Faculty

Institution

Unit

Venue

Mason Tomson

Professor

Rice University

Affiliations

George R. Brown School of Engineering

Civil and Environmental Engineering

Mason Tomson is currently serving as a Civil And Environmental Engineering Professor at Rice 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

Mason Tomson

Rice University

Professor

You can click a keyword to filter the displayed items

materials science chemical engineering environmental engineering nanotechnology materials engineering environmental science petroleum engineering geochemistry nanomaterials inorganic chemistry petroleum science reservoir engineering medicinal chemistry nanoparticle research adsorption applied geochemistry high temperature environmental chemistry material chemistry environmental toxicology crystal growth membrane science colloid chemistry environmental technology thermal engineering industrial chemistry scale prediction interface science sedimentation colloidal systems porous media scale inhibitors inhibition kinetics interface chemistry petroleum chemistry hydrate inhibitors gas production ionic strength calcium carbonate material research petroleum production water science applied chemistry petroleum geochemistry high temperature geochemistry energy engineering surface reactivity fragmentation effect calcium phosphates manufacturing science environmental microbiology energy research colloidal materials environmental geochemistry water technology pharmaceutical nanotechnology surface nanotechnology experimental analysis polymer nanotechnology nacl solutions barite nucleation phosphino-polycarboxylic acid mechanistic understanding surface chemistry surface water hydrothermal geochemistry sediment quality environmental pollution produced water chemical thermodynamics arsenic removal irreversible adsorption nanoscale chemistry fullerenes scaling analysis chemical pollution environmental remediation organic geochemistry soil contamination ecotoxicology environmental fate organic chemicals

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Experimental and Modeling Study of Caco3 Nucleation and Inhibition Under a Dynamic Oversaturation Regime With Implications for Energy Production From Subsurface Reservoirs. (2024)

Amit Gilad ReissXin WangYuqing YeAmy KanMason Tomson

dynamic oversaturation regimesubsurface reservoirschemical engineering

Cr(VI) Reduction and Sequestration by Fes Nanoparticles Formed in Situ as Aquifer Material Coating to Create a Regenerable Reactive Zone. Environmental Science & Technology (2024)

Zhenhai LiuQihong YangPanpan ZhuYaqi LiuXin TongTianchi CaoMason B. TomsonPedro J. J. AlvarezTong ZhangWei Chen

nanomaterialsfes nanoparticlesmaterials scienceenvironmental sciencegreen nanotechnologynanotechnologyenvironmental engineeringenvironmental technologyaquifer materialecotechnologyregenerable reactive zoneenvironment technologyenvironmental researchnanoparticlessustainable groundwater managementbioresource technologysustainable chemistrysurface reactivityenvironmental remediationnanoparticle researchapplied geochemistry

Impact of High Calcium Concentrations on Barite Scale Prediction Under High Temperature and High Pressure Conditions. (2024)

Yu-Yi ShenGuannan DengXin WangYuqing YeAmit ReissXuanzhu YaoDaniel PimentelCianna LeschiedAmy T. KanMason B. Tomson

mechanical engineeringcomposite sciencehigh calcium concentrationsthermal engineeringmaterials sciencebarite scale predictiongeochemistryhigh temperaturehigh pressure conditionschemical engineering

Methodology to Evaluate Calcite Scale Inhibitors Under Turbulent Flow for Subsea Oilfield Production Applications. (2024)

Daniel PimentelAmy KanYuqing YeXin WangAmit ReissGuannan DengYu-Yi ShenCianna LeschiedTina YaoMason Tomson

fluid dynamicscalcite scale inhibitorssystems engineeringmarine chemistrygeotechnical engineeringmaterials scienceocean engineeringturbulent flowpetroleum engineeringanalytical chemistrychemical engineering

The Formation, Prediction, and Inhibition of Caxfe1-X Co3 in Produced Brine Under High Temperature. (2024)

Y. YeX. WangY. Y. ShenG. DengX. YaoD. PimentelA. T. KanM. B. Tomson

produced brinechemistryinorganic chemistrymaterials sciencehigh temperaturechemical engineering

A Novel Experiment Setup to Model the Effects of Temperature on Halite Scaling and Inhibition. SPE International Conference on Oilfield Chemistry (2023)

Chanaka NavarathnaCianna LeschiedXin WangAmit ReissYuqing YeDaniel PimentelYu-Yi ShenXuanzhu YaoAmy KanMason Tomson

novel experiment setupsurface sciencematerials sciencehalite scaling

Battery Metal Recycling by Flash Joule Heating. Science Advances (2023)

Weiyin ChenJinhang ChenKsenia V. BetsRodrigo V. SalvatierraKevin M. WyssGuanhui GaoChi Hun ChoiBing DengXin WangJohn Tianci LiCarter KittrellNghi LaLucas EddyPhelecia ScotlandYi ChengShichen XuBowen LiMason B. TomsonYimo HanBoris I. YakobsonJames M. Tour

flash joule heatingenergy storagetechnologybattery metal recyclingmaterials scienceelectrical engineering

Carbonate and Sulfide Mixed Scale: Corrosion, Prediction and Control. SPE International Conference on Oilfield Chemistry (2023)

Xin WangWei LiYuqing YeChanaka NavarathnaAmit ReissXuanzhu YaoCianna LeschiedYu-Yi Roy ShenDaniel PimentelAmy KanMason Tomson

mixed scalematerials sciencecorrosion

Fate and Transport of Sulfonated Polymeric Inhibitors in the Reservoir: Studied by Column Experiments With Calcite Media. SPE International Conference on Oilfield Chemistry (2023)

Xuanzhu YaoXin WangSaebom KoCianna LeschiedYu. Yi ShenDaniel PimentelChanaka NavarathnaYuqing YeAmit ReissAmy T. KanMason B. Tomson

calcite mediacolumn experimentspetroleum reservoirschemistryenvironmental chemistrypharmacologymaterials sciencereservoir engineeringtrace elementssulfonated polymeric inhibitorspetroleum engineering

Improved Scale Prediction for High Calcium Containing Produced Brine at High Temperature and High Pressure Conditions. SPE International Conference on Oilfield Chemistry (2023)

Yu-Yi ShenGuannan DengXin WangAmy T. KanMason B. Tomson

high calciummaterials engineeringmaterials sciencehigh temperaturescale predictionhigh pressure conditions

1
2
3
4
5
32
10 / page

Mason Tomson

Professor

Rice University

Affiliations

George R. Brown School of Engineering

Civil and Environmental Engineering

Mason Tomson is currently serving as a Civil And Environmental Engineering Professor at Rice 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

Mason Tomson

Rice University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Experimental and Modeling Study of Caco3 Nucleation and Inhibition Under a Dynamic Oversaturation Regime With Implications for Energy Production From Subsurface Reservoirs. (2024)

Amit Gilad ReissXin WangYuqing YeAmy KanMason Tomson

dynamic oversaturation regimesubsurface reservoirschemical engineering

Cr(VI) Reduction and Sequestration by Fes Nanoparticles Formed in Situ as Aquifer Material Coating to Create a Regenerable Reactive Zone. Environmental Science & Technology (2024)

Zhenhai LiuQihong YangPanpan ZhuYaqi LiuXin TongTianchi CaoMason B. TomsonPedro J. J. AlvarezTong ZhangWei Chen

Impact of High Calcium Concentrations on Barite Scale Prediction Under High Temperature and High Pressure Conditions. (2024)

Yu-Yi ShenGuannan DengXin WangYuqing YeAmit ReissXuanzhu YaoDaniel PimentelCianna LeschiedAmy T. KanMason B. Tomson

mechanical engineeringcomposite sciencehigh calcium concentrationsthermal engineeringmaterials sciencebarite scale predictiongeochemistryhigh temperaturehigh pressure conditionschemical engineering

Methodology to Evaluate Calcite Scale Inhibitors Under Turbulent Flow for Subsea Oilfield Production Applications. (2024)

Daniel PimentelAmy KanYuqing YeXin WangAmit ReissGuannan DengYu-Yi ShenCianna LeschiedTina YaoMason Tomson

The Formation, Prediction, and Inhibition of Caxfe1-X Co3 in Produced Brine Under High Temperature. (2024)

Y. YeX. WangY. Y. ShenG. DengX. YaoD. PimentelA. T. KanM. B. Tomson

produced brinechemistryinorganic chemistrymaterials sciencehigh temperaturechemical engineering

A Novel Experiment Setup to Model the Effects of Temperature on Halite Scaling and Inhibition. SPE International Conference on Oilfield Chemistry (2023)

Chanaka NavarathnaCianna LeschiedXin WangAmit ReissYuqing YeDaniel PimentelYu-Yi ShenXuanzhu YaoAmy KanMason Tomson

novel experiment setupsurface sciencematerials sciencehalite scaling

Battery Metal Recycling by Flash Joule Heating. Science Advances (2023)

flash joule heatingenergy storagetechnologybattery metal recyclingmaterials scienceelectrical engineering

Carbonate and Sulfide Mixed Scale: Corrosion, Prediction and Control. SPE International Conference on Oilfield Chemistry (2023)

Xin WangWei LiYuqing YeChanaka NavarathnaAmit ReissXuanzhu YaoCianna LeschiedYu-Yi Roy ShenDaniel PimentelAmy KanMason Tomson

mixed scalematerials sciencecorrosion

Fate and Transport of Sulfonated Polymeric Inhibitors in the Reservoir: Studied by Column Experiments With Calcite Media. SPE International Conference on Oilfield Chemistry (2023)

Xuanzhu YaoXin WangSaebom KoCianna LeschiedYu. Yi ShenDaniel PimentelChanaka NavarathnaYuqing YeAmit ReissAmy T. KanMason B. Tomson

calcite mediacolumn experimentspetroleum reservoirschemistryenvironmental chemistrypharmacologymaterials sciencereservoir engineeringtrace elementssulfonated polymeric inhibitorspetroleum engineering

Improved Scale Prediction for High Calcium Containing Produced Brine at High Temperature and High Pressure Conditions. SPE International Conference on Oilfield Chemistry (2023)

Yu-Yi ShenGuannan DengXin WangAmy T. KanMason B. Tomson

high calciummaterials engineeringmaterials sciencehigh temperaturescale predictionhigh pressure conditions

1
2
3
4
5
32
10 / page

Similar Faculty Members

Kurt Pennell

Institution

Brown University

environmental engineering

environmental toxicology

George Hirasaki

Institution

Rice University

environmental engineering

surfactant/foam transport

Mark Wiesner

Institution

Duke University

environmental engineering

nanotechnology

Charles Werth

Institution

University of Texas at Austin

reactive transport

environmental engineering

Gregory Lowry

Institution

Carnegie Mellon University

environmental nanotechnology

energy storage

Daniel Giammar

Institution

Washington University in St. Louis

green engineering

hazardous material

Theo T Tsotsis

Institution

University of Southern California

environmental engineering

process engineering

Garrison Sposito

Institution

University of California, Berkeley

geoenvironmental engineering

environmental engineering

Pedro Alvarez

Institution

Rice University

environmental engineering

environmental remediation

Carolyn Koh

Institution

Colorado School of Mines

chemistry

thermodynamic equilibrium

Similar Faculty Members

Kurt Pennell

Institution

Brown University

environmental engineering

environmental toxicology

George Hirasaki

Institution

Rice University

environmental engineering

surfactant/foam transport

Mark Wiesner

Institution

Duke University

environmental engineering

nanotechnology

Charles Werth

Institution

University of Texas at Austin

reactive transport

environmental engineering

Gregory Lowry

Institution

Carnegie Mellon University

environmental nanotechnology

energy storage

Daniel Giammar

Institution

Washington University in St. Louis

green engineering

hazardous material

Theo T Tsotsis

Institution

University of Southern California

environmental engineering

process engineering

Garrison Sposito

Institution

University of California, Berkeley

geoenvironmental engineering

environmental engineering

Pedro Alvarez

Institution

Rice University

environmental engineering

environmental remediation

Carolyn Koh

Institution

Colorado School of Mines

chemistry

thermodynamic equilibrium