Quarry LF Landfill - Tulsa, Oklahoma Solid Waste Management Facility

Quarry LF is a landfill facility located at 4041 N. 141st East Avenue in Tulsa, Oklahoma, United States. Operated by WM, the facility has been in operation since 1989 and is currently active, with a planned closure year of 2035. As a key component of the region's solid waste infrastructure, it handles municipal solid waste from the Tulsa area. The facility operates under the regulatory framework of the United States Environmental Protection Agency (EPA), specifically Subtitle D of the Resource Conservation and Recovery Act (RCRA) for municipal solid waste landfills, as well as Clean Air Act (CAA) regulations for landfill gas emissions. These regulations mandate gas collection and control systems, leachate management, and groundwater monitoring to mitigate environmental impacts. The landfill's design and operation comply with these federal standards, ensuring proper waste containment and environmental protection. Quarry LF plays a significant role in the solid waste management system of Tulsa and surrounding communities. Its long operational history and planned closure date indicate a well-established facility with a defined lifecycle. The landfill's gas collection system likely contributes to energy recovery or flaring, reducing methane emissions. As urban development continues in the Tulsa area, the facility's capacity and environmental management remain important for sustainable waste disposal.

The landfill's location in Tulsa, Oklahoma, places it in a region with a temperate climate and proximity to the Arkansas River watershed. Key environmental considerations include landfill gas management to control methane emissions, a potent greenhouse gas, and leachate treatment to prevent groundwater contamination. The facility's gas collection system, required under EPA regulations, helps mitigate odor and climate impacts. Additionally, the site's proximity to residential areas necessitates careful traffic management and dust control to minimize community disruption.