Faculty

Institution

Unit

Venue

Ted Oyama

Professor Emeritus

Virginia Tech

Affiliations

College of Engineering

Chemical Engineering

Ted Oyama is currently serving as a Chemical Engineering Professor Emeritus at Virginia Tech.

Honors

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Experiences

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Education

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Ted Oyama

Virginia Tech

Professor Emeritus

You can click a keyword to filter the displayed items

materials science chemical engineering catalysis chemistry catalyst preparation catalytic process industrial catalysis inorganic chemistry material chemistry membrane technology membrane science nanotechnology applied physics materials engineering energy chemistry catalytic applications transition metal chemistry surface science catalytic materials organometallic catalysis physical chemistry heterogeneous catalysis catalytic synthesis separation technology surface chemistry surface reactivity chemical synthesis molecular catalysis characterization (materials science) thermal engineering separation science separation techniques material research advanced energy material sustainable chemistry thermal catalysis chemical vapor deposition chemical sciences nanoparticle research ozone decomposition coordination chemistry catalyst activation applied chemistry carbides adsorption solid-state chemistry nickel phosphide catalysts silica-supported molybdenum oxide structural chemistry energy research ceramic technology surface analysis surface characterization biomass conversion molecular oxygen direct propylene epoxidation manganese oxide catalyst high pressure layered double hydroxides kinetic study hydrogen energy bioresource technology wood chemistry membrane characterization transition metal chalcogenides chemisorption inorganic materials hydrogen separation silica membranes acetone oxidation membrane reactors supported molybdenum oxide ethanol oxidation selective oxidation biocatalysis advanced oxidation process chemical kinetics catalytic reforming oxidation chemistry

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Criteria for the Use of 1D and 2D Models in Catalytic Membrane Reactor Modeling. Chemical engineering journal (2023)

Sean-Thomas B. LundinMarina MiklautzAyumi IkedaYasuhisa HasegawaS. Ted Oyama

chemical engineeringcomputational engineeringengineering

Advantages of Tandem Versus Simultaneous Operation: The Case of Isomerization/Hydrogenation of Terpinolene Epoxide to Terpinen-4-Ol Using a Ni/Tio2-Sio2 Bifunctional Catalyst. Chemical engineering science (2022)

Jie LiuJianhao CuiLei ChenJingjing ChenHuidong ZhengS. Ted Oyama

materials sciencecatalyst preparationchemical engineeringcatalysisterpinolene epoxide

Effect of Support and Pd Cluster Size on Catalytic Methane Partial Oxidation to Dimethyl Ether Using a No/O 2 Shuttle. ACS catalysis (2022)

I. Tyrone GhampsonGwang-Nam YunArisa KanekoVibin VargheeseKyoko K. BandoTetsuya ShishidoS. Ted Oyama

materials sciencecatalyst preparationmaterial chemistryadvanced energy materialchemical engineeringcatalysisheterogeneous catalysisnanoparticle researchmolecular catalysispd cluster sizeindustrial catalysisenergy chemistrymembrane sciencechemistryinorganic chemistrythermal catalysisnanotechnologynanoengineering

Foreword. Academic Studies Press eBooks (2022)

Paul Freedman

Methane Selective Oxidation on Metal Oxide Catalysts at Low Temperatures With O2 Using an No/No2 Oxygen Atom Shuttle. Journal of catalysis (2022)

I. Tyrone GhampsonSean-Thomas B. LundinVibin VargheeseYasukazu KobayashiGregory S. HuffRobert SchlöglAnnette TrunschkeS. Ted Oyama

materials sciencecatalyst preparationlow temperaturesmetal oxide catalystschemical engineeringcatalysisheterogeneous catalysisindustrial catalysiscatalytic processmethane selective oxidation

Synthesis and Characterization of Silica–Tantala Microporous Membranes for Gas Separations Fabricated Using Chemical Vapor Deposition. Membranes (2022)

Sean-Thomas B. LundinHongsheng WangS. Ted Oyama

membrane technologymaterials sciencechemical vapor depositionmaterial chemistryseparation technologymechanical engineeringchemical engineeringmaterials engineeringmembranesmembrane characterizationgas separationsmembrane sciencesilica-tantala microporous membranesnanotechnologynanoengineering

Synthesis of Size-Controlled Boehmite Sols: Application in High-Performance Hydrogen-Selective Ceramic Membranes. Journal of Materials Chemistry A (2022)

Hongsheng WangSean-Thomas B. LundinKazuhiro TakanabeS. Ted Oyama

membrane technologymaterials sciencesize-controlled boehmite solsmaterial chemistrymaterial researchchemical engineeringmaterials engineeringadvanced materials

How to Scrutinize Adsorbed Intermediates Observed by in Situ Spectroscopy: Analysis of Coverage Transients (Act). Journal of catalysis (2021)

S. Ted OyamaGwang-Nam YunSo-Jin AhnKyoko K. BandoAtsushi TakagakiRyuji Kikuchi

situ spectroscopymaterials sciencechemical engineeringcatalysisadsorbed intermediatesadsorptionspectroscopycoverage transients

Hydrodeoxygenation of Benzofuran on Novel Copdp Catalysts Supported on Potassium Ion Exchanged Ultra-Stable Y-Zeolites. Journal of catalysis (2021)

William J. MovickGwang-Nam YunVibin VargheeseKyoko K. BandoRyuji KikuchiS. Ted Oyama

materials sciencecatalyst preparationzeolitescatalytic synthesispotassium ionultra-stable y-zeoliteschemical engineeringcatalysiscatalytic processenergy chemistry

Isotopic 18 O/ 16 O Substitution Study on the Direct Partial Oxidation of Ch 4 to Dimethyl Ether Over a Pt/Y 2 O 3 Catalyst Using No/O 2 as an Oxidant. Catalysis science & technology (2021)

I. Tyrone GhampsonSean-Thomas B. LundinTetsuya ShishidoS. Ted Oyama

materials scienceorganic chemistrycatalyst preparationdirect partial oxidationmaterial chemistrycatalysiscoordination chemistryorganic synthesisredox chemistrychemistryinorganic chemistrytransition metal chemistrysurface reactivitychemical synthesisenergy chemistry

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Ted Oyama

Professor Emeritus

Virginia Tech

Affiliations

College of Engineering

Chemical Engineering

Ted Oyama is currently serving as a Chemical Engineering Professor Emeritus at Virginia Tech.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Ted Oyama

Virginia Tech

Professor Emeritus

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Criteria for the Use of 1D and 2D Models in Catalytic Membrane Reactor Modeling. Chemical engineering journal (2023)

Sean-Thomas B. LundinMarina MiklautzAyumi IkedaYasuhisa HasegawaS. Ted Oyama

chemical engineeringcomputational engineeringengineering

Jie LiuJianhao CuiLei ChenJingjing ChenHuidong ZhengS. Ted Oyama

materials sciencecatalyst preparationchemical engineeringcatalysisterpinolene epoxide

Effect of Support and Pd Cluster Size on Catalytic Methane Partial Oxidation to Dimethyl Ether Using a No/O 2 Shuttle. ACS catalysis (2022)

I. Tyrone GhampsonGwang-Nam YunArisa KanekoVibin VargheeseKyoko K. BandoTetsuya ShishidoS. Ted Oyama

Foreword. Academic Studies Press eBooks (2022)

Paul Freedman

Methane Selective Oxidation on Metal Oxide Catalysts at Low Temperatures With O2 Using an No/No2 Oxygen Atom Shuttle. Journal of catalysis (2022)

I. Tyrone GhampsonSean-Thomas B. LundinVibin VargheeseYasukazu KobayashiGregory S. HuffRobert SchlöglAnnette TrunschkeS. Ted Oyama

materials sciencecatalyst preparationlow temperaturesmetal oxide catalystschemical engineeringcatalysisheterogeneous catalysisindustrial catalysiscatalytic processmethane selective oxidation

Synthesis and Characterization of Silica–Tantala Microporous Membranes for Gas Separations Fabricated Using Chemical Vapor Deposition. Membranes (2022)

Sean-Thomas B. LundinHongsheng WangS. Ted Oyama

Synthesis of Size-Controlled Boehmite Sols: Application in High-Performance Hydrogen-Selective Ceramic Membranes. Journal of Materials Chemistry A (2022)

Hongsheng WangSean-Thomas B. LundinKazuhiro TakanabeS. Ted Oyama

membrane technologymaterials sciencesize-controlled boehmite solsmaterial chemistrymaterial researchchemical engineeringmaterials engineeringadvanced materials

How to Scrutinize Adsorbed Intermediates Observed by in Situ Spectroscopy: Analysis of Coverage Transients (Act). Journal of catalysis (2021)

S. Ted OyamaGwang-Nam YunSo-Jin AhnKyoko K. BandoAtsushi TakagakiRyuji Kikuchi

situ spectroscopymaterials sciencechemical engineeringcatalysisadsorbed intermediatesadsorptionspectroscopycoverage transients

Hydrodeoxygenation of Benzofuran on Novel Copdp Catalysts Supported on Potassium Ion Exchanged Ultra-Stable Y-Zeolites. Journal of catalysis (2021)

William J. MovickGwang-Nam YunVibin VargheeseKyoko K. BandoRyuji KikuchiS. Ted Oyama

materials sciencecatalyst preparationzeolitescatalytic synthesispotassium ionultra-stable y-zeoliteschemical engineeringcatalysiscatalytic processenergy chemistry

Isotopic 18 O/ 16 O Substitution Study on the Direct Partial Oxidation of Ch 4 to Dimethyl Ether Over a Pt/Y 2 O 3 Catalyst Using No/O 2 as an Oxidant. Catalysis science & technology (2021)

I. Tyrone GhampsonSean-Thomas B. LundinTetsuya ShishidoS. Ted Oyama

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5
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10 / page

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shale gas

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