Georgia Tech’s MS in Chemical Engineering turbo-charges process minds with molecular insight. Students run Aspen Plus and COMSOL multiphysics side-by-side, engineer CRISPR yeast for bio-jet fuel, and test electrified catalytic reactors for green ammonia. Access to the Carbon-Neutral Process Innovation Center means theses often tackle DOE-backed hydrogen or CO₂ valorization projects.
Plasma-assisted reactor design for methane dry reforming
Electro-swing adsorption unit for point-source CO₂ capture
Metabolic pathway optimization for microbial PLA monomer synthesis
Membrane-free redox flow battery electrolyte development
Data-driven fouling prediction in heat-exchanger networks
Perovskite catalyst screening for water-splitting oxygen evolution
Microreactor synthesis of quantum dots for display technology
Techno-economic analysis of green hydrogen in fertilizer plants
Enzyme immobilization on 3-D printed structured packings
Machine-learning QSAR model for solvent selection in pharma crystallization
Continuous supercritical CO₂ extraction process for botanical oils
Bio-electrochemical system converting waste-water organics to acetate
Circular-polymer depolymerization via organocatalyzed routes
Nano-cellulose reinforced aerogel for thermal insulation
Dynamic simulation of carbon-capture retrofit on LNG trains
Engineer planet-positive processes from molecule to megaton.
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