Programme

Monday: March 2nd
10:45
Opening NCCC XXVII by A. Urakawa and C. Paul
11:00
PL1 Selin Kara - Aarhus University & Leibniz University Hannover - Intensification of chemo-enzymatic processes towards industrial volumetric productivities
11:45
PL2 Charlotte Williams - U Oxford - Catalysis for the circular economy: understanding and predicting performances in polymerizations and depolymerizations
12:30
Lunch break
13:30
O1 CO2 hydrogenation on CeO2 nanorods-supported Fe-Co electrocatalysts in Protonic Ceramic Cell Reactors
E. Marousiadou – University of Groningen
O2 Stabilization of Cu species in UiO-66 metal-organic framework for CO2-to-methanol: insights from in situ X-ray studies and electron microscopy
A. Liutkova – Paul Scherrer Institute (PSI)
O3 New Metastable Furan-Based Surfactants Designed for End-of-Life: Synthesis, Physicochemical Properties and Degradation
M.M. Broekman – Utrecht University
O4 The Mechanism of CO2 conversion over a Ru-K2CO3 Dual Functional Material through operando quick-EXAFS
F. Karaçoban – Wageningen University and Research Centre
13:50
O5 Engineering Porous Transport Layers for Efficient Co-Electrolysis of Glucose and Water
D. Zagoraios – DIFFER
O6 Flame spray pyrolysis synthesis of NiO-Ga2O3: The role of metal alloy and oxide interfaces in CO2 hydrogenation to methanol
M.A. Attallah – Eindhoven University of Technology
O7 Sustainable Paracetamol Production: Enzymatic Oxyfunctionalisation at Kilogram Scale
J.M.A. Hengst – Delft University of Technology
O8 X-ray absorption spectroscopy applications on a multi-purpose laboratory X-ray diffractometer
LD Ding – Malvern Panalytical B. V.
14:10
O9 The Key Role of Electrocatalysis in the Development of Efficient and Stable Fuel Flexible Protonic Ceramic Cells with Biogas Feedstocks
H. Zheng – University of Groningen
O10 It’s Not That Deep - Mapping Accessible Surface States of Ni-Ga Catalysts under CO2 Hydrogenation
M.S. Baidun – Delft University of Technology
O11 Biocatalytic chiral amine synthesis coupled with in-situ chemo-catalytic substrate production
A.D Doutry – UCLouvain
O12 Operando Multi-spectroscopy Approach Identifies the Fe²⁺/Fe³⁺ Couple Responsible for N₂O-Redox-Mediated Reactions in Fe-Zeolites
D.C. Cano Blanco – PSI/EPFL
14:30
O13 Structure Sensitivity of the Double-Layer Properties of a Platinum Electrode
N.L. Fröhlich – Leiden University
O14 Linking structure to activity in ZnZrOx catalyst for CO2 hydrogenation to methanol: the influence of preparation methods
M. Firmansyah – University of Groningen
O15 Hydrogen-driven enzymatic production of (S)-citronellol
T.J. van t Riet – Delft University of Technology
O16 Structural Dynamics of Lacunary Polyoxometalate Activated with H2O2 Elucidated by in situ ATR-IR and atomistic simulations
T. Iwano – Delft University of Technology
14:50
Coffee break
15:10
O17 Ru-Catalyzed Transfer Vinylation of Alcohols
S.T. Tin – Leibniz Institute for Catalysis, 18059, Rostock, Germany
O18 Enhancing higher alcohol synthesis by using mixed solid catalysts
P. Diehl – Ruhr University Bochum
O19 Multiscale Impact of Electrolyte Saturation and Transport in Nanoporous Copper Catalyst Layers during CO2 Reduction
D.C Choukroun – University of Antwerp
O20 Sulfur-Induced Electronic States in Anatase Titania Extend Charge Carrier Lifetime
C.G. Geci – University of Maine
15:30
O21 Conversion of pyrolytic sugars to 5-hydroxymethylfurfural promoted by choline chloride in biphasic systems over homogeneous Lewis catalysts
C Ruan – University of Groningen
O22 Hydroprocessing of tree bark-derived sterols into sustainable aviation fuels
N.F. Zuidema – Eindhoven University of Technology
O23 Investigating Single-Crystal Pt(111) at Low Potentials Using Advanced Transient Voltammetry
R.Z. Snitkoff-Sol – Leiden University
O24 Charge Carriers Dynamics of Ru/TiO2: The Importance of Holes in Photothermal CO2 Reduction on Ru/TiO2
A. Meena – University of Twente
15:50
TE workshop
TE workshop
TE workshop
TE workshop
16:10
TE workshop
TE workshop
TE workshop
TE workshop
16:30
Poster session A
18:30
Dinner
20:15
CDO session
Tuesday: March 3rd
09:00
PL3 Frank Glorius - U. Münster - On data, discovery & sensitivity in (photo)catalysis
09:50
KN1 Chris Slootweg - UvA - Catalysing a sustainable future: radical redesign of chemistry for circularity
O25 Photoredox Entatic Catalysis in Porous Materials
M.D.B.M. Di Berto Mancini – University of Amsterdam
O26 The Mechanism of CO2 Electroreduction in Acetonitrile-based Electrolytes: An In Situ IR Study
A. Berghuis – University of Twente
O27 Nanoscale strain-engineering for modulating oxidation and hydrogenation catalysis
J.P. Jonasse – Utrecht University
10:10
O28 Two Routes, One Vision: Inorganic–Organic Materials Engineering for High-Performance Visible-Light Photochemical Systems
MR Ashu Abey – University of Bath
O29 Nature of the Pb surface during CO2 reduction in N,N-Dimethylformamide
J.P. Smaak – Leiden University
O30 Regulating Dynamic Coordination Environments in Pt₁/CeO₂ Single-Atom Catalysts
Q. Gu – Eindhoven University of Technology
10:30
Coffee break
10:50
KN2 Clemens Mayer - RUG - Harnessing evolution to break PFAS: engineering next-generation defluorinases
O31 Catalysis in Ball Mills: Mechanochemistry as an Alternative Synthesis Strategy
M.W. Wohlgemuth – Ruhr-University Bochum
O32 Formate selective CO2 reduction in water promoted by triethanolamine using immobilized Mn(bpy) catalyst
M.C. van Rijn – University of Amsterdam
O33 Atomic-level investigation of TM and Ln co-doping effects on Pd/CeO2 single-atom catalysts for CO oxidation
M. Li – Eindhoven University of Technology
11:10
O34 Accounting for the Footprints of Bulky Molecules in Multi-site Kinetic Models
A. Fischer – Ghent University
O35 Active Site Determination of Heterogenized Molecular Electrocatalysts
E. Antoniono – Delft University of Technology
O36 Rapid Analysis of Uncondensed Lignin Feedstocks and Reductive Catalytic Depolymerization Products with ATR-FTIR and Chemometrics
T. Dezaire – Utrecht University
11:30
O37 Photobiocatalytic atroposelective biaryl coupling
B. Dačević – University of Groningen
O38 Integrated direct air capture and conversion of CO2 on metal-free covalent triazine frameworks
F. Müller – RWTH Aachen University
O39 Tuning Product Selectivity in Electroreduction of NO via Phase Engineering of MoS2 Nanosheets
M. Li – Delft University of Technology
O40 CO2 methanation over nickel: a kinetic balancing act between CO2 and CO activation
K.T. Rommens – Ghent University
11:50
O41 Tuning Old Yellow Enzymes for desaturation via non-canonical amino acids
T. Greven – Delft University of Technology
O42 Understanding Hydrodynamics in a Circulating Fluidised Bed Reactor for Integrated Carbon Capture and Utilisation: A Computational and Experimental Study
M.R.A. Coppens – Delft University of Technology
O43 Tuning MoS2 electrocatalyst’s nanostructures and HER performances by optimizing the reduction treatments
M.P. Poully – IFPEN
O44 Active sites in MAPO-18 zeotypes for CO2 hydrogenation: a NMR study
W. Temmerman – Ghent University
12:10
Lunch break
13:10
O45 Unprecedented CO2 reduction activity through in situ self-assembly of Ru-CeOx heterostructures
D. Vico van Berkel – Delft University of Technology
O46 Impact of catalyst layer architectures on a zero-gap CO2 electrolyzer towards multi-carbon products
F.M.B. Gusmão – University of Antwerp
O47 From Molecules to Reactors: Modeling the Hydrogenolysis of Polyolefins
S. Bissesar – University of Twente
O48 Exploring H2O2 – dependent inactivation of rAaeUPO
A. Pothuizen – Delft University of Technology
13:30
O49 Elucidating the reaction mechanism of COx hydrogenation using 12C/13C and 1H/2H isotope fractionation
M. Verstraten – Eindhoven University of Technology
O50 Investigation of Water Management in MEA Cells for CO2 Electrolysis to Prolong System Lifetime
H.M. Pelzer – Delft University of Technology
O51 AI-Driven Electrocatalysis: Adaptive Control of the Glycerol Oxidation Reaction via Reinforcement Learning
V.A. Mints – Imperial College London
O52 Force feeding PaDa-I: a hybrid nest for selective chemo-enzymatic oxyfunctionalization
M. Kinnaer – UCLouvain
13:50
KN3 Jingxiu Xie - RUG - Thermocatalytic CO2 conversion to chemicals and fuels via Fischer–Tropsch synthesis
O53 Polymer Membrane Gas-Diffusion Layer with Nanowire Catalyst Implemented in Zero-Gap CO2 Electrolyzer Prevents Salt Precipitation-Induced Failure
R. Haaring – Korea Advanced Institute of Science and Technology
O54 Dynamically correct reaction rate constants in heterogeneous catalysis
M. Bocus – Ghent University
O55 Exploring the biocatalytic reduction of alkynes to alkenes using the Old Yellow Enzyme family
C. Ferrer Carbonell – Delft University of Technology
14:10
O56 Scaling Up Membrane Electrode Assembly Electrolyzers for CO₂ Conversion: Strategies to Mitigate Salt Deposition
L. Gatti – Italian Institute of Technology
O57 The Stability of Single-Atom Catalysts
A.N. van Dam – VU University Amsterdam
O58 Bulky alkene reduction catalyzed by ene reductases
J. Berger – Delft University of Technology
14:30
O59 Understanding Structure-activity Relationship over Al-Fe based Catalysts for CO and CO2 Hydrogenation
Y. Fan – Eindhoven University of Technology
O60 Understanding and Mitigating SO2-induced Deactivation of Ag Electrocatalysts during CO2 Electrolysis
S Fu – Delft University of Technology
O61 Multiscale Computational Insights into Thermal and Catalytic Pyrolysis of Polyolefins
F. Xu – Utrecht University
O62 Exploring dehydrogenases for redox catalysis with the noncanonical cofactor NMN - N. Travnicek - Delft University of Technology
14:50
Coffee break
15:10
O63 Kinetics of mechano-catalytic polypropylene depolymerization for recycling: Effects of surface-activated beads and mill geometry.
L. Delarue – Utrecht University
O64 Electrolyte-dependent behavior of a cobalt-based MOF during the glycerol oxidation reaction
F.J.A van Lieshout – University of Groningen
O65 The Circle of Life: A Catalyst’s Story Revealed through Kinetics and Dynamic NMR
S. Yassiri – Delft University of Technology
O66 Tuning porosity in 3D-printed Ni/TiO2 catalysts for enhanced CO2 methanation efficiency
Y. De Vos – Flemish Institute for Technological Research (VITO)
15:30
KN4 Maarten Roeffaers - KU Leuven - Illuminating microplastics: chemical, optical and materials approaches to a growing challenge
O67 Graphene-Covered Pt(111): A Tunable, CO-Tolerant Hydrogen Oxidation Catalyst
K Boterman – Leiden University
O68 Strategies for homogeneous thermal hydrogenation of CO2 to methanol
G. Gherardini – University of Amsterdam
O69 Tuning active Ni particle size with dopants enhances carbon yield in catalytic methane pyrolysis
D.P.C. van Eck – Utrecht University
15:50
O70 On the pH-Dependent Role of Oxygen Functional Groups in Carbon Catalysts for Electrochemical H₂O₂ Production
P. Mazaira Couce – Wageningen University and Research Centre
O71 Fluoroalkoxy ligands: Neither too much, Nor too little Fluorine Optimizes Ligand Fields
F.J. de Zwart – ETH Zürich
O72 Bismuth-Regulated Metal-Support Redox: Preventing Over-Oxidation in Pd Catalysts for Lean Methane Oxidation
JHB Pouw – University of Twente
16:10
Poster session B
18:10
Dinner
21:00
Bowling tournament
Wednesday: March 4th
09:00
PL4 Hirohito Hirata - Toyota Motor Cooperation - Progress and future of automotive exhaust gas purification catalysts: mutual utilization of materials data for exploring material application
09:50
O73 PEM fuel cell catalyst layer performance starts in solution - J. Homan - Delft University of Technology
O74 Mesoporous titanosilicate-silica-coated magnetic ferrite core-shell catalysts for the epoxidation of limonene
A.B.L.M LOZADA MINIGUANO – Université catholique de Louvain
O75 The Origin of the Constant Phase Element Behaviour of Pt(111) Near the Potential of Zero Charge
K.J. Levey – Leiden University
O76 Catalytic conversion of CO2 and bio-based compounds into renewable polycarbonates
H. Moradi – University of Groningen
10:10
O77 Microwave-assisted batch and continuous flow process for the sustainable synthesis of the water electrolysis anode materials
Dr Khan – SDU
O78 Unraveling the synergistic effect of alcohol and water in lignin transfer hydrogenolysis
J Chen – University of Groningen
O79 The Inherent Voltage Penalties of Emerging Electrochemical Reactions in near-neutral pH conditions
G. Prats Vergel – Delft University of Technology
O80 Catalytic Cascade Strategies for Transforming CO2 into High-Value Products via Formaldehyde equivalents
W. Vande Capelle – Katholieke Universiteit Leuven
10:30
Coffee break
10:50
KN5 Tom Burdyny - TUD - How extreme gradients govern the performance and stability of electrocatalysis
O81 Investigating the Radical Stabilization via Paramagnetic Zr3+
L. Seidling – Utrecht University
O82 Sn(oct)₂-mediated mechano-catalytic PLA depolymerization
F. Mattarozzi – Utrecht University
O83 Unusual synthesis approach for core-shell cocatalysts, resulting in enhanced photocatalytic activity of SrTiO3 during gas phase methanol dehydrogenation.
Y. Haver – Ruhr-Universität Bochum
11:10
O84 Ultrafast Probing of Heat-Induced Chemistry on Metal Nanoparticles
B. Yilmaz – Delft University of Technology
O85 Quantifying Internal Transport in Plastic Hydrogenolysis and Overcoming It through Innovative Catalyst Architecture
P. Venugopal – University of Twente
O86 Synergistic optimisation of photocatalytic hydrogen production based on experimental design and Bayesian optimisation
J. Pöttker-Menke – Ruhr-Universität Bochum
11:30
O87 Co9S8/Ni Precursor for Efficient Conversion of Complex Carbohydrate Mixtures Derived from Ethanosolv Fractionation
C. Jiang – University of Groningen
O88 Accelerated Hydrogen Evolution at Polymer-Functionalized Gold – A Kinetic or a Local pH Effect?
S. Hardt – Leiden University
O89 Effect of Molybdenum on the Performance of Ni/SiO2 Catalysts for Polyolefin Hydrogenolysis
X Huang – University of Groningen
O90 TiO₂ Nanorod-Coated Activated Carbon Cloth for Dual Pollutant Removal in Air and In-Situ Mineralization
K. Schoofs – University of Antwerp
11:50
O91 Surface Electrochemistry of Au(111) and Pt(111) in Non-Aqueous Electrolytes
GP Grossman – Leiden University
O92 Poly(vinyl alcohol)/chitosan hydrogel microneedles for transdermal delivery of Mitragyna speciosa crude extracts: fabrication, release behavior, and antibacterial activity
A. Panchuchird – Department of Chemistry, Faculty of Science, Silpakorn University
O93 Radical Initiated Polymer Degradation to Enhance Polypropylene Recyclability
R.B. Maas – Utrecht University
O94 Lucigenin: A Strongly Oxidizing Dicationic Photocatalyst for the Direct Azolation of Arenes
A. Matei – University of Groningen
12:10
Lunch break
13:00
KN6 Max Voß - RWE - Towards net zero: decarbonizing flexible power generation
O95 Hydrothermally stable catalysts for the one-pot conversion of cellulose to ethylene glycol
A.L. Slama de Freitas – University of Groningen
O96 Optimizing nickel anode regeneration strategies for alkaline water electrolysis
N. Cucu – University of Groningen
O97 Partially Ammonium-Substituted Phosphotungstic Acid as a Catalyst for Efficient Methanolation of Toluene into Xylenes
N. Laloux – Université Catholique de Louvain
13:20
O98 Carbide fraction effect of molybdenum carbide catalysts on furfural reductive amination
Y. Ding – Wageningen University and Research Centre
O99 Effect of Fe Impurities on the Surface Structure of Ni-based Electrodes
M. Hage – University of Amsterdam
O100 The Phosgene-Free Synthesis of Isocyanates Through The Dehydrogenation of Formamides
E. Daenens – Katholieke Universiteit Leuven
13:40
O101 Mitigating CO poisoning of platinum electrodes for efficient electrochemical hydrogen oxidation in hydrogen compression applications
C. Englezos – University of Twente
O102 Mechanistic insights in the selective catalytic oxidation of glycolaldehyde: an industrially feasible route to bio-glycolic acid
M. Heshmat – Wageningen University and Research Centre
O103 Advancing Alkaline Water Electrolysis with Stable Raney Nickel Coatings for High Current Density Operation
H.Y. Chen – Eindhoven University of Technology
O104 Upcycling Polyethylene to C12–C18 Olefins via Isomerizing Ethenolysis
A.A. Tsygankov – Delft University of Technology
14:05
PL5 Pelayo García de Arquer - ICFO - Beyond static approaches to control electrolysis interfaces
14:50
Prizes & Closure
15:15
Buses to Leiden Central Station
Monday: March 2nd
10:45 Opening NCCC XXVII by A. Urakawa and C. Paul
11:00 PL1 Selin Kara - Aarhus University & Leibniz University Hannover - Intensification of chemo-enzymatic processes towards industrial volumetric productivities
11:45 PL2 Charlotte Williams - U Oxford - Catalysis for the circular economy: understanding and predicting performances in polymerizations and depolymerizations
12:30 Lunch break
13:30 O1 CO2 hydrogenation on CeO2 nanorods-supported Fe-Co electrocatalysts in Protonic Ceramic Cell Reactors
E. Marousiadou – University of Groningen
O2 Stabilization of Cu species in UiO-66 metal-organic framework for CO2-to-methanol: insights from in situ X-ray studies and electron microscopy
A. Liutkova – Paul Scherrer Institute (PSI)
O3 New Metastable Furan-Based Surfactants Designed for End-of-Life: Synthesis, Physicochemical Properties and Degradation
M.M. Broekman – Utrecht University
O4 The Mechanism of CO2 conversion over a Ru-K2CO3 Dual Functional Material through operando quick-EXAFS
F. Karaçoban – Wageningen University and Research Centre
13:50 O5 Engineering Porous Transport Layers for Efficient Co-Electrolysis of Glucose and Water
D. Zagoraios – DIFFER
O6 Flame spray pyrolysis synthesis of NiO-Ga2O3: The role of metal alloy and oxide interfaces in CO2 hydrogenation to methanol
M.A. Attallah – Eindhoven University of Technology
O7 Sustainable Paracetamol Production: Enzymatic Oxyfunctionalisation at Kilogram Scale
J.M.A. Hengst – Delft University of Technology
O8 X-ray absorption spectroscopy applications on a multi-purpose laboratory X-ray diffractometer
LD Ding – Malvern Panalytical B. V.
14:10 O9 The Key Role of Electrocatalysis in the Development of Efficient and Stable Fuel Flexible Protonic Ceramic Cells with Biogas Feedstocks
H. Zheng – University of Groningen
O10 It’s Not That Deep - Mapping Accessible Surface States of Ni-Ga Catalysts under CO2 Hydrogenation
M.S. Baidun – Delft University of Technology
O11 Biocatalytic chiral amine synthesis coupled with in-situ chemo-catalytic substrate production
A.D Doutry – UCLouvain
O12 Operando Multi-spectroscopy Approach Identifies the Fe²⁺/Fe³⁺ Couple Responsible for N₂O-Redox-Mediated Reactions in Fe-Zeolites
D.C. Cano Blanco – PSI/EPFL
14:30 O13 Structure Sensitivity of the Double-Layer Properties of a Platinum Electrode
N.L. Fröhlich – Leiden University
O14 Linking structure to activity in ZnZrOx catalyst for CO2 hydrogenation to methanol: the influence of preparation methods
M. Firmansyah – University of Groningen
O15 Hydrogen-driven enzymatic production of (S)-citronellol
T.J. van t Riet – Delft University of Technology
O16 Structural Dynamics of Lacunary Polyoxometalate Activated with H2O2 Elucidated by in situ ATR-IR and atomistic simulations
T. Iwano – Delft University of Technology
14:50 Coffee break
15:10 O17 Ru-Catalyzed Transfer Vinylation of Alcohols
S.T. Tin – Leibniz Institute for Catalysis, 18059, Rostock, Germany
O18 Enhancing higher alcohol synthesis by using mixed solid catalysts
P. Diehl – Ruhr University Bochum
O19 Multiscale Impact of Electrolyte Saturation and Transport in Nanoporous Copper Catalyst Layers during CO2 Reduction
D.C Choukroun – University of Antwerp
O20 Sulfur-Induced Electronic States in Anatase Titania Extend Charge Carrier Lifetime
C.G. Geci – University of Maine
15:30 O21 Conversion of pyrolytic sugars to 5-hydroxymethylfurfural promoted by choline chloride in biphasic systems over homogeneous Lewis catalysts
C Ruan – University of Groningen
O22 Hydroprocessing of tree bark-derived sterols into sustainable aviation fuels
N.F. Zuidema – Eindhoven University of Technology
O23 Investigating Single-Crystal Pt(111) at Low Potentials Using Advanced Transient Voltammetry
R.Z. Snitkoff-Sol – Leiden University
O24 Charge Carriers Dynamics of Ru/TiO2: The Importance of Holes in Photothermal CO2 Reduction on Ru/TiO2
A. Meena – University of Twente
15:50 TE workshop TE workshop TE workshop TE workshop
16:10 TE workshop TE workshop TE workshop TE workshop
16:30 Poster session A
18:30 Dinner
20:15 CDO session
Tuesday: March 3rd
09:00 PL3 Frank Glorius - U. Münster - On data, discovery & sensitivity in (photo)catalysis
09:50 KN1 Chris Slootweg - UvA - Catalysing a sustainable future: radical redesign of chemistry for circularity O25 Photoredox Entatic Catalysis in Porous Materials
M.D.B.M. Di Berto Mancini – University of Amsterdam
O26 The Mechanism of CO2 Electroreduction in Acetonitrile-based Electrolytes: An In Situ IR Study
A. Berghuis – University of Twente
O27 Nanoscale strain-engineering for modulating oxidation and hydrogenation catalysis
J.P. Jonasse – Utrecht University
10:10 O28 Two Routes, One Vision: Inorganic–Organic Materials Engineering for High-Performance Visible-Light Photochemical Systems
MR Ashu Abey – University of Bath
O29 Nature of the Pb surface during CO2 reduction in N,N-Dimethylformamide
J.P. Smaak – Leiden University
O30 Regulating Dynamic Coordination Environments in Pt₁/CeO₂ Single-Atom Catalysts
Q. Gu – Eindhoven University of Technology
10:30 Coffee break
10:50 KN2 Clemens Mayer - RUG - Harnessing evolution to break PFAS: engineering next-generation defluorinases O31 Catalysis in Ball Mills: Mechanochemistry as an Alternative Synthesis Strategy
M.W. Wohlgemuth – Ruhr-University Bochum
O32 Formate selective CO2 reduction in water promoted by triethanolamine using immobilized Mn(bpy) catalyst
M.C. van Rijn – University of Amsterdam
O33 Atomic-level investigation of TM and Ln co-doping effects on Pd/CeO2 single-atom catalysts for CO oxidation
M. Li – Eindhoven University of Technology
11:10 O34 Accounting for the Footprints of Bulky Molecules in Multi-site Kinetic Models
A. Fischer – Ghent University
O35 Active Site Determination of Heterogenized Molecular Electrocatalysts
E. Antoniono – Delft University of Technology
O36 Rapid Analysis of Uncondensed Lignin Feedstocks and Reductive Catalytic Depolymerization Products with ATR-FTIR and Chemometrics
T. Dezaire – Utrecht University
11:30 O37 Photobiocatalytic atroposelective biaryl coupling
B. Dačević – University of Groningen
O38 Integrated direct air capture and conversion of CO2 on metal-free covalent triazine frameworks
F. Müller – RWTH Aachen University
O39 Tuning Product Selectivity in Electroreduction of NO via Phase Engineering of MoS2 Nanosheets
M. Li – Delft University of Technology
O40 CO2 methanation over nickel: a kinetic balancing act between CO2 and CO activation
K.T. Rommens – Ghent University
11:50 O41 Tuning Old Yellow Enzymes for desaturation via non-canonical amino acids
T. Greven – Delft University of Technology
O42 Understanding Hydrodynamics in a Circulating Fluidised Bed Reactor for Integrated Carbon Capture and Utilisation: A Computational and Experimental Study
M.R.A. Coppens – Delft University of Technology
O43 Tuning MoS2 electrocatalyst’s nanostructures and HER performances by optimizing the reduction treatments
M.P. Poully – IFPEN
O44 Active sites in MAPO-18 zeotypes for CO2 hydrogenation: a NMR study
W. Temmerman – Ghent University
12:10 Lunch break
13:10 O45 Unprecedented CO2 reduction activity through in situ self-assembly of Ru-CeOx heterostructures
D. Vico van Berkel – Delft University of Technology
O46 Impact of catalyst layer architectures on a zero-gap CO2 electrolyzer towards multi-carbon products
F.M.B. Gusmão – University of Antwerp
O47 From Molecules to Reactors: Modeling the Hydrogenolysis of Polyolefins
S. Bissesar – University of Twente
O48 Exploring H2O2 – dependent inactivation of rAaeUPO
A. Pothuizen – Delft University of Technology
13:30 O49 Elucidating the reaction mechanism of COx hydrogenation using 12C/13C and 1H/2H isotope fractionation
M. Verstraten – Eindhoven University of Technology
O50 Investigation of Water Management in MEA Cells for CO2 Electrolysis to Prolong System Lifetime
H.M. Pelzer – Delft University of Technology
O51 AI-Driven Electrocatalysis: Adaptive Control of the Glycerol Oxidation Reaction via Reinforcement Learning
V.A. Mints – Imperial College London
O52 Force feeding PaDa-I: a hybrid nest for selective chemo-enzymatic oxyfunctionalization
M. Kinnaer – UCLouvain
13:50 KN3 Jingxiu Xie - RUG - Thermocatalytic CO2 conversion to chemicals and fuels via Fischer–Tropsch synthesis O53 Polymer Membrane Gas-Diffusion Layer with Nanowire Catalyst Implemented in Zero-Gap CO2 Electrolyzer Prevents Salt Precipitation-Induced Failure
R. Haaring – Korea Advanced Institute of Science and Technology
O54 Dynamically correct reaction rate constants in heterogeneous catalysis
M. Bocus – Ghent University
O55 Exploring the biocatalytic reduction of alkynes to alkenes using the Old Yellow Enzyme family
C. Ferrer Carbonell – Delft University of Technology
14:10 O56 Scaling Up Membrane Electrode Assembly Electrolyzers for CO₂ Conversion: Strategies to Mitigate Salt Deposition
L. Gatti – Italian Institute of Technology
O57 The Stability of Single-Atom Catalysts
A.N. van Dam – VU University Amsterdam
O58 Bulky alkene reduction catalyzed by ene reductases
J. Berger – Delft University of Technology
14:30 O59 Understanding Structure-activity Relationship over Al-Fe based Catalysts for CO and CO2 Hydrogenation
Y. Fan – Eindhoven University of Technology
O60 Understanding and Mitigating SO2-induced Deactivation of Ag Electrocatalysts during CO2 Electrolysis
S Fu – Delft University of Technology
O61 Multiscale Computational Insights into Thermal and Catalytic Pyrolysis of Polyolefins
F. Xu – Utrecht University
O62 Exploring dehydrogenases for redox catalysis with the noncanonical cofactor NMN - N. Travnicek - Delft University of Technology
14:50 Coffee break
15:10 O63 Kinetics of mechano-catalytic polypropylene depolymerization for recycling: Effects of surface-activated beads and mill geometry.
L. Delarue – Utrecht University
O64 Electrolyte-dependent behavior of a cobalt-based MOF during the glycerol oxidation reaction
F.J.A van Lieshout – University of Groningen
O65 The Circle of Life: A Catalyst’s Story Revealed through Kinetics and Dynamic NMR
S. Yassiri – Delft University of Technology
O66 Tuning porosity in 3D-printed Ni/TiO2 catalysts for enhanced CO2 methanation efficiency
Y. De Vos – Flemish Institute for Technological Research (VITO)
15:30 KN4 Maarten Roeffaers - KU Leuven - Illuminating microplastics: chemical, optical and materials approaches to a growing challenge O67 Graphene-Covered Pt(111): A Tunable, CO-Tolerant Hydrogen Oxidation Catalyst
K Boterman – Leiden University
O68 Strategies for homogeneous thermal hydrogenation of CO2 to methanol
G. Gherardini – University of Amsterdam
O69 Tuning active Ni particle size with dopants enhances carbon yield in catalytic methane pyrolysis
D.P.C. van Eck – Utrecht University
15:50 O70 On the pH-Dependent Role of Oxygen Functional Groups in Carbon Catalysts for Electrochemical H₂O₂ Production
P. Mazaira Couce – Wageningen University and Research Centre
O71 Fluoroalkoxy ligands: Neither too much, Nor too little Fluorine Optimizes Ligand Fields
F.J. de Zwart – ETH Zürich
O72 Bismuth-Regulated Metal-Support Redox: Preventing Over-Oxidation in Pd Catalysts for Lean Methane Oxidation
JHB Pouw – University of Twente
16:10 Poster session B
18:10 Dinner
21:00 Bowling tournament
Wednesday: March 4th
09:00 PL4 Hirohito Hirata - Toyota Motor Cooperation - Progress and future of automotive exhaust gas purification catalysts: mutual utilization of materials data for exploring material application
09:50 O73 PEM fuel cell catalyst layer performance starts in solution - J. Homan - Delft University of Technology O74 Mesoporous titanosilicate-silica-coated magnetic ferrite core-shell catalysts for the epoxidation of limonene
A.B.L.M LOZADA MINIGUANO – Université catholique de Louvain
O75 The Origin of the Constant Phase Element Behaviour of Pt(111) Near the Potential of Zero Charge
K.J. Levey – Leiden University
O76 Catalytic conversion of CO2 and bio-based compounds into renewable polycarbonates
H. Moradi – University of Groningen
10:10 O77 Microwave-assisted batch and continuous flow process for the sustainable synthesis of the water electrolysis anode materials
Dr Khan – SDU
O78 Unraveling the synergistic effect of alcohol and water in lignin transfer hydrogenolysis
J Chen – University of Groningen
O79 The Inherent Voltage Penalties of Emerging Electrochemical Reactions in near-neutral pH conditions
G. Prats Vergel – Delft University of Technology
O80 Catalytic Cascade Strategies for Transforming CO2 into High-Value Products via Formaldehyde equivalents
W. Vande Capelle – Katholieke Universiteit Leuven
10:30 Coffee break
10:50 KN5 Tom Burdyny - TUD - How extreme gradients govern the performance and stability of electrocatalysis O81 Investigating the Radical Stabilization via Paramagnetic Zr3+
L. Seidling – Utrecht University
O82 Sn(oct)₂-mediated mechano-catalytic PLA depolymerization
F. Mattarozzi – Utrecht University
O83 Unusual synthesis approach for core-shell cocatalysts, resulting in enhanced photocatalytic activity of SrTiO3 during gas phase methanol dehydrogenation.
Y. Haver – Ruhr-Universität Bochum
11:10 O84 Ultrafast Probing of Heat-Induced Chemistry on Metal Nanoparticles
B. Yilmaz – Delft University of Technology
O85 Quantifying Internal Transport in Plastic Hydrogenolysis and Overcoming It through Innovative Catalyst Architecture
P. Venugopal – University of Twente
O86 Synergistic optimisation of photocatalytic hydrogen production based on experimental design and Bayesian optimisation
J. Pöttker-Menke – Ruhr-Universität Bochum
11:30 O87 Co9S8/Ni Precursor for Efficient Conversion of Complex Carbohydrate Mixtures Derived from Ethanosolv Fractionation
C. Jiang – University of Groningen
O88 Accelerated Hydrogen Evolution at Polymer-Functionalized Gold – A Kinetic or a Local pH Effect?
S. Hardt – Leiden University
O89 Effect of Molybdenum on the Performance of Ni/SiO2 Catalysts for Polyolefin Hydrogenolysis
X Huang – University of Groningen
O90 TiO₂ Nanorod-Coated Activated Carbon Cloth for Dual Pollutant Removal in Air and In-Situ Mineralization
K. Schoofs – University of Antwerp
11:50 O91 Surface Electrochemistry of Au(111) and Pt(111) in Non-Aqueous Electrolytes
GP Grossman – Leiden University
O92 Poly(vinyl alcohol)/chitosan hydrogel microneedles for transdermal delivery of Mitragyna speciosa crude extracts: fabrication, release behavior, and antibacterial activity
A. Panchuchird – Department of Chemistry, Faculty of Science, Silpakorn University
O93 Radical Initiated Polymer Degradation to Enhance Polypropylene Recyclability
R.B. Maas – Utrecht University
O94 Lucigenin: A Strongly Oxidizing Dicationic Photocatalyst for the Direct Azolation of Arenes
A. Matei – University of Groningen
12:10 Lunch break
13:00 KN6 Max Voß - RWE - Towards net zero: decarbonizing flexible power generation O95 Hydrothermally stable catalysts for the one-pot conversion of cellulose to ethylene glycol
A.L. Slama de Freitas – University of Groningen
O96 Optimizing nickel anode regeneration strategies for alkaline water electrolysis
N. Cucu – University of Groningen
O97 Partially Ammonium-Substituted Phosphotungstic Acid as a Catalyst for Efficient Methanolation of Toluene into Xylenes
N. Laloux – Université Catholique de Louvain
13:20 O98 Carbide fraction effect of molybdenum carbide catalysts on furfural reductive amination
Y. Ding – Wageningen University and Research Centre
O99 Effect of Fe Impurities on the Surface Structure of Ni-based Electrodes
M. Hage – University of Amsterdam
O100 The Phosgene-Free Synthesis of Isocyanates Through The Dehydrogenation of Formamides
E. Daenens – Katholieke Universiteit Leuven
13:40 O101 Mitigating CO poisoning of platinum electrodes for efficient electrochemical hydrogen oxidation in hydrogen compression applications
C. Englezos – University of Twente
O102 Mechanistic insights in the selective catalytic oxidation of glycolaldehyde: an industrially feasible route to bio-glycolic acid
M. Heshmat – Wageningen University and Research Centre
O103 Advancing Alkaline Water Electrolysis with Stable Raney Nickel Coatings for High Current Density Operation
H.Y. Chen – Eindhoven University of Technology
O104 Upcycling Polyethylene to C12–C18 Olefins via Isomerizing Ethenolysis
A.A. Tsygankov – Delft University of Technology
14:05 PL5 Pelayo García de Arquer - ICFO - Beyond static approaches to control electrolysis interfaces
14:50 Prizes & Closure
15:15 Buses to Leiden Central Station



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