Faculty

Institution

Unit

Venue

Bruce Dale

University Distinguished Professor

Michigan State University

Affiliations

College of Engineering

Department of Chemical Engineering and Materials Science

Bruce Dale is currently serving as a College Of Engineering University Distinguished Professor at Michigan State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Bruce Dale

Michigan State University

University Distinguished Professor

You can click a keyword to filter the displayed items

bioresource technology biotechnology agricultural biotechnology biological engineering agricultural economics bioenergy sustainable agriculture environmental engineering energy biotechnology biomolecular engineering biofuels applied microbiology biomass conversion biochemical engineering plant biotechnology chemical biotechnology plant science agribusiness food biotechnology corn stover environmental biotechnology enzymatic hydrolysis ammonia fiber expansion livestock science energy research sustainable energy life cycle assessment process biochemistry cellulose production research molecular biotechnology waste management biomass characterization agricultural sciences biotechnology advance biocatalysis applied chemistry metabolic engineering food fermentation lignocellulosic biomass sustainable production fuel production in-situ conversion energy engineering plant physiology thermal engineering soil biotechnology food processing biochar fuel science plant biochemistry lignin pretreatment technologies cellulosic ethanol production ethanol production regenerative agriculture enzymatic digestibility energy production plant biology animal agriculture ammonia fiber explosion chemical technology crop science enzymatic modification agricultural chemistry crop production fermentable sugars rapid bioconversion surface reactivity food mycology agricultural engineering thermochemical pretreatment dilute acid corn grain commercial enzymes leaf protein ecological engineering biomass resource chemical engineering environmental science industrial ecology bioremediation circular bioeconomy biological systems

Notable Scholarly Works

Notable Federal Grants

Collaborators

Afex™ Pretreatment-Based Biorefinery Technologies. Springer eBooks (2024)

Mingjie JinBruce E. Dale

Multifaced Application of Afex-Pretreated Biomass in Producing Second-Generation Biofuels, Ruminant Animal Feed, and Value-Added Bioproducts. Biotechnology Advances (2024)

Maedeh MohammadiMahsa AlianBruce DaleBryan UbanwaVenkatesh Balan

ruminant animal feedafex-pretreated biomassbiofuelsmultifaced applicationproduction researchbiotechnologyvalue-added bioproductssecond-generation biofuelsbioresource technologybiological engineering

Replacing All Fossil Fuels With Nuclear-Enabled Hydrogen, Cellulosic Hydrocarbon Biofuels, and Dispatchable Electricity. ASME Open Journal of Engineering (2024)

Charles ForsbergBruce E. DaleEric Ingersoll

dispatchable electricityenergy engineeringengineeringenergy researchrenewable energynuclear-enabled hydrogenenergy storagebiofuelsthermal engineeringhydrogen energycellulosic hydrocarbon biofuels

Uncertainties in Greenhouse Gas Emission Factors: A Comprehensive Analysis of Switchgrass‐Based Biofuel Production. GCB Bioenergy (2024)

Seungdo KimBruce E. DaleBruno Basso

plant scienceenvironmental scienceuncertainty analysissustainable energybioenergyagricultural economicsswitchgrass-based biofuel productionpublic healthclimate changesustainable agriculturegreenhouse gas emissionscomprehensive analysislife cycle assessment

Big Data Mining, Rational Modification, and Ancestral Sequence Reconstruction Inferred Multiple Xylose Isomerases for Biorefinery. Science Advances (2023)

Sitong ChenZhaoxian XuBoning DingYuwei ZhangShuangmei LiuChenggu CaiMuzi LiBruce E. DaleMingjie Jin

bioinformaticsmultiple xylose isomerasesfunctional modificationmolecular biologybig data miningancestral sequence reconstructionrational modification

Densification Characteristics of Ammonia Fiber Explosion Pretreated Biomass and Applications. Sustainable chemistry series (2023)

Venkatesh BalanBryan UbanwaBruce Dale

technologywater qualitysustainable productionblast engineeringmanufacturingwastewater treatmentprocess intensificationdensification characteristicssustainable chemistrymaterials sciencesustainability sciencewaste managementchemical engineeringsustainable material developmentammonia fiber explosionadvanced fiber materialbioresource technologymaterials engineeringsustainable materialssustainable chemical production

Global Warming Intensity of Biofuel Derived From Switchgrass Grown on Marginal Land in Michigan. GCB Bioenergy (2023)

Seungdo KimBruce E. DaleRafael Martinez‐FeriaBruno BassoKurt ThelenChristos T. MaraveliasDouglas LandisTyler J. LarkG. Philip Robertson

marginal landenvironmental sciencebiofuelsbioenergyglobal warming

Supply Chain System for a Centralized Biorefinery System Based on Switchgrass Grown on Marginal Land in Michigan. Biofuels Bioproducts and Biorefining (2023)

Seungdo KimBruce E. DaleBruno BassoKurt ThelenChristos T. Maravelias

marginal landagricultural economicssupply chain systemsustainable agriculturecentralized biorefinery system

Can a Nuclear-Assisted Biofuels System Enable Liquid Biofuels as the Economic Low-Carbon Replacement for All Liquid Fossil Fuels and Hydrocarbon Feedstocks and Enable Negative Carbon Emissions?. (2022)

Charles ForsbergBruce Dale

economicssustainable energyeconomic low-carbon replacementenergy economicshydrocarbon feedstocks

Coupling Afex and Steam-Exploded Sugarcane Residue Pellets With a Room Temperature Ciiii-Activation Step Lowered Enzyme Dosage Requirements for Sugar Conversion. Chemical Engineering Journal (2022)

Thapelo MokomeleLeonardo da Costa SousaAbby ColbertBruce E. DaleJohann F. GörgensVenkatesh Balan

chemical engineeringsugar conversioncatalysisbiomolecular engineeringenzyme dosage requirementsbiological engineering

1
2
3
4
5
28
10 / page

Bruce Dale

University Distinguished Professor

Michigan State University

Affiliations

College of Engineering

Department of Chemical Engineering and Materials Science

Bruce Dale is currently serving as a College Of Engineering University Distinguished Professor at Michigan State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Bruce Dale

Michigan State University

University Distinguished Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Afex™ Pretreatment-Based Biorefinery Technologies. Springer eBooks (2024)

Mingjie JinBruce E. Dale

Multifaced Application of Afex-Pretreated Biomass in Producing Second-Generation Biofuels, Ruminant Animal Feed, and Value-Added Bioproducts. Biotechnology Advances (2024)

Maedeh MohammadiMahsa AlianBruce DaleBryan UbanwaVenkatesh Balan

ruminant animal feedafex-pretreated biomassbiofuelsmultifaced applicationproduction researchbiotechnologyvalue-added bioproductssecond-generation biofuelsbioresource technologybiological engineering

Replacing All Fossil Fuels With Nuclear-Enabled Hydrogen, Cellulosic Hydrocarbon Biofuels, and Dispatchable Electricity. ASME Open Journal of Engineering (2024)

Charles ForsbergBruce E. DaleEric Ingersoll

dispatchable electricityenergy engineeringengineeringenergy researchrenewable energynuclear-enabled hydrogenenergy storagebiofuelsthermal engineeringhydrogen energycellulosic hydrocarbon biofuels

Uncertainties in Greenhouse Gas Emission Factors: A Comprehensive Analysis of Switchgrass‐Based Biofuel Production. GCB Bioenergy (2024)

Seungdo KimBruce E. DaleBruno Basso

Big Data Mining, Rational Modification, and Ancestral Sequence Reconstruction Inferred Multiple Xylose Isomerases for Biorefinery. Science Advances (2023)

Sitong ChenZhaoxian XuBoning DingYuwei ZhangShuangmei LiuChenggu CaiMuzi LiBruce E. DaleMingjie Jin

bioinformaticsmultiple xylose isomerasesfunctional modificationmolecular biologybig data miningancestral sequence reconstructionrational modification

Densification Characteristics of Ammonia Fiber Explosion Pretreated Biomass and Applications. Sustainable chemistry series (2023)

Venkatesh BalanBryan UbanwaBruce Dale

Global Warming Intensity of Biofuel Derived From Switchgrass Grown on Marginal Land in Michigan. GCB Bioenergy (2023)

Seungdo KimBruce E. DaleRafael Martinez‐FeriaBruno BassoKurt ThelenChristos T. MaraveliasDouglas LandisTyler J. LarkG. Philip Robertson

marginal landenvironmental sciencebiofuelsbioenergyglobal warming

Supply Chain System for a Centralized Biorefinery System Based on Switchgrass Grown on Marginal Land in Michigan. Biofuels Bioproducts and Biorefining (2023)

Seungdo KimBruce E. DaleBruno BassoKurt ThelenChristos T. Maravelias

marginal landagricultural economicssupply chain systemsustainable agriculturecentralized biorefinery system

Charles ForsbergBruce Dale

economicssustainable energyeconomic low-carbon replacementenergy economicshydrocarbon feedstocks

Coupling Afex and Steam-Exploded Sugarcane Residue Pellets With a Room Temperature Ciiii-Activation Step Lowered Enzyme Dosage Requirements for Sugar Conversion. Chemical Engineering Journal (2022)

Thapelo MokomeleLeonardo da Costa SousaAbby ColbertBruce E. DaleJohann F. GörgensVenkatesh Balan

chemical engineeringsugar conversioncatalysisbiomolecular engineeringenzyme dosage requirementsbiological engineering

1
2
3
4
5
28
10 / page

Similar Faculty Members

Jian Shi

Institution

University of Kentucky

environmental engineering

waste treatment

Gregg Beckham

Institution

University of Colorado Boulder

biomass conversion

environmental engineering

Venkatesh Balan

Institution

University of Houston

biomass conversion

environmental engineering

Lee Lynd

Institution

Dartmouth College

microbial cellulose utilization

innovative biomass processing technologies

Yonghao Ni

Institution

University of Maine

cellulose

manufacturing

Shang-Tian Yang

Institution

Ohio State University

synthetic biology

metabolic engineering

Robert C. Brown

Institution

Iowa State University

biomass conversion

environmental engineering

Shulin Chen

Institution

Washington State University

biorefinery product

sustainable production

Seong Kim

Institution

Pennsylvania State University

porous material

energy research

Dr. Pratim Biswas

Institution

University of Miami

aerosol instrumentation

indoor air quality

Similar Faculty Members

Jian Shi

Institution

University of Kentucky

environmental engineering

waste treatment

Gregg Beckham

Institution

University of Colorado Boulder

biomass conversion

environmental engineering

Venkatesh Balan

Institution

University of Houston

biomass conversion

environmental engineering

Lee Lynd

Institution

Dartmouth College

microbial cellulose utilization

innovative biomass processing technologies

Yonghao Ni

Institution

University of Maine

cellulose

manufacturing

Shang-Tian Yang

Institution

Ohio State University

synthetic biology

metabolic engineering

Robert C. Brown

Institution

Iowa State University

biomass conversion

environmental engineering

Shulin Chen

Institution

Washington State University

biorefinery product

sustainable production

Seong Kim

Institution

Pennsylvania State University

porous material

energy research

Dr. Pratim Biswas

Institution

University of Miami

aerosol instrumentation

indoor air quality