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Atomic Modifications and Doping o Metal Oxides for Commercially Significant Partial Oxidation J. Gleaves and G. Yablonski Heterogeneous Kinetics and Particle Chemistry Laboratory http://crelonweb.wustl.ed

Atomic Modifications and Doping of Metal Oxides for Commercially Significant Partial Oxidation

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Atomic Modifications and Doping of Metal Oxides for Commercially Significant Partial Oxidation. J. Gleaves and G. Yablonski Heterogeneous Kinetics and Particle Chemistry Laboratory. http://crelonweb.wustl.edu. Supported metal. Fuels, Chemicals. CO + 2H 2. CH 4 + 1/2O 2. - PowerPoint PPT Presentation

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Page 1: Atomic Modifications and Doping of  Metal Oxides for Commercially  Significant Partial Oxidation

Atomic Modifications and Doping of Metal Oxides for Commercially

Significant Partial Oxidation

J. Gleaves and G. Yablonski

Heterogeneous Kineticsand Particle Chemistry Laboratory

http://crelonweb.wustl.edu

Page 2: Atomic Modifications and Doping of  Metal Oxides for Commercially  Significant Partial Oxidation

Heterogeneous Selective Oxidation Programs

Heterogeneous Kinetics and Particle Chemistry Laboratory (HKPCL)Chemical Reaction Engineering Laboratory (CREL)Chemical Engineering Dept., Washington University, St. Louis, MO

CH4 + 1/2O2 CO + 2H2 Fuels, ChemicalsSupported metal

CH2 CHCOOHCH3CH2CH3 + 2O2 + 2H2O

propane acrylic acid

Metal oxide

CH2 CHCNCH3CH2CH3 + 2O2 + NH3 + 4H2O

propane acrylonitrile

Metal oxide

+ 1/2 O2 + H2OMetal oxideC2H5 CH CH2

ethylbenzene styrene

+ 1/2 O2

propene propene oxide

Metal oxideCH2 CHCH3 H2C CHCH3

O

Page 3: Atomic Modifications and Doping of  Metal Oxides for Commercially  Significant Partial Oxidation

TAP-2 - Atomic Deposition System

Deposition chamber

Mass spectrometer

TAP Reactor chamber

Diffusion pump