Biology and ChE: Applying a Molecular Science (Part I) [Blog Series] | AIChE

Biology and ChE: Applying a Molecular Science (Part I) [Blog Series]

October 24, 2012

This is Part 6 in the ChEnected series "We Are ChE: Entering a Golden Age", authored by Incoming 2013 AIChE president Phil Westmoreland. 

At the beginning of this series, I offered a list of four reasons that we’re entering a golden age of ChE. The third reason is that applying biology has become such an important part of chemical engineering.

How has that come to be? “Chemical engineering is what chemical engineers do” is too broad to define our field because ChEs do so many things. A more fundamental description of its roots is “applied molecular science.” Biology has become a molecular science in the last 60 years, but it initially became part of ChE through empirical reaction engineering, separations, transport phenomena, and materials science.

In the Beginning: Bioprocessing

Biology’s application takes many forms. Fermentation to make alcohol is an ancient bioprocessing step, and distillation goes back for three millennia. That was an art, predating ChE as a discipline...

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Dr. Phillip R. Westmoreland

Phil Westmoreland is a professor at North CarolinaState University in the Department of Chemical and Biomolecular Engineering. His research focuses on reaction kinetics and engineering, obtained from experiments, computational chemistry and reactor modeling. His Chemical Engineering degrees are fromN.C. State (BS73), LSU (MS74) and MIT (PhD86). From 1986-2009, Phil was at the University of Massachusetts Amherst and in 2006-2009 he served as a Program Director at NSF.

He was 2013 AIChE President; is a Trustee and past president of the educational nonprofit CACHE Corporation; and was...Read more