff can contain pollutants like metals, oils, and sediments, which may impact receiving waters. The Arkansas River is a major waterway supporting aquatic life, recreation, and municipal water supplies. Effective stormwater treatment at this outfall helps mitigate potential ecological harm and supports compliance with the Clean Water Act's goal of restoring and maintaining water quality.