Kerr-McGee Chemical LLC Landfill - Theodore, Alabama Solid Waste Management

Kerr-McGee Chemical LLC is a landfill facility located at 7300 Rangeline Road in Theodore, Alabama, within Mobile County. The site is operational and serves the region's solid waste management needs, particularly for industrial and chemical waste streams. As part of the United States waste infrastructure, it plays a role in managing non-hazardous and potentially hazardous materials under federal and state oversight. The facility operates under the US EPA's Resource Conservation and Recovery Act (RCRA) Subtitle D for municipal solid waste and Subtitle C for hazardous waste, given its chemical industry ties. The NAICS codes listed (237990, 325130, 325131, 325199, 562212, 562910) indicate activities including other heavy and civil engineering construction, synthetic dye and pigment manufacturing, other basic inorganic chemical manufacturing, and solid waste landfill operations. This suggests the landfill may accept industrial byproducts from chemical production, requiring robust liner and leachate management systems to protect groundwater in the Gulf Coast region. Located near Mobile Bay, the landfill's environmental significance includes potential impacts on local waterways and coastal ecosystems. Proper landfill gas collection and leachate treatment are critical to mitigate methane emissions and prevent contamination of the region's sensitive aquatic habitats. The facility's proximity to residential areas in Theodore also necessitates careful traffic and odor management to maintain community relations.

The landfill is situated in the Gulf Coast region of Alabama, characterized by high rainfall and shallow groundwater tables, which heightens the risk of leachate migration. Proximity to Mobile Bay and surrounding wetlands requires stringent leachate management to protect aquatic ecosystems. Methane generation from decomposing waste, if not captured, contributes to greenhouse gas emissions. Community proximity in Theodore necessitates effective odor and traffic controls to minimize local impacts.