Faculty

Institution

Unit

Venue

Joshua Werner

Assistant Professor

University of Kentucky

Affiliations

Stanley and Karen Pigman College of Engineering

Mining Engineering

Joshua Werner is currently serving as a Mining Engineering Assistant Professor at University of Kentucky.

Honors

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Experiences

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Education

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Joshua Werner

University of Kentucky

Assistant Professor

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materials science chemical engineering environmental engineering electrochemistry applied physics materials engineering coal science leaching rare earth elements critical materials waste management resource recovery geochemistry advanced materials electrochemical engineering hydrometallurgy material research energy research mining science mining industry mining engineering continual improvement process separation technology rare earth minerals solvent extraction metal processing copper electrorefining impurity particle behavior nernst-plank equation coal byproducts combustion recovery sustainable energy energy chemistry sustainable production environmental impact assessment material chemistry metals coal geology transition metal chemistry social science research manufacturing technology energy engineering mining and exploration material modeling waste treatment environmental electrochemistry trace metals coal utilization extractive metallurgy acid leaching fluidized bed combustion coal ash nernst-planck equations phase flow electrode current density validation studies eh-ph diagrams experimental studies bituminous coal sources

Notable Scholarly Works

Notable Federal Grants

Collaborators

Innovative Pilot-Scale Process for Sustainable Rare Earth Oxide Production From Coal Byproducts: A Comprehensive Environmental Impact Assessment. Journal of Rare Earths (2024)

Mohsen RabbaniJoshua WernerArio FahimiEhsan Vahidi

innovative pilot-scale processenvironmental impact assessmentchemical engineeringsustainable productioncontinual improvement processrare earth mineralsenvironmental engineeringsustainable energycoal byproductsmaterials science

Optimization of Copper-Ammonia-Sulfate Electrolyte for Maximizing Cu(I): Cu(II) Ratio Using Ph and Copper Solubility. Waste (2024)

Zulqarnain Ahmad AliJoshua M. Werner

waste managementcopper solubilityelectrochemical engineeringchemical engineeringwaste treatmentenvironmental engineeringcopper-ammonia-sulfate electrolyteenvironmental electrochemistryelectrochemistry

Demonstration of Scaled-Production of Rare Earth Oxides and Critical Materials From U. S. Coal-Based Sources (Final Report). (2023)

Rick HonakerJoshua WernerAhmad NawabWencai ZhangAaron NobleMichael FreeXinbo Yang

rare earth oxidesmaterials sciencecritical materials

Design of Multi-Stage Solvent Extraction Process for Separation of Rare Earth Elements. Mining (2023)

Vaibhav SrivastavaJoshua WernerRick Honaker

materials engineeringseparation technologychemical engineeringmining engineeringtechnologyrare earth elementsmining industrymining sciencematerials sciencesolvent extraction

Investigation of the Bimodal Leaching Response of Ram Chip Gold Fingers in Ammonia Thiosulfate Solution. Materials (2023)

Peijia LinZulqarnain Ahmad AliJoshua Werner

waste managementmaterials engineeringadvanced materialsmaterial researchmaterial chemistryammonia thiosulfate solutionenvironmental engineeringleachingmechanics of materialsapplied physicsmaterials science

Kinetics and Modeling of Counter-Current Leaching of Waste Random-Access Memory Chips in a Cu-Nh3-So4 System Utilizing Cu(II) as an Oxidizer. Materials (2023)

Peijia LinJoshua WernerZulqarnain Ahmad AliLucas BertucciJack Groppo

materials engineeringadvanced materialsengineeringmaterial researchchemical kineticsmaterial modelingenvironmental engineeringcounter-current leachingmaterials scienceelectrochemistry

Multi-Sourced Collaboration for the Production and Refining of Rare Elements and Critical Metals (Final Technical Report). (2023)

Rick HonakerJoshua WernerRamana ReddyWencai ZhangAaron NobleJohn HrynMatthew Earlam

manufacturingmulti-sourced collaborationchemical engineeringtechnologymanufacturing technologymetal processingextractive metallurgymaterials science

Kinetic Study of Cu Leaching Mechanism From Waste Ram Chips Using Cu(II)-Nh3-So4 Solution. SSRN Electronic Journal (2022)

Peijia LinJoshua M. Werner

waste managementsocial science researchwaste ram chipskinetic studychemical kineticssocial sciencestransition metal chemistryenvironmental engineeringleachingmaterials science

Material Characterization and Physical Processing of a General Type of Waste Printed Circuit Boards. Sustainability (2022)

Peijia LinJoshua WernerJack GroppoXinbo Yang

materials engineeringmaterial characterizationengineeringphysical processingmaterials science

Scaled-Production of Rare Earth Oxides and Critical Materials From Coal-Based Sources. (2022)

Rick HonakerJosh WernerXinbo YangMichael FreeAaron NobleWencai Zhang

rare earth oxidescritical materialschemical engineeringtrace metalscoal utilizationcoal-based sourcesrare earth mineralsenvironmental engineeringcoal sciencecoal geologymaterials science

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Joshua Werner

Assistant Professor

University of Kentucky

Affiliations

Stanley and Karen Pigman College of Engineering

Mining Engineering

Joshua Werner is currently serving as a Mining Engineering Assistant Professor at University of Kentucky.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Joshua Werner

University of Kentucky

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Innovative Pilot-Scale Process for Sustainable Rare Earth Oxide Production From Coal Byproducts: A Comprehensive Environmental Impact Assessment. Journal of Rare Earths (2024)

Mohsen RabbaniJoshua WernerArio FahimiEhsan Vahidi

Optimization of Copper-Ammonia-Sulfate Electrolyte for Maximizing Cu(I): Cu(II) Ratio Using Ph and Copper Solubility. Waste (2024)

Zulqarnain Ahmad AliJoshua M. Werner

Demonstration of Scaled-Production of Rare Earth Oxides and Critical Materials From U. S. Coal-Based Sources (Final Report). (2023)

Rick HonakerJoshua WernerAhmad NawabWencai ZhangAaron NobleMichael FreeXinbo Yang

rare earth oxidesmaterials sciencecritical materials

Design of Multi-Stage Solvent Extraction Process for Separation of Rare Earth Elements. Mining (2023)

Vaibhav SrivastavaJoshua WernerRick Honaker

materials engineeringseparation technologychemical engineeringmining engineeringtechnologyrare earth elementsmining industrymining sciencematerials sciencesolvent extraction

Investigation of the Bimodal Leaching Response of Ram Chip Gold Fingers in Ammonia Thiosulfate Solution. Materials (2023)

Peijia LinZulqarnain Ahmad AliJoshua Werner

Kinetics and Modeling of Counter-Current Leaching of Waste Random-Access Memory Chips in a Cu-Nh3-So4 System Utilizing Cu(II) as an Oxidizer. Materials (2023)

Peijia LinJoshua WernerZulqarnain Ahmad AliLucas BertucciJack Groppo

materials engineeringadvanced materialsengineeringmaterial researchchemical kineticsmaterial modelingenvironmental engineeringcounter-current leachingmaterials scienceelectrochemistry

Multi-Sourced Collaboration for the Production and Refining of Rare Elements and Critical Metals (Final Technical Report). (2023)

Rick HonakerJoshua WernerRamana ReddyWencai ZhangAaron NobleJohn HrynMatthew Earlam

manufacturingmulti-sourced collaborationchemical engineeringtechnologymanufacturing technologymetal processingextractive metallurgymaterials science

Kinetic Study of Cu Leaching Mechanism From Waste Ram Chips Using Cu(II)-Nh3-So4 Solution. SSRN Electronic Journal (2022)

Peijia LinJoshua M. Werner

waste managementsocial science researchwaste ram chipskinetic studychemical kineticssocial sciencestransition metal chemistryenvironmental engineeringleachingmaterials science

Material Characterization and Physical Processing of a General Type of Waste Printed Circuit Boards. Sustainability (2022)

Peijia LinJoshua WernerJack GroppoXinbo Yang

materials engineeringmaterial characterizationengineeringphysical processingmaterials science

Scaled-Production of Rare Earth Oxides and Critical Materials From Coal-Based Sources. (2022)

Rick HonakerJosh WernerXinbo YangMichael FreeAaron NobleWencai Zhang

rare earth oxidescritical materialschemical engineeringtrace metalscoal utilizationcoal-based sourcesrare earth mineralsenvironmental engineeringcoal sciencecoal geologymaterials science

1
2
3
10 / page

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mineral processing

applied geochemistry

J. Brent Hiskey

Institution

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electrochemistry

mineral processing

Isabel Barton

Institution

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mineral processing

geochemistry

Jaeheon Lee

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thermal engineering

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University of Nevada, Reno

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mining and exploration

Jihye Kim

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environmental engineering

resource recovery

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Institution

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environmental engineering

extractive metallurgy

Hugh Miller

Institution

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occupational health

sustainable mining

Fiona M. Doyle

Institution

University of California, Berkeley

chemical engineering

extractive metallurgy