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Brit Liggett

Newly Observed Criegee Molecule Could Be the Key to Cooling Climate Change

by , 01/13/12

criegee, rudolf criegee, criegee biradical, criegee intermediate, biradical, intermediate, atmospheric pollution, earth pollution, pollution, reducing pollution, reducing pollutants, removing pollutants from the atmosphere, aerosols, alkenes, science, climate change, global warming

Researchers in the United Kingdom have finally been able to nail down and measure the impacts of the elusive Criegee biradical (or Criegee intermediate) – an atmospheric molecule that could be one of the keys to stopping advanced climate change. Criegee biradicals form when ozone reacts with an alkene – the resulting molecules are missing two chemical bonds and are therefore able to react with pollutants like nitrous dioxide, sulfuric dioxide and nitric oxide. This final reaction produces aerosols, tiny particles that reflect solar radiation away from the Earth. Though this whole process was hypothesized in the 1950s by Rudolf Criegee, it wasn’t known if it was an important factor in cooling the atmosphere. With the result of the recent study, scientists involved say we should be taking these Criegee biradicals a bit more seriously – apparently, their ability to cool the atmosphere is much more powerful than we ever could have imagined.

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One Response to “Newly Observed Criegee Molecule Could Be the Key to Cooling Climate Change”

  1. antero antero says:

    No. We need no more chemtrails or controlling/manipulating/polluting the climate.Yes we need more rainforest and forest :-)

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