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Faculty
Research Interests
-
Air
Emissions from Fossil Fuel Utilization Systems
-
Alternative
and Reformulated Fuels
-
Applied
Catalysis
-
Carbon
Materials from Petroleum and Coal
-
Carbon
Deposition on Metal Surfaces
-
Catalytic
Oxidation of Solid Carbons
-
Characterization
of Solid Carbons
-
Chemical
Problems in Conversions of Fuels into Higher-Value Products
-
Combustion-Generated
Air Pollutants
- Control
of Emissions from Combustion Sources
- Conversion
of Waste Material to Fuels and Chemicals
- Corrosion
of Metals and Alloys in Hydrothermal Environments
- Diesel
and Jet Fuel Formulation
-
Diesel
Combustion and Engine Emissions
-
Desirable
and Undersirable Solid Carbons
- Electrochemical
Kinetics and Thermal Diffusion Transport
- Exhaust
Aftertreatment and Reactor Modeling
- Flame
Studies and Flame-Materials Interactions
-
Fuel
Processing and Chemicals Synthesis
- Microscopy
and Image Analysis of Cokes and Carbons
-
Molecular
Modeling
- Power
Generation Systems, Fuel Cells, and Batteries
- Preparation
of Activated Carbons
- Recovery
and Utilization of Industrial Waste Streams
- Supercritical
Water Oxidation Technology
-
Surface
Properties and Behavior of Carbon Materials
Facilities
Students in the Fuel Science program have access to the excellent experimental
and computational laboratories of the College of Earth and Mineral Sciences,
including state-of-the-art analytical facilities at the Energy Institute
and the Materials Research Institute.
All
students have access to a networked system of thin-wire-served PCs,
to a Unix Laboratory of networked SparcStations, and to a variety of
computing facilities on campus. All graduate students have the option
of having a PC on their desk.
Associated
Links:
Fuel
Cell Today Website
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