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Department of Chemical Engineering

Department of Chemical Engineering

University of Utah

Department of Chemical Engineering at University of Utah has 21 faculty on GradNova.

Faculty

T
Cancer and Cell Biology
Cancer Treatment Selection
Microscopy and Fluid Mechanics to Study Dynamic Processes Within Cells and How These Impact Human Disease, With an Emphasis on Cancer
Quantitative Microscopy
+6
K
Kevin Whitty

Professor, Department of Chemical Engineering

Department of Chemical Engineering

University of Utah

Advanced Technologies for Production of Power, Hydrogen and Renewable Fuels With Zero or Negative Emissions of Co2
Chemical Looping Processes
Gasification
Oxy-Fuel Combustion
+7
D
Biomass Conversion
Energy
Engineering Education
Gasification
+7
H
Biosensors
Drug Delivery Platforms
Electrochemical Methods
Hydrogels
+11
T
Low-Mach Number Flows
Numerical Methods and Algorithms for Low-Mach Variable Density Reacting Flows on Modern, Heterogeneous Supercomputers
Perturbation Methods
Population Balances
+7
M
Michael Nigra

Associate Professor Director of Undergraduate Studies

Department of Chemical Engineering

University of Utah

Design of New Functional Nanomaterials for Applications in Catalysis and Sensing
Enhancing Catalytic Performance via Alloying and Using Organic Ligand Modifiers
Hybrid Enzymatic-Heterogeneous Catalytic Systems
Nanocluster Synthesis and Applications
+4
C
Charles Musgrave

Professor Dean, John & Marcia Price College of Engineering

Department of Chemical Engineering

University of Utah

Computational Chemistry, Materials Science, and Catalysis
Energy-Related Applications Including Catalysis, Electrocatalysis, and Materials for Energy Conversion and Storage
Microelectronics and Polymerization Processes
Quantum Mechanical Simulations, Density Functional Theory, and Machine Learning
+3
S
Swomitra Mohanty

Associate Professor Associate Professor, Materials Science and Engineering Director of Undergraduate Affairs, Price College of Engineering

Department of Chemical Engineering

University of Utah

Developing Nanomaterials and Engineering Microdevices for Biosensing, Chemical Sensing, Environmental Mitigation, and Energy Harvesting
Low-Cost Sensors for Food Safety Applications
Photo-Electrocatalytic Removal of Water Contaminants
Sensing of Environmental Contaminants (chlorinated Solvents, Benzene, Arsenic, and Chromium)
+6
K
Connections Between Energy, Air Quality and Health
Cost-Effective, Air-Quality Sensing to Understand Local-Scale, Air Quality Challenges
Thermochemical Biomass Conversion Processes
Integrated Energy Systems Optimization
+3
S
Multimaterial Design Through Additive Manufacturing
Polymer Chemistry, Additive Manufacturing, and In-Situ Metrology
Wearable Technologies, Optical Neural Networks, and Biomedical Devices
H
Heather Holmes

Associate Professor Director of Graduate Studies

Department of Chemical Engineering

University of Utah

Atmospheric Physics, Air Pollution Sources, and Atmospheric Transport and Dispersion
Atmospheric Turbulence and Its Influence on Pollutant Accumulation, Transport, and Mixing
Ground-Based Sensors, Atmospheric Models, and Satellite Remote Sensing
Atmospheric Chemistry and Aerosols
+4
M
Interaction and Assembly of Complex Molecules in the Liquid Phase
Multi-Scale Experimental and Simulation/modeling Approach
Neutron and X-Ray Scattering Experiments
Phase Behavior, Aggregation, Deposition, and Precipitation Mechanisms of Complex Systems
+5
S
Engineering Education in Grades K-12
Process Automation and Control
Sustainability in Engineering
Undergraduate Engineering and Chemical Engineering Education
+5
S
Complex Fluids
Dynamics, Thermophysics, and Biogeochemistry of Particulate Matter
Energy-Environment Dual Challenge
Geo-Energy Systems (hydrogen Storage, Carbon Storage, Geothermal)
+6
C
Advanced Solid-State Materials for Production and Utilization of Renewable Hydrogen
Conversion and Storage of Intermittent Renewable Energy
Generation of Renewable Electricity
Green Fuels and Chemicals
+5
M
Milind Deo

Professor Peter D. and Catherine R. Meldrum Endowed Professor Director, Energy & Geoscience Institute

Department of Chemical Engineering

University of Utah

Carbon Dioxide Management
Geothermal Energy
Modeling and Simulation
Nanotechnology as It Relates to Energy
+4
N
Air Quality and Health Impacts
Air Quality Monitoring and Forecasting
Atmospheric Chemistry and Aerosols
Noise Effects and Management
+1
Y
Development, Characterization, and Application of Advanced Materials for Energy Conversion
Emissions Reduction
Engineering Education
Graduate Student Development
+1
T
Citizen Scientist Efforts
Engineering Education
K-12 Engineering Outreach
Low-Cost Distributed Sensing Networks
+6
J
Direct Numerical Simulation
High-Performance Computing
Large Eddy Simulation
Numerical Analysis
+7
E
Development of Carbon-Based Products From Traditional and Alternative Fuel Resources
Environmentally-Sound Methods for Utilization of Solid and Liquid Fuels
Thermochemical Biomass Conversion Processes
Combustion and Flame Dynamics
+3