Faculty

Institution

Unit

Venue

Sheima Khatib

Associate Professor

Virginia Tech

Affiliations

College of Engineering

Chemical Engineering

Sheima Khatib is currently serving as a Chemical Engineering Associate Professor 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

Sheima Khatib

Virginia Tech

Associate Professor

You can click a keyword to filter the displayed items

materials science chemical engineering catalysis catalytic process chemistry energy chemistry industrial catalysis catalyst preparation transition metal chemistry catalytic applications inorganic chemistry material chemistry heterogeneous catalysis membrane technology methane dehydroaromatization methane aromatization nanotechnology thermal catalysis catalytic materials materials engineering nanoengineering hydrogen membrane science sustainable chemistry advanced energy material separation technology chemical vapor deposition separation science separation techniques zeolites iron promoters applied physics advanced materials chemical synthesis energy research structural chemistry combustion science thermal engineering coordination chemistry fuel science structural composition reproducible research catalyst activation hydrogen production sonochemistry catalytic synthesis membrane permeation coking molecular oxygen direct oxidation hydrogen separation silica membranes catalytic behavior metal loadings critical literature review mo species mo carbide species catalytic properties catalytic stability pd alloy membranes sulfur resistant pd hydrogen energy chemical reaction engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

Harnessing Metal-Carbon Interactions to Obtain Enhanced Yield in Aromatics and Improved Coking Resistance in Methane Aromatization. (2024)

Sheima Khatib

metal-carbon interactionsenhanced yieldcokingchemical engineeringmethane aromatization

Recommendations for Improving Rigor and Reproducibility in Site Specific Characterization. Journal of Catalysis (2024)

Cody J. WrasmanAlexis T. BellBert D. ChandlerJames W. HarrisStephanie KwonMadelyn R. BallSiddarth H. KrishnaSheima J. KhatibPraveen BolliniYuriy Román-LeshkovAndrew “Bean” GetsoianRobert S. WeberJohannes A. LercherDongxia LiuDaniel E. ResascoJason S. BatesJacklyn N. HallEdgard A. Lebrón-RodríguezLaura Paz HerreraJustin M. NotesteinJoshua A. Schaidle

materials sciencecatalysissite specific characterizationcatalytic processreproducible research

Elucidating the Role of Fe-Mo Interactions in the Metal Oxide Precursors for Fe Promoted Mo/Zsm-5 Catalysts in Non-Oxidative Methane Dehydroaromatization. Chemical Engineering Journal (2023)

Md Sifat HossainGagandeep Singh DhillonLiping LiuApoorva SridharEmanuele J. HiennadiJiyun HongSimon R. BareHongliang XinThomas EricsonAnthony CozzolinoSheima J. Khatib

catalyst preparationchemical engineeringcatalysiscatalytic applicationsfe-mo interactionscoordination chemistryindustrial catalysismetal oxide precursorscatalyst activationtransition metal chemistrycatalytic processnon-oxidative methane dehydroaromatizationenergy chemistry

Sonochemically Prepared Ni-Based Perovskites as Active and Stable Catalysts for Production of Co X -Free Hydrogen and Structured Carbon. ACS Catalysis (2023)

Hannah J. HarbinDaniel K. UnruhDominick J. CasadonteSheima J. Khatib

materials sciencematerial chemistrysustainable chemistryenergy chemistrycatalyst preparationchemical engineeringindustrial catalysiscatalytic synthesisadvanced energy materialcatalysisphotocatalysishydrogen productionchemistrystable catalystssonochemistrychemical synthesistransition metal chemistryhydrogeninorganic chemistryprepared ni-based perovskites

Understanding the Control of Speciation of Molybdenum Oxides in Mfi-Type Zeolites. Chemistry of Materials (2023)

Emanuele J. HiennadiFateme MolajafariRachita RanaAdam S. HoffmanSimon R. BareJoshua D. HoweSheima J. Khatib

materials sciencezeolitesmaterial chemistrymolybdenum oxidesmfi-type zeoliteschemistryinorganic chemistry

A Critical Literature Review of the Advances in Methane Dehydroaromatization Over Multifunctional Metal-Promoted Zeolite Catalysts. Applied Catalysis A General (2020)

Unmesh MenonMustafizur RahmanSheima J. Khatib

materials sciencematerial chemistrysustainable chemistrymembrane scienceenergy chemistrynanoengineeringcatalyst preparationchemical engineeringindustrial catalysisadvanced materialscritical literature reviewapplied physicsmethane dehydroaromatizationnanotechnologyadvanced energy materialcatalysiscatalytic applicationsthermal catalysiscatalytic process

Effect of Si/Al Ratio of Zsm-5 Support on Structure and Activity of Mo Species in Methane Dehydroaromatization. Fuel (2020)

Mustafizur RahmanAntonia Infantes-MolinaAdam S. HoffmanSimon R. BareKayla L. EmersonSheima J. Khatib

materials sciencechemical engineeringcatalysisenergy researchmo speciesstructural chemistrychemistrystructural compositionfuel sciencemethane dehydroaromatizationcatalytic processcombustion scienceenergy chemistry

Bimetallic Mo-Co/Zsm-5 and Mo-Ni/Zsm-5 Catalysts for Methane Dehydroaromatization: A Study of the Effect of Pretreatment and Metal Loadings on the Catalytic Behavior. Applied Catalysis A General (2019)

Apoorva SridharMustafizur RahmanAntonia Infantes-MolinaBenjamin J. WylieCollin G. BorcikSheima J. Khatib

catalyst preparationmaterial chemistrymetal loadingschemical engineeringcatalysisheterogeneous catalysiscatalytic applicationsindustrial catalysisenergy chemistrycatalytic behaviorthermal catalysismethane dehydroaromatizationtransition metal chemistry

Increasing the Catalytic Stability by Optimizing the Formation of Zeolite-Supported Mo Carbide Species Ex Situ for Methane Dehydroaromatization. Journal of Catalysis (2019)

Mustafizur RahmanAntonia Infantes-MolinaAlexey BoubnovSimon R. BareEli StavitskiApoorva SridharSheima J. Khatib

materials sciencezeolitescatalyst preparationcatalytic stabilitychemical engineeringcatalysisheterogeneous catalysiscatalytic materialsindustrial catalysisenergy chemistrychemistrymethane dehydroaromatizationnanoengineering

Cover Feature: Enhancement of Molybdenum/Zsm‐5 Catalysts in Methane Aromatization by the Addition of Iron Promoters and by Reduction/Carburization Pretreatment (Chemcatchem 12/2018). ChemCatChem (2018)

Apoorva SridharMustafizur RahmanSheima J. Khatib

materials sciencecatalyst preparationchemical engineeringcatalysisheterogeneous catalysiscatalytic applicationsmethane aromatizationiron promotersindustrial catalysisenergy chemistrychemistryinorganic chemistrycover featurecatalytic processtransition metal chemistry

1
2
10 / page

Sheima Khatib

Associate Professor

Virginia Tech

Affiliations

College of Engineering

Chemical Engineering

Sheima Khatib is currently serving as a Chemical Engineering Associate Professor 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

Sheima Khatib

Virginia Tech

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Harnessing Metal-Carbon Interactions to Obtain Enhanced Yield in Aromatics and Improved Coking Resistance in Methane Aromatization. (2024)

Sheima Khatib

metal-carbon interactionsenhanced yieldcokingchemical engineeringmethane aromatization

Recommendations for Improving Rigor and Reproducibility in Site Specific Characterization. Journal of Catalysis (2024)

materials sciencecatalysissite specific characterizationcatalytic processreproducible research

Elucidating the Role of Fe-Mo Interactions in the Metal Oxide Precursors for Fe Promoted Mo/Zsm-5 Catalysts in Non-Oxidative Methane Dehydroaromatization. Chemical Engineering Journal (2023)

Md Sifat HossainGagandeep Singh DhillonLiping LiuApoorva SridharEmanuele J. HiennadiJiyun HongSimon R. BareHongliang XinThomas EricsonAnthony CozzolinoSheima J. Khatib

Sonochemically Prepared Ni-Based Perovskites as Active and Stable Catalysts for Production of Co X -Free Hydrogen and Structured Carbon. ACS Catalysis (2023)

Hannah J. HarbinDaniel K. UnruhDominick J. CasadonteSheima J. Khatib

Understanding the Control of Speciation of Molybdenum Oxides in Mfi-Type Zeolites. Chemistry of Materials (2023)

Emanuele J. HiennadiFateme MolajafariRachita RanaAdam S. HoffmanSimon R. BareJoshua D. HoweSheima J. Khatib

materials sciencezeolitesmaterial chemistrymolybdenum oxidesmfi-type zeoliteschemistryinorganic chemistry

A Critical Literature Review of the Advances in Methane Dehydroaromatization Over Multifunctional Metal-Promoted Zeolite Catalysts. Applied Catalysis A General (2020)

Unmesh MenonMustafizur RahmanSheima J. Khatib

Effect of Si/Al Ratio of Zsm-5 Support on Structure and Activity of Mo Species in Methane Dehydroaromatization. Fuel (2020)

Mustafizur RahmanAntonia Infantes-MolinaAdam S. HoffmanSimon R. BareKayla L. EmersonSheima J. Khatib

Apoorva SridharMustafizur RahmanAntonia Infantes-MolinaBenjamin J. WylieCollin G. BorcikSheima J. Khatib

Increasing the Catalytic Stability by Optimizing the Formation of Zeolite-Supported Mo Carbide Species Ex Situ for Methane Dehydroaromatization. Journal of Catalysis (2019)

Mustafizur RahmanAntonia Infantes-MolinaAlexey BoubnovSimon R. BareEli StavitskiApoorva SridharSheima J. Khatib

Apoorva SridharMustafizur RahmanSheima J. Khatib

1
2
10 / page

Similar Faculty Members

Steven Crossley

Institution

University of Oklahoma

sustainable chemistry

hydrogen

Ted Oyama

Institution

Virginia Tech

catalytic reforming

chemistry

Johannes W. Schwank

Institution

University of Michigan

materials science

catalysis

Fabio H. Ribeiro

Institution

Purdue University

water-gas shift reaction

combustion

Vadim Guliants

Institution

University of Cincinnati

hazardous material

environmental engineering

Dongxia Liu

Institution

University of Delaware

process engineering

chemistry

David Flaherty

Institution

Georgia Institute of Technology

industrial catalysis

chemistry

Aditya Bhan

Institution

University of Minnesota

industrial catalysis

catalysis

Junhang Dong

Institution

University of Cincinnati

membrane science

nanoparticle research

Michael P. Harold

Institution

University of Houston

industrial catalysis

energy research

Similar Faculty Members

Steven Crossley

Institution

University of Oklahoma

sustainable chemistry

hydrogen

Ted Oyama

Institution

Virginia Tech

catalytic reforming

chemistry

Johannes W. Schwank

Institution

University of Michigan

materials science

catalysis

Fabio H. Ribeiro

Institution

Purdue University

water-gas shift reaction

combustion

Vadim Guliants

Institution

University of Cincinnati

hazardous material

environmental engineering

Dongxia Liu

Institution

University of Delaware

process engineering

chemistry

David Flaherty

Institution

Georgia Institute of Technology

industrial catalysis

chemistry

Aditya Bhan

Institution

University of Minnesota

industrial catalysis

catalysis

Junhang Dong

Institution

University of Cincinnati

membrane science

nanoparticle research

Michael P. Harold

Institution

University of Houston

industrial catalysis

energy research