Faculty

Institution

Unit

Venue

Armin D. Ebner

Research Professor

University of South Carolina

Affiliations

College of Engineering and Computing

Department of Chemical Engineering

Armin D. Ebner is currently serving as a College Of Engineering And Computing Research Professor at University of South Carolina.

Honors

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Experiences

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Education

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Armin D. Ebner

University of South Carolina

Research Professor

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materials science adsorption chemical engineering environmental engineering applied physics industrial engineering materials engineering nanotechnology magnetism separation technology separation science separation techniques industrial chemistry hydrogen storage material chemistry inorganic chemistry thermal engineering drug targeting environmental technology electromagnetism advanced materials industrial catalysis magnetic devices alloy design desorption behavior energy chemistry material research ferromagnetism equilibrium theory analysis high-gradient magnetic separation energy research waste management transition metal chemistry interface science carbon-based materials catalyst preparation energy engineering particle technology process design zeolites colloid chemistry colloidal systems solid amine sorbent flue gas k-promoted htlc drug analysis biomedical analysis composite science advanced energy material nanoparticle research chemical technology pharmaceutical sciences magnetic fields waste treatment applied chemistry treatment effects mass transfer fuel science membrane separation magnetic drug targeting high temperature adsorption cycles carbon dioxide sequestration parametric study magnetizable intravascular stent reversible adsorption nonequilibrium kinetic model interlaboratory study manufacturing science engineering optimization membrane technology hydrogen production trace elements solid-state chemistry pharmaceutical technology pharmaceutical nanotechnology magnetic particles general chemistry magnetic separation mineral processing hydrogen

Notable Scholarly Works

Notable Federal Grants

Collaborators

Assessment of the New Kinetically Limited Ldf Model for Diffusion-Limited Separations by Psa. Industrial & Engineering Chemistry Research (2023)

Sulaimon A. AdegunjuPravin B. C. A. AmalrajCharles E. HollandMarjorie A. NicholsonArmin D. EbnerJames A. Ritter

limited ldf modelseparation technologydiffusion-limited separationschemical engineeringengineeringseparation scienceindustrial engineering

Assessment of the New Kinetically Limited Linear Driving Force Model for Predicting Diffusion Limited Adsorption Breakthrough Curves. Adsorption (2023)

Sulaimon A. AdegunjuPravin B. C. A. AmalrajCharles E. HollandMarjorie A. NicholsonArmin D. EbnerJames A. Ritter

kinetics (physics)adsorptionapplied mathematicschemical kinetics

Extremely Large Pressure Swing Adsorption Processes for Flue Gas Treatment. OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information) (2023)

Ritter, James A.Ebner, Armin D.Holland, Charles E.

adsorption processeswastewater treatmentenvironmental engineeringadsorptionflue gas treatment

Non-Experimental Methodology for Developing Pressure Drop Correlations for Structured Adsorbents With Parallel Channels. Adsorption (2023)

Nima MohammadiRyan T. SandersCharles E. HollandArmin D. EbnerJames A. Ritter

materials engineeringparallel channelspressure drop correlationsstructured adsorbentsnon-experimental methodologyadsorptionmaterials science

Kinetically Limited Linear Driving Force Model for Diffusion-Based Adsorptive Separations. Industrial & Engineering Chemistry Research (2022)

Sulaimon A. AdegunjuArmin D. EbnerJames A. Ritter

diffusion-based adsorptive separationsseparation technologyengineeringseparation scienceindustrial engineeringchemical kineticsenvironmental engineeringmaterials science

Theoretical Analysis of the Pressure Regions Where Adsorption Azeotropes Exist in Binary Gas Mixtures. ACS Omega (2022)

Huan JiangArmin D. EbnerJames A. Ritter

binary gas mixturespressure regionstheoretical chemistryadsorption azeotropesenvironmental engineering

EDITORIAL: Physisorption of Gases: Adsorbent Characterization, Adsorbent-Adsorbate Equilibrium and Kinetics. Frontiers in Chemistry (2021)

Alexander M. PuziyPeter LodewyckxJames A. RitterArmin D. EbnerFabian Suarez-Garcia

adsorbent characterizationadsorbent-adsorbate equilibriumchemical kineticsmaterials science

Equilibrium Theory Analysis of Pressure Equalization Steps in Pressure Swing Adsorption. Industrial & Engineering Chemistry Research (2021)

Behnam Fakhari-KisomiLutfi ErdenArmin D. EbnerJames A. Ritter

thermal engineeringchemical engineeringequilibrium theory analysisengineeringindustrial engineeringpressure swing adsorptionpressure equalization stepsmaterials science

On the Use of Single, Dual and Three Process Langmuir Models for Binary Gas Mixtures That Exhibit Unique Combinations of These Processes. Adsorption (2021)

Kyle J. TynanSofia TossoArmin D. EbnerJames A. Ritter

binary gas mixturesadsorptionprocess langmuir modelsenvironmental engineering

Theoretical Analysis of the Necessary and Sufficient Conditions for the Formation of Adsorption Azeotropes in Binary Gas Mixtures. Langmuir (2021)

Huan JiangArmin D. EbnerJames A. Ritter

binary gas mixturesadsorptionadsorption azeotropesenvironmental engineering

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Armin D. Ebner

Research Professor

University of South Carolina

Affiliations

College of Engineering and Computing

Department of Chemical Engineering

Armin D. Ebner is currently serving as a College Of Engineering And Computing Research Professor at University of South Carolina.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Armin D. Ebner

University of South Carolina

Research Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Assessment of the New Kinetically Limited Ldf Model for Diffusion-Limited Separations by Psa. Industrial & Engineering Chemistry Research (2023)

Sulaimon A. AdegunjuPravin B. C. A. AmalrajCharles E. HollandMarjorie A. NicholsonArmin D. EbnerJames A. Ritter

limited ldf modelseparation technologydiffusion-limited separationschemical engineeringengineeringseparation scienceindustrial engineering

Assessment of the New Kinetically Limited Linear Driving Force Model for Predicting Diffusion Limited Adsorption Breakthrough Curves. Adsorption (2023)

Sulaimon A. AdegunjuPravin B. C. A. AmalrajCharles E. HollandMarjorie A. NicholsonArmin D. EbnerJames A. Ritter

kinetics (physics)adsorptionapplied mathematicschemical kinetics

Extremely Large Pressure Swing Adsorption Processes for Flue Gas Treatment. OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information) (2023)

Ritter, James A.Ebner, Armin D.Holland, Charles E.

adsorption processeswastewater treatmentenvironmental engineeringadsorptionflue gas treatment

Non-Experimental Methodology for Developing Pressure Drop Correlations for Structured Adsorbents With Parallel Channels. Adsorption (2023)

Nima MohammadiRyan T. SandersCharles E. HollandArmin D. EbnerJames A. Ritter

materials engineeringparallel channelspressure drop correlationsstructured adsorbentsnon-experimental methodologyadsorptionmaterials science

Kinetically Limited Linear Driving Force Model for Diffusion-Based Adsorptive Separations. Industrial & Engineering Chemistry Research (2022)

Sulaimon A. AdegunjuArmin D. EbnerJames A. Ritter

diffusion-based adsorptive separationsseparation technologyengineeringseparation scienceindustrial engineeringchemical kineticsenvironmental engineeringmaterials science

Theoretical Analysis of the Pressure Regions Where Adsorption Azeotropes Exist in Binary Gas Mixtures. ACS Omega (2022)

Huan JiangArmin D. EbnerJames A. Ritter

binary gas mixturespressure regionstheoretical chemistryadsorption azeotropesenvironmental engineering

EDITORIAL: Physisorption of Gases: Adsorbent Characterization, Adsorbent-Adsorbate Equilibrium and Kinetics. Frontiers in Chemistry (2021)

Alexander M. PuziyPeter LodewyckxJames A. RitterArmin D. EbnerFabian Suarez-Garcia

adsorbent characterizationadsorbent-adsorbate equilibriumchemical kineticsmaterials science

Equilibrium Theory Analysis of Pressure Equalization Steps in Pressure Swing Adsorption. Industrial & Engineering Chemistry Research (2021)

Behnam Fakhari-KisomiLutfi ErdenArmin D. EbnerJames A. Ritter

thermal engineeringchemical engineeringequilibrium theory analysisengineeringindustrial engineeringpressure swing adsorptionpressure equalization stepsmaterials science

On the Use of Single, Dual and Three Process Langmuir Models for Binary Gas Mixtures That Exhibit Unique Combinations of These Processes. Adsorption (2021)

Kyle J. TynanSofia TossoArmin D. EbnerJames A. Ritter

binary gas mixturesadsorptionprocess langmuir modelsenvironmental engineering

Theoretical Analysis of the Necessary and Sufficient Conditions for the Formation of Adsorption Azeotropes in Binary Gas Mixtures. Langmuir (2021)

Huan JiangArmin D. EbnerJames A. Ritter

binary gas mixturesadsorptionadsorption azeotropesenvironmental engineering

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5
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10 / page

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Similar Faculty Members

James A. Ritter

Institution

University of South Carolina

hydrogen storage

water purification

Ryan Lively

Institution

Georgia Institute of Technology

sustainable energy

greenhouse gas control

Sotira Yiacoumi

Institution

Georgia Institute of Technology

environmental engineering

environmental systems

Fateme Rezaei

Institution

Missouri University of Science and Technology

environmental engineering

low-carbon technology

Junhang Dong

Institution

University of Cincinnati

membrane science

nanoparticle research

Tian Zhang

Institution

University of Nebraska–Lincoln

environmental engineering

nanotechnology

Dr. Babu Joseph

Institution

University of South Florida

sustainable chemistry

fuel production

Fuqiang Liu

Institution

University of Massachusetts Lowell

nanostructured materials

nano energy

Costas Tsouris

Institution

Georgia Institute of Technology

environmental engineering

separation science

David Sholl

Institution

Georgia Institute of Technology

surface science

adsorption