Faculty

Institution

Unit

Venue

Patrick R. Taylor

George S Ansell Distinguished Professor of Chemical Metallurgy Metallurgical and Materials Engineering

Colorado School of Mines

Affiliations

Metallurgical & Materials Engineering

Mining Engineering

Patrick R. Taylor is currently serving as a Metallurgical & Materials Engineering George S Ansell Distinguished Professor of Chemical Metallurgy Metallurgical and Materials Engineering at Colorado School of Mines.

Honors

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Experiences

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Education

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Patrick R. Taylor

Colorado School of Mines

George S Ansell Distinguished Professor of Chemical Metallurgy Metallurgical and Materials Engineering

You can click a keyword to filter the displayed items

materials science materials engineering engineering electrochemistry mining science mining industry mechanical engineering mining engineering mineral processing mineral engineering extractive metallurgy mining and exploration metallurgical process environmental engineering ore geology metals material research separation technology metal processing zinc ferrite rare earths zinc ferrite reduction electrochemical behavior recovery orthopedic surgery inorganic chemistry manufacturing machine learning deep learning hydrometallurgy cleaner production arthroplasty manufacturing technology waste management geochemical exploration applied geochemistry chemical geology material chemistry hydrogen energy transition metal chemistry separation science material processing process engineering trace metals resource recovery manufacturing engineering electrometallurgy display technology advanced display technology mineral geochemistry environmental mineralogy mineral deposits mineral prospectivity analysis mineral economics metal anode redox chemistry metallurgical interaction metallurgical system powder metallurgy exploration geology global supply chains market disruption process engineering principles selective comminution total joint arthroplasty zinc refinery residue cu impurities steel scrap selective extraction molten chloride salt continuous purification mgohcl reduction plasma combustion chemical engineering thermal engineering plasma processing clean technology nonthermal plasma

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Considerations for Employing Atomic Hydrogen as a Reductant for Metal Oxides, a Case Study: Conversion of Cupric Oxide to Copper. Metallurgical and Materials Transactions B (2025)

Hunter J. SceatsPatrick R. Taylor

materials sciencematerial chemistryorganometallic chemistrymetal processingmetal anodemetalselectrochemistrymaterial researchchemical engineeringelectrocatalystscupric oxideatomic hydrogenmetal oxideselectrochemical engineeringhydrogen energyredox chemistrychemistrymetallurgical interactiontransition metal chemistryhydrogenmetallurgical process

Design of a Continuous Electrochemical Purification Reactor for Corrosion Mitigation in Molten Chloride Salt Systems. SolarPACES Conference Proceedings (2024)

Liam WittemanKerry RippyEvan OgrenMark AndersonPatrick TaylorJudith Vidal

materials scienceengineeringcorrosion mitigationmaterials engineeringelectrochemical engineeringthermal engineeringcorrosionapplied physicselectrochemistry

Continuous Purification of Molten Chloride Salt: Electrochemical Behavior of Mgohcl Reduction. Journal of The Electrochemical Society (2023)

Liam WittemanKerry Christine RippyPatrick TaylorJudith Vidal-Gomez

environmental engineeringmolten chloride saltelectrochemical behaviorcontinuous purificationmgohcl reductionelectrochemistry

Geometric Optimization of an Electrochemical Purification Cell to Prevent Corrosion in Csp Plants During Operation. AIP conference proceedings (2023)

Kerry RippyLiam WittemanAbigail MonasterialPatrick TaylorJudith Vidal

engineeringcsp plantsgeometric optimizationelectrochemical purification cellapplied physicselectrochemistrycorrosion

Predicting and Understanding Corrosion in Molten Chloride Salts. MRS Advances (2023)

Kerry RippyLiam WittemanPatrick R. TaylorJudith C. Vidal

materials sciencemolten chloride saltschemistrycorrosion

Rare Earth Reduction: A Technological Overview of State-Of-The-Art Technology and Novel Developments. The minerals, metals & materials series (2023)

Robert G. RushPatrick R. Taylor

materials sciencetechnologymechanical engineeringmaterials engineeringrare earth reductiontechnological overviewnovel developments

Reduction of Rare Earth Elements Through Electrochemical and Metallothermic Methods. Springer eBooks (2023)

Patrick R. TaylorMatthew EarlamSridhar Seetharaman

materials sciencemetallothermic methodsrare earth elementselectrochemistry

Coarse Beneficiation of Trona Ore by Sensor-Based Sorting. Mining Metallurgy & Exploration (2022)

Nicholas BellusciPatrick R. TaylorD. Erik SpillerVictor Braman

materials sciencemining and explorationcoarse beneficiationtrona oredeep learningmining sciencemining engineeringmineral processingmining industrysensor-based sorting

Electrochemical Behavior of Mgoh + in Molten Mgcl 2 -Kcl-Nacl Salt. Meeting abstracts/Meeting abstracts (Electrochemical Society. CD-ROM) (2022)

Liam WittemanKerry RippyJudith VidalPatrick R. Taylor

materials scienceelectrochemical behaviorelectrochemistry

Tga Kinetic Analyses of Zinc Ferrite Reduction With H2. Mining Metallurgy & Exploration (2022)

Vivek KashyapEvody Tshijik KarumbPatrick Taylor

materials sciencemining and explorationmaterials engineeringmining industrymining sciencemining engineeringmineral engineeringtga kinetic analyseszinc ferrite reductionengineering

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Patrick R. Taylor

George S Ansell Distinguished Professor of Chemical Metallurgy Metallurgical and Materials Engineering

Colorado School of Mines

Affiliations

Metallurgical & Materials Engineering

Mining 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

Patrick R. Taylor

Colorado School of Mines

George S Ansell Distinguished Professor of Chemical Metallurgy Metallurgical and Materials Engineering

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Considerations for Employing Atomic Hydrogen as a Reductant for Metal Oxides, a Case Study: Conversion of Cupric Oxide to Copper. Metallurgical and Materials Transactions B (2025)

Hunter J. SceatsPatrick R. Taylor

Design of a Continuous Electrochemical Purification Reactor for Corrosion Mitigation in Molten Chloride Salt Systems. SolarPACES Conference Proceedings (2024)

Liam WittemanKerry RippyEvan OgrenMark AndersonPatrick TaylorJudith Vidal

materials scienceengineeringcorrosion mitigationmaterials engineeringelectrochemical engineeringthermal engineeringcorrosionapplied physicselectrochemistry

Continuous Purification of Molten Chloride Salt: Electrochemical Behavior of Mgohcl Reduction. Journal of The Electrochemical Society (2023)

Liam WittemanKerry Christine RippyPatrick TaylorJudith Vidal-Gomez

environmental engineeringmolten chloride saltelectrochemical behaviorcontinuous purificationmgohcl reductionelectrochemistry

Geometric Optimization of an Electrochemical Purification Cell to Prevent Corrosion in Csp Plants During Operation. AIP conference proceedings (2023)

Kerry RippyLiam WittemanAbigail MonasterialPatrick TaylorJudith Vidal

engineeringcsp plantsgeometric optimizationelectrochemical purification cellapplied physicselectrochemistrycorrosion

Predicting and Understanding Corrosion in Molten Chloride Salts. MRS Advances (2023)

Kerry RippyLiam WittemanPatrick R. TaylorJudith C. Vidal

materials sciencemolten chloride saltschemistrycorrosion

Rare Earth Reduction: A Technological Overview of State-Of-The-Art Technology and Novel Developments. The minerals, metals & materials series (2023)

Robert G. RushPatrick R. Taylor

materials sciencetechnologymechanical engineeringmaterials engineeringrare earth reductiontechnological overviewnovel developments

Reduction of Rare Earth Elements Through Electrochemical and Metallothermic Methods. Springer eBooks (2023)

Patrick R. TaylorMatthew EarlamSridhar Seetharaman

materials sciencemetallothermic methodsrare earth elementselectrochemistry

Coarse Beneficiation of Trona Ore by Sensor-Based Sorting. Mining Metallurgy & Exploration (2022)

Nicholas BellusciPatrick R. TaylorD. Erik SpillerVictor Braman

materials sciencemining and explorationcoarse beneficiationtrona oredeep learningmining sciencemining engineeringmineral processingmining industrysensor-based sorting

Electrochemical Behavior of Mgoh + in Molten Mgcl 2 -Kcl-Nacl Salt. Meeting abstracts/Meeting abstracts (Electrochemical Society. CD-ROM) (2022)

Liam WittemanKerry RippyJudith VidalPatrick R. Taylor

materials scienceelectrochemical behaviorelectrochemistry

Tga Kinetic Analyses of Zinc Ferrite Reduction With H2. Mining Metallurgy & Exploration (2022)

Vivek KashyapEvody Tshijik KarumbPatrick Taylor

materials sciencemining and explorationmaterials engineeringmining industrymining sciencemining engineeringmineral engineeringtga kinetic analyseszinc ferrite reductionengineering

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Similar Faculty Members

Corby Anderson

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Colorado School of Mines

environmental engineering

extractive metallurgy

Joshua Werner

Institution

University of Kentucky

materials science

chemical engineering

Sridhar Seetharaman

Institution

Colorado School of Mines

J. Brent Hiskey

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University of Arizona

electrochemistry

mineral processing

Antoine Allanore

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materials science

electrochemistry

Fiona M. Doyle

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University of California, Berkeley

chemical engineering

extractive metallurgy

Jamal Rostami

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rock engineering

construction engineering

Ramana Reddy

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University of Alabama

composite material

processing and manufacturing

Bryan Webler

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manufacturing

engineering

Luke N. Brewer

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manufacturing

ceramic