Faculty

Institution

Unit

Venue

Charles E. Holland

Staff Engineer

University of South Carolina

Affiliations

College of Engineering and Computing

Department of Chemical Engineering

Charles E. Holland is currently serving as a College Of Engineering And Computing Staff Engineer at University of South Carolina.

Honors

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Experiences

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Education

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Charles E. Holland

University of South Carolina

Staff Engineer

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materials science chemical engineering adsorption engineering environmental engineering industrial engineering industrial chemistry separation technology separation science electrochemical engineering electrochemistry materials engineering membrane technology separation techniques solvent vapor recovery activated carbons mass transfer mass transfer mechanisms butane-activated carbon system energy storage composite materials fuel cells fluid dynamics hydrogen energy thermal engineering process control environmental technology hydrogen production experimental analysis power engineering lithium-ion batteries carbon-based materials zeolites applied chemistry kinetics (physics) chemical contaminants filter design electrochemical hydrogen production thermochemical cycles experimental characterization hybrid power systems pulse current loads lithium ion battery heterogeneous carbon-composite adsorbents dual-reflux pressure-swing adsorption dilute hydrocarbons high enrichment adsorbent characterization potential theory correlation volumetric frequency response

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

industrial engineeringchemical engineeringengineeringdiffusion-limited separationslimited ldf modelseparation technologyseparation science

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

adsorptionkinetics (physics)chemical kineticsapplied mathematics

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.

flue gas treatmentenvironmental engineeringadsorptionadsorption processeswastewater 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 sciencestructured adsorbentsparallel channelsadsorptionmaterials engineeringpressure drop correlationsnon-experimental methodology

110Th Anniversary: New Volumetric Frequency Response System for Determining Mass Transfer Mechanisms in Microporous Adsorbents. Industrial & Engineering Chemistry Research (2019)

Mohammad I. HossainCharles E. HollandArmin D. EbnerJames A. Ritter

materials scienceindustrial engineeringchemical engineeringengineeringindustrial chemistrymass transfermass transfer mechanismsmicroporous adsorbents

Mass Transfer Mechanisms and Rates of Co 2 and N 2 in 13X Zeolite From Volumetric Frequency Response. Industrial & Engineering Chemistry Research (2019)

Mohammad I. HossainCharles E. HollandArmin D. EbnerJames A. Ritter

materials scienceindustrial engineeringchemical engineeringengineeringmass transferzeolitesmass transfer mechanismsvolumetric frequency response

Electrochemical Filter Design for the Removal of Co Contaminant in Reformate Hydrogen. ECS Transactions (2009)

Sivagaminathan BalasubramanianCharles E. HollandJohn W. Weidner

electrochemistryenvironmental engineeringco contaminantreformate hydrogenelectrochemical filter designchemical contaminantsenvironmental technologyfilter designelectrochemical engineering

Electrochemical Removal of Carbon Monoxide in Reformate Hydrogen for Fueling Proton Exchange Membrane Fuel Cells. Electrochemical and Solid-State Letters (2009)

Sivagaminathan BalasubramanianCharles E. HollandJohn W. Weidner

electrochemistrymaterials sciencecarbon monoxidereformate hydrogenelectrochemical removalfuel cellselectrochemical engineering

Electrochemical Hydrogen Production From Thermochemical Cycles Using a Proton Exchange Membrane Electrolyzer. International Journal of Hydrogen Energy (2006)

PremKumar SivasubramanianRamaraja P. RamasamyFrancisco J. FreireCharles E. HollandJohn W. Weidner

electrochemistrymaterials sciencehydrogen productionthermochemical cycleshydrogen energyelectrochemical hydrogen productionelectrochemical engineering

Analysis of Capacity Fade in a Lithium Ion Battery. Journal of Power Sources (2005)

Andrew T. StampsCharles E. HollandRalph E. WhiteEdward P. Gatzke

engineeringlithium ion batteryenergy storagelithium-ion batteriespower engineering

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Charles E. Holland

Staff Engineer

University of South Carolina

Affiliations

College of Engineering and Computing

Department of Chemical Engineering

Charles E. Holland is currently serving as a College Of Engineering And Computing Staff Engineer 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

Charles E. Holland

University of South Carolina

Staff Engineer

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

industrial engineeringchemical engineeringengineeringdiffusion-limited separationslimited ldf modelseparation technologyseparation science

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

adsorptionkinetics (physics)chemical kineticsapplied mathematics

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.

flue gas treatmentenvironmental engineeringadsorptionadsorption processeswastewater 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 sciencestructured adsorbentsparallel channelsadsorptionmaterials engineeringpressure drop correlationsnon-experimental methodology

110Th Anniversary: New Volumetric Frequency Response System for Determining Mass Transfer Mechanisms in Microporous Adsorbents. Industrial & Engineering Chemistry Research (2019)

Mohammad I. HossainCharles E. HollandArmin D. EbnerJames A. Ritter

materials scienceindustrial engineeringchemical engineeringengineeringindustrial chemistrymass transfermass transfer mechanismsmicroporous adsorbents

Mass Transfer Mechanisms and Rates of Co 2 and N 2 in 13X Zeolite From Volumetric Frequency Response. Industrial & Engineering Chemistry Research (2019)

Mohammad I. HossainCharles E. HollandArmin D. EbnerJames A. Ritter

materials scienceindustrial engineeringchemical engineeringengineeringmass transferzeolitesmass transfer mechanismsvolumetric frequency response

Electrochemical Filter Design for the Removal of Co Contaminant in Reformate Hydrogen. ECS Transactions (2009)

Sivagaminathan BalasubramanianCharles E. HollandJohn W. Weidner

electrochemistryenvironmental engineeringco contaminantreformate hydrogenelectrochemical filter designchemical contaminantsenvironmental technologyfilter designelectrochemical engineering

Electrochemical Removal of Carbon Monoxide in Reformate Hydrogen for Fueling Proton Exchange Membrane Fuel Cells. Electrochemical and Solid-State Letters (2009)

Sivagaminathan BalasubramanianCharles E. HollandJohn W. Weidner

electrochemistrymaterials sciencecarbon monoxidereformate hydrogenelectrochemical removalfuel cellselectrochemical engineering

Electrochemical Hydrogen Production From Thermochemical Cycles Using a Proton Exchange Membrane Electrolyzer. International Journal of Hydrogen Energy (2006)

PremKumar SivasubramanianRamaraja P. RamasamyFrancisco J. FreireCharles E. HollandJohn W. Weidner

electrochemistrymaterials sciencehydrogen productionthermochemical cycleshydrogen energyelectrochemical hydrogen productionelectrochemical engineering

Analysis of Capacity Fade in a Lithium Ion Battery. Journal of Power Sources (2005)

Andrew T. StampsCharles E. HollandRalph E. WhiteEdward P. Gatzke

engineeringlithium ion batteryenergy storagelithium-ion batteriespower engineering

1
2
10 / page

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James A. Ritter

Institution

University of South Carolina

hydrogen storage

water purification

Phillip Wankat

Institution

Purdue University

engineering

chemical engineering

Ruben Carbonell

Institution

North Carolina State University

bioanalysis

biophysics

Jerry Lin

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Arizona State University

inorganic membrane science

chemistry

Krista Walton

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Georgia Institute of Technology

transition metal chemistry

chemistry

Soryong Chae

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University of Cincinnati

water process engineering

hazardous material

Jeffrey McCutcheon

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University of Connecticut

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water purification

Scott M. Husson

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Clemson University

separation science

advanced separation materials

Baolin Deng

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University of Missouri

environmental engineering

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Sotira Yiacoumi

Institution

Georgia Institute of Technology

environmental engineering

environmental systems