Augsburg’s greener way to do chemistry
![](https://img.apmcdn.org/6b93ce7e36547707e32bdd2da3a3a61fc459bdb6/uncropped/b5efb7-oncampus-files-2014-12-wentzel1.jpg)
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![wentzel](https://img.apmcdn.org/22e5dc88a93371c539be388b7946c863b778a747/uncropped/d541fc-oncampus-files-2014-12-wentzel.jpg)
I've just been introduced to green science.
I'm in Prof. Michael Wentzel's organic chemistry class, and he's showing his students how to do chemistry in a more environmentally friendly way -- "Benign by design," as he puts it.
They're reproducing a fluorescent substance found in scorpions -- but doing it without generating all the waste that's usually produced in such chemical processes.
![fluorescent](https://img.apmcdn.org/19c79b75d6afe9b48e1854506e3ee6133458dd69/uncropped/c617c8-oncampus-files-2014-12-fluorescent.jpg)
Wentzel uses a combination of heating and mixing to enable his components to form chemical bonds, thus avoiding the use of solvents -- and thus taking one more chemical out of the equation.
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And to get his components to react with each other more efficiently, Wentzel uses a polymer styrene catalyst instead of the usual toxic mineral acid.
The professor tells me:
"It's how we should train scientists now. Companies want scientists that know the way to design chemistry to be more environmentally friendly. Chemistry doesn't need to be a fixer of problems. It can be a way to never have the problems in the first place."