Mark Symes

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Professor of Electrochemistry and Electrochemical Technology

University of Glasgow

United Kingdom

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Mark Symes is a Professor of Electrochemistry and Electrochemical Technology at the University of Glasgow, UK. His research focuses on various aspects of electrochemistry, including technologies for water electrolysis, the electrochemical properties of materials used in sodium batteries, and innovative methods for pollutant degradation. Recent articles highlight his contributions to lunar regolith simulant research, the development of novel electrochemical catalysts, and advancements in sonochemical techniques.

Recent Grants

Grant: Close

Driving energetically uphill processes using metal-ligand coordination complexes

Open Date: 2016-10-01

Close Date: 2021-09-01

Grant: Close

Programmable 'Digital' Synthesis for Discovery & Scale-up of Molecules, Clusters & Nanomaterials

Open Date: 2014-10-31

Close Date: 2019-10-30

Grant: Close

Energy and the Physical Sciences: Hydrogen Production using a Proton Electron Buffer

Open Date: 2013-09-29

Close Date: 2016-09-28

Grant: Close

Small items of research equipment at the University of Glasgow

Open Date: 2012-11-01

Close Date: 2013-03-31

Articles (22)

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Collaborators (8)

Oluwarotimi Stephen Ojo

Lecturer in Organic Chemistry

University of Glasgow

UNITED KINGDOM

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Alexey Ganin

University of Glasgow

UNITED KINGDOM

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Weihao Li

University of Glasgow

UNITED KINGDOM

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Katharine Smith

Reader (Associate Professor) in Aerospace Engineering

The University of Manchester

UNITED KINGDOM

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Malcolm Kadodwala

University of Glasgow

UNITED KINGDOM

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Nicola Morley

Professor

University of Sheffield

UNITED KINGDOM

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Jens Oluf Jensen

Technical University of Denmark

DENMARK

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Stephen Goldup

University of Birmingham

UNITED KINGDOM

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Mark Symes

Research Interests

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About

Recent Grants

Articles (22)

Technologies and prospects for decoupled and membraneless water electrolysis

Identifying an efficient endpoint for oxygen extraction from lunar regolith simulant pellets using molten salt electrolysis

Sonochemical degradation of bisphenol A: A synergistic dual-frequency ultrasound approach

Decoupled Water Electrolysis at High Current Densities Using a Solution-Phase Redox Mediator

Na2.64Mn1.64(MoO4)3 and Na2.62Ni1.69(MoO4)3: Physicochemical investigations and electrochemical properties as 3.5 V class positive electrode material for Na-batteries

Assessing Challenges of 2D-Molybdenum Ditelluride for Efficient Hydrogen Generation in a Full-Scale Proton Exchange Membrane (PEM) Water Electrolyzer

Bringing digital synthesis to Mars

Evaluating the native oxide of titanium as an electrocatalyst for oxalic acid reduction

Synthesis of a chiral dinuclear Cu(ii)-benzothiazolamine complex: evidence of cuprophilic interaction in its structure and exploration of its electrochemical properties and catalytic performance

Fractal Design of Hierarchical PtPd with Enhanced Exposed Surface Atoms for Highly Catalytic Activity and Stability

A standard electrolyzer test cell design for evaluating catalysts and cell components for anion exchange membrane water electrolysis

Highly Selective Electrocatalytic Reduction of Substituted Nitrobenzenes to Their Aniline Derivatives Using a Polyoxometalate Redox Mediator

Optimising the electrochemical reduction of CO2 to oxalic acid in propylene carbonate

Room temperature electro-carboxylation of styrene and stilbene derivatives: A comparative study

Directed Mass and Electron Transfer Promoted by Hierarchical Porous Co–P–O Leads to Enhancement of the Overall Water Splitting Efficiency

Interfacial Sulfur-Sensitization of PtNi Nanoalloy for Efficient Electrocatalytic Hydrogen Production in Alkaline Simulated Seawater

Electrochemical reduction of nitrobenzene via redox-mediated chronoamperometry

Efficient Water Dissociation on Confined Ultrafine Pt via Pyridinic N-Enhanced Heavy d−π Interaction

Towards the application of 2D metal dichalcogenides as hydrogen evolution electrocatalysts in proton exchange membrane electrolyzers

Anion–π Catalysis Enabled by the Mechanical Bond**

Anion–π Catalysis Enabled by the Mechanical Bond**

Predicting the efficiency of oxygen-evolving electrolysis on the Moon and Mars

Collaborators (8)

Oluwarotimi Stephen Ojo

Alexey Ganin

Weihao Li

Katharine Smith

Malcolm Kadodwala

Nicola Morley

Jens Oluf Jensen

Stephen Goldup

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