Faculty

Institution

Unit

Venue

Gregory Rorrer

Professor

Oregon State University

Affiliations

College of Engineering

Chemical, Biological, and Environmental Engineering

College of Agricultural Sciences

Department of Biological & Ecological Engineering

Gregory Rorrer is currently serving as a Chemical, Biological, And Environmental Engineering Professor at Oregon State University.

Honors

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Experiences

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Education

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Gregory Rorrer

Oregon State University

Professor

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materials science biological engineering nanotechnology algal research biotechnology chemical engineering biomolecular engineering algal biology nanobiotechnology nanomaterials algal biotechnology material chemistry applied phycology algal cultivation marine biology applied microbiology nanoparticle research materials engineering bioresource technology botany plant science marine biotechnology plasmonics phycology material research diatom biosilica photoluminescence adsorption bio-based nanomaterials catalysis agricultural biotechnology thermal engineering nanoscale science synthetic biology plant physiology applied chemistry environmental biotechnology aquaculture industrial catalysis industrial chemistry chemical technology nanostructure synthesis phytochemistry catalyst preparation manufacturing science membrane science biomass conversion surface nanotechnology chitin nanofiber production bubble-column photobioreactor biogenic silica photoluminescence detection energy research energy chemistry energy engineering chemical biotechnology nanometrology catalytic process reaction rates energy biotechnology molecular biotechnology hydrogen-rich gas fed-batch cultivation anhydrous hydrogen fluoride diatom pinnularia sp antibody-functionalized diatom biosilica organic acids marine seaweeds process design manufacturing engineering biomass characterization biocatalysis bio-based materials bioprocess engineering supercritical water gasification explosive molecules sustainable technologies ecotechnology sustainable energy engineering education environmental impact of the energy industry bioremediation sustainable development biofuels biomineralization environmental engineering carbon capture green engineering nanostructured materials environmental technology carbon sequestration

Notable Scholarly Works

Notable Federal Grants

Collaborators

Aeration Rate and Power Requirements for Co2-Replete Cultivation of the Red Seaweed Devaleraea Mollis (Pacific Dulse) in a Tumble Tank. Aquaculture (2024)

Sanford EvansChristopher J. LangdonGregory L. Rorrer

environmental engineeringaeration rateaquaculturepower requirementsmicrobial ecologytumble tankpacific dulsealgal cultivation

Enhanced Photoluminescence Detection of Immunocomplex Formation by Antibody-Functionalized, Ge-Doped Biosilica From the Diatom Cyclotella Sp.. Nanomaterials (2023)

Debra K. GaleGregory L. Rorrer

immunologymaterials sciencenanobiotechnologynanoparticle researchdiatom cyclotella spbio-based nanomaterialsbiomolecular engineeringantibody engineeringge-doped biosilicananomaterialsnanotechnologyimmunocomplex formationphotoluminescence detectionphotoluminescence

Integration of Broader Impacts and International Perspectives Into a Sustainable Energy Engineering Course. Education for Chemical Engineers (2023)

Gregory L. RorrerJürgen KrailGerhard PiringerMichael Roither

international perspectiveschemical engineeringengineering educationeducationenergy engineeringbroader impactsengineering

High Density Cultivation and Co2 Uptake by Panel Arrays of the Macrophytic Red Alga Gracilaria Vermiculophylla in a 100 L Raceway Pond. Algal Research (2022)

Joseph A. KraaiGregory L. Rorrer

terrestrial ecologyenvironmental scienceplant physiologyalgal researchplant ecologyecologybioenergyaquaculturealgal biotechnologyplant sciencebotanypanel arraysapplied phycologyaquatic ecosystemsalgal biologyalgal cultivationenvironmental engineeringhigh density cultivationmicrobial ecology

Cultivation of the Macrophytic Red Alga Palmaria Mollis (Pacific Dulse) on Vertical Arrays of Mesh Panels in Aerated Tanks. Journal of Applied Phycology (2021)

Sanford EvansGregory L. RorrerChristopher J. Langdon

vertical arraysapplied phycologyplant biotechnologypacific dulseaerated tanksmesh panelsalgal biologyculturephycologyalgal researchapplied ecologybotanyalgal cultivation

Immobilization and Growth of Clonal Tissue Fragments From the Macrophytic Red Alga Gracilaria Vermiculophylla on Porous Mesh Panels. Journal of Applied Phycology (2021)

Joseph A. KraaiGregory L. Rorrer

environmental scienceplant physiologyalgal researchecologyporous mesh panelsplant biotechnologybioremediationalgal biotechnologyphycologyplant pathologyplant sciencebotanyapplied phycologyplant developmentalgal biologyclonal tissue fragmentsbiological engineeringtissue engineeringmicrobial ecologyplant cell culture

Immobilized Cultivation of the Red Macroalga Ochtodes Secundiramea via Fluid Injection of Clonal Shoot Tissues Onto Porous Mesh Panels. Algal Research (2021)

Joseph A. KraaiGregory L. Rorrer

porous mesh panelsfluid injectionimmobilized cultivationapplied phycologyred macroalga ochtodestissue engineeringhorticulture researchalgal biotechnologyalgal biologyclonal shoot tissuesecologyalgal researchbotanyalgal cultivation

Extracellular Chitin Nanofibers From Marine Diatoms. Encyclopedia of Marine Biotechnology (2020)

Omar G. ChiribogaPaul LeDuffGregory L. Rorrer

nanobiotechnologymaterials sciencebiotechnologyextracellular chitin nanofibersmarine biologynanotechnologybiological engineeringmarine biotechnologymarine diatoms

Limits to Biomass Productivity During Fed-Batch Cultivation of Laminaria Saccharina Female Gametophyte Cells in a Stirred-Tank Photobioreactor. Journal of Applied Phycology (2020)

Sundar RamananGregory L. Rorrer

agricultural biotechnologyapplied phycologystirred-tank photobioreactorplant biotechnologybiotechnologyalgal biotechnologyalgal biologyphycologyfed-batch cultivationalgal researchplant scienceecology

Multiscale Photonic Crystal Enhanced Core–Shell Plasmonic Nanomaterial for Rapid Vapor-Phase Detection of Explosives. ACS Applied Nano Materials (2020)

materials sciencenanophotonicsplasmonic materialsplasmonic catalysisplasmonsplasmonicsraman spectroscopylightwave technologyphotonic sensorsphotonic crystalsapplied physicsrapid vapor-phase detectionphotonics

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Gregory Rorrer

Professor

Oregon State University

Affiliations

College of Engineering

Chemical, Biological, and Environmental Engineering

College of Agricultural Sciences

Department of Biological & Ecological Engineering

Gregory Rorrer is currently serving as a Chemical, Biological, And Environmental Engineering Professor at Oregon 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

Gregory Rorrer

Oregon State University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Aeration Rate and Power Requirements for Co2-Replete Cultivation of the Red Seaweed Devaleraea Mollis (Pacific Dulse) in a Tumble Tank. Aquaculture (2024)

Sanford EvansChristopher J. LangdonGregory L. Rorrer

environmental engineeringaeration rateaquaculturepower requirementsmicrobial ecologytumble tankpacific dulsealgal cultivation

Enhanced Photoluminescence Detection of Immunocomplex Formation by Antibody-Functionalized, Ge-Doped Biosilica From the Diatom Cyclotella Sp.. Nanomaterials (2023)

Debra K. GaleGregory L. Rorrer

Integration of Broader Impacts and International Perspectives Into a Sustainable Energy Engineering Course. Education for Chemical Engineers (2023)

Gregory L. RorrerJürgen KrailGerhard PiringerMichael Roither

international perspectiveschemical engineeringengineering educationeducationenergy engineeringbroader impactsengineering

High Density Cultivation and Co2 Uptake by Panel Arrays of the Macrophytic Red Alga Gracilaria Vermiculophylla in a 100 L Raceway Pond. Algal Research (2022)

Joseph A. KraaiGregory L. Rorrer

Cultivation of the Macrophytic Red Alga Palmaria Mollis (Pacific Dulse) on Vertical Arrays of Mesh Panels in Aerated Tanks. Journal of Applied Phycology (2021)

Sanford EvansGregory L. RorrerChristopher J. Langdon

vertical arraysapplied phycologyplant biotechnologypacific dulseaerated tanksmesh panelsalgal biologyculturephycologyalgal researchapplied ecologybotanyalgal cultivation

Immobilization and Growth of Clonal Tissue Fragments From the Macrophytic Red Alga Gracilaria Vermiculophylla on Porous Mesh Panels. Journal of Applied Phycology (2021)

Joseph A. KraaiGregory L. Rorrer

Immobilized Cultivation of the Red Macroalga Ochtodes Secundiramea via Fluid Injection of Clonal Shoot Tissues Onto Porous Mesh Panels. Algal Research (2021)

Joseph A. KraaiGregory L. Rorrer

Extracellular Chitin Nanofibers From Marine Diatoms. Encyclopedia of Marine Biotechnology (2020)

Omar G. ChiribogaPaul LeDuffGregory L. Rorrer

nanobiotechnologymaterials sciencebiotechnologyextracellular chitin nanofibersmarine biologynanotechnologybiological engineeringmarine biotechnologymarine diatoms

Limits to Biomass Productivity During Fed-Batch Cultivation of Laminaria Saccharina Female Gametophyte Cells in a Stirred-Tank Photobioreactor. Journal of Applied Phycology (2020)

Sundar RamananGregory L. Rorrer

agricultural biotechnologyapplied phycologystirred-tank photobioreactorplant biotechnologybiotechnologyalgal biotechnologyalgal biologyphycologyfed-batch cultivationalgal researchplant scienceecology

Multiscale Photonic Crystal Enhanced Core–Shell Plasmonic Nanomaterial for Rapid Vapor-Phase Detection of Explosives. ACS Applied Nano Materials (2020)

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Shulin Chen

Institution

Washington State University

biorefinery product

sustainable production

Ranil Wickramasinghe

Institution

University of Arkansas

catalytic membranes

membrane separations

Gregg Beckham

Institution

University of Colorado Boulder

biomass conversion

environmental engineering

Seong Kim

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porous material

energy research

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nanotechnology

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surface-enhanced raman scattering

advanced functional material

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cellulose

manufacturing

Thomas Thundat

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environmental engineering

sensor

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energy storage

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