Poster sessions
Poster Session I (Monday)
|
Electrocatalysis |
||
|
A1 |
Nicci Frohlich | Structure sensitivity of the double-layer properties of a platinum electrode |
|
A2 |
Gerard Prats Vergel | Assessing the long-term stability of PGM-free anodes in CO2 electrolysers using a reverse-bias BPM |
|
A3 |
Sara Sumbal | Designing defect rich Ni based electrocatalysts for efficient ammonia electrooxidation reaction |
|
A4 |
Mark Aarts | Potential induced surface roughening at the onset of cathodic corrosion on platinum |
|
A5 |
Amgad Rezk | Acoustically-induced water frustration for enhanced hydrogen evolution reaction in neutral electrolytes |
|
A6 |
Brend De Coen | Understanding the role of dopants as a key step towards efficient oxygen evolution catalysts |
|
A8 |
Jiahui Zhu | Iron-decorated nickel selenide nanostructures with enhanced electrocatalytic activity for oxygen evolution reaction |
|
A9 |
Shilong Fu | Co-reduction of carbon dioxide and nitrate for urea synthesis: influence of operational parameters |
|
A10 |
Kim Zijderveld | Electrochemically switching between extraction and back extraction of lactic acid |
|
A11 |
Karen van den Akker | Minimizing the influence of metal contaminations during HER studies in alkaline media |
|
A12 |
Rajeshreddy Ninakanti | Macroporous flow-dividing mesh to increase the maximum allowable electrode length in membraneless electrolyzers |
|
A13 |
Laurens de Jong | The electric double layer from a different perspective: Study of the Pt-water interface under ultrahigh vacuum conditions |
|
A14 |
Floris van Lieshout | Electrochemical valorization of glycerol and concomitant H₂ production by a cobalt-based metal organic framework |
|
A15 |
Mohammad Tanhaei | Electrochemical Separation for Selective Ion Recovery |
|
Heterogeneous Catalysis |
||
|
A16 |
Carolin Rieg | Advanced characterization methods for coke deposits formation on Ni-Mo/Al2O3 and Ni/Al2O3 catalyst extrudates used for the upgrading of fast pyrolysis bio-oil |
|
A17 |
Annabel Verschueren | Efficient ammonia decomposition into hydrogen and nitrogen on a multimetallic catalyst with cobalt and nickel supported on an alumina-ceria mixed oxide |
|
A18 |
Julien Devos | Low-temperature template oxidation with ozone: A new handle for acidity tuning in zeolites |
|
A19 |
Mohamad Alnarabiji | CO2 hydrogenation to methanol over ZnZrOx catalyst with controlled morphology: In-situ voids opening and activation |
|
A20 |
Zahra Mohammadbagheri Dastjerdi | Functionalized methacrylate based cross-linked copolymer as an efficient heterogeneous catalyst for aldol reaction |
|
A21 |
Wenhao Luo | Zeolite-confined site proximity for efficient production of pentanoic biofuels |
|
A22 |
Roni Mallick | Economic and energetic comparison between hydrothermal liquefaction and pyrolysis processes for the recycling of plastic waste |
|
A23 |
Tanika Kessaratikoon | High Surface Area ZnO-Nanorods Catalyze the Clean Thermal Methane Oxidation to CO2 |
|
A24 |
Dirk Niemeyer | Novel Al2O3 supports with homogeneously distributed amorphous AlPO4 entities for the conversion of renewable feedstocks |
|
A25 |
Yasmine Guefrachi | Direct CO2 Hydrogenation to Dimethyl Ether (DME) Using ZnZrOx based Tandem Catalysts |
|
A26 |
Shivan Bissesar | Methodology for Bubble Formation and Characterization in Viscous Media for Chemical Reactions |
|
A27 |
Camilla Pomo | Mechanistic investigation of CO2 methanation over Ru/CeO2 |
|
A28 |
Sumeia Yassiri | Far-Infrared Spectroscopy: Unveiling the Vibrational Secrets of Cation-Exchanged Zeolites |
|
A29 |
Kemi Janssen | Ni1/Au Single Atom Catalyst for CO Removal via the PROX Reaction in Hydrogen-Rich Streams |
|
A30 |
Joeri van Limpt | Computational Exploration into CoO-supported Co4 and Co8 Clusters for CO2 Methanation |
|
A31 |
Martim Chiquetto Policano | Ceria Morphology-Driven Enhancements in Oxygen Transfer and Pd Electronic Tuning for Lean Methane Oxidation |
|
A32 |
Lucas de Vries | Refining Paraffins with Mesoporous ZSM-22: Addressing Diffusion Limitations via Alkaline Treatments |
|
A33 |
Tim Meijer | Influence of the Pore Structure of Mesoporous Silica-Aluminates on Polypropylene Catalytic Cracking |
|
A34 |
Jochem van de Minkelis | Catalytic Pyrolysis of Polyethylene with Microporous and Mesoporous Materials: Assessing Performance and Mechanistic Understanding |
|
A35 |
Shitha Valsan Korachamkandy | Operando STM Investigation of Fischer-Tropsch Synthesis on Co(101̅2) |
|
A36 |
Roy Maas | Radical Initiated Polymer Degradation to Enhance the Chemical Recyclability of Polypropylene |
|
A37 |
Arvid Beeuwkes | The stability of supported copper catalysts for high-pressure CO2 hydrogenation to methanol |
|
A38 |
Stefan Bouts | Impact of Promoters on Cobalt Catalysts for Fischer-Tropsch Synthesis in High-Humidity Environments: Insights from Mössbauer Spectroscopy |
|
A39 |
Sanne van Riel | Dry Reforming of Light Alkanes over Ni/MgAl2O4 Catalysts |
|
A40 |
Brandon de Waal | Understanding Hydrodynamics in a Circulating Fluidised Bed Reactor for Integrated Carbon Capture and Utilisation: A Computational and Experimental Study |
|
A41 |
Preethi Venugopal | Effect of molecular weight on transport limitation in Plastic Hydrogenolysis |
|
A42 |
Muhammad Ariq Attallah | Flame spray pyrolysis synthesis of NiO-Ga2O3: The role of metal alloys in CO2 hydrogenation to methanol |
|
A75 |
Natan De Vos | Ferrite/Zeolite Hybrid Materials for Inductive Heating Adsorbents |
|
Photocatalysis |
||
|
A43 |
Piyali Chatterjee | Improved photoelectrochemical performance of porous anodized tungsten oxide at low bias by hydrothermal surface modification |
|
A44 |
Manu Donders | Bottling gold in zeolitic imidazolate framework-8: a novel approach for nanoparticle dosing |
|
A45 |
Zahra Beiramzadeh | Development of highly efficient photoelectrochemical systems for antibiotic contaminant removal and resource recovery |
|
A46 |
Jorik Schaap | Plasmonic Catalysis with Hot Electrons |
|
A7 |
Elke De Ceulaer | The role of key material features of porous CuO@PCN/TiO2 composites in photocatalytic CO2 conversion to methanol |
|
Computational Chemistry and Data Science in ChemistryCatalysis |
||
|
A47 |
Muhammad Bilal Arif | Detection and quantification of g3 byproducts (C4F7N/CO2/O2): An experimental and theoretical study |
|
A48 |
Ashique Lal | A mechanistic view towards CO2 reduction at solvent-metal interface by ab-initio molecular dynamics |
|
A49 |
Nong Artrith | Mechanistic insights into the oxygen evolution reaction on Ni-doped BaTiO3 via metadynamics and machine learning interatomic potentials |
|
A50 |
Apostolos Kordatos | Theoretical modelling of supported metal nanoclusters for directed catalysis |
|
A51 |
Robin van der Kruit | Computational Understanding of Alkali Promotion on Cu Catalysts for Selective CO2 Hydrogenation |
|
A52 |
Mas Klein | Ground-up generation of periodic slab models of highly dehydroxylated amorphous silica of varying roughness |
|
A53 |
Robin Dhaeyer | Computational Modeling of Physically Crosslinked Gelatine for Applications in Biomedical Hydrogels |
|
A54 |
Wim Temmerman | Understanding the structure and role of extra-framework Mg species for the valorisation of CO2 |
|
Characterisation and Operando studies |
||
|
A55 |
Robin De Winter | From plasma NOx to nitric acid: A new approach for valorizing ammonia emissions |
|
A56 |
Marta Perxés Perich | Strain mapping using in situ gas-phase 4D-STEM: visualizing hydride formation in palladium nanocubes |
|
A57 |
Ruben van Wijk | The development of analytical detection methods for different types of nanoplastics in human placenta tissue |
|
A58 |
Jiaorong Yan | Monitoring Plastic Film Degradation with In-situ Atomic Force Microscopy |
|
A59 |
Charlotte Julia Jüngen | Exploring CO2 Valorization: Elucidating the Mechanism of RWGS Catalysts under Integrated Carbon Capture and Utilization Conditions |
|
A60 |
Jan den Hollander | Aging effects on Rh/Al₂O₃-washcoated monoliths revealed by operando CO-DRIFTS |
|
Homogeneous Catalysis |
||
|
A61 |
Giorgia Gherardini | Supramolecular interactions in homogeneous CO2 hydrogenation to methanol |
|
A62 |
Angelo Scopano | From CO2 and alkenes to cyclic carbonate: one-pot direct oxidative carboxylation using cumene hydroperoxide in presence of halide as the sole catalyst |
|
A63 |
Angus McLuskie | (Bio)degradable Polymers: Processing and End of Life Studies for PLGA |
|
A64 |
Chinky Binnani | Cooperative Ni(0) Catalyst for the Hydrogenation of Carbonyl Compounds |
|
A65 |
Jade Wimmers | Design of a Ni(II) Catalyst for the Prospective Copolymerisation of CO2/CS2 with Ethylene |
|
A66 |
Thomas Reszka | Homogeneous Oxidative Cleaving of C—F bonds |
|
A67 |
Emma Caarls | Hydrolysis of (ligno)cellulosic materials with hydrobromic acid |
|
Biocatalysis |
||
|
A68 |
Lukas Stratmann | Towards H2-driven oxidation chemistry |
|
A69 |
Tim Lugtenburg | Investigation of peroxygenase activity of a Rieske oxygenase |
|
A70 |
Allison E. Wolder | Aldo-keto reductases catalyse the reduction of 3-keto pyridines |
|
A71 |
Lana Moree | MOC protected ruthenium catalysts for prodrug-to-drug conversions in a biological setting |
|
Organic Chemistry, Organocatalysis and Coordination Chemistry |
||
|
A72 |
Eva Harsevoort | Renewable and intrinsically recyclable polymers: ring-opening polymerization of furan Diels-Alder adducts |
|
A73 |
Maartje Otten | Post-Polymerisation Modification of Polybutadiene by Selective Metal-Free Nitration |
|
A74 |
Niels Wensink | Chemically Recyclable and Degradable Copolymers Derived from Biobased Tricyclic Oxanorbornenes |
|
A76 |
Rik Sieben | A N-heterocyclic Germylene with a Versatile Metal-Binding Pocket: Insights into Heterodinuclear Complexes and their Reactivity |
Poster Session II (Tuesday)
|
Electrocatalysis |
||
|
B1 |
Alexander Flick | Electrochemical COx reduction at elevated temperature and pressure: Toward Electrochemical Fischer-Tropsch Synthesis |
|
B2 |
Arthur Hagopian | Impact of H adsorption on the double layer capacitance of Pt surfaces in alkaline conditions |
|
B3 |
Maartje van Rijn | The influence of molecular redox mediators on homogeneously catalyzed CO2 electro-reduction |
|
B4 |
Steffen Hardt | Modifying the Local pH on Au-Electrodes during Hydrogen Evolution by Polymer-Coatings |
|
B5 |
Dalia Leon-Chaparro | Determination of Proton Diffusion Coefficients through Al2O3 Ultrathin Layers via Electrochemical Impedance Spectroscopy |
|
B6 |
Tim de Visser | A novel approach for uniform platinum coating on Titanium PTLs for PEMWE |
|
B7 |
Yagmur Goctu | Surface Engineering to Improve Electrode Performance in Alkaline Water Electrolysis |
|
B8 |
Christos Englezos | Membrane Coated Selective Electrocatalyst for Hydrogen Compression: Development of CO tolerant SiOx coated Pt electrodes |
|
B9 |
Jie Shen | Spatial atomic layer deposition to reduce iridium usage and scale up the manufacturing of anodes for proton exchange water electrolyser |
|
B10 |
Catriona James | Towards Electrochemical Hydride Transfer |
|
B11 |
Shreyas Harsha | Binder-free nanoparticle electrodes by Solid-state dewetting to study nanoscale effects in electrochemistry |
|
B12 |
Lasse Wichmann | Electrochemical CO2 reduction on microcrystalline Boron Doped Diamond under controlled hydrodynamic conditions |
|
B13 |
Vasileios Kyriakou | Enhancing electrochemical syngas production by in-situ exsolution from double perovskite-based electrocatalysts |
|
B14 |
Wanqing Li | Metal-Nitrides as high-performance catalysis for ammonia synthesis |
|
B15 |
Min Li | In-situ electrochemical ATR-IR study on electrocatalytic nitrate reduction to ammonia on Cu |
|
B16 |
Lukas Seyram Cino | Electrochemical CO2 reduction to formaldehyde |
|
B29 |
Jeroen Homan | Electrolyte engineering in PEM fuel cell catalyst layers |
|
Heterogeneous Catalysis |
||
|
B17 |
Bastiaan den Hartigh | Effect of TiO2 Polymorph on the Active Phase of Co(O)/TiO2 Catalysts for CO2 Hydrogenation Investigated with Operando X-ray Diffraction |
|
B18 |
Elia Ferretti | An advanced operando adaptive framework for kinetic modelling for industrial application |
|
B19 |
Yifeng Liu | Current challenges and opportunities in heterogeneous deoxydehydration (DODH) reaction |
|
B20 |
Marinka de Willigen | Preparation and investigation of Ni/Au(111) Single Atom Alloys (SAAs) for the preferential oxidation of CO (PROX) |
|
B21 |
Xiyan Huang | Mechanistic insights into polypropylene hydrogenolysis using Ni/Al2O3 catalysts |
|
B22 |
Cecilia Allueva y Álava | Exploring Metastable Pd-Cu Phases for CO2 Hydrogenation to Higher Alcohols |
|
B23 |
Dhanaji Naikwadi | Dual-Phase Hydrogen Production: Methane Partial Oxidation and Isothermal Water-Splitting with CeO2 Nanorods |
|
B24 |
Christine Vantomme | Plasma-photocatalytic CO2 conversion with Ni nanoparticles on Ni-Cu Layered Double Hydroxides |
|
B25 |
Kyra van Nieuwkerk | Cu-free mixed metal oxides for CO2 to methanol converion |
|
B26 |
Lisa de Waart | Towards Understanding the Fundamentals of the Hydrothermal Conversion of Polyolefins |
|
B27 |
Vladyslav S Virchenko | Determining the Structure of a Two-Dimensional Surface Oxide on Cu(111) Using CO as a Probe Molecule |
|
B28 |
Wei Chen | A New Formaldehyde-based First Carbon-Carbon Bond Formation Mechanism of Zeolite Catalyzed Methanol to Hydrocarbons |
|
B30 |
Robert J. Wolterbeek | Upgrading biomass and waste into transportation fuels |
|
B31 |
Floor Brzesowsky | In Situ Time-Resolved IR Spectroscopy to Study Intermittent Light-Stimulated CO2 Hydrogenation to Methanol |
|
B32 |
Manoj Coppens | Continuous CO₂ capture and conversion to syngas using copper-based dual-functional materials in a circulating fluidised bed system |
|
B33 |
Hanya Spoelstra | Exploring the Effect of Catalyst Fragmentation during Methane Pyrolysis on the Formation of Carbon and Hydrogen |
|
B34 |
Felix de Zwart | Chemical Upcycling of Polypropylene by Tungsten-Catalyzed Alkane Cross-Metathesis |
|
B35 |
Haoxiang Yan | Development of Ru-based catalyst for precise cracking of polyethylene |
|
B36 |
Patrick Kreft | The effect of water on the catalyst stability for hydrodeoxygenation of biomass model compounds |
|
B37 |
Jose Palomo Jimenez | Nanostructured core@shell catalysts for the microwave-assisted dry reforming of methane |
|
B38 |
Valentin Jestl | Effect of first-row transition metal doping on the stability and activity of Pd/CeO2 three-way catalysts |
|
B39 |
Paula Cabrera-Reyes | Ni-P supported biomass derived activated carbon catalysts for CO2 methanation |
|
B40 |
Pietro De Angeli | Catalyst development for methanol and dimethyl ether steam reforming: Unlocking efficient hydrogen production |
|
B41 |
Damian Vico van Berkel | Far-IR investigation of CO interaction with Pd of distinct ensemble sizes |
|
B42 |
Eirini Marousiadou | Hydrogenation of carbon dioxide to light olefins on Fe-Co catalysts supported on ceria nanorods |
|
B43 |
Run Zou | Tuning Oxidative Propane Dehydrogenation while co-Converting CO2 over Vanadium Containing CHA Zeolites |
|
B44 |
Xinwei Ye | Ring-Opening Polymerization of Ethylene Carbonate over Solid Base Catalysts |
|
Photocatalysis |
||
|
B45 |
Isabella Kirss | Enzymatic benzophenone photoredox catalysis |
|
B46 |
Marianne Bijl | Raspberry colloid-templated Au/TiO2 inverse opals for photocatalytic applications |
|
B47 |
Anuradha Meena | Effect of Illumination Wavelength and Temperature on Photothermal CO2 Reduction On Ru/TiO2 |
|
Computational Chemistry and Data Science in Chemistry/Catalysis |
||
|
B48 |
Atakan Atmaca | Elucidating the framework flexibility of MOFs under volatile organic compound (VOC) uptake with state-of-the-art machine learning potentials |
|
B49 |
Robbe Ponnet | Modeling competitive diffusion of ethane through ZIF-8 |
|
B50 |
Bernd Schmidt | Diffusion of light olefins through ZIF-8 unraveled by machine learning potentials |
|
B51 |
Sebastian Rejman | Executable Manuscripts as Jupyter Notebooks: The Next Evolution in Scientific Publishing? |
|
B52 |
Axel Cornette | Clathrate hydrates to exchange energy carrier molecules for carbon dioxide |
|
B53 |
Jenna Mancuso | Understanding Aromatic Transport in Zeolites: Bridging Quantum Mechanical Precision with Machine Learning Efficiency |
|
B54 |
Rick Kort | Impact of Applied Potential and Hydrogen Coverage on the Behaviour of Alkali Metal Cations |
| B55 | Margareth Baidun | Catalysts doing gymnastics: how flexible are they really? |
|
Characterisation and Operando Studies |
||
|
B56 |
Thomas Dezaire | Rapid Analysis of High β-O-4 Aldehyde-Assisted Fractionation Lignin with ATR-FTIR and Chemometrics |
|
B57 |
Shota Matsuo | In situ ATR-IR spectroscopic study of perrhenate adsorption on anatase titania from aqueous solutions |
|
B58 |
Crizaldo Jr Mempin | ATR-FTIR spectroscopy using waveguide-coupled multireflection crystal for water splitting |
|
B59 |
Hailan Ni | Investigating the role of supporting electrolytes in all-iron redox flow batteries |
|
B60 |
Sumant M. Phadke | High-pressure grazing incidence cell for in situ XAS characterization of nanoparticles on planar substrates under CO2 hydrogenation conditions |
|
Homogeneous Catalysis |
||
|
B61 |
Pablo García Porta | Diiron 'expanded pincer' complexes for N2 activation |
|
B62 |
Angshuk Saha | Selective N-formylation of N,N-dimethylanilines using Bio-inspired Manganese catalysts |
|
B63 |
Jesse Orta | Synthesis and characterization of tin-based metalloporphyrins for their use in the two-electron water oxidation towards hydrogen peroxide |
|
B64 |
Ard van Noordenne | Towards a closed-loop optimization framework for asymmetric phosphoramidite ligands in homogeneous catalysis |
|
B65 |
Arie Multem | Investigating the factors influencing metal-metal cooperativity: studying long-range metal-metal interactions in dicobalt and dicopper complexes |
|
B66 |
Annechien Laporte | Catalytic azide deprotection using iron porphyrins in complex biological media |
|
B67 |
Chuang Ni | Manganese(I)-catalyzed access to enantioenriched chiral aziridine phosphines |
|
Biocatalysis |
||
|
B68 |
Bratislav Dačević | Artificial metalloenzymes for radical biocatalysis |
|
B69 |
Alice Pedroni | Carboxylic acids reduction to aldehydes and vice versa: AOR as a single solution to two synthetic challenges |
|
B70 |
Pablo Velazquez | Engineering and characterization of P450s with UPO activity |
|
B71 |
Marijn Kamer | Boronic acid catalysis in an enzyme scaffold for the kinetic resolution of α-hydroxythioesters |
|
Organic Chemistry, Organocatalysis and Coordination Chemistry |
||
|
B72 |
Vasilis Papadopoulos | Utilization of hardwood wood chips and textile waste as feedstocks towards FDCA |
|
B73 |
Nienke Leenders | In situ conversion of cotton from polycotton waste to 5-(chloromethyl)furfural |
|
B74 |
Tom Smak | Mechanistic Insights in the Oxidative Conversion of Polyethylene Towards Dicarboxylic Acids with O2/NO |
|
B75 |
Katarina Lezaic | Post-complexation modification of Ni(0)-olefin pincer complex with alkyl and aryl halides |
