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Environmental Internship Program - 2023 Booklet

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Olivia Chen ’26<br />

ELECTRICAL AND COMPUTER ENGINEERING<br />

WATER AND THE<br />

ENVIRONMENT<br />

PROJECT TITLE<br />

Molecular Simulation of<br />

Natural Organic Matter<br />

and Organic Contaminants<br />

ORGANIZATION(S)<br />

Interfacial Water Group,<br />

Department of Civil<br />

and <strong>Environmental</strong><br />

Engineering, Princeton<br />

University<br />

LOCATION(S)<br />

Princeton, New Jersey<br />

MENTOR(S)<br />

Ian Bourg,<br />

Associate Professor of<br />

Civil and <strong>Environmental</strong><br />

Engineering and the High<br />

Meadows <strong>Environmental</strong><br />

Institute<br />

I worked to construct and simulate organic<br />

contaminants using molecular dynamics<br />

simulations. I began by creating input files to<br />

model per- and poly-fluoroalkyl substances<br />

(PFAS) or “forever chemicals”, a class of<br />

compounds that have recently received a lot<br />

of media attention due to their persistence in<br />

the environment and potential negative health<br />

effects. I also created input files for hydrophobic<br />

amino acids and fatty acids. I introduced the idea<br />

to model PFAS precursors, which contribute to<br />

PFAS levels but aren’t studied as much, and HFO<br />

refrigerants, which are a new class of refrigerants<br />

with a lower global warming potential but<br />

higher water pollution potential. In total, our<br />

team contributed over 30 new compounds to the<br />

Interfacial Water Group database. This work is<br />

important in revealing the physical properties of<br />

compounds and will also aid future development<br />

of removal techniques. Exploring chemistry in<br />

a computational way was new to me and I found<br />

it engaging to look at chemistry in an applied<br />

context. I am interested in taking this research a<br />

step further to look at these compounds in a more<br />

specific environment, and I plan to continue<br />

working with Professor Ian Bourg as a part of an<br />

independent research project.<br />

98

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