Turning Old Mine Sites into Cleaner Waterways: A New Path for Abandoned Mine Cleanup
For decades, thousands of abandoned mines across the United States have remained a difficult environmental problem. Long after mining operations ceased, waste rock and mine tailings can continue to affect streams, soil, wildlife habitat, and surrounding communities.
A recent project in Washington State may signal a new way forward.
In September 2026, the U.S. Environmental Protection Agency approved the first permit issued under the Good Samaritan Remediation of Abandoned Hardrock Mines Act of 2024. The permit allows Trout Unlimited to undertake cleanup work at the historic Bodie Mine in Okanogan County, Washington.
Removing a Longstanding Barrier to Cleanup
One of the challenges associated with abandoned mine sites has been determining who can safely take responsibility for cleanup.
At many historic sites, the original owners or operators are long gone. Organizations interested in voluntarily improving these properties could previously face significant concerns about assuming liability for contamination they did not create.
The Good Samaritan Remediation of Abandoned Hardrock Mines Act, signed into law in December 2024, created a pilot program designed to address that problem. Qualified organizations can obtain permits allowing them to perform certain investigation and remediation work while receiving protection from specific liability risks, provided they comply with the terms of the permit.
The program currently allows EPA to issue up to 15 remediation permits for low-risk abandoned hardrock mine projects during the pilot program.
What Will Happen at the Bodie Mine?
The Bodie Mine project focuses on Toroda Creek, where historic mine waste has contributed to contamination and erosion.
Under the approved plan, crews are expected to excavate and remove as much as 790 tons of contaminated mine tailings and sediment along approximately 400 linear feet of Toroda Creek. After the contaminated material is removed, the streambank will be reconstructed and stabilized, and native vegetation will be installed to help restore the surrounding habitat.
The work is intended to reduce the movement of mine-related contaminants into the creek while also improving streambank stability, soil and sediment conditions, and habitat for fish and wildlife.
That makes this project significant for more than one abandoned mine in Washington. It is the first real-world test of a federal program intended to make voluntary remediation easier at sites where contamination might otherwise remain untouched.
Where Surveying and Engineering Fit In
Environmental cleanup projects may begin with a regulatory or conservation goal, but successful implementation depends heavily on understanding the physical site.
Before earth can be moved or waterways restored, project teams need reliable information about existing conditions. Depending on the project, that may include:
Topographic and existing-condition surveys
Property and boundary information
Stream and drainage features
Existing structures and site improvements
Horizontal and vertical control
Earthwork and grading information
Construction layout and documentation
Post-construction or as-built surveying
Civil engineering can also play an important role where cleanup requires grading, drainage improvements, erosion control, stabilization, access improvements, or restoration of disturbed areas.
Good environmental decisions depend on good information—and accurate surveying provides the foundation for that information.
A Broader Lesson for Infrastructure and Redevelopment
The Bodie Mine project also illustrates a larger point about aging infrastructure and historically impacted properties: past land use can affect development decisions generations later.
Whether a site contains abandoned mine waste, obsolete infrastructure, drainage problems, or other remnants of previous development, understanding what exists today is often the first step toward deciding what comes next.
At Abbie Jones Consulting, PSC, our surveying and civil engineering teams help owners, developers, contractors, and public agencies establish that foundation. From boundary and topographic surveys to site development, grading, drainage, and construction support, accurate information allows project teams to move forward with greater confidence.
The first Good Samaritan permit in Washington represents a relatively small cleanup project—but it may open the door for similar efforts across the country.
And sometimes meaningful improvements to our communities and waterways begin with something very basic: understanding the land beneath our feet.
Sources
Good News Network: “First Permit to Clean Up Old Mine Waste Issued for WA State Under 2024 ‘Good Samaritan Act,’” September 11, 2026.
U.S. Environmental Protection Agency: “EPA Approves the First Ever Good Samaritan Program Permit for Clean Up at the Bodie Mine Site,” September 9, 2026.
U.S. Environmental Protection Agency: Good Samaritan Remediation of Abandoned Hardrock Mines Program.
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