94831 - Packaging Corporation of America Pulp and Paper Plant, International Falls, Minnesota

The 94831 - Packaging Corporation of America facility is a pulp and paper plant located at 400 Second Street in International Falls, Minnesota, United States. This operational facility is classified under NAICS code 322121 (Paperboard Mills), indicating it produces paperboard from pulp. The plant is situated in a region with a strong industrial history tied to paper manufacturing. As a pulp and paper facility, the plant operates under the regulatory framework of the US Environmental Protection Agency (EPA), including the Clean Air Act (CAA), Clean Water Act (CWA), Resource Conservation and Recovery Act (RCRA), and Toxics Release Inventory (TRI) Section 313 reporting. The facility likely uses chemical pulping or recycled fiber processes typical of the sector, with associated emissions and wastewater treatment requirements. The scale of the plant is consistent with a major industrial operation in the region. The facility plays a significant role in the local economy of International Falls, providing employment and supporting downstream packaging industries. Its environmental significance stems from the inherent pollution intensity of pulp and paper manufacturing, including air emissions, water discharges, and solid waste generation. The plant's proximity to the community necessitates robust environmental management and compliance with state and federal regulations.

International Falls is located in northern Minnesota near the Canadian border, an area characterized by boreal forests and numerous lakes. The pulp and paper industry is a major economic driver, but it also poses environmental challenges. The facility's operations involve significant water usage and potential discharges to local waterways, requiring compliance with the Clean Water Act. Air emissions from boilers and pulping processes are regulated under the Clean Air Act. The plant's proximity to residential areas underscores the importance of effective pollution control measures.