Unknown Compound Identified in Drinking Water
A large team of scientists from Switzerland and the United States have released information about drinking water. It’s estimated that over 113 million people in the US are drinking chloraminated water.
Researchers have discovered what they call chloronitramide anion. It is chemically written as Cl-N-NO(2)-
It is known to be the end product of inorganic chloramine decomposition. The toxicity is not fully understood, although its prevalence and sameness to other toxic compounds is extremely concerning.
Just identifying this new compound has been a big challenge for scientists. The new information was published in the journal Science.
Julien Fairey is first co-author on the paper. He is an associate professor of civil engineering at the University of Arkansas.
Fairey explains that scientists have known about the compound for a few decades. Fairey himself began to work on the project about 10 years ago.
Fairey claims, “ It’s a very stable chemical with a low molecular weight. It’s a very difficult chemical to find. The hardest part was identifying it and proving it was the structure we were saying it was.”
Scientists began to create the new compound in the laboratory. Juliana Laszakouits is a post doctoral researcher at ETH Zurich. Fairey sent her the sample to be analyzed. There are huge questions about the health risks of the new compound.
Fairey explains, “it’s well recognized that when we disinfect drinking water, there is some toxicity that’s created. Chronic toxicity, really. A certain number of people may get cancer from drinking water over several decades. But we have an identified what chemicals are driving that toxicity. A major goal of our work is to identify these and reaction pathways through which they form.”
Recognizing this compound is key. Chloronitramide anion’s cancer causing health risks Will be the future work of agencies like the US environmental protection agency
Fairey summarizes, “ Even if it is not toxic, finding it can help us understand the pathways for how other compounds are formed, including toxins. If we know how something is formed, we can potentially control it.”
Here’s hoping.

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