Multi-resolution framework for the characterization of nanoscale systems Short-term goals involved quantifying the effect of solute size on the locality of hydrophobic hydration with adaptive resolution molecular dynamics simulations. Long-term goals involve using this knowledge to develop an adaptive resolution framework for the study of nanoscale systems, specifically proteins. This framework will be particularly useful for the rational design of functionally relevant proteins, but the framework will also be applicable for any nanoscale system with multiple length and time scales.
- Completed various process improvement modifications for several refining units - Attended training courses in distillation design and hydroprocessing technology
- Implemented process improvements for Para-xylene Adsorption Unit and SynGas Unit
- Developed a design for the Purge Treatment Unit at the refinery in Joliet, Illinois.
Catalyst Monitoring
PhD
Concentration: Chemical Engineering
BS
Concentration: Chemical Engineering
Activities: AIChE
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