Faculty

Institution

Unit

Venue

Trent P. Vorlicek

Professor

Minnesota State University--Mankato

Affiliations

College of Science, Engineering & Technology

Department Of Biochemistry, Chemistry, And Geology

Department of Biochemistry, Chemistry, and Geology

Department of Chemistry and Geology

Development Staff

Minnesota State University--Mankato

Trent P. Vorlicek is currently serving as a College Of Science, Engineering & Technology Professor at Minnesota State University--Mankato.

Honors

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Experiences

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Education

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Trent P. Vorlicek

Minnesota State University--Mankato

Professor

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materials science inorganic chemistry environmental science geochemistry earth science catalysis environmental chemistry chemical geology transition metal chemistry applied geochemistry sulfidic waters organic matter mineral surfaces applied physics geomechanics geodynamics petrology geology sediment research coordination chemistry mineral engineering mineral processing water science organic geochemistry marine chemistry trace element geochemistry sedimentary petrology sedimentary geology water analysis environmental analytical chemistry adsorption heterogeneous catalysis industrial catalysis hydrobiology eutrophication environmental fate redox chemistry deoxygenation pyrite-forming sediments ligand-induced reduction euxinic waters molybdenum scavenging iron monosulfide molybdenum burial mechanism iron-sulfide pathway sulfidic sediments re speciation essential trace elements thiomolybdate complexes iron sulfide transformations molybdenum isotopic speciation instrumental analysis chemistry biochemistry

Notable Scholarly Works

Notable Federal Grants

Collaborators

Quantifying Molybdenum Isotopic Speciation in Sulfidic Water: Implications for the Paleoredox Proxy. ACS Earth and Space Chemistry (2021)

Stephan R. HlohowskyjXinming ChenStephen J. RomanielloTrent P. VorlicekAriel D. AnbarTimothy W. LyonsAnthony Chappaz

molybdenum isotopic speciationinorganic chemistrygeochemistryearth scienceenvironmental sciencesulfidic waterpaleoredox proxymaterials science

Adsorption of Tetrathiomolybdate to Iron Sulfides and Its Impact on Iron Sulfide Transformations. ACS Earth and Space Chemistry (2020)

Nathan MillerMaura DoughertyRuochen DuTyler SauersCandice YanJonathan E. PinesKate L. MeyersY M. DangEmily NagleZiqin NiTipsiri PungsrisaiMaxwell T. WetheringtonTrent P. VorlicekKatherine E. PlassJennifer L. Morford

adsorptioninorganic chemistryiron sulfide transformationsmaterials science

Precipitation of Molybdenum From Euxinic Waters and the Role of Organic Matter. Chemical Geology (2019)

George R. HelzTrent P. Vorlicek

geochemistryearth scienceenvironmental sciencechemical geologyorganic mattermaterials scienceeuxinic waters

Precipitation of Molybdenum From Euxinic Waters; Role of Organic Matter. (2019)

water qualityhydrobiologyenvironmental chemistryorganic geochemistryenvironmental scienceenvironmental engineeringenvironmental fateorganic matterwater sciencewater pollutioneutrophicationapplied geochemistry

Molybdenum Burial Mechanism in Sulfidic Sediments: Iron-Sulfide Pathway. ACS Earth and Space Chemistry (2018)

Trent P. VorlicekGeorge R. HelzAnthony ChappazPakou VueAustin VezinaWayland Hunter

inorganic chemistrygeochemistryearth scienceiron-sulfide pathwaysedimentary geologysulfidic sedimentsmolybdenum burial mechanismgeologyplanetary sciencesmaterials science

A New Analytical Approach to Determining Mo and Re Speciation in Sulfidic Waters. Chemical Geology (2015)

Trent P. VorlicekAnthony ChappazLaura M. GroskreutzNatalie YoungTimothy W. Lyons

water analysisenvironmental analytical chemistryanalytical chemistryenvironmental sciencesulfidic waterschemical geologyre speciation

Stabilities of Thiomolybdate Complexes of Iron; Implications for Retention of Essential Trace Elements (Fe, Cu, Mo) in Sulfidic Waters. Metallomics (2013)

George R. HelzBritt E. EricksonTrent P. Vorlicek

inorganic chemistryessential trace elementscoordination chemistryenvironmental sciencesulfidic waterstransition metal chemistrythiomolybdate complexes

Speciation and Removal Mechanisms of Rhenium in Anoxic Waters: Roles of Zero-Valent Sulfur, Mineral Oxide Catalysis, and Pyrite Surfaces. Cornerstone (Minnesota State University, Mankato) (2012)

pyrite surfacesgeochemistryremoval mechanismschemical engineeringenvironmental chemistryenvironmental remediationcatalysisenvironmental engineeringredox chemistrymineral oxide catalysisdeoxygenationmarine chemistryapplied geochemistry

Capture of Molybdenum in Pyrite-Forming Sediments: Role of Ligand-Induced Reduction by Polysulfides. Geochimica et Cosmochimica Acta (2004)

Trent P. VorlicekMani D. KahnYasuhiro KasuyaGeorge R. Helz

inorganic chemistrygeochemistryearth scienceligand-induced reductiongeomechanicstrace element geochemistrysediment researchpetrologysedimentary petrologypyrite-forming sedimentsapplied physicsgeodynamicsmaterials science

Molybdenum Scavenging by Iron Monosulfide. Environmental Science & Technology (2004)

George R. HelzTrent P. VorlicekMani D. Kahn

environmental chemistrytechnologyiron monosulfidemolybdenum scavengingenvironmental sciencematerials science

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Trent P. Vorlicek

Professor

Minnesota State University--Mankato

Affiliations

College of Science, Engineering & Technology

Department Of Biochemistry, Chemistry, And Geology

Department of Biochemistry, Chemistry, and Geology

Department of Chemistry and Geology

Development Staff

Minnesota State University--Mankato

Trent P. Vorlicek is currently serving as a College Of Science, Engineering & Technology Professor at Minnesota State University--Mankato.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Trent P. Vorlicek

Minnesota State University--Mankato

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Quantifying Molybdenum Isotopic Speciation in Sulfidic Water: Implications for the Paleoredox Proxy. ACS Earth and Space Chemistry (2021)

Stephan R. HlohowskyjXinming ChenStephen J. RomanielloTrent P. VorlicekAriel D. AnbarTimothy W. LyonsAnthony Chappaz

molybdenum isotopic speciationinorganic chemistrygeochemistryearth scienceenvironmental sciencesulfidic waterpaleoredox proxymaterials science

Adsorption of Tetrathiomolybdate to Iron Sulfides and Its Impact on Iron Sulfide Transformations. ACS Earth and Space Chemistry (2020)

adsorptioninorganic chemistryiron sulfide transformationsmaterials science

Precipitation of Molybdenum From Euxinic Waters and the Role of Organic Matter. Chemical Geology (2019)

George R. HelzTrent P. Vorlicek

geochemistryearth scienceenvironmental sciencechemical geologyorganic mattermaterials scienceeuxinic waters

Precipitation of Molybdenum From Euxinic Waters; Role of Organic Matter. (2019)

Molybdenum Burial Mechanism in Sulfidic Sediments: Iron-Sulfide Pathway. ACS Earth and Space Chemistry (2018)

Trent P. VorlicekGeorge R. HelzAnthony ChappazPakou VueAustin VezinaWayland Hunter

inorganic chemistrygeochemistryearth scienceiron-sulfide pathwaysedimentary geologysulfidic sedimentsmolybdenum burial mechanismgeologyplanetary sciencesmaterials science

A New Analytical Approach to Determining Mo and Re Speciation in Sulfidic Waters. Chemical Geology (2015)

Trent P. VorlicekAnthony ChappazLaura M. GroskreutzNatalie YoungTimothy W. Lyons

water analysisenvironmental analytical chemistryanalytical chemistryenvironmental sciencesulfidic waterschemical geologyre speciation

Stabilities of Thiomolybdate Complexes of Iron; Implications for Retention of Essential Trace Elements (Fe, Cu, Mo) in Sulfidic Waters. Metallomics (2013)

George R. HelzBritt E. EricksonTrent P. Vorlicek

inorganic chemistryessential trace elementscoordination chemistryenvironmental sciencesulfidic waterstransition metal chemistrythiomolybdate complexes

Speciation and Removal Mechanisms of Rhenium in Anoxic Waters: Roles of Zero-Valent Sulfur, Mineral Oxide Catalysis, and Pyrite Surfaces. Cornerstone (Minnesota State University, Mankato) (2012)

Capture of Molybdenum in Pyrite-Forming Sediments: Role of Ligand-Induced Reduction by Polysulfides. Geochimica et Cosmochimica Acta (2004)

Trent P. VorlicekMani D. KahnYasuhiro KasuyaGeorge R. Helz

Molybdenum Scavenging by Iron Monosulfide. Environmental Science & Technology (2004)

George R. HelzTrent P. VorlicekMani D. Kahn

environmental chemistrytechnologyiron monosulfidemolybdenum scavengingenvironmental sciencematerials science

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