German scientists find microbes that remove 95% of uranium from contaminated wate
Scientists in Germany have discovered that specific microbes in uranium-contaminated mine water can convert dissolved uranium into a stable mineral. This process successfully removed 95% of the uranium in laboratory tests, offering a potential eco-friendly solution for radioactive waste remediation.
Why it matters
This discovery provides a low-cost, biological method to clean up radioactive pollution in groundwater, which is currently a major environmental and health challenge.
A team of scientists has uncovered a naturally occurring microbial process that could change how uranium-contaminated water is cleaned up. Studying bacteria living in the flooded Königstein uranium mine in Germany, the researchers discovered that certain microorganisms can transform highly soluble uranium into a rare, stable mineral that remains locked in place instead of spreading through groundwater. In laboratory experiments, the microbes removed around 95% of dissolved uranium over 130 days, raising the possibility of using naturally occurring bacteria as an environmentally friendly tool for remediating radioactive pollution.
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