Faculty

Institution

Unit

Venue

Lance L. Lobban

Professor

University of Oklahoma

Affiliations

Gallogly College of Engineering

Chemical, Biological and Materials Engineering

NORMAN CAMPUS COLLEGES

Gallogly College of Engineering

Lance L. Lobban is currently serving as a Chemical, Biological And Materials Engineering Professor at University of Oklahoma.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Lance L. Lobban

University of Oklahoma

Professor

You can click a keyword to filter the displayed items

chemical engineering catalysis materials science catalyst preparation industrial catalysis energy chemistry environmental engineering chemistry catalytic process sustainable chemistry energy research bioresource technology thermal catalysis nanotechnology catalytic materials industrial engineering electrochemistry industrial chemistry partial oxidation plasma chemistry catalytic applications biomass pyrolysis catalytic synthesis materials engineering material chemistry thermal engineering energy conversion transition metal chemistry heterogeneous catalysis energy engineering oxidative coupling surface science combustion engineering molecular catalysis zeolites hydrogen production renewable energy environmental chemistry advanced energy material fuel science chemical technology applied pyrolysis advanced energy technology catalyst activation surface chemistry surface reactivity steam reforming corona discharge carbon dioxide membrane science sustainable energy technologies enzyme catalysis fuel production deoxygenation energy production applied chemistry plasma applications methanol plasma processing experimental study temperature effects higher hydrocarbons synthesis gas production residence time thermal fractionation structural chemistry nanoparticle research energy strategies combustion science separation technology separation science bifunctional transalkylation nonoxidative methane conversion low temperature plasma catalytic deoxygenation structural effects sustainable energy bioenergy biomass conversion petroleum refining sustainable production chemical reaction engineering future fuel petroleum production process engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

Selective Deoxygenation of Polar Polymers Using Metal Supported on Tio 2 Nanotubes. Catalysis Science & Technology (2024)

Dai-Phat BuiLaura A. GomezIsmael AlalqLuis TrevisiAna Carolina JerdyHan K. ChauLance L. LobbanSteven P. Crossley

polymer engineeringmaterials sciencetechnologypolymer nanotechnologypolar polymerschemical engineeringcatalysismaterials engineeringselective deoxygenationdeoxygenationnanomaterialspolymer sciencenanotechnologymetalscatalytic process

Deconvoluting the Roles of Polyolefin Branching and Unsaturation on Depolymerization Reactions Over Acid Catalysts. Applied Catalysis B Environment and Energy (2023)

Ana Carolina JerdyLuis TrevisiMasud MonwarMiguel Ángel González-BorjaRon AbbottLance LobbanSteven Crossley

environmental engineeringcatalysisacid catalystsenvironmental sciencepolyolefin branchingdepolymerization reactionspolymer science

Development of an Objective Measure of Knowledge of Plastic Recycling: The Outcomes of Plastic Recycling Knowledge Scale (Oprks). Journal of Environmental Psychology (2023)

Jenna R. HoltDai-Phat BuiHan ChauKathy WangLuis M. TrevisiAna Carolina Roncoli JerdyLance LobbanSteven CrossleyAdam Feltz

plastic recyclingenvironmental psychologypsychologyrecyclingobjective measureknowledge discoverybehavioral sciences

Mechanistic Insights Into the Conversion of Polyalcohols Over BrøNsted Acid Sites. Catalysis Science & Technology (2023)

Quy P. NguyenHan K. ChauLance LobbanSteven CrossleyBin Wang

materials sciencebronsted acid sitesmechanical engineeringcatalysismechanistic insightsindustrial catalysiscatalytic process

Role of Water on Zeolite-Catalyzed Dehydration of Polyalcohols and Evoh Polymer. ACS Catalysis (2023)

Han K. ChauQuy P. NguyenAna Carolina JerdyDai-Phat BuiLance L. LobbanBin WangSteven P. Crossley

materials sciencezeolitescatalyst preparationchemical engineeringcatalysiscatalytic materialszeolite-catalyzed dehydrationthermal catalysispolymer sciencecatalytic process

Impact of the Presence of Common Polymer Additives in Thermal and Catalytic Polyethylene Decomposition. Applied Catalysis B Environment and Energy (2022)

Ana Carolina JerdyTram PhamMiguel Ángel González-BorjaPascale AtallahDavid SoulesRon AbbottLance LobbanSteven Crossley

environmental engineeringcatalytic polyethylene decompositionthermal processingcommon polymer additiveschemical engineeringcatalysiscatalytic applicationsthermal engineeringheterogeneous catalysisenvironmental scienceenvironmental chemistrythermal catalysispolymer sciencecatalytic process

Fractionation and Catalytic Upgrading of Bio-Oil. (2018)

Daniel ResascoLance LobbanSteven CrossleyVikas KhannaChristos MaraveliasLucia PetkovicNhung Duong

chemical engineeringbioresource technologycatalysiscatalytic upgrading

A Systems-Level Roadmap for Biomass Thermal Fractionation and Catalytic Upgrading Strategies. Energy Technology (2017)

environmental engineeringbioresource technologyenergy transformationbioenergybiomass resourcechemical engineeringcatalysisbiomass conversionenergy researchbiomass thermal fractionationsystems-level roadmapcatalytic upgrading strategiesthermal catalysisbiomass pyrolysisbiological engineeringbiomass (energy)

Biofuels Refining Engineering. (2017)

Lance Lobban

bioresource technologybioenergybiochemical engineeringchemical engineeringbiomass conversionbiorefinery productbiofuels

Multistage Torrefaction and in Situ Catalytic Upgrading to Hydrocarbon Biofuels: Analysis of Life Cycle Energy Use and Greenhouse Gas Emissions. Energy Environ Sci (2017)

environmental engineeringbioresource technologybioenergychemical engineeringmultistage torrefactiongreenhouse gas emissionsenvironmental impact of the energy industryalternative fuelsenvironmental sciencegreenhouse gas controllife cycle assessmentsitu catalytic upgradingchemical reaction engineeringsynthetic fuelsbiofuelsfuture fuelbiomass (energy)

1
2
3
4
5
9
10 / page

Lance L. Lobban

Professor

University of Oklahoma

Affiliations

Gallogly College of Engineering

Chemical, Biological and Materials Engineering

NORMAN CAMPUS COLLEGES

Gallogly College of Engineering

Lance L. Lobban is currently serving as a Chemical, Biological And Materials Engineering Professor at University of Oklahoma.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Lance L. Lobban

University of Oklahoma

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Selective Deoxygenation of Polar Polymers Using Metal Supported on Tio 2 Nanotubes. Catalysis Science & Technology (2024)

Dai-Phat BuiLaura A. GomezIsmael AlalqLuis TrevisiAna Carolina JerdyHan K. ChauLance L. LobbanSteven P. Crossley

Deconvoluting the Roles of Polyolefin Branching and Unsaturation on Depolymerization Reactions Over Acid Catalysts. Applied Catalysis B Environment and Energy (2023)

Ana Carolina JerdyLuis TrevisiMasud MonwarMiguel Ángel González-BorjaRon AbbottLance LobbanSteven Crossley

environmental engineeringcatalysisacid catalystsenvironmental sciencepolyolefin branchingdepolymerization reactionspolymer science

Development of an Objective Measure of Knowledge of Plastic Recycling: The Outcomes of Plastic Recycling Knowledge Scale (Oprks). Journal of Environmental Psychology (2023)

Jenna R. HoltDai-Phat BuiHan ChauKathy WangLuis M. TrevisiAna Carolina Roncoli JerdyLance LobbanSteven CrossleyAdam Feltz

plastic recyclingenvironmental psychologypsychologyrecyclingobjective measureknowledge discoverybehavioral sciences

Mechanistic Insights Into the Conversion of Polyalcohols Over BrøNsted Acid Sites. Catalysis Science & Technology (2023)

Quy P. NguyenHan K. ChauLance LobbanSteven CrossleyBin Wang

materials sciencebronsted acid sitesmechanical engineeringcatalysismechanistic insightsindustrial catalysiscatalytic process

Role of Water on Zeolite-Catalyzed Dehydration of Polyalcohols and Evoh Polymer. ACS Catalysis (2023)

Han K. ChauQuy P. NguyenAna Carolina JerdyDai-Phat BuiLance L. LobbanBin WangSteven P. Crossley

materials sciencezeolitescatalyst preparationchemical engineeringcatalysiscatalytic materialszeolite-catalyzed dehydrationthermal catalysispolymer sciencecatalytic process

Impact of the Presence of Common Polymer Additives in Thermal and Catalytic Polyethylene Decomposition. Applied Catalysis B Environment and Energy (2022)

Ana Carolina JerdyTram PhamMiguel Ángel González-BorjaPascale AtallahDavid SoulesRon AbbottLance LobbanSteven Crossley

Fractionation and Catalytic Upgrading of Bio-Oil. (2018)

Daniel ResascoLance LobbanSteven CrossleyVikas KhannaChristos MaraveliasLucia PetkovicNhung Duong

chemical engineeringbioresource technologycatalysiscatalytic upgrading

A Systems-Level Roadmap for Biomass Thermal Fractionation and Catalytic Upgrading Strategies. Energy Technology (2017)

Biofuels Refining Engineering. (2017)

Lance Lobban

bioresource technologybioenergybiochemical engineeringchemical engineeringbiomass conversionbiorefinery productbiofuels

Multistage Torrefaction and in Situ Catalytic Upgrading to Hydrocarbon Biofuels: Analysis of Life Cycle Energy Use and Greenhouse Gas Emissions. Energy Environ Sci (2017)

1
2
3
4
5
9
10 / page

Similar Faculty Members

Paul Dauenhauer

Institution

University of Minnesota

industrial catalysis

catalysis

Phillip Savage

Institution

University of Michigan

green engineering

biomass (energy)

Dongxia Liu

Institution

University of Delaware

process engineering

chemistry

Carsten Sievers

Institution

Georgia Institute of Technology

biomass conversion

gasification

Fanxing Li

Institution

North Carolina State University

environmental engineering

particle technology

Brent Shanks

Institution

Iowa State University

biomass conversion

catalytic conversion

Daniel E. Resasco

Institution

University of Oklahoma

nanomaterials

catalytic material

George Huber

Institution

University of Wisconsin–Madison

chemical engineering

catalysis

Jianli Hu

Institution

West Virginia University

renewable energy utilization

sustainable chemistry

Eric McFarland

Institution

University of California, Santa Barbara

heterogeneous catalysts

industrial catalysis

Similar Faculty Members

Paul Dauenhauer

Institution

University of Minnesota

industrial catalysis

catalysis

Phillip Savage

Institution

University of Michigan

green engineering

biomass (energy)

Dongxia Liu

Institution

University of Delaware

process engineering

chemistry

Carsten Sievers

Institution

Georgia Institute of Technology

biomass conversion

gasification

Fanxing Li

Institution

North Carolina State University

environmental engineering

particle technology

Brent Shanks

Institution

Iowa State University

biomass conversion

catalytic conversion

Daniel E. Resasco

Institution

University of Oklahoma

nanomaterials

catalytic material

George Huber

Institution

University of Wisconsin–Madison

chemical engineering

catalysis

Jianli Hu

Institution

West Virginia University

renewable energy utilization

sustainable chemistry

Eric McFarland

Institution

University of California, Santa Barbara

heterogeneous catalysts

industrial catalysis