The Ph.D. in Chemical Engineering at Stanford is designed for researchers solving global challenges in energy, sustainability, health, and materials. These dissertation topics span catalysis, nanotech, biochemical systems, and AI-powered process design.
Design of Catalysts for CO2 Electroreduction to Value-Added Chemicals
AI-Driven Optimization of Multi-Step Chemical Synthesis Pathways
Molecular Simulation of Gas Separation Membranes
Smart Reactors Using Embedded Sensors for Real-Time Kinetics Analysis
Electrochemical Conversion of Biomass to Sustainable Fuels
Kinetic Modeling of Enzymatic Reactions in Biocatalysis
Photoelectrochemical Systems for Hydrogen Generation
Design and Simulation of Microreactors for Continuous Flow Chemistry
Data-Driven Fault Detection in Chemical Process Plants
Development of MOF-Based Adsorbents for CO2 Capture
Process Intensification Using Reactive Distillation for Pharmaceutical Synthesis
Catalyst Deactivation Mechanisms in Industrial Reforming Processes
Polymer Engineering for High-Performance Battery Electrolytes
Nanoparticle Engineering for Targeted Drug Delivery
Biochemical Pathway Engineering for Microbial Chemical Production
Green Chemistry Approaches to Waste Minimization in Synthesis
Electrocatalysis Mechanisms in Water Splitting Applications
Dynamic Process Control for Bioreactors Using Machine Learning
Multi-Scale Modeling of Complex Reaction Networks
Advanced Separation Processes Using Ionic Liquids
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