Project Information
Refer to the Project Information page for: project constraints, challenges, experimental design, major tasks, and other relevant details about the project.
This project objective is to determine the feasibility of fungi as a biosorbent to remove metals from heavily contaminated waters. A major source of metal contamination is mine waste, often resulting from mine accidents due to the failure of containment walls, piping, or other structural failures. Cleanup from these types of accidents can be costly and, therefore, alternative remediation methods are of particular interest. This project designed and ran an experiment that tested the ability of fungi to remove metals from mine waste.
Refer to the Project Information page for: project constraints, challenges, experimental design, major tasks, and other relevant details about the project.
Refer to the Documents page for all reports, presentations, and procedures that were created for this project.
Refer to the Photo Gallery page for images of the experimentation phase of this project.
Project Engineer
Environmental Engineer|
wlb44@nau.edu
Project Engineer
Environmental Engineer
nrm258@nau.edu
Project Engineer
Environmental Engineer
sdg237@nau.edu
Lab Technician
Environmental Engineer
ys352@nau.edu
Design Engineer
Environmental Engineer
msa429@nau.edu
Dr. Bero is an Environmental Engineering
Professor at Northern Arizona University.
Dr. Baxter is an Environmental Engineering
Professor at Northern Arizona University.