We can gather all the knowledge that we were familiar with previously about Criegee biradicals at the conclusion of this sentence, however from what we know they are quite remarkable. That’s the perception from the researchers at Sandia National Labs, University of Bristol and University of Manchester. For the very first time ever the team of researchers have discovered unseen chemical agents. It seems that they not only corrode toxins from combustion but purify the air as theygo and also play a role in cloud formation and facilitate in cooling the earth.
The first theory about Criegee biradicals was in 1950s by a chemist from Germany Rudolf Criegee but during that time it was not possible to identify them or quantify. As a result it was unspecified whether or not they were in existence, and if they how rapidly they changed with some atoms. Measuring and discovering them was made feasible by a unique gadget assembled by Sandia at Lawrence Berkeley National Lab’s Advanced Light Source, this allowed them to distinguish the structure and eradicate other analogous molecules that has similar atoms but in an unlike composition.
There discovery showed a lot of potential this according to what they informed us. Contrary to what the researchers thought before the Criegee biradicals reacted faster than it would be possible with certain impurities such as sulfur dioxide and nitrogen dioxide. Subsequently this leaves nitrate and sulfate which can cause aerosol configuration and ultimately cloud formation. The implication of this is that the Criegee biradicals can assist cool the earth.
So understanding them could give the atmospheric researchers some insights on the oxidizing ability of the atmosphere all together and lead to better awareness of our climate; how the pollution has an effect on the air atmosphere around us. This is a highlight on how it is affected.