a process that can be used *on site* to render environmental toxins such as DDT and lindane harmless and convert them into valuable chemicals – a breakthrough for the *remediation of contaminated sites*Certainly what comes out of the machine will not be living.
"SCS Foundation News and Announcements 2025"
https://www.chimia.ch/chimia/article/download/2025_885/2025_...
Persistent Organic Pollutants (POPs) are highly recalcitrant and toxic compounds that pose a profound threat to ecosystems across the world. One of the most notorious representatives of this class of chemicals is hexachlorocyclohexane (HCH) – a known human carcinogen – a specific isomer of which was used as the insecticide Lindane.
...
In 2021, the groups of Morandi and Waldvogel disclosed a vicinal dihalide shuttle reaction under electrochemical conditions, with which HCH could be fully dechlorinated. In the present work, instead of transferring chlorine to another molecule, we sought to sequester it as an innocuous inorganic chloride salt, which is preferable for large-scale application.
Here's the free-to-read Accepted Manuscript version of the earlier 2021 publication:
"Merging shuttle reactions and paired electrolysis for reversible vicinal dihalogenations"
https://ethz.ch/content/dam/ethz/special-interest/chab/organ...
https://www.sciencedirect.com/science/article/pii/S254251962...
More narrowly, Paul Stamets has worked a lot on mycroremediation — remediating with fungi.
…who is this? This guy [1]?
[1] https://en.wikipedia.org/wiki/John_Todd_(Canadian_biologist)
So... he invented the ocean?
In practice, there are multiple vats. The first stage has algae growing, which sequesters the heavy metals. The next stages follow other kinds of ecosystems, such as organisms from swamps. He will mix samples from multiple ecosystems that normally don’t mix so that some kind of novel, self-organizing ecosystem can form around the pollutant.
Then it is measuring and monitoring the contaminants. With the superfund site, he was tracking presence of the top ten pollutants on the EPA list. However, he also shows how people can use much simpler, non-industrial tests — using samples from say, uncontaminated lake water nearby and use a microscope to see if the water being treated will kill those microorganisms. This allows for remediation to be executed by people who don’t have access to labs, but still need a way to test their water.
A much simpler version of this that follows the same design principles is capable of local, onsite treatment of ordinary black water.
chrisweekly•1h ago