| Topic 01 - Non-PGM and ultra-low PGM catalysts – subtopic: Oxygen Reduction Reaction |
| Last name |
First name |
Abstract Title |
Company/ Organisation |
Country |
Poster # |
| Bhandari |
Sabita |
Structural analysis of Pt in Pt/Fe-N-C catalyst for the oxygen reduction reaction in PEM fuel cells |
Max Planck Institute for Chemical Energy Conversion |
Germany |
1 |
| Danilov |
Michail |
Controlled Electrochemical Synthesis of the Partially Unzipped Multi-Wall Carbon Nanotubes for Electrodes of Fuel Cell |
National Academy of Science of Ukraine |
Ukraine |
2 |
| De Sá |
Maria Helena |
Passive direct methanol fuel cells as an alternative to the lithium batteries in portable applications: development of sustainable “eco-friendly” nanocatalysts |
Faculdade de Engenharia da Universidade do Porto |
Portugal |
3 |
| Durante |
Christian |
Converting mixed plastics into mesoporous Fe-N-C electrocatalyst active for oxygen reduction reaction in acidic electrolyte: the continuing challenge of active site formation and characterization |
University of Padova |
Italy |
4 |
| Easton |
E. Bradley |
Preparing model Fe-N/C active sites with molecular-level control |
Ontario Tech University |
Canada |
5 |
| Ebner |
Kathrin |
57Fe-enrichment effect on the composition and performance of Fe-based O2-reduction electrocatalysts |
Paul Scherrer Institut |
Switzerland |
6 |
| Friedman |
Ariel |
Achieving High Density of catalytic sites via Electropolymerization of Metallo Corroles |
Bar-Ilan University |
Israel |
7 |
| Hülstede |
Julia |
Biomass-Based Carbon Support for Non-Precious Metal ORR Catalysts |
DLR Institute of Networked Energy Systems |
Germany |
8 |
| Lagrichi |
Othman |
Platinum-Nickel Nanotubes Array As Cathode For PEMFC |
CEA Grenoble |
France |
9 |
| Lilloja |
Jaana |
Nitrogen-doped nanocarbons as catalysts for electroreduction of oxygen in alkaline solution |
Institute of Chemistry, University of Tartu |
Estonia |
10 |
| Parnière |
Alice |
Novel ORR electrocatalyst based on Pt-RE nanoparticles supported on nitrogen functionalised porous carbon |
ICGM-AIME |
France |
11 |
| Primbs |
Mathias |
Influence of carbon support modification on non-noble MNC catalyst for oxygen reduction reaction |
Technical University Berlin |
Germany |
12 |
| Rana |
Zahra |
Developing Low-Cost, M-N-C Electrocatalysts for the ORR in Low Temperature Fuel Cells |
University College London |
United Kingdom |
13 |
| Ratso |
Sander |
Fe-N-C catalysts prepared from carbide derived carbons for PEMFC cathodes |
Institute of Chemistry, University of Tartu |
Estonia |
14 |
| Rojas |
Sergio |
Effect of thermal treatment in the synthesis of Fe/N/C catalysts |
ICP-CSIC |
Spain |
15 |
| Rossetti |
Gabriele |
Towards stable and low-PGM fuel cell cathode with Hierarchical Nanostructured Thin Film (NSTF) as non-carbon support |
Istituto Italiano di Tecnologia |
Italy |
16 |
| Roy |
Aaron |
Atomically Dispersed Iron Nitrogen Carbon Catalysts with High Turnover Frequency for Oxygen Reduction Reaction in PEM Fuel Cells |
ICGM-AIME |
France |
17 |
| Saida |
Takahiro |
The Relationship between the Activity of Oxygen Reduction Reaction and the Distortion in Transition-metal Oxide Catalyst |
Meijo University |
Japan |
18 |
| Santori |
Pietro Giovanni |
Effect of Pyrolysis Atmosphere and Electrolyte pH on the Oxygen Reduction Activity, Stability and Spectroscopic Signature of FeNx Moieties in Fe-N-C Catalysts |
ICGM-AIME |
France |
19 |
| Sibul |
Roberta |
Iron containing and nitrogen-doped graphene-based catalysts for the fuel cell cathode |
University of Tartu |
Estonia |
20 |
| Sun |
Shuhui |
Non-PGM electrocatalysts for PEM fuel cells: Origin of their instability |
INRS-Énergie, Matériaux et Télécommunications (INRS-EMT) |
Canada |
20b |
| Sun |
Yanyan |
Confined Pyrolysis Synthesis of Fe-Coordinated Nitrogen-Doped Carbon Catalysts with Surface-Rich Fe–Nx Moiety to Boost the Oxygen Reduction Reaction in Acidic Media |
Technical University Berlin |
Germany |
21 |
| Tasca |
Federico |
Oxygen Reduction Reaction at Fe Catalysts with 4 or 5 Coordinated N Atoms. Calculated and Experimental O2-Fe Binding Energy, Activity Indexes, Volcano Correlations |
Universidad de Santiago de Chile |
Chile |
22 |
| Yarova |
Svitlana |
NON-PGM metal-based Catalysts Based on MOFs and Electrospun Carbon Nanofibers |
ICGM-AIME |
France |
23 |
| Zagoraiou |
Eirini |
Highly and atomically dispersed Pt supported catalysts – Effect of properties on the electrocatalytic activity |
Institute of Chemical Engineering Sciences, FORTH-ICE/HT |
Greece |
24 |
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| Topic 01 - Non-PGM and ultra-low PGM catalysts – subtopic: Hydrogen Oxidation Reaction |
| Last name |
First name |
Abstract Title |
Company/ Organisation |
Country |
Poster # |
| Artero |
Vincent |
Performances of ionomer-containing bio-inspired hydrogen fuel cell anodes: an interplay between surface chemistry and self-assembly at the mesoscale |
Université Grenoble Alpes and CEA Grenoble |
France |
25 |
| Kitayev |
Anna |
Non-Platinum catalyst for Hydrogen Oxidation Reaction in AMFC |
Bar Ilan University |
Israel |
26 |
| Novakova |
Jaroslava |
Atomically dispersed platinum in ceria matrix for PEMFC anode |
Charles University |
Czech Republic |
27 |
| Wolf |
Sigrid |
Carbon supported ternary PdNiBi electrocatalysts for ethanol oxidation reaction in alkaline direct ethanol fuel cells |
Graz University of Technology |
Austria |
28 |
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| Topic 02 - Catalysts for proton- or anion-exchange membrane fuel cells |
| Last name |
First name |
Abstract Title |
Company/ Organisation |
Country |
Poster # |
| Blanchard |
Pierre-Yves |
Platinum Free Cathode: Development of a Chemically Regenerative Redox Fuel Cell |
ICGM-AIME |
France |
29 |
| Dionigi |
Fabio |
Ternary Pt alloy catalysts for low Pt loaded fuel cell cathodes |
Technische Universität Berlin |
Germany |
30 |
| Koyuturk |
Burak |
Degradation, activity vs. loading and reaction mechanism of a non-precious ORR catalyst for PEMFCs |
Technical University of Munich |
Germany |
31 |
| Li |
Jingkun |
Engineering the 3D architecture of non-precious metal cathodes for practical H2/air proton exchange membrane fuel cell applications |
ICGM-AIME |
France |
32 |
| Lorenz |
Julian |
Mesostructured Cobalt-Manganese-Oxides as Non-PGM Oxygen Reduction Catalyst in Anion Exchange Membrane Fuel Cells |
DLR Institute of Networked Energy Systems |
Germany |
33 |
| Ott |
Sebastian |
PGM-poor and PGM-free ORR fuel cell electrocatalysts |
Technical University of Berlin |
Germany |
34 |
| Pham |
Chuyen |
Performance of alkaline exchange membrane fuel cells using metal-free carbon based oxygen reduction catalysts |
University of Freiburg |
Germany |
35 |
| Roiron |
camille |
Pt-free 3D-catalyst for proton exchange membrane fuel cells |
CEA Grenoble |
France |
36 |
| Rojas |
Sergio |
Fe/N/G catalysts for the ORR in acid electrolyte |
ICP-CSIC |
Spain |
37 |
| Teppor |
Patrick |
The influence of synthesis conditions to a facile Co-N/C type ORR catalyst synthesis method in RDE and fuel cell measurements |
University of Tartu |
Estonia |
38 |
| Yang |
Wonseok |
Performance analysis on ZIF-8 based non-PGM catalyst for oxygen reduction reaction in PEM fuel cells |
Korea University |
Republic of Korea |
39 |
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Poster session 2 - Monday 16th September
|
| Topic 01 - Non-PGM and ultra-low PGM catalysts – subtopic: Oxygen Evolution Reaction |
| Last name |
First name |
Abstract Title |
Company/ Organisation |
Country |
Poster # |
| Arriaga Hurtado |
Luis Gerardo |
Three-dimensionally ordered mesoporous material based on a trimetallic spinel (Mn0.5Ni0.5Co2O4) as oxygen bifunctional electrocatalyst |
Centro de investigación y desarrollo tecnológico en electroquímica |
Mexico |
40 |
| Dam |
An Phuc |
Exploring the Connection between Oxygen Evolution Reaction on Iridium Oxides and Catalyst Dissolution using Microkinetic Modelling |
Max-Planck Institute for Dynamics of Complex Technical Systems |
Germany |
41 |
| Habrioux |
Aurélien |
Noble metal-free catalysts for oxygen electrocatalysis in alkaline medium |
Institut de Chimie des Milieux et Matériaux de Poitiers |
France |
42 |
| Ham |
Kahyun |
The Role of Cation in Birnessite-like Mn Oxide toward Oxygen Evolution Reaction |
Gwangju Institute of Science and Techology |
Republic of Korea |
43 |
| Retuerto |
Maria |
ORR/OER Bifunctional Catalytic Activity of La1.5Sr0.5NiMn0.5Ru0.5O6 |
CSIC |
Spain |
44 |
| Retuerto |
Maria |
Na-doped Ruthenium Perovskites: Enhanced oxygen evolution activity and durability in acid media. |
CSIC |
Spain |
45 |
| Slavcheva |
Evelina |
Non-carbon supported Ni and Co catalysts for AEM water electrolysis |
Bulgarian Academy of Sciences |
Bulgaria |
46 |
| Thorbjørnsen |
Kristian Fredrik Klepp |
Iridium deposition by galvanic displacement of Cu in a one-pot configuration |
Norwegian University of Science and Technology |
Norway |
47 |
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| Topic 01 - Non-PGM and ultra-low PGM catalysts – subtopic: Hydrogen Evolution Reaction (and CO2 reduction) |
| Last name |
First name |
Abstract Title |
Company/ Organisation |
Country |
Poster # |
| Ali |
Syed Muhammad Farhan |
Investigation of alloys of transition metals with PGMs towards hydrogen-reactions |
Aalto University |
Finland |
48 |
| Bagnall |
Andrew |
Molecular-engineered electrodes incorporating cobalt catalysts for hydrogen evolution |
Univ Grenoble Alpes and CEA Grenoble |
France |
49 |
| Dürr |
Robin |
Efficient and Raw Material Free HER Catalysts Based on Doped ZIF Structures in Strong Acidic and Basic Conditions and Improvement with Co2Mo3O8 Nanostructures |
CEA Paris Saclay/ Université Paris Saclay |
France |
50 |
| Giuffredi |
Giorgio |
Mesoporous CuOx-derived Nanostructured Copper Catalysts for CO2 Reduction |
Istituto Italiano di Tecnologia |
Italy |
51 |
| Giuffredi |
Giorgio |
Bioelectrochemical TiN|FDH Catalyst for CO2 Reduction to HCOOH |
Istituto Italiano di Tecnologia |
Italy |
52 |
| Giuffredi |
Giorgio |
Self-supported, short range ordered Molybdenum Sulfide as high current density non-PGM HER catalyst |
Istituto Italiano di Tecnologia |
Italy |
53 |
| Morozan |
Adina |
Efficient and stable electrocatalytic hydrogen evolution on bioinspired bimetallic sulfide-based electrodes |
Univ. Grenoble Alpes-CNRS UMR 5249-CEA |
France |
54 |
| Smiljanić |
Milutin |
Hydrogen evolution reaction on model tri-metallic Rh@Pd/Au(poly) catalyst |
National Institute of Chemistry |
Slovenia |
55 |
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| Topic 03 - Catalysts for proton- or anion-exchange membrane electrolyzers |
| Last name |
First name |
Abstract Title |
Company/ Organisation |
Country |
Poster # |
| Backhouse |
Rachel |
Challenges for Ultra-Low Platinum Group Metal Catalysts in PEM Water Electrolysers |
ITM Power |
United Kingdom |
56 |
| Holade |
Yaovi |
Dual electrosynthesis of high purity hydrogen and organic molecules in a biomass-fuelled anion-exchange membrane electrolyzer |
Institut Européen des Membranes de Montpellier |
France |
57 |
| Jiménez-Morales |
Ignacio |
Activity-stability relation for iridium oxide nanoparticles deposited on doped tin oxide nanofibres as oxygen evolution catalysts for PEM water electrolysis |
ICGM-AIME |
France |
58 |
| Marina |
Riccardo |
Variation of intermetallic distance and OER activity in alkaline media of NiO rocksalt structure with Co inclusions |
Industrie De Nora |
Italy |
59 |
| Spanu |
Francesco |
Development of bipolar membrane electrode assemblies for fuel cell and electrolysis |
ICGM-AIME |
France |
60 |
| Tuleushova |
Nazym |
Free-standing nanostructured electrocatalysts for selective glycerol oxidation and water reduction as a pathway to dual carbon chemicals and H2 fuel in low electricity consumption electrolyzer |
Institut Européen des Membranes de Montpellier |
France |
61 |
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| Topic 05 and 06 - Modelling of catalytic sites and reaction pathways & Advanced characterisation techniques |
| Last name |
First name |
Abstract Title |
Company/ Organisation |
Country |
Poster # |
| Choi |
Chang Hyuck |
Quantification of active sites in metal-nitrogen-carbon under electrochemical operating conditions |
GIST |
Republic of Korea |
62 |
| Cornut |
Renaud |
Mapping the intrinsic electrocatalytic activity of ORR catalysts with Scanning electrochemical microscopy |
CEA/NIMBE/LICSEN |
France |
63 |
| Ghedjatti |
Ahmed |
Electron Microscopy and Small Angle Neutron Scattering studies of bio-inspired catalytic layers for Proton-Exchange Membrane Fuel Cells |
CEA/DRF/BIG/LCBM |
France |
64 |
| Han |
Byungchan |
Design of Cost effective Electrocatalysts for Oxygen and Hydrogen Conversion Using First-principles based Machine Learning Computing |
Yonsei University |
Republic of Korea |
65 |
| Inaba |
Masanori |
Benchmarking high surface area catalysts in a gas diffusion electrode: measurement of oxygen reduction activities under realistic fuel cell conditions |
Toyota Central R&D Labs., Inc. |
Japan |
66 |
| Kluge |
Regina |
Identification of Active Electrocatalytic Sites Using Electrochemical Scanning Tunneling Microscopy |
Technical University of Munich |
Germany |
67 |
| Luo |
Fang |
Quantifying the Density and Utilization of Active Sites for PGM-Free Bimetallic Metal-Nitrogen-Carbon (BMNC) Oxygen Electroreduction Catalysts |
Technical University Berlin |
Germany |
68 |
| Mechler |
Anna K. |
Minute Amounts of Platinum Mitigate Radical Formation in Pt/Fe-N-C Hybrid Catalysts |
Max Planck Institute for Chemical Energyconversion |
Germany |
69 |
| Ni |
Lingmei |
Operando 57Fe Mößbauer Spectroscopy Study on a Fe-N-C Catalyst |
TU Darmstadt |
Germany |
70 |
| Oguz |
Ismail Can |
The effect of graphene truncation on the distribution of spin moment on metal-N-C catalyst: Zig-zag versus armchair edges |
ICGM-AIME |
France |
71 |
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| Topic 07 - Mass-transport issues for non-PGM and ultra-low PGM loadings |
| Last name |
First name |
Abstract Title |
Company/ Organisation |
Country |
Poster # |
| Mabuchi |
Takuya |
Molecular Analysis of Ionomer Aggregations During Drying Process of Alcohol/Water Mixtures |
Tohoku University |
Japan |
72 |
| Talukdar |
Krishan |
Innovative Way of Drying PEMFC Electrode |
German Aerospace Center, DLR |
Germany |
73 |
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| Topic 08 - Ageing and durability |
| Last name |
First name |
Abstract Title |
Company/ Organisation |
Country |
Poster # |
| Gonçalves |
William |
Mechanical properties of Nafion membrane at nanoscale : from elasticity to rupture |
Tohoku University, Institute of Fluid Science |
Japan |
74 |
| Kakinuma |
Katsuyoshi |
Design of Low Pt loading Pt/Nb-SnO2 Cathode Catalyst Layers with High Activity and Durablity |
University of Yamanashi |
Japan |
75 |
| Kaplan |
Dima |
Effect of Ruthenium Contamination on the Activity of DMFC Cathode Catalyst |
Tel Aviv University |
Israel |
76 |
| Kim |
Haesol |
Instability of platinum electrode in an electrochemical ammonia oxidation reaction |
GIST |
Republic of Korea |
77 |
| Martinez-Bonastre |
Alex |
Integration of Novel Stack Components for Performance, Improved Durability and Lower Cost |
Jonhson Matthey |
United Kingdom |
78
|
| Merzdorf |
Thomas |
Carbon Corrosion Analysis in PEM Fuel Cells using a Non-Dispersive-Infrared System (ND-IR) |
Technical University Berlin |
Germany |
79 |
| Rojas |
Sergio |
Durability studies of Fe/N/C catalysts in acid and alkaline electrolytes |
ICP-CSIC |
Spain |
80 |
