Audrey Taylor

Visiting Assistant Professor

Western Washington University

Affiliations

College of Business and Economics

Department Of Accounting

College of the Environment

College of the Environment Spatial Institute

Department Of Environmental Sciences

Department Of Urban And Environmental Planning And Policy

Institute for Watershed Studies

Studies Of Institute For Watershed

Department Of Environmental Studies And Geography

College of the Environment Spatial Institute

Institute Of Spatial

Western Washington University

Audrey Taylor is currently serving as a College Of Business And Economics Visiting Assistant Professor at Western Washington University.

Honors

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Experiences

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Audrey Taylor

Western Washington University

Visiting Assistant Professor

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materials science chemical engineering electrochemistry energy chemistry electrochemical engineering advanced energy material oxygen evolution reaction catalysis electrocatalysts chemistry energy storage energy research applied physics energy storage materials nanoheterogeneous catalysis electrochemical process photocatalysis material chemistry electroanalytical chemistry transition metal chemistry oxygen reduction reaction nanoparticles nanomaterials nanoparticle research nano energy interface science catalyst preparation surface electrochemistry electrolyzer cell electrode-electrolyte interfaces water electrolyzers water electrolysis electrode reaction mechanisms energy engineering electrochemical energy storage electrochemical surface science particle technology raman spectroscopy electronic materials energy conversion sustainable energy technologies porous materials aging cell heterogeneous catalysis catalytic applications surface modification surface processing metal processing nanosensors surface-enhanced raman scattering surface analysis surface nanoengineering advanced electrode material electrochemical interfaces energy materials proton-exchange membrane polymer membranes electrolysis of water single-atom catalyst catalytic process ion beam instrumentation methanol oxidation reaction ptir bimetallic nanocatalysts block copolymer nickel surfaces improved efficiency ph-responsive nanoparticle-microgel composites microscale linear ridges self-cleaning functionality commercialization hindrances interfacial engineering approach bead-blasted nickel electrodes coated cathode particles microscale interfaces high-throughput characterization textured ni electrodes

Notable Scholarly Works

Notable Federal Grants

Collaborators

Relief Zones Enhance the Durability of Ultrathin Membranes in Electrochemical Conversion Devices. ACS Applied Energy Materials (2026)

membrane technologyelectrochemical engineeringchemical engineeringrelief zones enhanceelectrodialysisultrathin membranesmembrane sciencemembranesadvanced functional materialselectrochemical conversion devicesadvanced energy materialelectrochemical energy conversionmaterials scienceelectrochemistry

An Interfacial Engineering Approach Toward Operation of a Porous Solid Electrolyte Co 2 Electrolyzer. ACS Energy Letters (2025)

energy chemistrywater electrolyzerselectrochemical engineeringchemical engineeringporous materialswater electrolysiselectrode-electrolyte interfaceselectrolysis of wateradvanced energy materialelectrolyzer cellelectrocatalystsenergy storage materialsinterfacial engineering approachelectrochemical energy conversionmaterials scienceelectrochemistry

Atomic-Scale Characterization of Microscale Battery Particles Enabled by a High-Throughput Focused Ion Beam Milling Technique. ACS Omega (2024)

ion beamsatomic-scale characterizationmicroscopyenergy storage materialsion beam instrumentationenergy storageparticle technologyadvanced energy materialapplied physicsmicrofabricationmaterials science

Enhancing the Performance of Nickel Electrocatalysts for the Oxygen Evolution Reaction Using Arrays of Self-Cleaning Linear Ridges. ACS Applied Energy Materials (2024)

Alex J. G. ReaAlexi L. PaulsAudrey K. TaylorByron D. Gates

electrode-electrolyte interfacescatalysisnickel electrocatalystselectroanalytical chemistryelectrochemistryelectrochemical engineeringelectrocatalystsenergy engineeringcatalytic processchemical engineeringoxygen evolution reactionelectrical engineeringself-cleaning linear ridgesenergy chemistryoxygen reduction reactionenergy researchcoordination chemistrytransition metal chemistryenvironmental engineeringelectrode reaction mechanismselectrochemical energy conversion

Optimizing the Performance of Nickel Electrocatalysts With Regular Arrays of Linear Ridge-Like Features for Enhancing the Oxygen Evolution Reaction. ECS Meeting Abstracts (2024)

energy chemistryoxygen reduction reactionregular arrayschemical engineeringlinear ridge-like featurescatalysischemistrynickel electrocatalystselectrocatalystsadvanced energy materialelectrochemical processmaterials scienceelectrochemistry

Assessing the Transformations of Supported Nanocatalysts Used in the Oxygen Evolution Reaction: A Case Study Using Nife 2 O 4 Nanoparticles Supported on Textured Ni Electrodes. ACS Applied Energy Materials (2022)

nanoheterogeneous catalysistextured ni electrodescatalysischemistryelectroanalytical chemistryelectrochemistryelectrochemical engineeringsupported nanocatalystssingle-atom catalystelectrocatalystswater electrolyzerschemical engineeringoxygen evolution reactionnano energyenergy chemistryoxygen reduction reactionwater electrolysisphotocatalysistransition metal chemistryadvanced energy materialmaterials science

Cathodic Pd 1-X Ni X Nanocatalyst Development for Alkaline Fuel Cell Applications. ECS Meeting Abstracts (2022)

energy chemistryhydrogen energyelectrochemical engineeringchemical engineeringfuel cellsnanoheterogeneous catalysiscatalysischemistryelectrochemical cellelectrocatalystsadvanced energy materialelectrochemical processelectrochemical energy conversion

Arrays of Microscale Linear Ridges With Self-Cleaning Functionality for the Oxygen Evolution Reaction. ACS Applied Materials & Interfaces (2021)

chemical engineeringsurface scienceadvanced materialsinterface scienceoxygen evolution reactionself-cleaning functionalitysurface analysissurface nanoengineeringinterface (matter)microscale linear ridgesmaterials science

Economic, Business, Technical, and Commercialization Hindrances for the Polymer Electrolyte Membrane Fuel Cell. Elsevier eBooks (2021)

biological engineeringproton-exchange membranesustainable energy technologiespolymer membranescommercialization hindrancesfuel cellschemical engineeringenergy storage materialselectrolyzer cellmembranesenergy storageadvanced energy materialenergy conversionelectrochemistry

Enabling a High-Throughput Characterization of Microscale Interfaces Within Coated Cathode Particles. ACS Applied Energy Materials (2021)

Audrey K. TaylorFarhang NesvaderaniJeffrey S. OvensStephen CampbellByron D. Gates

materials engineeringenergy researchhigh-throughput characterizationmicroscale interfacesinterface scienceengineeringnanotechnologyenergy storageparticle technologyapplied physicsenergy engineeringcoated cathode particlesmaterials science