Robert Palumbo

University of Minnesota Duluth

Affiliations

Department Of Materials Processing Engineering

Swenson College of Science and Engineering

Department Of Mechanical And Industrial Engineering

University of Minnesota Duluth

NoneRobert Palumbo is currently serving as a Materials Processing Engineering faculty at University of Minnesota Duluth.

Honors

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Experiences

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Education

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Robert Palumbo

University of Minnesota Duluth

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chemical engineering energy conversion solar energy conversion solar thermal energy materials science energy research thermal engineering solar power energy transformation engineering energy chemistry renewable energy energy engineering solar energy utilisation energy production environmental engineering sustainable energy electrochemical engineering chemical reaction engineering advanced energy material sustainable energy technologies electrochemical process water electrolysis energy transition electrolysis of water coal science electroanalytical chemistry coal utilization water splitting fundamental electrochemistry electrode-electrolyte interfaces thermal electrolytic production solar thermal process control controlled release antimicrobial agents carbon nano energy electroceramics membrane science molecular science process engineering applied chemistry process design thermal catalysis engineering thermodynamics antibiotic adjuvant gene delivery carbonization solar cooling gasification coal-water slurry fuel clean coal technologies photoelectrochemistry electrochemical interfaces advanced electrode material electrodialysis catalytic materials metal processing material preparation temperature measurement thermal analysis scientific framework water electrolysis process hydrogen sulfide solar furnace ionic conductivity study molten electrolyte mg electrowinning mgo system electrochemical reaction kinetics exploratory study high-temperature thermochemistry research undergraduate engineering education high-flux solar furnace anodic electrochemical reaction

Notable Scholarly Works

Notable Federal Grants

Collaborators

High-Temperature Solar Thermal Electrochemistry With Metal Oxides. WORLD SCIENTIFIC eBooks (2022)

thermal engineeringenergy researchsolar energy conversionfundamental electrochemistrymaterials scienceelectrochemistry

Solar Thermal Decoupled Water Electrolysis Process III: The Anodic Electrochemical Reaction in a Rotating Disc Electrode Cell. Chemical Engineering Science (2020)

Rachel SilcoxLaura K. EngererShahin NudehiPaul SmithJon SchoerPeter T. KrenzkeRobert PalumboLuke J. Venstrom

anodic electrochemical reactionsolar thermalelectrochemical engineeringchemical engineeringwater electrolysissolar cellssolar powerelectrolysis of watersolar energy conversionsolar thermal energyelectrochemical cellelectrochemical processenergy conversionelectrochemistry

Physico – Chemical Properties of (Mgf2 – Caf2 – (Lif))Eut – Mgo System as a Molten Electrolyte for Mg Electrowinning. Journal of Molecular Liquids (2018)

Michal KorenkoFratišek ŠimkoJarmila MlynárikováCarol LarsonEva MikšíkováJozef PriščákMarta AmbrováRobert Palumbo

electrode-electrolyte interfaceselectrodialysismembrane sciencechemistrymolecular liquidsfundamental electrochemistryelectroanalytical chemistryelectrochemistryelectrochemical engineeringmolten electrolyteelectrochemical interfacesmolecular sciencemgo systemchemical engineeringadvanced materialsadvanced electrode materialnanoengineeringelectroceramicsmg electrowinningcorrosionmaterials science

Solar Thermal Decoupled Electrolysis: Long-Term Behavior of Electrolytic Cell. ValpoScholar (Valparaiso University) (2018)

Marcus A OchsendorfJonathan K SchoerLaura EngererRobert PalumboRachel SilcoxLuke VenstromShahin Nudehi

solar thermalelectrolytic cellsolar cellslong-term behaviorsolar thermal energy

Establishing the Kinetics for the Electrolytic Oxidation of Cobalt Hydroxide. ValpoScholar (Valparaiso University) (2017)

Daniel KotferRobert PalumboJonathan SchoerCarol LarsonShahin S Nudehi

chemical kineticschemistrysurface electrochemistrycobalt hydroxideelectrolytic oxidationelectrochemistry

Model of a Rotary Kiln Solar Reactor for the Reduction of Cobalt Oxide Particles in a Two-Step, Hybrid Thermochemical Water Splitting Cycle. ValpoScholar (Valparaiso University) (2017)

Samantha J KoppingJack D HoenigesJesse R GreenhagenRobert PalumboLuke J Venstrom

cobalt oxide particleswater purificationoxygen reduction reactionwater splittingchemical engineeringenvironmental sciencewater treatmentwater process engineeringtransition metal chemistrysolar energy conversionenvironmental engineeringin-situ conversionhybrid energy systemenergy conversion

Solar-Thermal Decoupled Electrolysis: Assessment of Mnxoy Systems. ValpoScholar (Valparaiso University) (2017)

sustainable energy technologiesenergy researchchemical engineeringsolar powerrenewable energysolar cellsenergy transformationsolar energy conversionsolar thermal energysolar energy utilisationrenewable energy storageadvanced energy materialenergy conversion

Solar Thermal Decoupled Water Electrolysis Process II: An Extended Investigation of the Anodic Electrochemical Reaction. Chemical Engineering Science (2017)

energy conversionelectrochemical engineeringchemical engineeringenergy researchwater electrolysissolar energy conversionelectrochemical energy conversionelectrochemistry

Technical and Economic Evaluation of a Solar Thermal Mgo Electrolysis Process for Magnesium Production. Energy (2017)

energy efficiencyenergy researchchemical engineeringsolar powerrenewable energyenergy productionenergy transformationsolar energy conversionenergy conversion

Establishing the Kinetics for the Electrolytic Oxidation of Manganese (II, III) Oxide. ValpoScholar (Valparaiso University) (2016)

Daniel KotferLouis ChristensenCarol LarsonRobert PalumboShahin NudehiJonathan Schoer

inorganic chemistrysurface reactivityelectrochemical engineeringchemical engineeringelectrochemical surface scienceelectrode-electrolyte interfaceschemical kineticstransition metal chemistrychemistrysurface electrochemistryelectrolytic oxidationelectrode reaction mechanismselectrochemistry

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