Faculty

Institution

Unit

Venue

Bryan Willson

Executive Director of the Energy Institute; holder of the Bryan Willson Presidential Chair for Energy Innovation; and Professor of Mechanical Engineering

Colorado State University

Affiliations

Walter Scott, Jr. College of Engineering

Department of Mechanical Engineering

Bryan Willson is currently serving as a Mechanical Engineering Executive Director of the Energy Institute; holder of the Bryan Willson Presidential Chair for Energy Innovation; and Professor of Mechanical Engineering at Colorado State University.

Honors

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Experiences

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Education

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Bryan Willson

Colorado State University

Executive Director of the Energy Institute; holder of the Bryan Willson Presidential Chair for Energy Innovation; and Professor of Mechanical Engineering

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engineering engine research mechanical engineering chemical engineering environmental engineering natural gas combustion internal combustion engine materials engineering thermal engineering laser processing technology natural gas engines renewable energy sustainable development sustainable energy optoelectronics energy research emission control emission reduction energy engineering laser ignition bioenergy algal research advanced fiber material precision engineering algal biology fiber science combustion engineering exhaust emission fuel injection power engineering laser science fiber optics energy conservation tracer gas method formaldehyde emissions environmental impact assessment atmospheric environment atmospheric research applied microbiology world wide web engineering optimization manufacturing technology fibers automatic control environmental pollution test development testing technique elasticity (economics) optical metrology industrial catalysis algal biotechnology advanced design high-performance fiber web engineering control science automotive engineering rebound effect electrochemical process environmental electrochemistry industrial chemistry chemical thermodynamics electrochemical energy storage united states methane emissions natural gas transmission fuel type biomass stove performance improved testing protocol cellulosic ethanol production high-resolution techno-ecological modelling climate mitigation opportunities bioenergy landscape domestic energy demand combustion characteristics energy transition technology technological forecasting energy production petroleum production sustainable energy technologies environmental impact of the energy industry sustainable production petroleum machinery fuel production clean technology advanced energy technology future fuel

Notable Scholarly Works

Notable Federal Grants

Collaborators

Thermodynamic and Economic Assessments of Electrochemical Co 2 Conversion to Dimethyl Ether: Trade-Off Between Hydrogen Gas and Water Vapor as a Proton Source. Industrial & Engineering Chemistry Research (2024)

Brenden M. ArndtBryan WillsonMohammadreza Nazemi

economic assessmentselectrochemical energy storagechemistryindustrial chemistryelectrochemical processelectroanalytical chemistryelectrochemistryelectrochemical engineeringhydrogen gaselectrocatalystshydrogenchemical thermodynamicschemical engineeringproton sourceenvironmental electrochemistryenergy chemistrywater vaporhydrogen energyenergy researchtransition metal chemistryenvironmental engineeringelectrochemical energy conversion

High-Resolution Techno–Ecological Modelling of a Bioenergy Landscape to Identify Climate Mitigation Opportunities in Cellulosic Ethanol Production. Nature Energy (2018)

John L. FieldSamuel G. EvansErnie MarxMark EasterPaul R. AdlerThai DinhBryan WillsonKeith Paustian

high-resolution techno-ecological modellingclimate mitigation opportunitiesbioenergyenvironmental sciencebioenergy landscapecellulosic ethanol production

Methane Emissions From the Natural Gas Transmission and Storage System in the United States. Environmental Science & Technology (2015)

Daniel J. ZimmerleLaurie L. WilliamsTimothy L. VaughnCasey QuinnR. SubramanianGerald P. DugganBryan WillsonJean D. OpsomerAnthony J. MarcheseDavid M. MartinezAllen L. Robinson

public healthnatural gasemission reductionenvironmental policy of the united statesatmospheric researchair pollutionatmospheric environmentenvironmental impact assessmentatmospheric sciencemethane emissionsunited statesemission controlnatural gas transmissionenvironmental scienceenvironmental researchenvironmental pollutionpublic policy

Influence of Chimneys on Combustion Characteristics of Buoyantly Driven Biomass Stoves. Energy Sustainable Development/Energy for sustainable development (2014)

J. PrapasM.E. BaumgardnerA.J. MarcheseB. WillsonM. DeFoort

sustainable developmentrenewable energyenvironmental engineeringsustainable energybiomass stovescombustion characteristics

Options for Transport Energy Conservation in Pakistan. International Journal of Global Energy Issues (2014)

Masood Mehmood KhanBryan D. Willson

energy efficiencyenergy managementrebound effectenergy conservationtransport energy conservation

Scope for Industrial Energy Conservation in Pakistan. International Journal of Global Energy Issues (2014)

Masood Mehmood KhanBryan D. Willson

economic developmentinternational developmentindustrial energy conservationengineeringsustainable developmentenergy conservation

The Effects of Fuel Type and Stove Design on Emissions and Efficiency of Natural-Draft Semi-Gasifier Biomass Cookstoves. Energy Sustainable Development/Energy for sustainable development (2014)

Jessica TrynerBryan D. WillsonAnthony J. Marchese

energy efficiencyemission reductionfuel typesustainable developmentemission controlrenewable energyenvironmental engineeringsustainable energy

Estimation of Elasticities for Domestic Energy Demand in Mozambique. Energy Economics (2011)

Maria de Fátima S.R. ArthurCraig A. BondBryan Willson

domestic energy demandelasticity (economics)economicsenergy economics

Influence of Testing Parameters on Biomass Stove Performance and Development of an Improved Testing Protocol. Energy Sustainable Development/Energy for sustainable development (2011)

C. L'OrangeM. DeFoortB. Willson

testing techniqueenergy researchsustainable developmentrenewable energyimproved testing protocolenvironmental engineeringsustainable energytest developmentbiomass stove performance

The Effect of Retrofit Technologies on Formaldehyde Emissions From a Large Bore Natural Gas Engine. Energy and Power Engineering (2011)

Daniel B. OlsenBryan D. Willson

engine researchenergy researchpower engineeringformaldehyde emissionsengineeringrenewable energymechanical engineeringenvironmental engineeringenergy engineeringretrofit technologies

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Bryan Willson

Executive Director of the Energy Institute; holder of the Bryan Willson Presidential Chair for Energy Innovation; and Professor of Mechanical Engineering

Colorado State University

Affiliations

Walter Scott, Jr. College of Engineering

Department of Mechanical Engineering

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Bryan Willson

Colorado State University

Executive Director of the Energy Institute; holder of the Bryan Willson Presidential Chair for Energy Innovation; and Professor of Mechanical Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Brenden M. ArndtBryan WillsonMohammadreza Nazemi

High-Resolution Techno–Ecological Modelling of a Bioenergy Landscape to Identify Climate Mitigation Opportunities in Cellulosic Ethanol Production. Nature Energy (2018)

John L. FieldSamuel G. EvansErnie MarxMark EasterPaul R. AdlerThai DinhBryan WillsonKeith Paustian

high-resolution techno-ecological modellingclimate mitigation opportunitiesbioenergyenvironmental sciencebioenergy landscapecellulosic ethanol production

Methane Emissions From the Natural Gas Transmission and Storage System in the United States. Environmental Science & Technology (2015)

Daniel J. ZimmerleLaurie L. WilliamsTimothy L. VaughnCasey QuinnR. SubramanianGerald P. DugganBryan WillsonJean D. OpsomerAnthony J. MarcheseDavid M. MartinezAllen L. Robinson

Influence of Chimneys on Combustion Characteristics of Buoyantly Driven Biomass Stoves. Energy Sustainable Development/Energy for sustainable development (2014)

J. PrapasM.E. BaumgardnerA.J. MarcheseB. WillsonM. DeFoort

sustainable developmentrenewable energyenvironmental engineeringsustainable energybiomass stovescombustion characteristics

Options for Transport Energy Conservation in Pakistan. International Journal of Global Energy Issues (2014)

Masood Mehmood KhanBryan D. Willson

energy efficiencyenergy managementrebound effectenergy conservationtransport energy conservation

Scope for Industrial Energy Conservation in Pakistan. International Journal of Global Energy Issues (2014)

Masood Mehmood KhanBryan D. Willson

economic developmentinternational developmentindustrial energy conservationengineeringsustainable developmentenergy conservation

The Effects of Fuel Type and Stove Design on Emissions and Efficiency of Natural-Draft Semi-Gasifier Biomass Cookstoves. Energy Sustainable Development/Energy for sustainable development (2014)

Jessica TrynerBryan D. WillsonAnthony J. Marchese

energy efficiencyemission reductionfuel typesustainable developmentemission controlrenewable energyenvironmental engineeringsustainable energy

Estimation of Elasticities for Domestic Energy Demand in Mozambique. Energy Economics (2011)

Maria de Fátima S.R. ArthurCraig A. BondBryan Willson

domestic energy demandelasticity (economics)economicsenergy economics

Influence of Testing Parameters on Biomass Stove Performance and Development of an Improved Testing Protocol. Energy Sustainable Development/Energy for sustainable development (2011)

C. L'OrangeM. DeFoortB. Willson

testing techniqueenergy researchsustainable developmentrenewable energyimproved testing protocolenvironmental engineeringsustainable energytest developmentbiomass stove performance

The Effect of Retrofit Technologies on Formaldehyde Emissions From a Large Bore Natural Gas Engine. Energy and Power Engineering (2011)

Daniel B. OlsenBryan D. Willson

engine researchenergy researchpower engineeringformaldehyde emissionsengineeringrenewable energymechanical engineeringenvironmental engineeringenergy engineeringretrofit technologies

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10 / page

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Similar Faculty Members

Timothy Jacobs

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Texas A&M University

engineering

engine research

Gregory M. Shaver

Institution

Purdue University

industrial ecology

future fuel

Anthony J. Marchese

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University of Rhode Island

combustion

future fuel

Andre Boehman

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chemical engineering

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Ryan Milcarek

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combustion

alternative fuel

Nimir Elbashir

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chemical engineering

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Mark A. Hoffman

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Subramanyam R. Gollahalli

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clean combustion

big data analytics