Scientific Programme CHISA 2026
On this page:Lectures
Posters
Monday morning
Digitalisation and modelling
10:20
Keynote lecture: How chemical engineers can use AI Tools for a better world. AI tools for all process innovation steps to commercial scale.
*Harmsen J., (1)Harmsen M. (Harmsen Consultancy BV, Zuidplas, NL; (1)Rijswijk, NL) [287]
11:00
Explainable neural-network framework for inferring approximate reaction schemes in fluid catalytic cracking.
*Rodriguez-Fragoso M., Elizalde-Solis O., Ramirez-Jimenez E. (Inst. Polit. Nac., Mexico DF, MX) [8]
11:20
Beyond the static grid: Advancing chemical process optimization through adaptive Bayesian strategies.
*Tálosi G., Kummer A., (1)Eller Z., Tarcsay B. L. (Univ. Pannonia, Veszprém, HU; (1)MOL Group, Budapest, HU) [100]
Energy
10:20
Keynote lecture: Electrification of chemical processes by using multi-tubular reactors with molten salt as heat transfer media.
Ganzer G., Stetka M., *Schuhbauer C. (DWE GmbH, Deggendorf, DE) [32]
11:00
Process design and greenhouse gas analysis of an electrified mixed plastic waste-to-olefins value chain.
*Georgiadis A. G., Yfanti V.-L., (1)Amgizhar I., (1)Brown D. J., (2)Zayoud A., Delikonstantis E., Theofanidis S.-A. (AristEng Sarl, Luxembourg City, LU; (1)AVGI bvba, Ghent, BE; (2)Univ. Ghent, BE) [31]
11:20
Decarbonising Australian aviation through off-grid methanol-to-jet and Fischer–Tropsch fuel production.
*Parivazh M., Tanksale A., Walsh S. (Monash Univ., Clayton Vic., AU) [7]
Green issues and sustainability
10:20
Keynote lecture: Pilot-scale CASOH process for CO₂ capture and hydrogen production from blast furnace gas.
*Fernandez J. R., Alonso M., Garcia R., Mendez A., (1)Cano M., Abanades J. C. (INCAR-CSIC, Oviedo, ES; (1)Arcelor Mittal, Avilés, ES) [64]
11:00
Tailoring aprotic ionic liquids for enhanced CO2 direct air capture.
*Moreno Sáez de Rodrigáñez S., Vela Gallego S., Pereira González Á., Belinchón A., Dorado Alfaro S., Du J., Navarro Tejedor P., Lemus Torres J., Palomar Herrero P. (Univ. Auton., Madrid, ES) [120]
11:20
High-performance CO₂ sequestration via magnesium hydroxide in slurry reactor systems.
Vafajoo L., *Zamani F., Chegeni A. (Islamic Azad Univ., Tehran, IR) [11]
Fluid and granular flows
10:20
Keynote lecture: Evolution laws and mechanisms of liquid holdup in gas-liquid systems within micro-packed beds.
Chen K. Y., *Lu Y. C. (Tsinghua Univ., Beijing, CN) [347]
11:00
An Elastic Foam-Bed Reactor for intensified multiphase processes: Hydrodynamics, mass transfer, and modelling.
*Tricas L., Fongarland P., Philippe R., Edouard D. (Univ. Lyon 1, Villeurbanne, FR) [40]
11:20
Fundamental investigations on the gas-liquid and gas-liquid-solid micro- or mini-scale fluidization.
*Ma Y.-L., Li C., Yang J., (1)Liu M. (Tianjin Univ., CN; (1)State Key Lab. Chem. Eng. Low Carbon. Technol., Tianjin, CN) [108]
Separation processes
10:20
Keynote lecture: Innovative separation strategies for a sustainable future: A screening matrix for automated selection of energy-efficient distillation technologies.
*Li Q., Roberg R., Engel W., Vincenti M., Yordanov T., Somoza-Tornos A., Kiss A. A. (Delft Univ. Technol., NL) [138]
11:00
Trickle bed reactor technology for propylene epoxidation – interaction of kinetics, transport phenomena and flow pattern.
Stäglich C., (1)Alvear M., (2)Schmidt C., (3)Angervo I., (4)Russo V., (5)Haase S., *Salmi T. (Åbo Akad. Univ., Turku, FI; (1)Tech. Univ., Dresden, DE; (2)Univ. Wisconsin, Madison WI, US; (3)Univ. Turku, FI; (4)Univ. Napoli Federico II, IT; (5)Hochschule Tech. Wirtschaft, Dresden, DE) [4]
11:20
Improving the practical feasibility of stacked side-stream distillation sequences through heat pump assistance.
*Liu H.-T., Lee T. C., Ward J. D. (Nat. Taiwan Univ., Taipei, TW) [24]
Reactor engineering
10:20
Keynote lecture: Structured catalysts in three-phase processes – Temperature-programmed experiments and modelling aspects.
*(1)Salmi T., Araujo Barahona G., Mastroianni L., Brunberg C. (Åbo Akad. Univ., Turku, FI; (1)Univ. Napoli Federico II, IT) [21]
11:00
Electrified sorption-intensified ammonia production process over Ru catalysts/zeolite-supported halides.
Zamljen A., Teržan J., (1)Sedminek A., Yakushkin S., (1)Gyergyek S., *Likozar B. (Nat. Inst. Chem., Ljubljana, SI; (1)Inst. J. Stefan, Ljubljana, SI) [30]
11:20
CO2 hydrogenation to methanol using sorption-enhanced process.
*Srivastava S., Devkota S., Tanksale A., Webley P. (Monash Univ., Clayton Vic., AU) [50]
11:40
Condensation of 1-butanol over oxidic catalysts: Experiment and model.
*(1)Moravčík J., Kaluža L. (Inst. Chem. Proc. Fundam., Praha, CZ; (1)Univ. Chem. Technol. Prague, CZ) [51]
10:20
Keynote lecture: Kinetic modelling of the liquid-phase succinic acid esterification with n-butanol over acidic ion-exchange resins catalysts.
He X., Bringué R., Ramírez E., Fité C., *Soto R. (Univ. Barcelona, ES) [251]
11:00
Potential of tailored perovskite catalysts for efficient VOC abatement.
*Topka P., Jirátová K., Balabánová J., Koštejn M., Setničková K., Soukup K., Šolcová O. (Inst. Chem. Proc. Fundam., Praha, CZ) [76]
11:20
Kinetics and mass transfer aspects of the catalyzed conversion of CO2 into soybean oil-based cyclic carbonates.
Orabona F., (1)Taddeo F., Perez-Sena W., Eränen K., (1)Di Serio M., (1)Salmi T., *(1)Russo V. (Univ. Napoli Federico II, IT; (1)Åbo Akad. Univ., Turku, FI) [123]
Monday afternoon
Digitalisation and modelling
13:00
Keynote lecture: Data-to-model discovery of PBE kernels: Stochastic identification and interpretable generalization via symbolic regression.
*Philip N., Lamadie F., (2)Lucor D., Charton S., (1)Sheibat-Othman N. (Univ. Montpellier, FR; (1)Univ. C. Bernard, Lyon, FR; (2)Univ. Paris-Saclay, Orsay, FR) [35]
13:40
Vision language models and P-graph-based optimization for reliable wastewater treatment networks.
*Castellar-Freile A., (1)Pimentel J., Mariano D., Guillermo B., (2)Orosz Á., (1)Cabezas H., (1)Friedler F., Yenkie K. M. (Rowan Univ., Glassboro NJ, US; (1)Széchenyi István Univ., Győr, HU; (2)Univ. Pannonia, Veszprém, HU) [501]
14:00
Melting temperature prediction of ionic liquids using a deep learning approach.
Al Busaidi S., Kazemi A., (1)Etminan A., *Vakili-Nezhaad G. R. (Sultan Qaboos Univ., Muscat, OM; (1)Memorial Univ., St. John NL, CA) [498]
14:20
Artificial neural networks for modelling viscosity, viscoelasticity and droplet size distribution of cosmetic emulsions.
*Solarte S., Porras A., Pradilla D., Alvarez Solano O. (Los Andes Univ., Bogotá, CO) [237]
15:40
A multi-criteria framework for route ranking and selection in computer-aided synthesis planning.
Ma Y., *Benyahia B. (Loughborough Univ., UK) [355]
16:00
Bridging scales in flocculation kinetics: From interparticle forces to turbulent flow.
*(1)Gebouský O., Haidl J., (1)Bílek V., Pivokonský M. (Inst. Hydrodyn., Praha, CZ; (1)Univ. Chem. Technol. Prague, CZ) [170]
16:20
Hydrodynamic effects on phase separation dynamics during NIPS membrane formation.
*Wu A., Mericq J.-P., Chevarin C., Guenoun P., Merzougui C., Henry H., Bounjad A., Bouyer D. (Univ. Montpellier, FR) [457]
16:40
Multiscale coupled simulation methods of granular system.
*Zhang S., Ge W. (Inst. Proc. Eng., Beijing, CN) [140]
Energy
13:00
Keynote lecture: The international role of AIChE in eliminating energy poverty.
*Smith J. (Univ. Missouri, Rolla MO, US) [484]
13:40
Fraction-resolved pyrolysis of fig-processing residues for engineered biochar production.
*(1)Soomro A., Koçer A. T., Balkanlı D. (Yildiz Tech. Univ., Istanbul, TR; (1)Quaid-e-Awam Univ., Islamabad, PK) [520]
14:00
Clinker suppression in chicken-manure-fired biomass power plants by kaolin addition.
Ajiri T., Hayashi H., *Ninomiya Y. (Chubu Univ., Kasugai, JP) [133]
14:20
Towards ultrahigh osmotic energy harvesting by MOF-based ionic diode membranes.
*Yeh L.-H. (Nat. Taiwan Univ. Sci. Technol., Taipei, TW) [158]
15:40
Simulation of demand-responsive operation of an electrified batch reactive distillation column under volatile electricity prices in Europe.
*Grießer T., von Harbou E. (Univ. Kaiserslautern, DE) [192]
16:00
Comparative study of international renewable energy supply chains using green dimethyl ether (DME) as an energy carrier.
*Lien S.-C., Ong C. W., Li C.-C., Lin Z. Q., Chen C.-L. (Nat. Taiwan Univ., Taipei, TW) [197]
16:20
Using desorption heat for cooling: Can it be a game changer for adsorption heat pump/cooling systems?
*Tatlier M. (Istanbul Tech. Univ., TR) [212]
16:40
Efficient heat-integrated reactor design tailored for electrified induction heating.
*Kieble T., Wehinger G. (Karlsruhe Inst. Technol., DE) [242]
Green issues and sustainability
13:00
Keynote lecture: Electrified carbon capture process in induction heated laboratory unit.
Stratil O., Gonzalez-Olmos R., Pou J. O., *Fernandez-Garcia J. (Univ. Ramon Llull, Barcelona, ES) [195]
13:40
From molecular mechanism to direct air capture membranes: Mechanism switching in mixed ionic liquids.
*Makino T., Kanasaki Y. N., Kohno Y. (Nat. Inst. Adv. Ind. Sci. Technol., Miyagi , JP) [107]
14:00
Moisture- and oxidation-resistant solid sorbents for direct air capture enabled by a layered L-leucine-based coordination polymer support.
*Kohno Y., Ikeda T., Makino T. (Nat. Inst. Adv. Ind. Sci. Technol., Miyagi , JP) [139]
14:20
Understanding flue gas-based calcium looping integrated with methane-CO2 reforming by using bimetallic NiPd-based dual functional nanostructures.
Law Z. X., Wu C.-W., *Tsai D.-H. (Natl. Tsing Hua Univ., Hsinchu, TW) [427]
15:40
Flow distribution characteristics and carbon capture performance of triply periodic minimal surface packings in absorber columns.
*Ameri A., Duwig C., Kusar H. (Royal Inst. Technol., Stockholm, SE) [151]
16:00
Kinetic analysis and optimization of artificial weathering pools to sequester CO2.
*Tocci I., (1)Romero-Garcia A., (2)Pavón-Duarte A., (1)Esquivias L., (1)Morales-Flórez V., (3)Erto A., Musmarra D. (Univ. Campania, Aversa, IT; (1)Univ. Sevilla, ES; (2)CapturaCO2, Sevilla, ES; (3)Univ. Napoli Federico II, IT) [163]
16:20
Redox performance of commercial and industrial waste‑derived oxygen carriers: A multi-technique characterization for chemical looping combustion.
*Imanberdiyeva K., Shah D., Sarbassov Y. (Nazarbayev Univ., Astana, KZ) [179]
16:40
Adsorption study of mesoporous carbon impregnated with TETA as carbon capture material.
Chrisnardy F., *Kansha Y. (Univ. Tokyo, JP) [231]
17:00
Integrated assessment of CO2 mineral carbonation of construction wastes in a semi-industrial spouted bed reactor.
*Vila Buades P., Sukunza Pérez X., Tellabide Vecina M., (1)Errasti Arrizabalagal M., (1)Pablos Castro A., (1)Olazar Aurrecoechea M., (1)Aguado Zarraga R. (Univ. Pais Vasco, Bilbao, ES; (1)Spouted Bed Solutions, Leioa, ES) [234]
Fluid and granular flows
13:00
Keynote lecture: Multiscale simulation of a turbulent fluidized bed.
*Li F., Jiang Y., Ge W., Wang W. (Inst. Proc. Eng., Beijing, CN) [417]
13:40
Effect of non-ionic surfactants on velocity of single rising bubble.
*Shirokov V., (1)Orvalho S., (2)Kosior D., Basařová P. (Univ. Chem. Technol. Prague, CZ; (1)Inst. Chem. Proc. Fundam., Praha, CZ; (2)Haber Inst. Catal. Surf. Chem., Kraków, PL) [162]
14:00
A stochastic description of bubble-induced turbulence.
Español B., (2)Andjibou H., (5)Peinke J., (1)Mininni P., (3)Risso F., (2)Burlot A., (2)Bois G., *(4)Obligado M., (3)Zamansky R. (Univ. Buenos Aires, AR; (1)CONICET-UBA, Buenos Aires, AR; (2)Univ. Paris-Saclay, Gif-sur-Yvette, FR; (3)Univ. Toulouse, FR; (4)Univ. Lille, FR; (5)Univ. Oldenburg, DE) [350]
14:20
A methodology for the selection of ionic liquids for CO₂ absorption based on thermodynamic and kinetic properties.
*Arici A., (1)Besagni G. (Politecnico, Milano, IT; (1)Helmholtz-Zentrum Dresden-Rossendorf, DE) [168]
15:40
Multiphase liquid/paste reactions with gas/solid formation: Reaction kinetics and mass transfer for the model system acid/CaCO3-C3H8O3.
*Irrgang A., Eichler N. M., Frölich S., (1)Vogt M., (2)Schubert M., Haase S. (Hochschule Tech. Wirtschaft, Dresden, DE; (1)Fraunhofer Inst. Manuf. Technol. Adv. Mater., Dresden, DE; (2)Tech. Univ., Dresden, DE) [188]
16:00
A case study of flow assurance: Using OLGA dynamic multiphase flow simulator.
*Aboujadeed A., Ben Mahmoud M., Elfagaih F. (Petrol. Res. Cent., Tripoli, LY) [225]
16:20
Detailed investigation of the CO2 mass transfer in ionic liquid – water mixtures at Taylor bubbles.
Arici A., *(1)Kexel F., (1)Schlüter M., (2)Besagni G. (Politecnico, Milano, IT; (1)Hamburg Univ. Technol., DE; (2)Helmholtz-Zentrum Dresden-Rossendorf, DE) [240]
16:40
Numerical investigation of bubble columns with ionic liquids for CO2 absorption.
*Regert V., Varallo N., (1)Besagni G. (Politecnico, Milano, IT; (1)Helmholtz-Zentrum Dresden-Rossendorf, DE) [253]
Separation processes
13:00
Complete recovery of functional ingredients from lemon basil seeds: A sequential approach using ultrasonic-assisted, supercritical carbon dioxide, and subcritical water extractions.
*Supang W., Sawangkeaw R., Nakphadungsuk C., Ngamprasertsith S., (1)Sakdasri W., (1)Saisi Y., (1)Srathonghon A. (Chulalongkorn Univ., Bangkok, TH; (1)King Mongkut’s Inst. Technol., Ladkrabang, TH) [55]
13:20
Influence of gas absorption and chemisorption on drying of acoustically levitated wet porous granules.
David Pour Y., Krasovitov B., *Fominykh A., Levy A. (Ben-Gurion Univ. Negev, Beer-Sheva, IL) [109]
13:40
Stagnant absorption model of molten salt using a mass transfer coefficient approach.
*Bjuri S., Jakobsen H. A., Solsvik J. (Norweg. Univ. Sci. Technol., Trondheim, NO) [119]
14:00
Optimized VPSA for drying of green hydrogen with high relative humidity.
*(1)Santos T., (2)Sousa J. M., Lopes T., (1)Relvas F., Mendes A. (Univ. Porto, PT; (1)Amnis Pura, Vila Nova de Gaia, PT; (2)Univ. Trás-os-Montes Alto Douro, Vila-Real, PT) [141]
14:20
A novel micromachined sieve contactor for microfluidic separation operations.
*Adiche C. (Tech. Univ., Darmstadt, DE) [236]
15:40
Hydraulic and mass-transfer characteristics of MellapakPlus 252.Y structured packing.
*Valenz L., Siuda A. (Univ. Chem. Technol. Prague, CZ) [348]
16:00
Crystallisation of therapeutic peptides: A case study in GLP-1 analogues.
*Mitchell H. M., (2)Guinn E. J., (1)Heng J. Y. Y. (Univ. Coll. London, UK; (1)Imperial Coll., London, UK; (2)Eli Lilly Comp., Indianapolis IN, US) [396]
16:20
Enhancing produced water oil recovery using field studies, lab experiments and computation fluid dynamics.
Oshinowo O. M., *Khan A., Grim C. L., Sharif S. M., Albuainain J. K. (Saudi Aramco, SA) [413]
16:40
Comparative kinetic analysis of ultrasonic-assisted and hot-water extraction of lemon basil seed mucilage.
*Sawangkeaw R., Supang W., Nakphadungsuk C., Ngamprasertsith S., (1)Sakdasri W., (2)Floch E. (Chulalongkorn Univ., Bangkok, TH; (1)King Mongkut’s Inst. Technol., Ladkrabang, TH; (2)Univ. Montpellier, FR) [54]
17:00
Slow and fast: Adsorptive cage effects and diffusive window effects in cage-type zeolites.
*Pham Van J. K. X., (1)Robijns S., Denayer J. F. M., (1)Dusselier M., Van Assche T. R. C. (Vrije Univ., Bruxelles, BE; (1)Kathol. Univ. Leuven, BE) [379]
Reactor engineering
13:00
Keynote lecture: A new integrated membrane methanol reactor: TOPSIS analysis for different biomasses.
*Leonzio G., Marques da Cunha M., (1)Stellato F., Tronci S., Grosso M., (2)Mancusi E., Baratti R., (1)Caravella A. (Univ. Cagliari, IT; (1)Univ. Calabria, Rende, IT; (2)Univ. Sannio, Benevento, IT) [65]
13:40
Sorption enhanced process intensification for dimethyl ether production via pure carbon dioxide hydrogenation.
*Devkota S., Srivastava S., Tanksale A., Webley P. (Monash Univ., Clayton Vic., AU) [58]
14:00
Performance of Ni-based catalysts in the dry reforming of HDPE pyrolysis volatiles.
*Olazar L., Ugarriza M., Aris S., Santin K., Goma D., Artetxe M., (1)Lopez G. (Univ. Pais Vasco, Leioa, ES; (1)IKERBASQUE, Bilbao, ES) [86]
14:20
Activation of molecular oxygen. Vanadium(II)-modified ferrierite zeolites.
*Lemishka M., Kaucky D., Shatan A.-B., Vasylenko I., Sklenak S., Jirka I., (1)Gurung K., (1)Palatinus L., Dedecek J. (Heyrovsky Inst. Phys. Chem., Praha, CZ; (1)Inst. Phys., Praha, CZ) [89]
15:40
Keynote lecture: Reactor design for DBD plasma-catalysis: Influence of particle size and catalytic bed arrangement.
*Guilera J., Garcia-Villalva R., (1)Alarcón A., Biset-Peiró M., Murcia-López S. (Inst. Energy Res., Sant Adrià de Besòs, ES; (1)Univ. Barcelona, ES) [78]
16:20
Effect of molybdenum on the performance of Ni/SiO2 catalysts for polyolefin hydrogenolysis.
*Huang X., Waseem M., (1)Xue W., Grubišić-Čabo A., (1)He S., (2)van der Hoeven J. E. S., Heeres H. J., Xie J. (Univ. Groningen, NL; (1)Dalian Inst. Chem. Phys., CN; (2)Utrecht Univ., NL) [97]
16:40
Impact of regeneration temperature on the activity recovery of the Ni/MgAl2O4 catalyst in combined steam/dry reforming (CSDR) of bio-oil.
*Quinones Cetre A. I., Valecillos Días J. D. R., Elordi Foruria G., Remiro Eguskiza A., Gayubo Carzola A. G. (Univ. Pais Vasco, Bilbao, ES) [248]
17:00
Anchoring catalytic microparticles for renewable hydrogen and graphitic carbon production.
*Diaz J., Pereira V., Coelho R., Soares B., Alves L., Dias P., Mendes A. (Univ. Porto, PT) [99]
13:00
Reaction kinetic analysis of solvent effects in heterogeneous catalysis on the example of the hydrogenation of acetophenone.
*Gstettenbauer M., Börnhorst M., Freund H. (Tech. Univ., Dortmund, DE) [129]
13:20
Elucidating the role of transition metal dichalcogenide in esterification reaction for production of APIs and fuel blend molecules.
*Kushwaha N., Alam M. I., Haider M. A., Pant K. K. (Indian Inst. Technol., Delhi, IN) [203]
13:40
Metal salt assisted hydrolysis of MgH2 for H2 production: An investigation of the reaction mechanisms for aqueous vs mechano-chemically activated salts.
*Yousafzai F., Marchini S., (1)Vogt M., Schubert M. (Tech. Univ., Dresden, DE; (1)Fraunhofer Inst. Manuf. Technol. Adv. Mater., Dresden, DE) [227]
14:00
Flow chemistry applied for the production of hydrogenated sugars.
*Acquaviva A., (2)Annese C., (1)Taddeo F., (1)Diserio M., D'Accolti L., (1)Russo V. (Univ. Bari, IT; (1)Univ. Link, Roma, IT; (2)Univ. Napoli Federico II, IT) [244]
14:20
Impact of propylene oxidation on a Cu/SSZ-13 catalyst for selective catalytic reduction of NOx.
*Zheleznyak T., Kočí P., (1)Meena K., (1)Epling W. S. (Univ. Chem. Technol. Prague, CZ; (1)Univ. Virginia, Charlottesville VA, US) [247]
15:40
Liquid-phase synthesis of di-isosorbide valerate esters over ion-exchange resins: A leap forward towards green biomass based biodegradable plasticizers.
Valverde A., *Soto R., Ramírez E., Badía J. H., Bringué R. (Univ. Barcelona, ES) [252]
16:00
Modeling high-temperature CO2 capture on K2CO3-doped Li4SiO4 sorbents: from pellet kinetics to fixed-bed performance.
*Francalanci F., Stefanelli E., Vitolo S., Puccini M. (Univ. Pisa, IT) [262]
16:20
Supercritical catalytic cracking of jet fuels for cooling in scramjet engines.
*Faour M., Patrascu M. (Technion - Israel Inst. Technol., Haifa, IL) [328]
16:40
Development of MgO electrospun nanofibrous catalysts for liquid phase Guerbet coupling.
*Kanwal S., Balabánová J., Setničková K., Kaluža L., Soukup K. (Inst. Chem. Proc. Fundam., Praha, CZ) [339]
Tuesday afternoon
Digitalisation and modelling
13:00
Dynamic simulation and optimization of a PEM water electrolysis plant for green hydrogen production.
*Miscenco D., Petrov K., Rato R. (HyLab, Sines Tecnopolo, PT) [362]
13:20
Energy-efficient scheduling of nitrogen liquefaction units.
*Samad A., Willis M. J., O'Malley C., (1)Adamson R. (Newcastle Univ., UK; (1)BOC Gases Ltd., Rotherham, UK) [519]
13:40
In-situ CO2 enrichment and green hydrogen integration for FCC processes.
He Y. N., Zhao Y. P., Shi X. G., *Lan X. Y. (China Univ. Petrol., Beijing, CN) [566]
14:00
Comparative simulation of fuel production pathways from biomass-derived syngas using Aspen Plus.
*E-Moghaddam M., Dahmen N. (Karlsruhe Inst. Technol., DE) [575]
14:20
3D modeling of flow and mass transfer in deformed feed spacer-filled channel of membrane separation processes.
Cespedes S., Blankert B., *Picioreanu C. (King Abdullah Univ. Sci. Technol., Thuwal, SA) [5]
15:40
Strategic production planning under fluctuating electricity spot prices: A cost optimisation approach.
*Mayer Y., von Harbou E. (Tech. Univ. Kaiserslautern, DE) [87]
16:00
Reaction-separation platform for CO2 conversion using halides-ionic liquids as catalysts for cyclic carbonate production.
*Belinchón A., Navarro P., Lemus J., Pereira Á., Dorado S., Moreno Sáez de Rodrigáñez S., Du J., Palomar J. F. (Univ. Auton., Madrid, ES) [94]
16:20
Thermochemical production of sustainable aviation fuel via CO2 hydrogenation: Process design, challenges, and performance.
*Vaquerizo L., Rego-Fernández D. (Univ. Valladolid, ES) [116]
Energy
13:00
A comparative study on supercritical water gasification of diverse biomass for hydrogen-rich gas production.
Liu C., Liu D., Chen H., (1)Wang L., (1)Peng Z., (1)Yi L., *Chen B. (Xian Jiaotong Univ., CN; (1)Jiangxi Univ. Sci. Technol., Ganzhou, CN) [10]
13:20
Techno-economic assessment of a transoceanic energy supply chain via benzyltoluene as a liquid organic hydrogen carrier.
*Lin Z. Q., Ong C. W., Lee C. C., (1)Wang W. J., Chen C.-L. (Nat. Taiwan Univ., Taipei, TW; (1)Nat. Cent. Univ., Taoyuan, TW) [293]
13:40
Durability study and lifetime prediction of solid oxide fuel cell stack.
*(1)Song R.-H., (2)Khan M. Z., (1)Joh D. W., (1)Lim T.-H., (1)Hong J. E., Park S.-J. (Korea Inst. Energy Res., Daejeon, KR; (1)Korea Univ. Sci. Technol., Daejeon, KR; (2)Inst. Appl. Sci. Technol., Haripur, PK) [29]
14:00
Kinetic modelling and parameter estimation of thin-layer iron oxide reduction with hydrogen in a fixed-bed reactor.
*Salucci E., D'Angelo A., (1)Russo V., Grénman H., Saxen H. (Åbo Akad. Univ., Turku, FI; (1)Univ. Napoli Federico II, IT) [47]
14:20
Kinetics analysis of pure and industrial hematite powder reduction using hydrogen and carbon monoxide mixture.
*D'Angelo A., Salucci E., Di Serio M., Russo V., (1)Grénman H., (1)Saxen H. (Åbo Akad. Univ., Turku, FI; (1)Univ. Napoli Federico II, IT) [84]
15:40
CO₂ methanation over Ni catalysts supported on olive stone hydrochars: Synergistic vs. antagonistic effects of ZnCl₂ and FeCl₂.
*Villardón Pérez A., Gallego-Mena L., Dorado Fernandez F., Sánchez-Silva M. L. (Univ. Castilla-La Mancha, Ciudad Real, ES) [102]
16:00
Pathways to low-carbon hydrogen economy: A life cycle assessment of centralized and distributed systems.
*Dawidowicz R., Spatari S., Patrascu M. (Technion - Israel Inst. Technol., Haifa, IL) [127]
16:20
Exploring the optimization and versatility of hydrogen plants trough the co-production of key-chemicals.
*Marques da Cunha M., (1)Bahzad H., Mascia M., Šnajdr P. (Univ. Cagliari, IT; (1)Publ. Auth. Appl. Edu. Training, Shuwaikh, KW) [130]
16:40
Electrocatalysts for electrochemical energy conversion reactions.
*Hwang B. J. (Nat. Taiwan Univ. Sci. Technol., Taipei, TW) [218]
Green issues and sustainability
13:00
Carbon dioxide absorption in honeycomb packings: Performance evaluation and scale-up from a single channel to multi-channel systems.
*Haase S., (1)Wong M., (2)Stähr S., Storch S. (Hochschule Tech. Wirtschaft, Dresden, DE; (1)Univ. Brit. Columbia, Vancouver BC, CA; (2)Tech. Univ., Dresden, DE) [294]
13:20
Direct mineral carbonation of phosphogypsum for CO2 sequestration applications and sustainable waste valorization.
Pablo M. A., Obciana B., Cabrera A. M., (1)Garces J. I., Gervacio P. G., (1)Pocaan J. P., Beltran A. B., Pausta C. M., Tapia J. F., *Orbecido A. H. (De La Salle Univ., Manila, PH; (1)Sci. Educ. Inst., Taguig, PH) [308]
13:40
The development of a carbon filter embedded in the air handling unit of the HVAC systems for direct air capture of CO2.
*Amhamed A. I., Sodiq A., Abdullatif Y., Abubaker R., Al-Ansari T. (Hamad Bin Khalifa Univ., Doha, QA) [407]
14:00
Designing efficient and green solvents for biopolymers: Insights from molecular simulations, COSMO-based modeling, and machine learning.
*Klajmon M., Jeřábek V., Heyda J., Abbas Z. (Univ. Chem. Technol. Prague, CZ) [358]
14:20
Closing the loop on plastic and textile waste through solvent-based additive removal.
*Řiháková L., Klimošek J., Jindrová K., Dendisová D., Kosek J. (Univ. Chem. Technol. Prague, CZ) [648]
14:40
Keynote lecture: Viability of a closed-loop multi-product insect biorefineries for agrifood waste resourcization and net-zero circularity.
*Cheng Y.-S., (1)Hsu C.-H., (1)Liu S.-H., (1)Lin C.-W., (1)Chou T.-H. (Natl. Tsing Hua Univ., Hsinchu, TW; (1)Nat. Yunlin Univ. Sci. Technol., Yunlin, TW) [268]
15:20
Coupling CO₂ sequestration with phosphogypsum valorisation through a scalable alkaline–carbonation process.
Romero-Garcia A., (1)Pavón-Duarte A., *Esquivias L., Morales-Flórez V. (Univ. Sevilla, ES; (1)CapturaCO2, Sevilla, ES) [128]
15:40
Fully reprocessable composite non-isocyanate polyurethane (NIPU) foams from sustainable blends of cyclic carbonates.
Orabona F., Recupido F., Lama G. C., Taddeo F., (1)Salmi T., Verdolotti L., Russo V., *Di Serio M. (Univ. Napoli Federico II, IT; (1)Åbo Akad. Univ., Turku, FI) [152]
16:00
Sustainable plasma production of hydrogen cyanide and acetylene as building blocks for acrylonitrile.
*Buckley P., den Harder N., van Rooij G. (Maastricht Univ., NL) [180]
13:00
Occurrence of batteries in slag from waste-to-energy plants treating mixed municipal waste.
*Pálešová L., Kropáč J., Pavlas M., (1)Šyc M., Jia X., (2)Suzová J. (Brno Univ. Technol., CZ; (1)Inst. Chem. Proc. Fundam., Praha, CZ; (2)SAKO Brno a.s., CZ) [254]
13:20
Hydrogen production from recycled aluminum and concrete rubble: A parametric study.
*Bourouina A., (1)Guenoune A., (1)Lebaz N., (1)Gagniere E., (1)Agusti G., Edouard D. (CPE Lyon, Villeurbanne, FR; (1)Univ. C. Bernard, Villeurbanne, FR) [117]
13:40
Removal of organic halides from waste plastic (DKR-350) pyrolysis oil through reactive amination and extraction.
*Kumar N., Franco Garcia M. L., Kersten S. R. A., Schuur B. (Twente Univ., Enschede, NL) [142]
14:00
Valorisation of phosphogypsum and aluminium industry residues into high-value CO₂-capturing materials and sodium sulphate for circular economy.
*(1)Pavón-Duarte A., Romero-Garcia A., Esquivias L., Morales-Flórez V. (Univ. Sevilla, ES; (1)CapturaCO2, Sevilla, ES) [150]
14:20
Pretreatment and fermentation of digestate.
*Mathias D. A., Velasquez-Orta S. (Newcastle Univ., UK) [191]
14:40
When two wastes meet: Sustainable hydrogen and nanocarbon production from polyolefin waste using flyash-based catalyst.
*Rafey A., Pant K. K. (Indian Inst. Technol., Delhi, IN) [215]
15:00
Composite plastic recycling using solvolysis.
Huang Y.-Z., *(1)Lin J.-N., Fan C., (1)Ho C.-Y., (1)Chiu J.-Y. (Nat. Taiwan Univ., Taipei, TW; (1)ShengShi Ecotechnol., Taipei, TW) [224]
15:20
Sustainable waste water treatment including phosphate and ammonia recovery by microfiltration, reverse osmosis and electrodialysis.
*Schneider H., Mundinger F. (Furtwangen Univ., Villingen-Schweningen, DE) [259]
15:40
Non-closed-loop lithium recovery from spent Li-ion batteries: Synthesis of Li4SiO4 sorbents for high-temperature CO2 capture.
Stefanelli E., *Francalanci F., Barontini F., Puccini M. (Univ. Pisa, IT) [263]
Fluid and granular flows
13:00
Experimental investigation of flow regime transitions in a rectangular bubble column using bed expansion and MRI-based gas holdup measurements.
*Aissaoui D. E., Ferrario A., Varallo N., (2)Rennebaum H. S., (2)Penn A., (1)Besagni G. (Politecnico, Milano, IT; (1)Helmholtz-Zentrum Dresden-Rossendorf, DE; (2)Hamburg Univ. Technol., DE) [333]
13:20
Hydrodynamic, spectral analysis and mass transfer studies in a bubble column: Effect of coalescing with high viscosity.
*Essadki A. H., Fadili A. (Univ. Hassan II, Casablanca, MA) [367]
13:40
Oxygen nucleation on functionalized surfaces for improved gas-liquid separation in the water cycle of PEM electrolyzers.
Heinrich J., *Schwarzenberger K., Yang X., Marquardt T., Heitkam S., Eckert K. (Helmholtz-Zentrum Dresden-Rossendorf, DE) [374]
14:00
Electrolubrication in liquid mixtures: Flux amplification and effective slip via field-induced layering.
Kroll R., *Tsori Y. (Ben-Gurion Univ. Negev, Beer-Sheva, IL) [434]
Reactor engineering
13:00
Keynote lecture: The importance of local variations of axial dispersion coefficients.
Mastroianni L., Di Serio M., (1)Murzin D., (1)Salmi T., *Russo V. (Univ. Napoli Federico II, IT; (1)Åbo Akad. Univ., Turku, FI) [126]
13:40
Influence of reaction parameters in the coke formation during WEEE-derived pyrolysis oil hydrocracking.
Crespo I., Cimiano A., (1)Cordero-Lazac T., Palos R., *Gutiérrez A. (Univ. Pais Vasco, Bilbao, ES; (1)IKERBASQUE, Bilbao, ES) [110]
14:00
Sorption enhanced CO2 methanation employing a bifunctional catalyst.
*Marchi E., Capasso S., (1)Gangotena P., (1)Frilund C., (1)Simell P., Eränen K., Salmi T., Grénman H. (Åbo Akad. Univ., Turku, FI; (1)VTT, Espoo, FI) [160]
14:20
Hydrogen spillover for highly efficient hydrogenation of anthraquinone over Pd/TiO2 for H2O2 synthesis.
*Assaad G., Capron M., Ordomsky V. (Univ. Lille, FR) [174]
15:40
Keynote lecture: Metal modified zeolite catalysts for N2O decomposition: Catalyst synthesis, physico-chemical characterizations and reaction mechanism.
Rehman R., Aho A., Gallego-Villada L., Sandri F., (1)Böling, (1)Angervo I., Eränen K., *Kumar N., Murzin D. (Åbo Akad. Univ., Turku, FI; (1)Univ. Turku, FI) [349]
16:20
Water as a moderator of HZSM-5 catalyst deactivation in low-pressure ethylene oligomerization.
Tabernilla Z., Ateka A., Villamarin-Barriga E., Aguayo A. T., *Epelde E. (Univ. Pais Vasco, Bilbao, ES) [184]
16:40
Catalytic cracking of light-naphtha over zeolite-based composite for energy-efficient on-purpose propylene production.
*Hodoshima S. (Chiyoda Corp., Yokohama, JP) [201]
Engineering for society
13:00
Keynote lecture: A systems framework for safe-and-sustainable-by-design pharmaceuticals: Linking AI-driven retrosynthesis, quality-by-digital-design, and LCA.
*Benyahia B., Gao S. (Loughborough Univ., UK) [336]
13:40
Concentration fluctuations of airborne pollutants released over industrial sites.
*Schiavini C., (1)Marro M., (1)Salizzoni P., (1)Soulhac L., Ravina M., Panepinto D., Zanetti M. (Politecnico, Torino, IT; (1)Univ. C. Bernard, Lyon, FR) [60]
14:00
Environmentally friendly chromium and hydrogen fluoride free quaternary conversion coating for magnesium alloys.
Bolaños-Picado D., *Álvarez-Rodríguez M. F., Urcuyo R., González-Flores D. (Univ. Costa Rica, CR) [106]
14:20
Deposition of environmental aerosol particles in the nasal cavity: The contribution of chemical engineering to allergology.
*Sosnowski T. R., (1)Rapiejko A., Sosnowski K., (1)Jurkiewicz D. (Warsaw Univ. Technol., Warszawa, PL; (1)Milit. Inst. Medicine, Warszawa, PL) [297]
15:40
Process design and development of emulsions for hair dyes from Peruvian plants.
*Vásquez Lecaros S. G., Araujo Pantoja P., (1)Vanluchene A. (Eng. Technol. Univ., Lima, PE; (1)Univ. Chem. Technol. Prague, CZ) [624]
16:00
Development of biodegradable films and patches based on natural polymers.
*Begimova G. U., (1)Chinibekova N. K., Kuldanova A. (Kaz. Nat. Med. Univ., Almaty, KZ; (1)Tashkent Pharm. Inst., UZ) [37]
16:20
Process optimization of chicken feather keratin extraction using a green deep eutectic solvent.
Bustamante B. A., Nidoy A. L., *Dugos N., Bungay V., Ong R. (De La Salle Univ., Manila, PH) [82]
16:40
Conception of a biocoating for indoor air depollution with a focus on BTEX compounds and formaldehyde.
*Stiévenart T., Olivier M., (1)Lachery E., (1)Lahem D., Hantson A.-L. (Univ. Mons, BE; (1)Materia Nova, Mons, BE) [172]
Wednesday morning
Digitalisation and modelling
10:20
Connecting genome scale models and data from early-stage research to create techno economic assessments.
*Cohen S., Petrov M., Sukumara S. (Tech. Univ. Denmark, Lyngby, DK) [135]
10:40
Modeling cooling failure dynamics in evaporation-cooled catalytic microreactors.
*Schulz A., Kutscherauer M., Wehinger G. (Karlsruhe Inst. Technol., DE) [154]
11:00
Nonlinear model predictive control for multi stage cultivations.
Fittkau C., Wilss F., (1)Baganz F., *Hass V. C. (Furtwangen Univ., Villingen-Schweningen, DE; (1)Univ. Coll. London, UK) [155]
11:20
An IoT-enabled remote control architecture for a hybrid-model-based digital twin of S. cerevisiae production between Colombia and Germany.
*Yaker-Moreno H. A., (1)Muñoz-Bravo A., (1)Valencia-Velásquez J., (2)Moser A., Schoop J., (1)Ceballos-Bermúdez A., (1)Tamura-Morimitsu G., (1)Caicedo-Ortega N. H., (3)Hass V. C., Schoop-Zipfel J. (Ingenieurbüro Schoop, Hamburg, DE; (1)Icesi Univ., Cali, CO; (2)Furtwangen Univ., Villingen-Schweningen, DE; (3)s&h Ingenieurgesellschaft mbH, Hamburg, DE) [169]
Energy
10:20
Keynote lecture: Simultaneous generation of high and low temperatures using a thermal transistor based on absorption heat pumps.
*Nawa H., Marumou K., (1)Hachiya Y., (1)Nomura T., (1)Kawamura K., (2)Suami A., (2)Kobayashi N., (3)Itaya Y. (Morimatsu Industry, Gifu, JP; (1)Asahi Quality Inovation, Ibaraki, JP; (2)Gifu Univ., JP; (3)Aichi Inst. Technol., JP) [113]
11:00
Evaluating the performance of mini- and micro-channels for compact heat exchangers with single-phase flows.
*Kapustenko P., Stehlík P., (1)Arsenyeva O., (2)Tovazhnyanskyy L. (Brno Univ. Technol., CZ; (1)Univ. Paderborn, DE; (2)Kharkiv Polytech. Inst., UA) [57]
11:20
Comparison of analytical models for thermohydraulic characterization of TPMS structures in fluid flow.
*Daxner J., Jegla Z., Babička Fialová D., Vaverka O., Haltmar J. (Brno Univ. Technol., CZ) [171]
Green issues and sustainability
10:20
Keynote lecture: A UV-LED reactor journey: From computational design to global commercialization.
Montazeri M., Keshavarzfathy M., *Taghipour F. (Univ. Brit. Columbia, Vancouver BC, CA) [198]
11:00
Pilot and industrial scale design of a flotation unit for the recovery of metals and heavy metals by ionic flotation: Hydrodynamic, kinetic, mechanism and selectivity study.
*Essadki A. H., Tigri O. (Univ. Hassan II, Casablanca, MA) [3]
11:20
Design of a modular UV-LED photocatalytic reactor with IoT-based process monitoring for pharmaceutical removal from wastewater.
*Kubiak A. (A. Mickiewicz Univ., Poznan, PL) [304]
Energy
10:20
Conjugated/non-conjugated binary molecular interfacial mediation for highly efficient perovskite solar cells.
*Pauporté T., Li Z., (1)Chen C. (Chimie Paris Tech., FR; (1)Hebei Univ. Technol., Tianjin, CN) [320]
10:40
Electrolytes with multi-redox couples for dye-sensitized solar cells.
*Lee Y.-L. (Nat. Cheng Kung Univ., Tainan, TW) [219]
Education
11:20
Teaching chemical engineering projects together with the chemical industry through real-world problem-based learning.
*Fernandez-Garcia J., (1)Garcia Vega J., (1)Miró Aragones M., (2)Conejos E., (3)Jimenéz M., (4)El Marrase S. (Univ. Ramon Llull, Barcelona, ES; (1)Repsol, La Pobla de Mafumet, ES; (2)COVESTRO, Barcelona, ES; (3)BASF Española, La Canonja, ES; (4)Dow Chemical, La Pobla de Mafumet, ES) [196]
Fluid and granular flows
10:20
Design and numerical analysis of a three-dimensional hexagonal micromixer.
*Mahmud M. R., Alam F., Begum A. (Independent Univ. Bangladesh, Dhaka, BD) [104]
10:40
Scale-up correlation of dense liquid-liquid dispersions using multistage impellers in stirred tanks.
*Sumi Y., Shimizu K., (1)Nishi K. (Kaneka Corporation, Tokyo, JP; (1)Chiba Inst. Technol., JP) [144]
11:00
Vacuum expansion method enabling agglomerate‑free primary‑particle powder dispersion into liquids.
*Jacob H.-J. (ystral gmbh, Ballrechten-Dottingen, DE) [261]
11:20
Laminar-flow mixing in an inline fractal static mixer.
*Shaikh A. (Higher Coll. Technol., Abu Dhabi, AE) [272]
Reactor engineering
10:20
Use of 3D-printed CSTRs in the ketalization of ethyl levulinate with glycerol.
Taddeo F., (1)Mastroianni L., Tesser R., (2)Gkogkos G., (2)Gavriilidis A., *Russo V., Di Serio M. (Univ. Napoli Federico II, IT; (1)Åbo Akad. Univ., Turku, FI; (2)Univ. Coll. London, UK) [230]
10:40
Ion-exchange resins as green catalysts for different acylated cellulose derivatives as potential biomass derived biodegradable smart packaging.
López I., Bringué R., Ramírez E., Fité C., *Soto R. (Univ. Barcelona, ES) [250]
11:00
Novel, scalable, high-conversion reactors for Fischer-Tropsch synthesis from waste-derived synthesis gas.
*Spatenka S., Urban Z. (Siemens Ind. Software, Praha, CZ) [424]
11:20
Avoiding runaway scenarios during startup of fixed-bed Fischer–Tropsch reactors through operating strategy and reactor internals.
*García Blanco A., (1)Quintana K., Biset-Peiró M., (1)Guilera J. (Catalonia Inst. Res. Energy., San Adria del Besos, ES; (1)Univ. Barcelona, ES) [269]
Separation processes
10:20
Silane agent coated superhydrophobic CS/PVA/RHA composite foam for oil removal.
*Demirci Ulke A. S., Aydin Y. A. (Marmara Univ., Istanbul, TR) [95]
10:40
Functionalization of alumina nanoporous membranes with polyelectrolytes: from interface engineering to advanced nanochannel applications.
*Chu C.-W. (Nat. Taiwan Univ. Sci. Technol., Taipei, TW) [233]
11:00
Magnetically aligned mixed-matrix membranes based on 2D nanomaterials for O₂/N₂, CO₂/CH₄ and CO₂/N₂ separation.
Ashtiani S., (1)Izák P., *Friess K. (Univ. Chem. Technol. Prague, CZ; (1)Inst. Chem. Proc. Fundam., Praha, CZ) [289]
11:20
Jumping droplet condensation on superhydrophobic hierarchical tube and rod micro-nanostructures.
*(1)Almaquer F. E., Song J., Tsang C. Y., Yeung K. L. (Hong Kong Univ. Sci. Technol., Kowloon, HK; (1)Univ. Philippines Visayas, Miagao, PH) [305]
11:40
Hydrogen peroxide-independent peroxidase mimetic activity of defect-rich TiO₂ nanozymes for application in robust colorimetric diagnostics.
*Kutorglo E. M., (1)Ashie W. B., (1)Adi C. A., (1)Kwapong S. S., Michalcová A., (1)Arthur P. K., (1)Amoah L. E., (2)Sarfo J. K., (1)Kusi K. A. (Univ. Chem. Technol. Prague, CZ; (1)Univ. Ghana, Accra, GH; (2)Unic. Cape Coast, GH) [318]
Wednesday afternoon
Digitalisation and modelling
13:00
Process-level assessment of sustainable aviation fuel production via RWGS packed-bed membrane reactor integration.
*Li Z., Patrascu M. (Technion - Israel Inst. Technol., Haifa, IL) [255]
13:20
Development of contact resistance model suitable for heat transport modelling in porous material.
*Krupica A., Dostal M., Jirout T. (Czech Tech. Univ., Praha, CZ) [278]
13:40
Enabling process transfer, scale-up, and impurity prediction in hot melt extrusion of amorphous solid dispersions via in-silico tools.
*Nanto F., (1)Edgington J., Ries F., Faust A., (1)Sacia E., Fuderer H. (AbbVie Deutschland, Ludwigshafen am Rhein, DE; (1)AbbVie, North Chicago IL, US) [286]
14:00
CFD-driven thermo-hydraulic characterization of long-distance pipelines with a diameter of 200 mm or more for ammonia transportation.
*Kim G., Kim S., Kwon H. (Soonchunhyang Univ., KR) [338]
14:20
Data Lake architecture and modular hybrid modeling for rapid bioprocess digital twin development.
Moser A., (2)Yaker-Moreno H. A., (1)Appl C., (2)Schoop-Zipfel J., *Hass V. C. (Furtwangen Univ., Villingen-Schweningen, DE; (1)s&h Ingenieurgesellschaft mbH, Hamburg, DE; (2)Ingenieurbüro Schoop, Hamburg, DE) [186]
15:40
Catalyst design for sustainable polyethylene upcycling: tuning E-CO copolymerization mechanisms via DFT calculations.
Tomasini M., Falivene L., Voccia M., Mecking S., *Caporaso L. (Univ. Salerno, Fisciano, IT) [310]
16:00
Topology optimization of thermally conductive composites: A covariant tensor formulation for Kapitza interfacial resistance.
*Tsori Y. (Ben-Gurion Univ. Negev, Beer-Sheva, IL) [436]
16:20
Computer-aided molecular design of deep eutectic solvents: Melting point depression computation and phase stability analysis.
Manor Muhanin K. N., (1)Chemmangattuvalappil N. G., Lim C. H., *Ooi J. (Heriot-Watt Univ. Malaysia, Putrajaya, MY; (1)Jalan Univ., Petaling Jaya, MY) [134]
Energy
13:00
Transport-efficient process intensification of magnesium extraction from serpentine tailings via ultrasound–fluoride coupling.
*Norouzpour M., Santos R. M., Chiang E. Y. W. (Univ. Guelph, CA) [211]
13:20
Surfaces fabricated by deformational cutting for enhanced pool boiling and fouling resistance.
Ullah M. Z., Ma Y.-L., (1)Zubkov N. N., Ahmad A. A., *(2)Liu M. (Tianjin Univ., CN; (1)Bauman State Tech. Univ., Moskva, RU; (2)State Key Lab. Chem. Eng. Low Carbon. Technol., Tianjin, CN) [228]
13:40
Catalyst engineering for coupled hydrogen evolution and biomass valorization.
*Su W.-N., Alemayehu D. D., Moges E. A., Hwang B. J. (Nat. Taiwan Univ. Sci. Technol., Taipei, TW) [238]
14:00
Eco-friendly fiberboard panels from fermented organic manure.
*Arora R., Toor A. P., Wanchoo R. K. (Shaheed Bhagat Singh State Univ., Ferozepur, IN) [311]
15:40
Compression-guided formation of interlocked membrane-electrode interfaces for high-current anion exchange membrane water electrolysis.
*Ahn S. H. (Chosun Univ., Gwangju, KR) [315]
16:00
Transport–permeation coupling in plate-type membrane reactors for hydrogen production via methanol steam reforming.
*Yadav D., Dawidowicz R., (1)Kumar M., Patrascu M. (Technion - Israel Inst. Technol., Haifa, IL; (1)Guadong Technion, Shantou, CN) [322]
16:20
Integrated carbon-free ammonia plant powered by small modular reactors.
*Wang H., Basnet M., Katjipaha F. (Utah State Univ., Logan UT, US) [325]
Green issues and sustainability
13:00
Salicylic acid removal from its synthetic solution by electrocoagulation in batch mode of operation.
Jaiswar V. K., *Saroha A. K. (Indian Inst. Technol., Delhi, IN) [143]
13:20
Effect of light sources on the photocatalytic mineralization efficiency of pharmaceutical micropollutants.
*Caklová M., Tsypko Y., Spáčilová M., Dlasková M., Šolcová O. (Inst. Chem. Proc. Fundam., Praha, CZ) [187]
13:40
Adsorptive removal of methylene blue from aqueous solutions with zeolitic imidazolate frameworks synthesized under different conditions.
*Karaali G. G., Kıran B. (Marmara Univ., Istanbul, TR) [199]
14:00
Surface charge as a key determinant of micropollutant sorption from wastewater.
*Dlasková M., Dytrych P., Spáčilová M., Caklová M., Fajgar R., Šolcová O. (Inst. Chem. Proc. Fundam., Praha, CZ) [267]
14:20
Treatment of PFAS in industrial effluents using membrane processes coupled to electro-oxidation of membrane concentrate.
*Deruy G., Monnot M., (1)Henry M., (1)Chevreul F., Moulin P. (Aix-Marseille Univ., FR; (1)Séché Environnement, Saint Vulbas, FR) [273]
14:40
Removal of antibiotic in wastewater using homogeneous photo-electro-Fenton process.
Agonoy L., Domingo L. J., Gerona B. J. S., Valdez J. A. C., Sadol K. A., Orbecido A. H., Ortenero J. R., (1)Bautista-Patacsil L., (2)Cornista J. C., *Beltran A. B. (De La Salle Univ., Manila, PH; (1)Univ. Philippines Los Baños, PH; (2)Univ. Philippines, Quezon City, PH) [275]
15:00
Competitive adsorption of pharmaceutical compounds onto activated carbon: Kinetic and thermodynamic investigation.
*Paparo R., (1)Tesser R., (1)Di Serio M., (1)Russo V. (Palacky Univ., Olomouc, CZ; (1)Univ. Napoli Federico II, IT) [300]
15:20
Cooperative binary adsorption of cadmium (II) and tetracycline on a cesium-modified carbon xerogel–montmorillonite composite.
Vazquez-Mendoza C., *Leyva-Ramos R., (1)Carrasco-Marín F., (1)Bailón-García E. (Univ. Aut., San Luis Potosí, MX; (1)Univ. Granada, ES) [332]
15:40
Tuning catalytic activity of Fe-Nb mixed oxides by phosphate doping for efficient removal of tetracycline via photo-assisted Fenton-like process.
*Rozmyślak M., (1)Walkowiak A., (2)Sobańska K., Pietrowski M., (2)Gryboś J., (2)Pietrzyk P., Frankowski M., Wolski L. (A. Mickiewicz Univ., Poznan, PL; (1)Univ. Caen, FR; (2)Jagiellonian Univ., Kraków, PL) [385]
16:00
Adsorption of Cu(II) and Fe(III) on urea-loaded sodium alginate/biochar hydrogels: Dual-function material for heavy metal removal and nutrient release.
*Umar M., Udayakumar S., (1)Ali A., (2)Fini E. H., Akbarzadeh V. (Univ. Doha Sci. Technol., QA; (1)Wroclaw Univ. Sci. Technol., PL; (2)Arizona State Univ., Tempe AZ, US) [481]
13:00
Nitrogen oxides (NOx) capture: A novel pathway for the sustainable production of nitrogen-based compounds.
Castro-Ferro M., *Vaquerizo L. (Univ. Valladolid, ES) [190]
13:20
Aqueous-phase selective C–O hydrogenolysis of erythritol using supported ReOx-TiO2 catalysts.
*Al Bayeh T., Pinel C., Rataboul F., Perret N. (Univ. C. Bernard, Villeurbanne, FR) [200]
13:40
Experimental investigation of membrane distillation for the application in membrane crystallization.
*Červeňanský I., Ahmed A. T., Markoš J. (Slovak Univ. Technol., Bratislava, SK) [651]
14:00
Polymeric DNA and RNA editing for sustainable production of chemicals.
*Hu Y.-C. (Natl. Tsing Hua Univ., Hsinchu, TW) [288]
Reactor engineering
14:40
Staged anaerobic digestion in a modular baffled reactor platform with zoned heating: Design, control architecture and characterisation.
*Boochoon U., King N., Hass V. C., Schneider H. (Furtwangen Univ., Villingen-Schweningen, DE) [131]
15:00
Simultaneous development of a new Pichia pastoris bioprocess and its corresponding digital twin.
Appl C., (1)Vogt F., (1)Stadelmann T., *(2)Hass V. C. (s&h Ingenieurgesellschaft mbH, Hamburg, DE; (1)Picea Biosolutions, Offenburg, DE; (2)Furtwangen Univ., Villingen-Schweningen, DE) [145]
15:20
Light attenuation effect on biosynthesis of phycocyanin in the microalga Galdieria sulphuraria; engineering implications for bioprocess design.
*(1)Jedlička M., Branyiková I., Muzika F. (Inst. Chem. Proc. Fundam., Praha, CZ; (1)Univ. Chem. Technol. Prague, CZ) [175]
15:40
Development and theoretical evaluation of aromatic azo derivatives with potential biological activity.
*(1)Begimova G. U., Saparbayev S., Yuldasheva M., Kholikov T. (Kaz. Nat. Med. Univ., Almaty, KZ; (1)Tashkent Nat. Univ. Uzbekistan, UZ) [359]
16:00
Solid-state cultivation for lipase production from babassu agro-industrial residues: Carbon footprint assessment and process analysis.
Jurado Erazo D. K., Orrego Alzate C. E., *(1)Grajales L. M. (Univ. Nac. Colombia, Manizales, CO; (1)Fed. Univ. Tocantins, BR) [380]
Fluid and granular flows
13:00
Influence of hydrodynamics on kinetic model for industrial homogeneous catalytic oxidation of hydrazine.
Moyano F., *Jourdan N., Richard S., Bouteleux C., (1)Lamoureux L., (1)Louis-Louisy M. (EDF, Chatou, FR; (1)EDF, Avoine, FR) [389]
13:20
Time-dependent structural rejuvenation behavior of 1-D palygorskite and sepiolite gels: Surface chemistry.
*Leong Y. K. (Univ. W. Australia, Crawley WA, AU) [384]
13:40
Inverse modelling of adhesion forces to improve resuspension predictions in particle laden flows.
*Berkovich R. (Ben-Gurion Univ. Negev, Beer-Sheva, IL) [341]
14:00
Characterization of lignocellulosic biomass flow: Optimized protocols and advanced optical techniques for accurate and robust analysis.
*El Hajj C., Daouk E., Pauss A., Mottelet S., Saleh K., Liu X., Leturia M. (Univ. Technol., Compiegne, FR) [17]
15:40
Controllable production of ethyl cellulose microcapsules via microfluidics: Influence of surfactants on EC precipitation and encapsulation efficiency.
*Franco Lage G., Bao-Le Dars A., Du J., Guichardon P., (1)Montagnier B., (2)Hubaud J. (Aix-Marseille Univ., FR; (1)CAPSUDEV, Marseille, FR; (2)HelioScience, Marseille, FR) [85]
16:00
The inline detection of mixture homogeneity in a continuous micro-scale flow system via a Coriolis-based MEMS multisensory system.
*Bartsch L. U. J., Han P., Honing M., Kollau L. J. B. M. (Maastricht Univ., NL) [115]
16:20
Microfluidic systems with harmonized residence times for synthesis of chiral products.
*Přibyl M., Sauer L., Sklenář A., Mlejnek M., Vobecká L., Slouka Z. (Univ. Chem. Technol. Prague, CZ) [165]
Reactor engineering
13:00
Low-frequency ultrasound as an activation method for greener olefin epoxidation.
*Bova G., Cognet P., (1)Royal G., (1)Draye M., Barthe L. (Univ. Toulouse, FR; (1)Univ. Savoie Mont Blanc, Le Bourget du Lac, FR) [326]
13:20
A stainless-steel cryogenic cell designed for physisorption-based texture characterization of structured catalysts.
*Soukup K., Topka P., Balabánová J., Jirátová K. (Inst. Chem. Proc. Fundam., Praha, CZ) [356]
13:40
Enhancing H2-SCR activity via zeolite integration with Pd/CZ catalyst.
*Aljaman B., (1)Alghamdi N., (1)Kalamaras C., Sarathy S. M., Ruiz-Martinez J. (King Abdullah Univ. Sci. Technol., Thuwal, SA; (1)Saudi Aramco, Dhahran, SA) [363]
14:00
Mathematical modelling of biphasic systems in batch and continuous reactors: From generic examples to epoxidation processes.
(1)Cogliano T., *Salmi T. (Åbo Akad. Univ., Turku, FI; (1)Univ. Napoli Federico II, IT) [370]
14:20
Performance of advanced methane oxidation catalysts in next generation dual-fuel marine engines.
*Němec J., Maunula T., Kakoee A., (1)Hyvönen J., (1)Mikulski M. (Univ. Vaasa, FI; (1)Wärtsilä Marine Sol. Engine Res. Technol. Dev., Vaasa, FI) [376]
15:40
Investigation of operating methods for enhancing ultrasonic degradation.
*Kobayashi D., Moriyama M., Toda N., Watanabe H. (Tokyo Denki Univ., JP) [207]
16:00
Designing photoreactors with digital twins and machine learning.
*Schuurmans J. H. A., Noël T. (Univ. Amsterdam, NL) [28]
Separation processes
13:00
Multi-component photocatalytic thin films for electrochemical sensing of micropollutants.
*Caklová M., Spáčilová M., Dytrych P., Schimon D., Kanwal S. (Inst. Chem. Proc. Fundam., Praha, CZ) [321]
13:20
Nanodiamonds prepared by the detonation of PETN explosives.
*Skácel R., Mitev D., Krupka M., Říha L., Jančík M. (Explosia, Pardubice, CZ) [547]
13:40
Determinations and applications of phase diagrams in thermoelectric systems.
*Chen S.-W. (Natl. Tsing Hua Univ., Hsinchu, TW) [71]
14:00
A rigorous machine learning model for excess Gibbs free energy based on local composition theory.
*Wahyudi A., (1)Sueviriyapan N., Rirksomboon T., (1)Suriyapraphadilok U. (Chulalongkorn Univ., Bangkok, TH; (1)Cent. Petrol. Petrochem. Adv. Mater. Technol., Bangkok, TH) [70]
14:20
Investigating Vmin-diagrams for real systems to design and operate dividing wall columns.
*Arzner L., Grützner T. (Ulm Univ., DE) [111]
15:40
Dynamic behavior of Pluronic-based hydrogel formation driven by temperature ramping and ibuprofen addition.
*Chen L.-J., Lee C.-F., Wang M.-R. (Nat. Taiwan Univ., Taipei, TW) [217]
16:00
Extraction of lithium fixed-bed columns: Scaling-up an adsorption process to a miniplant using the Homogeneous Surface Diffusion Model.
*Silgado-Correa K. J., Kranz S., Zotzmann J., Regenspurg S., Kieling K., (1)Pollak S., (1)Petermann M. (Helmholtz Cent. Geosci., Potsdam, DE; (1)Ruhr Univ., Bochum, DE) [351]
16:20
Gas sorption in PEEK-ionene composite membranes for flue gas purification.
Stanovský P., (1)Škvára J., (2)Friess K., (3)Bara J. E., *(2)Izák P. (Inst. Chem. Proc. Fundam., Praha, CZ; (1)Purkinje Univ., Usti n/L, CZ; (2)Univ. Chem. Technol. Prague, CZ; (3)Univ. Alabama, Tuscaloosa AL, US) [52]
16:40
Challenges in MOF membranes for CO₂ separation.
*Kang D.-Y. (Nat. Taiwan Univ., Taipei, TW) [56]
Thursday morning
Energy
10:20
Thermodynamic design of deep eutectic solvent electrolytes based on plastic-crystal components.
Sviriniuc T., *Kollau L. J. B. M. (Maastricht Univ., NL) [182]
10:40
Aqueous flow batteries employing iron-ligand complex materials.
Park S., Lim Y., *Kwon Y. (Seoul Nat. Univ. Sci. Technol., KR) [270]
11:00
Hybridizing cold and hot storage to enhance thermodynamic cycle efficiency in arid regions.
Castelnau B., Liu B., La Casa Rodriguez M., Siros F., Thunin E., *Jourdan N. (EDF, Chatou, FR) [317]
Green issues and sustainability
16:20
Enhancing phenolic release and antioxidant capacity of Ilex guayusa leaves through instant controlled pressure drop.
*Ayala-Larrea D., Cardador-Martinez A., Pedraza-Chávez V., Reyes-García A., (1)Tellez-Perez C., Alonzo-Macías M. (Tecnol. Monterrey, MX; (1)Univ. La Rochelle, FR) [33]
16:40
Recent applications of non-linear model predictive control in food & beverage industry.
*Svoboda T., (1)Asokkumar A., (1)Niall M. (Siemens sro., Praha, CZ; (1)Siemens Ind. Software Ltd., London, UK) [353]
Separation processes
16:40
Downstream processing of CO2 electrolysis using bipolar membrane electrodialysis.
*Wang Z., Yan J., Wang B., Wang Y. (Univ. Sci. Technol. China, Hefei, CN) [136]
17:00
Impact of long-term gas and vapor exposure on transport properties of PIM-based membranes under single- and mixed-gas conditions.
Stanovský P., Izák P., *(1)Petrusová Z. (Inst. Chem. Proc. Fundam., Praha, CZ; (1)Purkinje Univ., Usti n/L, CZ) [246]
17:20
A flow-through electrochemical process for sustainable cobalt recovery.
*Kılıç B., Polat S. (Marmara Univ., Istanbul, TR) [282]
17:40
Nonstationary pH-switch adsorption kinetics of ionizable pharmaceuticals on biochar: Reconfiguration times, hysteresis, and control-relevant metrics (HARMONIA-Switch).
*Dytrych P., Dlasková M., Fajgar R., Spáčilová M., Šolcová O. (Inst. Chem. Proc. Fundam., Praha, CZ) [372]
18:00
Optimal preparation of zeolite membranes for the direct synthesis of dimethyl ether through the hydrogenation of CO₂.
*Villamarin-Barriga E., (1)Cordero-Lazac T., (2)Vicente H., Tabernilla Z., Saiz A., Portillo A., Epelde E., Ateka A., Ereña J. (Univ. Pais Vasco, Bilbao, ES; (1)Univ. Málaga, ES; (2)Karlsruhe Inst. Technol., DE) [373]
Green issues and sustainability
10:20
Enhancing the circularity of a two-step ammonia-based phosphogypsum carbonation route.
*Koivisto E., Vergara Uribe V. A., Zevenhoven M., Zevenhoven R. (Åbo Akad. Univ., Turku, FI) [340]
10:40
Two-step route for ammonia-based phosphogypsum carbonation with a focus on products quality.
*Vergara Uribe V. A., Koivisto E., Schmid D., Zevenhoven M., Zevenhoven R. (Åbo Akad. Univ., Turku, FI) [344]
Engineering for society
11:20
Innovative hybrid processing: Coupled instant controlled pressure drop and microwave processing for allergenic protein transformation in sesame seeds.
*Arteaga-Marin S., Alonzo-Macías M., Cardador-Martinez A., (1)Tellez-Perez C. (Tecnol. Monterrey, MX; (1)Univ. La Rochelle, FR) [205]
Reactor engineering
10:20
Valorization of waste biomass via thermochemical conversion and inline CO2 reforming over promoted Ni-based catalysts.
*Das S., Klemencova K., (1)Schiaroli N., (1)Lucarelli C., Lestinsky P., Inayat A. (Tech. Univ., Ostrava, CZ; (1)Univ. Insubria, Como, IT) [386]
10:40
Nuclear magnetic resonance (NMR) methods to study transport, adsorption and reaction in heterogeneous catalysts and chemical reactors.
*(1)D'Agostino C., Zhou X., Parlett C., Fan X. (Univ. Manchester, UK; (1)Univ. Bologna, IT) [504]
11:00
Kinetic modelling and evaluating reaction pathways of CO₂ Fischer–Tropsch Synthesis over K-Fe catalyst.
*Jambur S. R., (1)Vachaud J., Boon J., (1)Roussey A., Lücking L., (2)Van Sint Annaland M. (TNO, Petten, NL; (1)CEA, Grenoble, FR; (2)Eindhoven Univ. Technol., NL) [352]
Posters
Monday
Digitalisation and modelling
Noisy data in machine learning–based models for asphaltene stability prediction.
*Alhajeri M. S., Alajmi M. M., Alshamlan Y. E., Alshammari M., Elkamel A. (Kuwait Univ., Safat, KW) [460]
Reinforcement learning-enabled design space identification for continuous pharmaceutical manufacturing.
*Wei B. R. N., Yewale A., Benyahia B. (Loughborough Univ., UK) [378]
Development of machine learning-based surrogate models for predicting multicomponent adsorption isotherms.
*Bizon K., Gunia M., Borowski J. (Univ. Technol., Krakow, PL) [599]
Computer aided refrigerant design targeted to green and efficient refrigeration systems.
*Cao P. L., Song Z. (East China Univ. Sci. Technol., Shanghai, CN) [419]
Informatics‑assisted engineering of silicon nitride.
*Fukushima M., Nakashima Y., Furushima R., Zhou Y., Hirao K. (Nat. Inst. Adv. Ind. Sci. Technol., Nagoya, JP) [453]
AI-driven intelligent monitoring of smoke transparency in stationary pollution sources.
Chang C.-C., Chen C.-Y., *Chen H.-W. (Tunghai Univ., Taichung City, TW) [449]
PRIME: A scalable framework for transcriptional kinetic state identification from multimodal single-cell count data via probability generating functions.
*Li S., Jiang Q., (1)Cao E. Z. (East China Univ. Sci. Technol., Shanghai, CN; (1)Queen's Univ., Kingston ON, CA) [426]
CFD-assisted deep learning for flow field reconstruction in an MIP riser.
Luo M. J., *Lan X. Y., Shi X. G., Zhang M. X. (China Univ. Petrol., Beijing, CN) [573]
AI4Solvents1.0: an AI-powered platform for molecular property prediction and green solvent design.
*Qiu Y., Cao P., You X., Song Z. (East China Univ. Sci. Technol., Shanghai, CN) [420]
Machine learning-assisted prediction of gastrointestinal release kinetics from seaweed microparticles.
*Ammari N., (1)Costa C., Rae M., (1)Padrela L., Singh M., Ranade V., Walker G. (Univ. Limerick, IE; (1)Res. Ireland Cent. Pharmac., Limerick, IE) [535]
TeNNet-SAC: Zero-shot thermodynamic transferability for activity-coefficient prediction in polymer solutions.
*Yang Y., (1)Geitner C., Lin S.-T. (Nat. Taiwan Univ., Taipei, TW; (1)Fraunhofer Inst. Envir. Safety Energy Technol., Oberhausen, DE) [555]
PGF-Net: A machine-learning-assisted framework for efficient parameter inference in stochastic biochemical reaction networks.
*Zhou X. Y., Lu J. Y., (1)Cao Z. X. (East China Univ. Sci. Technol., Shanghai, CN; (1)Queen's Univ., Kingston ON, CA) [425]
Modeling lignin and other complex biopolymers within the COSMO framework: Strategies, challenges, and implications for biomass valorization.
*Klajmon M., Jeřábek V., (1)Schweiger M. (Univ. Chem. Technol. Prague, CZ; (1)Univ. Regensburg, DE) [371]
Microstructural dynamics of stretching nanofilm of hydrogels: Effects of film thickness on mechanical properties.
Liao C.-Y., (1)Lin C.-J., *(1)Sheng Y.-J., Tsao H.-K. (Nat. Cent. Univ., Taoyuan, TW; (1)Nat. Taiwan Univ., Taipei, TW) [466]
Unraveling the spontaneous advancement of precursor films from a liquid reservoir to an isolated wall.
Wang Y.-C., Chen Y.-M., *(1)Tsao H.-K., Sheng Y.-J. (Nat. Taiwan Univ., Taipei, TW; (1)Nat. Cent. Univ., Taoyuan, TW) [467]
Diffusion–reaction simulations of atomic layer deposition in high-aspect-ratio features: How changing the exposure of the reactant from excess to limiting affects the film thickness profile.
*Velasco J. A., Puurunen R. L. (Aalto Univ., FI) [597]
Continuous flow and DFT synergistically reveal the sulfonation mechanism between SO₃ and tanshinone IIA.
*Wan H., Xin Z. (East China Univ. Sci. Technol., Shanghai, CN) [404]
Dual role of coupling agents at rubber-silica interfaces: Adsorption-induced mobilization versus bonding-driven stabilization.
*Wang Q., Wang X., Xu X., (1)Zhao S. (East China Univ. Sci. Technol., Shanghai, CN; (1)Guangxi Univ., Nanning, CN) [410]
Heuristic modelling of lignin solubility in organic solvents across diverse biomass feedstocks.
*Abbas Z., Klajmon M. (Univ. Chem. Technol. Prague, CZ) [447]
Unlocking High Thermoelectric Efficiency in 1D Coordination Polymers via Linker-Controlled Band Design.
Khan (King Fahd University of Petroleum and Minerals) [655]
Demonstrating a novel high-temperature macro-TGA system for calcination and sintering: design, construction, and performance validation.
*(1)Aghaei Dinani R., (1)Weiß B., (1)Kiss M., Jordan C., Bösenhofer M., Harasek M. (Vienna Univ. Technol., Wien, AT; (1)K1-MET GmbH, Linz, AT) [538]
A graph-based decision support system for CO2 valorization.
*Aresté-Saló L., Graells M. (Univ. Politec. Catalunya, Barcelona, ES) [354]
Advanced computational methods for modeling and prediction of single and multistage refrigeration cycle performance.
*Etoumi A., (1)Alslouqida N. (Petrol. Res. Cent., Tripoli, LY; (1)Libyan Acad. Postgrad. Studies, Janzur, LY) [22]
Steady versus unsteady population balance modelling of a mixed suspension mixed product removal (MSMPR) precipitator.
Mailhot J., *Bourouina A., (1)Rouabah M., Lebaz N. (Univ. Lyon 1, Villeurbanne, FR; (1)Univ. Sherbrooke, CA) [569]
Rapid estimate of primary reformer outlet gas composition with NG feedstock, using low order Padé approximation.
*Deshpande V. V. (Reliance Ind. Ltd., Jamnagar, IN) [327]
Implementation of gas sensor arrays for monitoring the effectiveness of absorption treatment of fermentation gases.
*Dobrzyniewski D., Słupek E., Kucharska K., Szulczyński B., Gębicki J. (Univ. Technol., Gdansk, PL) [616]
Two-stage multi-objective stochastic optimization of a wind-solar powered steam and green methanol co-production system.
*Guo W. (East China Univ. Sci. Technol., Shanghai, CN) [634]
Transient state simulation of ammonia synthesis.
*Hunsicker J. T. J., (1)Kockmann N., (2)Schunk S. A., Röder T. (Tech. Univ. Appl. Sci., Mannheim, DE; (1)Tech. Univ., Dortmund, DE; (2)hte GmbH, Heidelberg, DE) [550]
Development of heat transfer calculation from pressure drop in finned tube bundles.
*Chudý D., (1)Jegla Z. (SES a.s., Tlmače, SK; (1)Brno Univ. Technol., CZ) [455]
Model identification of wood biomass gasification for controlling synthesized gas compositions.
Kok Y. H., Sakai Y., *Kansha Y. (Univ. Tokyo, JP) [486]
Modeling release kinetics from 3D-printed pharmaceutical systems.
*Matijašić G., Prebeg T., Kezerić K., Logar M. (Fac. Chem. Eng. Technol., Zagreb, HR) [641]
Pathways of nitrogen and ammonia in petroleum refineries.
Silva D. N., (1)Miranda N., (1)Carabineiro H. M. D., *Matos H. A. (Univ. Lisboa, PT; (1)Petrogal S.A., Sines, PT) [639]
Aspen Hysys based simulation of solid oxide fuel cell system.
*Nafees A., Abdul Rasid R. B. (Univ. Malaysia Pahang, MY) [213]
Digitalization and computational modeling of fuel combustion processes in energy systems.
Askarova ?., Bolegenova S., *Nugymanova A., (1)Safarik P., Maximov V., Ospanova S., Bolegenova K. (Al-Farabi Kaz. Nat. Univ., Almaty, KZ; (1)Czech Tech. Univ., Praha, CZ) [90]
Biogas generation from urban organic waste: Evaluation and modeling of the anaerobic digestion process.
*Pérez Román A., (1)Altúzar Villatoro F., (2)Cabrera Hilerio S. L., Manzano Zavala M., (3)Cabello Robles J. J., (4)García Martínez J. C. (Univ. Aut. Chapingo, MX; (1)Univ. Nac. Auton., Ciudad de México, MX; (2)Univ. Aut. Puebla, MX; (3)Univ. Aut. Metrop., Mexico, MX; (4)Inst. Polit. Nac., Mexico DF, MX) [418]
Implementation and data collection of inline viscometer in resins plant.
*Prates G. P., Esperança J. M. S., (1)Fareleira J. M. N., (2)Rocha J. F. P., (3)Paiva N. (Nova Sch. Sci. Technol., Caparica, PT; (1)Inst. Sup. Téc., Lisboa, PT; (2)EuroResinas, Sines, PT; (3)Sonae Arauco, PT) [644]
Machine learning and physics-informed modelling for fatigue prediction in rotating equipment: application to pumps and turbines in power plants.
*Kibwila V., Pereira M., Siqueira R., Santos B. (Pontif. Cathol. Univ. Rio de Janeiro, BR) [619]
Performance optimisation of magnetic induction swing adsorption for CO2 capture: Surrogate-based multi-objective analysis.
*Sharma S., Adams II T. A. (Norweg. Univ. Sci. Technol., Trondheim, NO) [468]
Advanced model-based reaction engineering framework supporting innovations for circular economy.
Han S. P., *(1)Spatenka S. (Siemens Ind. Software Ltd., London, UK; (1)Siemens Ind. Software, Praha, CZ) [428]
Investigation of the prediction performance of a soft-sensor model across varied operating conditions in a feedstock storage vessel.
Wang J., *Takahashi H., Sakai Y., Kansha Y. (Univ. Tokyo, JP) [585]
Towards an ETL-based data pipeline for real-time visualisation and harmonised data access in small-scale bioprocess development.
*Yaker-Moreno H. A., (1)Moser A., (2)Appl C., (2)Hass V. C., Schoop-Zipfel J. (Ingenieurbüro Schoop, Hamburg, DE; (1)Furtwangen Univ., Villingen-Schweningen, DE; (2)s&h Ingenieurgesellschaft mbH, Hamburg, DE) [183]
Energy
Deep chemical characterization of bio-oils using quantitative ¹³C, ³¹P and HSQC NMR techniques.
*Ardeshiri Lordejani H., Grénman H., Eklund P. C. (Åbo Akad. Univ., Turku, FI) [565]
Hydrogen from biogas: Is it worth it?
*Hirtreiter E., (1)Gradel A., (2)Hernandez Regalado R., Rehfeldt S., Klein H. (Tech. Univ., München, DE; (1)BtX energy GmbH, Bindlach, DE; (2)Arcanum Energy Systems GmbH, Holzwickede, DE) [446]
Co-pyrolysis of hazelnut shell biomass and lignite: Kinetic & thermodynamic analysis.
*Kılıç B., Dağlı H., Yalçın A., Polat S. (Marmara Univ., Istanbul, TR) [611]
An AI-enabled energy system design framework for mitigating climate-change impacts under extreme weather.
*Kim S. H., Ryu J.-H. (Dongguk Univ., Gyeongju, KR) [397]
A techno-economic assessment of biofuel production from agricultural, food, and solid wastes.
*Shunmugam S., Chetty M., Mohammadi A. H. (Cape Peninsula Univ. Technol., Bellville, ZA) [299]
The study of the catalytic behavior of the Ni-Mg-Al catalyst in CO2 reforming of methane.
*Manabayeva A. M., (1)Tungatarova S. A. (Sokolsky Inst. Fuel Catal. Electrochem., Almaty, KZ; (1)Al-Farabi Kaz. Nat. Univ., Almaty, KZ) [148]
Ionizing irradiation promotes basic pretreatment of lignocellulosic biomass.
*Yu G. (Tsinghua Univ., Beijing, CN) [586]
MXene-promoted Ni-based bimetallic catalysts on CeO₂–ZrO₂ for efficient hydrogen production via steam methane reforming.
*Ali S., Khan A. Z., Mansha M., Khan S. A. (King Fahd Univ. Petrol. &Miner., Dhahran, SA) [558]
Synthesis of ball milling assisted CdS@MoOx nanorod photocatalysts for hydrogen production using solar energy.
*Güven E. Ö., Kaba I., Karaca F., Koca A. (Marmara Univ., Istanbul, TR) [478]
Enhanced dry reforming over NixLa2-XCe2O7 catalysts: Insights into the promotional effect of Ca, Sr and Ba promoter.
*Khatun R., Al-Hooshani K. (King Fahd Univ. Petrol. &Miner., Dhahran, SA) [470]
Steam reforming of small-scale VOC emissions for low-carbon hydrogen production over coke-resistant Ni/Al2O3 catalysts.
*(1)Kim S., (2)Zulqarnain, Chun D. H., Yoo J., Kim S., Im H., Choi H., (1)Kim H., (1)Lee K. (Korea Inst. Energy Res., Daejeon, KR; (1)Chungnam Nat. Univ., Daejeon, KR; (2)Univ. Sci. Technol., Daejeon, KR) [500]
Development of multi-layered organic and nanocomposite architecture for hydrogen storage.
*Mansha M., Ali S., Khan S. A., (1)Alomari F. Y. (King Fahd Univ. Petrol. &Miner., Dhahran, SA; (1)King Saud Univ., Riyadh, SA) [578]
Influence of process conditions on heat transfer in a stirred tank reactor for hydrolysis reaction of MgH2.
*(1)Pade J., (2)Rohne M., Balcerzak M., Heubner F., (1)Weißgärber T. (Fraunhofer Inst. Manuf. Technol. Adv. Mater., Dresden, DE; (1)Tech. Univ., Dresden, DE; (2)State Univ. Saxony, Riesa, DE) [618]
Impact of PEM water electrolyzer model fidelity and renewable data temporal resolution on technoeconomic assessment of green hydrogen systems.
Kang B., Kim H., *Park J. (Korea Inst. Energy Res., Daejeon, KR) [73]
NiM LDH-derived catalysts for H2 production via ammonia decomposition.
*Rosset M., Tsuzuki M. L., Alves R. M. B. (Univ. Sao Paulo, BR) [559]
Design of purification catalyst coated porous separator for crossover suppression and a safety for alkaline water electrolysis system.
*Seo Y., (1)Bae S., Song Y., (1)Kim S. (TheEN Co., Daejeon, KR; (1)Chungnam Nat. Univ., Daejeon, KR) [577]
Synthesis of highly efficient composite catalysts for the production of pure hydrogen and valuable carbon materials in the methane decomposition reaction.
Kaumenova G. N., (1)Tungatarova S. A., Baizhumanova T. S., Zhumabek M., *(1)Manabayeva A. M. (Sokolsky Inst. Fuel Catal. Electrochem., Almaty, KZ; (1)Al-Farabi Kaz. Nat. Univ., Almaty, KZ) [147]
Development of sulfonated PEEK membranes for PEM water electrolysis.
*Turan R., (1)Aydin Y. A. (Istanbul Beykent Univ., TR; (1)Marmara Univ., Istanbul, TR) [241]
Impact of heat flux distribution on industrial ammonia cracking reformer performance: Trade-offs among conversion, tube integrity and expenditures.
*Tzanakopoulou V., Seuffert W., Krinninger C., Dochnahl M. (Clariant Produkte, München, DE) [582]
Nitrogen-doped graphene aerogels as tailored supports for efficient CO₂ methanation.
Fernández O., Dorado F., Romero A., *Villardón Pérez A., Sánchez-Silva M. L. (Univ. Castilla-La Mancha, Ciudad Real, ES) [112]
Pretreatment-free direct seawater electrolysis using chloride-blocking bipolar membranes.
*Li X. (Univ. Sci. Technol. China, Hefei, CN) [513]
Tunable surface termination in MXene composite anodes for high-performance lithium-ion batteries.
*Jung B. M. (Korea Inst. Mater. Sci., Changwon, KR) [149]
Graphene coating on silicon nanocone anodes for lithium-ion batteries.
*Gu C. (Inst. Physics, Beijing, CN) [387]
Sustainable fabrication of lithium-ion battery cathodes using eco-friendly binders.
*Chien W. C., Liao T. C., Su T. W. (Ming Chi Univ. Technol., Taipei, TW) [43]
Azide-crosslinked nitrile-rubber electrolytes for solid-state lithium-ion batteries.
*Lin B.-H., Lee W.-Y. (Nat. Taipei Univ. Technol., TW) [433]
Dynamic analysis of sensible and latent heat storage systems for greenhouse applications.
*Pysarevskyi I. O., Mukminov I. I. (Odessa Nat. Univ. Technol., UA) [316]
Impact of silica nanostructuring on the thermal and rheological behavior of paraffin‑in‑PEG Pickering emulsions.
Sanabria S., Delgado-Sánchez C., Partal P., *Navarro F. J. (Univ. Huelva, ES) [482]
Chemical activation and heteroatom modulation of biomass carbon using SeS₂ as an efficient host for lithium-ion energy storage.
*Simoes dos Reis G., Ur Rehman Lashari N. (Åbo Akad. Univ., Turku, FI) [576]
Wood outlasts graphite: Revolutionary birch biomass-based carbon anodes for long-life lithium-ion batteries.
*Simoes dos Reis G., Ur Rehman Lashari N. (Åbo Akad. Univ., Turku, FI) [593]
Exceptional thermal resilience in high-efficiency all-polymer solar cells.
*Yu Y. Y., Huang Z. R. (Ming Chi Univ. Technol., Taipei, TW) [44]
Complex surfaces for heat exchangers design: analysis of novel and traditional structured materials.
Vaverka O., Šnajdr P., *Daxner J., Babička Fialová D., Jegla Z. (Brno Univ. Technol., CZ) [638]
Comparison of experimental and numerical thermal-hydraulic characteristics of Schwarz-Primitive TPMS geometry.
*Daxner J., (1)Novosad P., Jegla Z., Babička Fialová D., Vaverka O. (Brno Univ. Technol., CZ; (1)TechSim Eng., Praha, CZ) [637]
Highly filled graphite-PPS composites for plate heat exchangers: Thermal, mechanical and surface property analysis.
*Ettmüller S., von Harbou E., Perrakis A., Grundler M. (Univ. Kaiserslautern, DE) [164]
Comparative thermodynamic analysis of conventional and emerging ammonia production pathways: Haber–Bosch, plasma-assisted, and photocatalytic routes.
*Chebbi A., Aissa B., Bicer Y. (Hamad Bin Khalifa Univ., Doha, QA) [423]
Applying magnetic materials for a novel energy harvesting device with potential to operate as a sensor.
Kiyomoto H., Sakai Y., *Kansha Y. (Univ. Tokyo, JP) [491]
Evaluation of energy consumption of commercial refrigerated counters with potassium salt solutions as phase change materials.
Kıran B., Dagdeviren S., Yilmaz S., Cabas D., Ozgurer S., *Karaali G. G. (Marmara Univ., Istanbul, TR) [580]
Synthesis of novel electrochromic polymers and their integration into electrochromic devices for energy-efficient window applications.
*Konkin G., Schubert C., Blankenburg L., Schache H., Welzel T. (Thuring. Inst. Textile Plastics Res., Rudolstadt, DE) [480]
Municipal solid waste thermal treatment – analysis of different energy recovery scenario.
*Panepinto D. (Politecnico, Torino, IT) [124]
Effect of amino acid additives on CO₂ hydrate formation kinetics.
*Xiao R.-Y., Sun D.-H., Liang Y.-C., Chen L.-J. (Nat. Taiwan Univ., Taipei, TW) [441]
Process intensification of refinery distillation sequences through divided wall column technology.
Malhotra A., *Saroha A. K. (Indian Inst. Technol., Delhi, IN) [540]
Techno-environmental assessment of green hydrogen production via SMR and SER, for ammonia synthesis.
*Selejan-Ciubancan A.-D., Petrescu L., Cormos A.-M., Galusnyak S.-C., Cormos C.-C. (Babes Bolyai Univ., Cluj-Napoca, RO) [444]
Development of systematic approach to investigate and scale-up mechanochemical synthesis.
*Schulz L., Jacob A., Auch V., Röder T. (Tech. Univ. Appl. Sci., Mannheim, DE) [476]
Effects of alkanolamines on the thermodynamic and kinetic properties of methane and carbon dioxide hydrates.
*Sun D.-H., Khoo Y. Z., Liang Y.-C., Cheng Y.-S., Xiao R.-Y., Chen L.-J. (Nat. Taiwan Univ., Taipei, TW) [442]
Engineering for society
Assessment of fuming behavior of water reactive materials used in semiconductor fabrication processes.
*Tsai H.-Y., Wu Y.-S., Chen J.-R. (Nat. Kaohsiung Univ. Sci. Technol., TW) [337]
Effect of solid–liquid extraction parameters on the yield and quality of polyphenols from açaí fibre.
*López-Giraldo L. J., González-Morales A. N., Fandiño-Buitrago D., Gómez-Jiménez S. (Univ. Ind. Santander, Bucaramanga, CO) [411]
Physicochemical characterisation of cocoa pod husk polyphenol microcapsules produced by spray drying and complex coacervation with different wall materials.
*López-Giraldo L. J., González-Morales A. N. (Univ. Ind. Santander, Bucaramanga, CO) [415]
Integration of environmental risk into risk-based maintenance in the process industry.
*Pelantová V. (Tech. Univ., Liberec, CZ) [502]
Toward safer biobased oleogels: Replacing formaldehyde in cardanol-based systems.
*León J., Gutierrez S., Villera V., Alvarez Solano O., Gonzalez A., (1)Navarro-Laboulais J., Marañon A., Ayala C., (2)Hernandez C., Porras A. (Los Andes Univ., Bogotá, CO; (1)Univ. Politec. Valencia, ES; (2)Esc. Colomb. Ing., Bogotá, CO) [260]
Hydrothermally-synthesized analcime zeolite and the influence of internal packing structures on gas adsorption accessibility.
*Manuel X. D., Alamani B. (Univ. Philippines Diliman, PH) [277]
Managing corrosion under insulation (CUI) in refineries.
Mohan A., Talati V., Parashar T., *(1)Saroha A. K. (Nayara Energy Ltd., Vadinar, IN; (1)Indian Inst. Technol., Delhi, IN) [539]
Preparation of calcium alginate nanoparticles via nanoconfined water phases in reverse micelles: Toward drug delivery applications.
*(1)Abe S., Kashima K. (Nat. Inst. Technol., Oyama, JP; (1)Toyohashi Univ. Technol., JP) [494]
Enzyme-assisted CO2 mineralisation using Al/Ca-NH2-BDC MOFs for sustainable carbon fixation.
*Ahmad J., Uddin S., Helal A. (King Fahd Univ. Petrol. &Miner., Dhahran, SA) [508]
Sodium silicate encapsulation in porous volcanic matrices for self-healing in cement mortars.
*Alpizar-Reyes E., Guamán-Marquines C., (1)Chávez-Delgado M., Concha J. L., (2)Norambuena-Contreras J. (Univ. Bío-Bío, Concepción, CL; (1)Univ. Andres Bello, CL; (2)Swansea Univ., UK) [264]
Snail-mucus-inspired conductive hydrogel for comfortable EEG sensing.
*Huang W.-J., Hsiao N.-C., Lee W.-Y. (Nat. Taipei Univ. Technol., TW) [435]
Metabolic flux redirection and co-substrate engineering for improved itaconic acid biosynthesis.
*Cho J., Shin W.-S. (Korea Inst. Ind. Technol., Cheonan, KR) [521]
Superhydrophobic calcium alginate membranes via TEOS/ODTMS surface modification.
*Kashima K. (Nat. Inst. Technol., Oyama, JP) [495]
Contamination-free open cultivation of Serratia marcescens in a water-in-silicone oil Pickering emulsion stabilized by stearate microparticles.
*Kido H., (1)Sawai J., (2)Imai M., Naoe K. (Nat. Inst. Technol., Yamato-Koriyama, JP; (1)Kanagawa Inst. Technol., Atsugi, JP; (2)Kanto Gakuin Univ., Yokohama, JP) [537]
Instant controlled pressure drop (DIC) as a pretreatment strategy for enhanced phenolic extraction from dandelion.
*Macías-Muñoz L. F., Alonzo-Macías M. (Tecnol. Monterrey, MX) [249]
Education
Creation of cooperative educational project for students of two universities to design safe batch processes, integrating national safety regulations.
Zhu S., Ben Talouba I., *Brodu N., Bayolo A., Defresne T., Neveu K., Balland L., (1)Denecke J. (Normandie Univ., Rouen, FR; (1)Univ. Appl. Sci., Karlsruhe, DE) [507]
Developing a framework for industry-relevant, research-based case studies in chemical engineering education.
Marchini S., *(1)Russo V., Schubert M., (1)Di Serio M., (2)Haase S., (3)Warna J., (3)Salmi T. (Tech. Univ., Dresden, DE; (1)Univ. Napoli Federico II, IT; (2)Hochschule Tech. Wirtschaft, Dresden, DE; (3)Åbo Akad. Univ., Turku, FI) [216]
Tuesdaay
Reactor engineering
Magnetite nanoparticles for peroxymonosulfate activation under alternating magnetic fields: Decoupling thermal and field effects.
Milić M., Ognjanović M., (1)Dojčinović B., (2)Stanković D., *Antić B. (Inst. Nucl. Sci. Vinča, Beograd, RS; (1)Inst. Chem. Technol. Metall., Beograd, RS; (2)Univ. Belgrade, Beograd, RS) [471]
Two-dimensional CFD modeling of toluene hydrogenation in a trickle-bed reactor for liquid organic hydrogen carrier applications.
*Daud M. U., Russo V., Tesser R., Di Serio M. (Univ. Napoli Federico II, IT) [605]
Hybrid kinetic modeling of ethylene oxychlorination to 1,2-dichloroethane: Benchmarking first-principle LHHW against a neural network approach.
*Ferre A. L., Peer Mohamed H. A., (1)Orsenigo C., (1)Pizzolato M., (1)Marconi A., Dochnahl M. (Clariant Produkte, München, DE; (1)Clariant Prodotti, Milano, IT) [581]
Mechanism of silane formation from hydrolysis of aminosilanes.
*Wu Y.-S., Tian S.-E., Lin Y.-T., Tsai H.-Y., Chen J.-R. (Nat. Kaohsiung Univ. Sci. Technol., TW) [342]
Hydrogenation and esterification of succinic acid as catalytic routes to value-added chemicals.
*(1)Chianese M., Russo V., Di Serio M. (Univ. Napoli Federico II, IT; (1)Univ. Perugia, IT) [526]
Developmental potential of sorghum extract as a functional bioingredient for muscle recovery through IGF-1-mediated growth signaling.
*Cho J., (1)Kang D. Y., Shin W.-S., (1)Jang K.-J. (Korea Inst. Ind. Technol., Cheonan, KR; (1)Sejong Univ., Soul, KR) [649]
An advanced laboratory apparatus for testing heterogeneous catalytic reactions in microreactors.
*Ahmad I., Paul R., Gary L., Venkatesan K., Qarib U. (Univ. Teeside, Middlesbrough, UK) [512]
Catalytic reductive depolymerization of industrial lignins: from batch to continuous reactor.
*Longo L., Vucetic S., Kahur J., Strandberg T., Wadu D. P., Xu C., Eklund P. C., Grénman H. (Åbo Akad. Univ., Turku, FI) [608]
Transesterification of fatty acid methyl esters with ethylene glycol using CaO prepared from coal-derived bottom ash.
*Tangphornchodchuang C., (1)Yuangsawad R., (2)Tago T., (1)Na-Ranong D. (King Mongkut’s Inst. Technol., Ladkrabang, TH; (1)Rajamangala Univ. Technol., Bangkok, TH; (2)Inst. Sci., Tokyo, JP) [588]
Synthesis and characterization of mixed-metal UiO-66 metal organic frameworks for liquid-phase toluene oxidation.
*Pal R. S., Boodai M., Peedikakkal A. M. P. (King Fahd Univ. Petrol. &Miner., Dhahran, SA) [474]
The role of promoters in enhancing hydrogen production during catalytic decomposition of methane.
*Rawat A., Alomran A. H., Hossain M. M. (King Fahd Univ. Petrol. &Miner., Dhahran, SA) [475]
Novel kinetic modeling of NH3-TPD for the selective surface analysis of titanium silicalite-1.
Lysikov A. I., *(1)Shnayder A. V., (2)Wang X., Maslenkin R. A., Vdovichenko V. A., Vorobyeva E. E., Parkhomchuk E. V. (Boreskov Inst. Catal., Novosibirsk, RU; (1)Novosibirsk State Univ., RU; (2)Heilongjiang Univ., Harbin, CN) [209]
Production of diphenolic acid via liquid-phase condensation of levulinic acid and phenol over acidic ion-exchange resins.
Nascimento A., Bohórquez P. A., Bujaldón R., *Soto R., Ramírez E. (Univ. Barcelona, ES) [257]
Optimal feed temperature for an immobilized enzyme fixed-bed reactor: A case study on thermal and parallel decomposition of catalase used in hydrogen peroxide decomposition.
*Borowski J., Grubecki I. (Univ. Technol., Krakow, PL) [621]
Understanding support effects on coke formation and Ni-based catalyst deactivation in oxidative steam reforming of HDPE pyrolysis volatiles.
*Goma D., Suarez M. A., Santamaria L., Artetxe M., Amutio M., Olazar Aurrecoechea M., Olazar L., Santin K., Arias S., (1)Lopez G. (Univ. Pais Vasco, Bilbao, ES; (1)IKERBASQUE, Bilbao, ES) [640]
Catalytic role of pine bark biochar in the steam cracking of HDPE for the production of light olefins.
*Goma D., Mollick M., (1)Cortazar M., Santamaria L., Artetxe M., Olazar Aurrecoechea M., Olazar L., Santin K., Arias S., (2)Lopez G. (Univ. Pais Vasco, Bilbao, ES; (1)Univ. Pais Vasco, Vitoria, ES; (2)IKERBASQUE, Bilbao, ES) [609]
Modelling and simulation of the continuous arabinose oxidation.
*(1)Hachhach M., Murzin D., Salmi T. (Åbo Akad. Univ., Turku, FI; (1)Ibn Zohr Univ., Agadir, MA) [48]
Ca/Ti solid catalyst for biodiesel production from waste cooking oil optimized by Box-Behnken design.
Tavizón-Pozos J. A., (1)Alvarez-Galvan M. C., Ángeles-Beltrán D., *Chávez-Esquivel G. (Univ. Aut. Metrop., Ascapotzalco, MX; (1)CSIC, Madrid, ES) [518]
Fe-Co bimetallic catalysts with tailored nano-morphology for CO2 hydrogenation to light olefins.
Mandela E., (1)Marousiadou E., (2)Lykaki M., (2)Orfanoudaki A., (1)Kyriakou V., (3)Marnellos G. E., *(2)Konsolakis M. (Univ. W. Macedonia, Kozani, GR; (1)Univ. Groningen, NL; (2)Tech. Univ. Crete, Chania, GR; (3)Aristotle Univ., Thessaloniki, GR) [392]
Atomistic insights into second-row transition metal–modified anionic boron nanomaterials as advanced catalysts for water splitting and green energy generation.
*Kosar N., (1)Mahmood T., Al-Saadi A. (King Fahd Univ. Petrol. &Miner., Dhahran, SA; (1)COMSATS, Islamabad, PK) [450]
Influence of synthesis pH on catalytic performance of γ-Al2O3 in methanol dehydration to dimethyl ether.
*Moghimpour Bijani P., Yaripour F., Iranian S., Mahboubi M. (Nat. Petrochem. Co., Tehran, IR) [18]
Dual-site catalytic mechanism of oyster shell-driven CoFe2O4-CaO magnetic catalysts for sustainable chemical recycling.
*Moon G. D. (Korea Inst. Ind. Technol., Busan, KR) [298]
New synthesis of supported bimetallic sulfide catalysts Co(Ni)Mo(W) from aqueous suspensions of precursors with low water solubility.
*(1)Moravčík J., Kaluža L. (Inst. Chem. Proc. Fundam., Praha, CZ; (1)Univ. Chem. Technol. Prague, CZ) [118]
Gas-phase fixation of atmospheric nitrogen by hydrogen peroxide in the pilot plant.
Ali-zadeh N. I., *(1)Nagiyeva I. T., Malikova N. N., (2)Nagiev T. M. (Inst. Chem., Baku, AZ; (1)Baku State Univ., AZ; (2)Nat. Encyclopedia Azerb., Baku, AZ) [153]
Catalase and peroxidase biomimetic sensors based on smart material.
Malikova N. N., *(1)Nagiyeva I. T., Ali-zadeh N. I., (2)Nagiev T. M. (Inst. Chem., Baku, AZ; (1)Baku State Univ., AZ; (2)Nat. Encyclopedia Azerb., Baku, AZ) [159]
Impact of process parameters on the physicochemical properties and oxygen evolution reaction properties of Ni-Fe layered double hydroxides.
*Park G., (1)Han D.-U., Yang S.-M. (Korea Inst. Ind. Technol., Gangneung, KR; (1)Hanyang Univ., Seoul, KR) [430]
The impact of elevated temperature and pressure in a rotating hydrogen compressor on the Isomax unit in a refinery.
*Samimi A. (Pasargad Energy Dev. Co., Tehran, IR) [306]
Stable Fe-based catalysts for e-fuel production via RWGS and Fischer-Tropsch synthesis.
*Song Y., Kim J.-H. (Korea Inst. Ind. Technol., Gangwon-do, KR) [432]
CO₂ capture and conversion using ZIF-based materials.
*Usman M., Sulaiman M., Ullah N., Zaman N., Ajmal M. (King Fahd Univ. Petrol. &Miner., Dhahran, SA) [574]
Ni-Ga-modified MOR zeolites for CO₂ hydrogenation: Structure-active site interplay in micro- and hierarchical frameworks.
*Vasylenko I., Dedecek J., Pilar R., Sazama P., Lemishka M. (Heyrovsky Inst. Phys. Chem., Praha, CZ) [487]
Data-driven catalyst screening for CO2 hydrogenation toward e-fuel production.
*Yang S.-M., Yoon D.-H. (Korea Inst. Ind. Technol., Gangwon-do, KR) [431]
Thermodynamics of solvent-based plastic recycling: From additive solubility predictions to polymer crystallinity.
*Bouz A., Klajmon M., Klimošek J., Řiháková L., Melo O., Jindrová K., Zubov A., Kosek J. (Univ. Chem. Technol. Prague, CZ) [653]
Dual biocontrol toolbox for potato pathogens using Trichoderma spp. and essential oils.
Roble J. E., Chávez K. A., Espinoza F. I., Antero S. A., Mendieta C. B., Herrera-Herrera P. M., *Bustos-Gutiérrez P. D. (Univ. Bío-Bío, Concepción, CL) [361]
Effect of sonication–perfusion parameters on decellularization time of porcine urinary bladder scaffolds.
Beriso J. J., Magno R. A., Nidoy A. L., Espiritu K. V., *Dugos N., Bungay V., Ong R. (De La Salle Univ., Manila, PH) [80]
Sustainable 3D-printed immobilization bioreactor for high-yield Lactococcus lactis bacteriocin production.
*Cheng K. C., Huang Y. C. (Nat. Taiwan Univ., Taipei, TW) [279]
Overcoming Debye screening under physiological conditions with a SWNT-based Schottky biosensor for HIV-1 detection.
*Lee J.-H., (1)Nam G.-H., (1)Ahn D.-H., (1)Kim J.-H. (Korea Inst. Toxicol., Jinju, KR; (1)Ajou Univ., Suwon, KR) [652]
Cultivation of hydrogen oxidizing bacterium in dry water formed by stearate microparticles for PHB production.
*Mizoe Y., Imai M., (1)Naoe K. (Nat. Inst. Technol., Yamato-Koriyama, JP; (1)Kanto Gakuin Univ., Yokohama, JP) [524]
Modelling of cultivation of Arthrospira maxima and performance of different photobioreactors using coloured light.
*Muzika F., (1)Guevara C. M. V., Čížková S., Kliber C. G., Růžička M., Branyiková I. (Inst. Chem. Proc. Fundam., Praha, CZ; (1)Univ. Chem. Technol. Prague, CZ) [193]
Enhanced performance of a four-series CSTR electrochemical system through innovative mixing element design: Modelling and experimental validation.
*Abrica-Gonzalez O., Martinez-Delgadillo S., Yañez-Varela J. A. (Univ. Aut. Metrop., Mexico, MX) [81]
Hydrazone-linked triazine COF as a visible-light-activated antibacterial photosensitizer.
*Ahmad J., Uddin S., Helal A. (King Fahd Univ. Petrol. &Miner., Dhahran, SA) [509]
Cu-decorated N-doped porous carbon / g-C3N4 microtubes composite photocatalyst for enhanced pollutant photodegradation under solar irradiation.
*Behner A., Housar H., Šoóš M. (Univ. Chem. Technol. Prague, CZ) [602]
Toward standardized UV-LED photocatalysis: Separating photonic, thermal, and electrical contributions.
*Kubiak A. (A. Mickiewicz Univ., Poznan, PL) [408]
Advanced microwave plasma techniques for methane pyrolysis from biogas to high-value carbon products.
*Kumar P., (1)Anders M., (2)Mozer S., Hamel C. (Otto v. Guericke Univ., Magdeburg, DE; (1)ZFB Project Manag. GmbH, Leipzig, DE; (2)Requisimus AG, Esslingen, DE) [6]
PIV visualization of pulsation-driven vortex dynamics in a CO₂ electrolysis flow cell.
*Matsushita K., Fujioka S., Einaga Y., Otake A., Terasaka K. (Keio Univ., Yokohama, JP) [553]
In situ XAFS observations of catalytically active sites in manganese-based spinel oxides as bi-functional electrocatalysts for OER and ORR.
*Nakahira H., Saito A., Harada M. (Nara Women’s Univ., Nishimachi, JP) [617]
Electrochemical reduction of CF4 using an Ag/Ni foam electrode in ionic liquid-based electrolytes.
*Song J. Y., (1)Lee H. D., (1)Park H. (Samsung Electronics, Gyeonggi, KR; (1)Sungkyunkwan Univ., Suwon, KR) [412]
Separation processes
Recycled expanded polystyrene nanofibrous filter media via electrospinning: Charge retention and air filtration efficiency.
Ventin L. A. F., (1)Lima F. A., *Guerra V. G. (UFSC, Sao Carlos, BR; (1)Embrapa Instr., Sao Carlos, BR) [472]
Hybrid fixed beds for sorptive CO₂ capture: Predictive modeling and experimental insights into thermal effects.
*Gunia M., Prończuk M., Neupauer K., Wodka J., Bizon K. (Univ. Technol., Krakow, PL) [615]
Sulphate adsorption in aqueous media with biodegradable chitosan-alginate adsorbents doped with copper (II).
*Chávez-Esquivel G., Garcia Camacho G. G., Tavizón-Pozos J. A. (Univ. Aut. Metrop., Ascapotzalco, MX) [445]
Optimizing membrane supports to enhance water purification performance.
*Jillani S. M. S. (King Fahd Univ. Petrol. &Miner., Dhahran, SA) [623]
Purification of malto-oligosaccharides through alginate nanofiltration membrane with regulated mass transfer channels by oligoethylene glycol.
*Kishimoto M., Kashima K. (Nat. Inst. Technol., Oyama, JP) [489]
Chitosan–glutaraldehyde functionalized olive pomace-derived bioadsorbents for methylene blue removal.
*Kocaman S., Demir G. (Konya Tech. Univ., Selcuklu-Konya, TR) [517]
ZIF-8 nanocomposite-engineered thin-film forward osmosis membranes for low-carbon water recovery and circular nutrient concentration from agricultural wastewater.
*Lin Y.-L., Zheng N.-Y., Pan J.-H. (Nat. Kaohsiung Univ. Sci. Technol., TW) [329]
Ammonia separation via crosslinked polyimide membranes: Enhanced stability and transport properties.
Kong C.-I., Hyeon M.-H., (1)Lee C.-H., *Moon S.-Y. (Korea Res. Inst. Chem. Technol., Daejeon, KR; (1)Yonsei Univ., Seoul, KR) [440]
Aspen HYSYS Simulation of CO₂ removal and purification from high-concentration natural gas using a two-stage membrane separation process.
*Nafees A., Elkamel A. (Khalifa Univ. Sci. Technol., Abu Dhabi, AE) [643]
Selective recovery of ethanol and butanol from aqueous mixture using parallel dual-membrane pervaporation configuration.
*Obodo J., Moucha T. (Univ. Chem. Technol. Prague, CZ) [394]
Analysis of cleaning strategies for palladium membranes used in the reforming of a bio-oil/ethanol mixture.
*Monasterio-Velilla L., Zadeh Bajgiran N. K., Valecillos J., Quinones Cetre A. I., Remiro Eguskiza A., Elordi Foruria G., Gayubo A. G. (Univ. Pais Vasco, Bilbao, ES) [607]
Design and testing of Pd-Ag membranes for hydrogen permeation.
Fernández A. Y., *Rosset M., Campelo Savoia J. E., Carvalho de Araújo P. C., Gomes dos Santos Filho S., Oller do Nascimento C. A., Brito Alves R. M. (Univ. Sao Paulo, BR) [232]
Effects of ultra-high-basicity polyaluminum chloride on membrane fouling and substance composition in ceramic membrane filtration.
*Tosa K., Inamasu K., Motoya R., Ebata E. (Kanazawa Inst. Technol., Nonoichi, JP) [613]
Synergistic magnetic alignment and polymer-brush functionalization in 3D COF mixed-matrix membranes for efficient CO₂/H₂ and CO₂/CH₄ separation.
*Ashtiani S., Friess K. (Univ. Chem. Technol. Prague, CZ) [290]
Extraction of valuable organic chlorinated compounds from waste during ethylene dichloride purification (waste liquid, light and heavy end).
*Behzadi B., (1)Behzadi R., (1)Akbari I. (Arvand Petrochem. Co., Tehran, IR; (1)Islamic Azad Univ., Tehran, IR) [531]
Computational fluid dynamics simulations of the drying of iron ore fines at different initial moisture contents.
Souza A. S., Santos L. J. D., (1)Sarkis A. M., *Béttega R. (UFSC, Sao Carlos, BR; (1)Miner. Dev. Center, Santa Luzia, BR) [469]
Antioxidant activity of Cornelian cherry stones extracts by pressurized fluids – preliminary results.
*Boyadzhieva S., Tsvetanova F. V., (1)Coelho J. A. P., Stateva R. P. (Inst. Chem. Eng., Sofia, BG; (1)Inst. Sup. Eng., Lisboa, PT) [542]
Recovery of high-value-added compounds from waste biomass of sunflower seed hulls.
*Boyadzhieva S., Tsvetanova F. V., (1)Staleva P., (1)Kamenova-Nacheva M., Naydenova G. (Inst. Chem. Eng., Sofia, BG; (1)Inst. Org. Chem., Sofia, BG) [549]
Comparison of the chromatographic profiles of the essential oil obtained by steam distillation and the volatile compounds adsorbed by HS-SPME from fresh tobacco leaves.
Moura L. S., Vargas R. M. F., *Cassel E. (Pontif. Univ. Catol., Porto Alegre, BR) [610]
Instant Controlled Pressure Drop (DIC) as a pre-treatment to improve the extraction of antioxidant and antidiabetic phenolics from Persea americana ‘Hass’ leaves.
*Garcia de Leon G., Cardador-Martinez A., Alonzo-Macías M., (1)Tellez C. (Tecnol. Monterrey, MX; (1)Univ. La Rochelle, FR) [206]
Process design for separation of a mixture containing heptane, methylcyclohexane and toluene with ionic liquids.
*Graczová E., Steltenpohl P., Herda A., Stoláriková Z. (Slovak Univ. Technol., Bratislava, SK) [527]
Impact of the constant area section on flow performance and stability in supersonic separators.
Melo K. R. B., Augusto L. D. L. X., Aguiar M. L., Lopes G. C., *Guerra V. G. (UFSC, Sao Carlos, BR) [448]
Sustainable valorization of low-grade coal: Engineering functionalized carbon quantum Dot/SnNb2O6 nanocomposites for enhanced photocatalytic reduction of Cr(VI).
*Chatterjee A., Meikap B. C. (Indian Inst. Technol., Kharagpur, IN) [405]
Development of an integrated process for high-salinity water treatment and resource recovery.
*Kang K. C., (1)Ryu Y. B. (Korea Inst. Ind. Technol., Busan, KR; (1)Korea Inst. Ind. Technol., Ulsan, KR) [563]
Deep learning driven ionic liquid screening for toluene and styrene capture.
*Kong X., Song Z., Qi Z. (East China Univ. Sci. Technol., Shanghai, CN) [421]
Comparison of retrofitting distillation columns using stacked side-stream sequences and dividing wall columns.
*Liu H.-T., Ward J. D. (Nat. Taiwan Univ., Taipei, TW) [23]
Pressurized extraction of bioactives and biopolymers from Limnospira platensis and Dunaliella salina grown in natural seawater-based medium.
Granja L., *Ocampo V., Veitia de Armas L., Torres M. D., (1)Principe T., (1)Betancor Abreu A., Díaz Reinoso B., Mourelle M. L., Domínguez H. (Univ. Vigo, ES; (1)Inst. Tecnol. Canarias, Pozo Izqueirdo, ES) [642]
Microwave assisted approaches for the extraction of polysaccharides from Ulva spp.
Veitia de Armas L., Inoubli S., (1)Rey López P., (1)Vaamonde García C., Torres M. D., Domínguez H., *Ocampo V. (Univ. Vigo, ES; (1)Univ. La Coruna, ES) [645]
Purifying post-fermentation biohydrogen using deep eutectic solvents.
*Słupek E., Makoś-Chełstowska P., Strzelczyk I., Gębicki J. (Univ. Technol., Gdansk, PL) [625]
Fatty acid composition of extracts obtained from sunflower seed hulls – a waste product from the food industry.
*Tsvetanova F. V., Boyadzhieva S., (1)Taneva S., Naydenova G. (Inst. Chem. Eng., Sofia, BG; (1)Inst. Org. Chem., Sofia, BG) [545]
Complete characteristics determination of NeXRing #0.7 random packing.
*Rychlá V., Valenz L. (Univ. Chem. Technol. Prague, CZ) [346]
A reduced-order GITT–CIEA framework for inverse problem identification of mass transfer parameters in packed-bed steam distillation.
Tavares H. M., Sgarioni B., Fajardo J. J. M., Cardoso L. D. A., Cassel E., *Vargas R. M. F. (Pontif. Univ. Catol., Porto Alegre, BR) [606]
Molecular modeling and solubility prediction by COSMO‑RS of arabinogalactan fraction of gum arabic.
Cavassa A. F., Rodrigues V. H. S., Andrade M. R., Vargas R. M. F., *Cassel E. (Pontif. Univ. Catol., Porto Alegre, BR) [620]
Macroscopic behaviour of halogenated multicomponent solutions from thermodynamic excess molar properties.
*Khalil G., Kherraz K., Ferhat M. A., Messaoudi M., Khoualed Y. (ENS, Algier-Kouba, DZ) [400]
Investigation of corrosion behavior and structural integrity of pipeline materials for LCO2 cargo transportation systems.
*Lee S., Park J. (Korea Inst. Ind. Technol., Busan, KR) [564]
Thermophysical properties and phase equilibrium in aqueous mixtures of 2-phenylethanol with organic solvents.
*Llanes Hernández V., Fleckenstein M., Ormazábal-Latorre S., (1)Quinteros-Lama H., Caneles R. I., Gajardo-Parra N. F. (Pontif. Univ. Catol., Santiago, CL; (1)Univ. Talca, Curicó, CL) [561]
Phase equilibria of octamethylcyclotetrasiloxane (D4) with aromatic solvents: Measurement and predictive modelling.
*Ossama M., Asadi E., Wibowo A. A., Uusi-Kyyny P., Pokki J.-P., Alopaeus V. (Aalto Univ., FI) [68]
Phase equilibria and thermodynamics models relevant to sustainable biorefineries: VLE and SLE for hexamethylcyclotrisiloxane (D3) with aromatic solvents.
Asadi E., *Ossama M., Wibowo A. A., Uusi-Kyyny P., Pokki J.-P., Alopaeus V. (Aalto Univ., Espoo, FI) [67]
Comparative study of liquid CO2 blowdown behaviour under pure and water-containing conditions.
*Park J., Lee S. (Korea Inst. Ind. Technol., Busan, KR) [562]
Thermodynamic equilibrium analysis of the dry reforming of bio-oil/methanol mixture in conventional and membrane reactors.
*Zadeh Bajgiran N. K., Valecillos J., Quinones Cetre A. I., Benito P. L., Elordi Foruria G., Gayubo A. G. (Univ. Pais Vasco, Bilbao, ES) [631]
Thermodynamic modeling and COSMO-RS prediction of the vapor–liquid equilibrium of the eugenol + citronellol system.
de Andrade M. R., Rodrigues V. H. S., Xavier V. B., Vargas R. M. F., *Cassel E. (Pontif. Univ. Catol., Porto Alegre, BR) [632]
Excess enthalpy and vapor liquid equilibria of γ-valerolactone (GVL) + o-xylene binary mixture for enhanced solvent recovery in biorefinery.
*Wibowo A. A., Asadi E., Ossama M., Uusi-Kyyny P., Pokki J.-P., Alopaeus V. (Aalto Univ., FI) [66]
Ti-based nanotubes assembled into microspheres for enhanced water condensation.
*Almaquer F. E., (1)Song J., Tsang C. Y., (2)Yang L., (3)Kappl M., (2)Hou Y., (3)Butt H.-J., Yeung K. L. (Hong Kong Univ. Sci. Technol., Kowloon, HK; (1)Univ. Philippines Visayas, Miagao, PH; (2)Wuhan Univ., CN; (3)Max Planck Inst. Polym. Sci., Mainz, DE) [403]
Superhydrophobic hierarchical nanostructures on aluminum for enhanced condensation heat transfer.
*(1)Almaquer F. E., Song J., Tsang C. Y., Yang L., Kappl M., (2)Hou Y., (3)Butt H.-J., Yeung K. L. (Hong Kong Univ. Sci. Technol., Kowloon, HK; (1)Univ. Philippines Visayas, Miagao, PH; (2)Wuhan Univ., CN; (3)Max Planck Inst. Polym. Sci., Mainz, DE) [402]
Preparation conditions of Ag colloidosomes from Pickering emulsions stabilized by mercaptocarboxylated Ag nanoparticles.
*Harada A., Terada A., Naoe K. (Nat. Inst. Technol., Yamato-Koriyama, JP) [532]
Preparation of selenium nanoparticles using wastes of traditional medicinal plant Paeonia lactiflora.
*Nishigita H., Naoe K. (Nat. Inst. Technol., Yamato-Koriyama, JP) [548]
A self-powered piezomagnetic-iontronic multimodal sensor for tactile perception.
*Chun K.-Y., Lee S. H., Kim J. M., Han C.-S. (Korea Univ., Seoul, KR) [53]
Fingerprint-inspired high sensitivity tactile sensor via laser-induced graphite techniques for directional sensing applications: Form small muscle groups to robotic grippers.
*Chung Y.-C., Chan J.-Y., Chen P.-C., Pai Y.-H., Wu C.-H. (Kaohsiung Univ., TW) [364]
Highly selective and stable chemiresistive gas sensors for acetone detection via exsolution of catalytic nanoparticles.
*Jeong Y. K., Kim T. G. (Korea Inst. Ind. Technol., Gangneung, KR) [281]
Dry silane modification of aluminum hydroxide for improved dispersion in EVA flame-retardant composites.
*Kim H., Park J. Y. (Korea Inst. Ind. Technol., Incheon City, KR) [579]
Surface reconstruction of noble-metal nanoparticles on semiconductors enables defect-rich interfaces for selective and durable catalysis.
*Kwon Y. J. (Korea Inst. Ind. Technol., KR) [114]
Development of the Oxide-based Pd Catalyst Activation to Improve the Coverage of High-Aspect-Ratio TGV hole.
*No J. () [596]
Highly uniform and reliable seed layer deposition via a Pd catalyst-based wet metallization process with temperature characteristics.
*No J., Kim H., (1)Kim S. S., Park J. Y. (Korea Inst. Ind. Technol., Incheon City, KR; (1)Inha Univ., Incheon, KR) [598]
Air-liquid interface self-assembly of ZnO particles for c-axis oriented buffer layer toward GaN blue LED on glass substrate.
*Hong R., Jeong S., Shin D., Oh M. (Korea Inst. Energy Technol., Naju-si, KR) [536]
Wednesday
Green issues and sustainability
Optimizing membrane-based CO2 capture from flue gas: An RSM approach.
*Aninwede C., Kratky L. (Czech Tech. Univ., Praha, CZ) [156]
Evaluation of some redox-active molecules for electrochemical CO2 capture.
*(1)Baek G. M., Park H. S., Song H., (1)Bae Y.-S. (Korea Inst. Ind. Technol., Ulsan, KR; (1)Yonsei Univ., Seoul, KR) [614]
Integrated modelling of low-carbon pyrometallurgical copper production with downstream calcium looping (CaL) CO2 capture.
*Bozonc A.-C., Cormos A.-M., Sandu V.-C., Cormos C.-C., (1)Cobden P., (2)Grasa G., (3)Nobakht A. R., (3)Nazir S. M. (Babes Bolyai Univ., Cluj-Napoca, RO; (1)Swerim AB, Luleå, SE; (2)ICB-CSIC, Zaragoza, ES; (3)Royal Inst. Technol., Stockholm, SE) [567]
Experimental evaluation of a CO2 capture system by Calcium Looping with steam-enhanced calcination.
*Fernandez J. R., Barragán A., Abanades J. C. (INCAR-CSIC, Oviedo, ES) [63]
Effect of SO2 on large particles of calcium-based materials used for the CO2 capture.
Barragán A., *Fernandez J. R., Alonso M., Abanades J. C. (INCAR-CSIC, Oviedo, ES) [105]
Experimental and theoretical determination of the CO2 adsorption capacity in pillared clays.
*Copa Sanga R., Rodríguez-Nava C. O., (1)Pérez-Román A., (2)Colín-Luna J. A., (3)Cabello Robles J. J., Jaimes-López R., García-Martínez J. C. (Inst. Polit. Nac., Mexico DF, MX; (1)Univ. Aut. Chapingo, MX; (2)Univ. Aut. Metrop., Ascapotzalco, MX; (3)Univ. Aut. Metrop., Iztapalapa, MX) [390]
Regeneration stability of silica and silica-graphene gels for CO2 capture.
*González-Barriuso M., (1)Yedra Á., Blanco C. (Univ. Cantabria, Santander, ES; (1)CTC Technol. Ctr., Santander, ES) [416]
Development of mixed-solvent absorbents for CO2 capture using hollow fiber membrane contactors.
*(1)Kim H. J., (1)Baek G. M., Song H., Hwang S. Y., (1)Kim J. H., Park H. S. (Korea Inst. Ind. Technol., Ulsan, KR; (1)Yonsei Univ., Seoul, KR) [594]
Screening and optimization of mixed amine solvents for enhanced CO2 capture.
*Kim M. J., (1)Song H., (1)Baek G. M., Park H. S., Hwang S. Y., Song J. (Korea Inst. Ind. Technol., Ulsan, KR; (1)Yonsei Univ., Seoul, KR) [627]
Reverse water gas shift by chemical looping using nanocasted composites for CO2 conversion.
*Lee S. W., Wu J. C.-S. (Nat. Taiwan Univ., Taipei, TW) [451]
Performance evaluation of a novel blended amine absorbent for CO₂ capture: Absorption characteristics and physical properties.
*(1)Lee T., Park H. S., Hwang S. Y., Song H., (1)Kim C. (Korea Inst. Ind. Technol., Ulsan, KR; (1)Pusan Nat. Univ., Busan, KR) [604]
Calcium extraction from phosphogypsum tailings using sodium gluconate.
*Pablo M. A., De Silva W. F., Ang N. M., Sta. Maria R. N., Capadiso D. J., (1)Pocaan J. P., Paulo J. L. R., Beltran A. B., Tapia J. F., Orbecido A. H. (De La Salle Univ., Manila, PH; (1)Sci. Educ. Inst., Taguig, PH) [323]
Robust design and operation of amine-based CO₂ capture systems under variable industrial conditions.
Yun S. H., Jang J. T., *Park J. (Korea Inst. Energy Res., Daejeon, KR) [20]
Optimisation of CCUS supply chains under uncertainty.
*Soleymani Babadi H., Papageorgiou L. G. (Univ. Coll. London, UK) [622]
Vapor-liquid equilibrium of CO2 between amine absorbents at 40 and 120 °C and evaluation of theoretical regeneration energy.
*(1)Son J., (1)Baek G. M., Kim M. J., Hwang S. B., Park H. S., Song H., (1)Bae Y.-S. (Korea Inst. Ind. Technol., Ulsan, KR; (1)Yonsei Univ., Seoul, KR) [591]
Assessment of carbon capture opportunity in a Brazilian refinery using multi-criteria decision analysis.
*Terziotti Neto E., Alves R. M. B. (Univ. Sao Paulo, BR) [388]
Thermodynamic analysis of CO2 mineralization pathways by Aspen Plus simulations.
*Tocci I., (1)Flagiello D., Chianese S., (1)Erto A., Musmarra D. (Univ. Campania, Aversa, IT; (1)Univ. Napoli Federico II, IT) [167]
Hydrogenation of carbon dioxide on Ni-Co/ZrO2 catalyst for conversion into synthetic fuel components.
Zhumabek M., (1)Baizhumanova T. S., (1)Tungatarova S. A., (2)Biyekeyev B. S., (1)Ilyassova O. S., Kaumenova G. N., (1)Orazbekova R. S., *(1)Manabayeva A. M. (Sokolsky Inst. Fuel Catal. Electrochem., Almaty, KZ; (1)Al-Farabi Kaz. Nat. Univ., Almaty, KZ; (2)Kazakh-British Tech. Univ., Almaty, KZ) [137]
Utilization of canine feces: A circular economy model for the production of biofertilizers as a strategy for environmental sustainability.
*Cacsire D., Benites-Alfaro E. (César Vallejo Univ., Lima, PE) [636]
The chloride process; a potential gamechanger in the aluminum industry.
*Bjuri S., Jakobsen H. A., Solsvik J. (Norweg. Univ. Sci. Technol., Trondheim, NO) [523]
Redesigning construction materials using hot-pressed reinforced papers.
*Blanco A., Sanchez-Salvador J. L., (1)Petterson G., (1)Mattsson A., (1)Engstrand P., Negro C. (Univ. Complutense, Madrid, ES; (1)Mid Sweden Univ., Sundsvall, SE) [514]
Sensitivity and uncertainty analysis of the techno-economic viability of macroalgal ethanol production.
Kanematsu S. Y., Rocha L. M., *Cruz A. J. G. (UFSC, Sao Carlos, BR) [166]
CARBONEVA: A systems-based framework integrating carbon dynamics, renewable energy, and climate adaptation.
*Drouiche N. (CRTSE, Algiers, DZ) [291]
Synergistic effects of chitosan integration on the mechanical and antibacterial properties of Musa paradisiaca peel waste-derived bioplastics.
Puello-Mendez J., (1)Pasqualino J. C., (2)Baldiris-Navarro I., (3)Arrieta-Perez R., (4)Nabarlatz D. A., *(3)Lambis-Miranda H. A. (Univ. San Buenaventura, Cartagena, CO; (1)Univ. Tecnol. Bolívar, Cartagena, CO; (2)Univ. Cartagena, CO; (3)Fund. Univ. Tecnol. Comfenalco, CO; (4)Univ. Ind. Santander, Bucaramanga, CO) [395]
Simultaneous removal of nutrient (phosphate) and toxic (arsenic) contaminants in complex water matrices by UiO-66-NH2.
Dojčinović B., (1)Milić M., (1)Novaković S., (2)Jaćimović Ž., *Antić B. (Inst. Chem. Technol. Metall., Beograd, RS; (1)Inst. Nucl. Sci. Vinča, Beograd, RS; (2)Univ. Motenegro, Podgorica, ME) [473]
Towards energy self-sufficient wastewater treatment plants: An integrated energy management system combining FreTS-based prediction and energy optimization.
*Baek D. K., Song Y. H., Hwang S. B., Song S. Y., Nam K. J. (Pukyong Nat. Univ., Busan, KR) [463]
Removal of calcium ions in the brine purification process in chlor alkali plants and salt purification with human exhalation, carbon dioxide instead of soda ash.
*Behzadi B., Behzadi R., (1)Akbari I. (Arvand Petrochem. Co., Tehran, IR; (1)Islamic Azad Univ., Sci.&Res. Branch, Tehran, IR) [61]
The removal of ciprofloxacin, metronidazole from wastewater by UVC photo Fenton process.
Arada G. M., Sadol K. A., Agonoy L., Capingian J. D., Orbecido A. H., Pausta C. M., Promentilla M. A., (1)Bautista-Patacsil L., (2)Cornista J. C., *Beltran A. B. (De La Salle Univ., Manila, PH; (1)Univ. Philippines Los Baños, PH; (2)Univ. Philippines, Quezon City, PH) [276]
Quaternary treatments for the removal of pharmaceutical micropollutants in wastewater under EU regulatory framework.
Sanchez-Salvador J. L., Nieto G., Negro C., Balea A., *Blanco A. (Univ. Complutense, Madrid, ES) [437]
Assessment of cationic exchange resin as an efficient alternative pathway for the elimination of pharmaceutical compounds: Comparison of removal mechanisms.
*Hanganu D., (1)Dinu S.-A., Harja M. (Tech. Univ., Iasi, RO; (1)Univ. Iasi, RO) [600]
Combining experimental and quantum insights for ibuprofen degradation using CeO₂-MXene catalysts.
*Hmoudah M., Badran I., El-Qanni A., (1)Russo V., (1)Di Serio M., (2)Salmi T., (2)Tolvanen P., (2)Eränen K., (2)Eklund P. C. (An-Najah Nat. Univ., Nablus, PS; (1)Univ. Napoli Federico II, IT; (2)Åbo Akad. Univ., Turku, FI) [438]
XRGCN-based operational guidance system for stable effluent quality in wastewater treatment plants.
*Hwang S. B., Song Y. H., Baek D. K., Song S. Y., Nam K. J. (Pukyong Nat. Univ., Busan, KR) [465]
Degradation of venlafaxine and generation of oxidants in a photoelectrochemical system in presence of graphitic carbon nitride.
*Chávez A. M., Rey A., (1)Diez A. M., (1)Pazos M., (1)Sanromán M. Á., Álvarez P. M. (Univ. Extremadura, Badajoz, ES; (1)Univ. Vigo, ES) [510]
Surface-modified defective metal–organic frameworks for efficient removal of cobalt and nickel ions from contaminated water.
*Choi J. R., Moon S. J., Lee H. J. (Korea Inst. Mater. Sci., Changwon, KR) [629]
Alginate immobilized g-C3N4-based photocatalytic beads for dye degradation in aqueous media.
*Kaba I., Güven E. Ö., (1)Karaarslan H., Karaca F., Koca A. (Marmara Univ., Istanbul, TR; (1)Ankara Univ. , TR) [479]
Evaluating the sensitivity of multi-trophic ecotoxicity tests to SARS-CoV-2 antivirals.
*Lastovčić D., Zirn I., Jezerčić T., Večenaj L., Bule Možar K., Miloloža Nikolić M., Cvetnić M., Markić M., Bolanča T., Furač L., Kalčikova G., Kučić Grgić D., Ukić Š. (Fac. Chem. Eng. Technol., Zagreb, HR) [544]
Optimization of reactive species generation in cold plasma for Escherichia coli inactivation in groundwater.
*Lee J., Lee C., Hwang K., Choi S. H., Jeong G., Yun J. W., Yu D. (Changwon Nat. Univ., KR) [488]
Modification of natural diatomite to enhance its capacity to adsorb ammonium ions from aqueous solution.
Marmolejo-Contreras J., *Leyva-Ramos R., Carrales-Alvarado D. H., Valdez-García G. D. (Univ. Aut., San Luis Potosí, MX) [303]
Synthesis and application of organic xerogel microspheres with incorporated sepiolite for competitive adsorption of Cd(II) and Pb(II) in aqueous phase.
Valdez-García G. D., *Leyva-Ramos R., Carrales-Alvarado D. H., Vazquez-Mendoza C. (Univ. Aut., San Luis Potosí, MX) [335]
Synergistic effects of graphene oxide and poly(vinyl pyrrolidone) on poly(vinylidene fluoride)-based membranes for enhanced dye wastewater treatment.
Lee J. W., *Lue S. J. (Chang-Gung Univ., Taoyuan, TW) [503]
Removal of tetracycline using palm fiber-derived activated carbon.
Sinpichai S., *Tangphornchodchuang C., (1)Yuangsawad R., (2)Tago T., Na-Ranong D. (King Mongkut’s Inst. Technol., Ladkrabang, TH; (1)Rajamangala Univ. Technol., Bangkok, TH; (2)Inst. Sci., Tokyo, JP) [626]
Persulfate activation by sulfidated zero-valent iron nanoparticles for the degradation of emerging contaminants.
*Paparo R., Víchová V., Kašlík J., Macháčková G., Plachá D., Filip J. (Palacky Univ., Olomouc, CZ) [560]
An irradiance-dependent kinetic model for CEC degradation in a low-tech solar photocatalytic reactor.
Aresté-Saló L., Landig A., Graells M., *Pérez-Moya M. (Univ. Politec. Catalunya, Barcelona, ES) [369]
Photocatalytic ozonation for enhanced removal of benzotriazole indicator micropollutants in secondary effluent.
*Rey A., Pulido-Barrera A., González-Molina L., Chávez A. M., Álvarez P. M. (Univ. Extremadura, Badajoz, ES) [505]
Synergistic Cu–Mn interaction in novel mixed oxides: Towards development of efficient catalysts for amoxicillin degradation in water via ozonation.
Baran K., Nowaczyk G., Zieliński M., Frankowski M., Zioła-Frankowska A., Wolski L., *Rozmyślak M. (A. Mickiewicz Univ., Poznan, PL) [382]
Performance of acoustic cavitation as an advanced oxidation process for malachite green dye removal.
Malik S., *Saroha A. K. (Indian Inst. Technol., Delhi, IN) [157]
Simultaneous removal of radionuclides and coexisting salts using HFC-134a hydrate-based water purification process.
*Seo S. D., Lee J. D., Kang K. C. (Korea Inst. Ind. Technol., Busan, KR) [568]
Quantitative risk analysis of PFAS discharge from wastewater treatment: Integrating fault tree and multimedia fate analysis.
*Song S. Y., Song Y. H., Hwang S. B., Baek D. K., Nam K. J. (Pukyong Nat. Univ., Busan, KR) [462]
Transformer-based soft sensor system for fault detection and reconstruction in wastewater treatment plants.
*Song Y. H., Hwang S. B., Baek D. K., Song S. Y., Nam K. J. (Pukyong Nat. Univ., Busan, KR) [464]
Optimization of UV-C/H₂O₂ treatment of SARS-CoV-2 antivirals.
*Večenaj L., Lastovčić D., Bule Možar K., Cvetnić M., Kučić Grgić D., Markić M., Furač L., Bolanča T., Ukić Š. (Fac. Chem. Eng. Technol., Zagreb, HR) [528]
Techno-economic and circular assessment of biomass-based hydrogen production and ammonia storage through syngas chemical looping.
*Ahmed U. (King Fahd Univ. Petrol. &Miner., Dhahran, SA) [534]
Alginate–biochar hydrogels as bio-based adsorbents for resource-efficient heavy metal removal.
*Akbarzadeh V., (1)Fini E. H. (Univ. Doha Sci. Technol., QA; (1)Arizona State Univ., Tempe AZ, US) [439]
Sustainable phosphate removal and recovery using pretreated anion exchange resin in redox flow deionization.
*Alkhaldi A., Alsultan A., (1)Peng Z. (Jubail Ind. Coll., SA; (1)Univ. South Carolina, Columbia SC, US) [516]
Microwave-assisted co-pyrolysis of biomass and waste PET: Product distribution, kinetic analysis, and energy recovery.
*Awan J. A., Masood M. B., Shahzad K., Khan R. U. (Univ. Punjab, Lahore, PK) [75]
Decontamination of cobalt-containing soil using an aminopolycarboxylate chelator.
*Barona A., Rodríguez M. T., (1)Sandonis E., Rojo N., (1)Olondo C., Santaolalla A., (1)Idoeta R. (Univ. Pais Vasco, Bilbao, ES; (1)Lezama Demoliciones, Trapagaran, ES) [393]
Synergistic fungal consortia for reducing natural-fiber textile residues.
*Bustos-Gutiérrez P. D., Herrera-Herrera P. M., Mendoza-Velásquez M. (Univ. Bío-Bío, Concepción, CL) [383]
Utilization of Cortaderia spp. and Oxalis pes-caprae for the production of value-added products and paper.
Barciela A., *Cancela A., Iglesias A., Sánchez A. (Univ. Vigo, ES) [14]
Preparation of sewage sludge biochar through alkali activation with NaOH and K2CO3 in steam atmosphere.
Sierra I., *(1)Epelde E., Iriarte-Velasco U. (Univ. Pais Vasco, Vitoria, ES; (1)Univ. Pais Vasco, Leioa, ES) [483]
A global environmental sustainability indicator for industrial processes: Development and application in a petrochemical plant.
*Figueiredo M. A. G. (UERJ, Rio de Janeiro , BR) [45]
Modelling methane production in a fed-batch bioreactor using green waste pretreated with Trametes versicolor.
Contreras Cedillo H. Y., Flores Castillo N. S., Rodríguez Nava C. O., (1)León-Santiestebán H. H., (1)González Brambila M. M., (2)Manzano Zavala M., *García-Martínez J. C. (Inst. Polit. Nac., Mexico DF, MX; (1)Univ. Aut. Metrop., Ascapotzalco, MX; (2)Univ. Aut. Chapingo, MX) [391]
Transport burden in sludge networks.
*Gardiner D. V., O'Malley C., Willis M. J., (1)Laing H. (Newcastle Univ., UK; (1)Northumbrian Water Ltd., Pity Me, UK) [589]
Pilot scale demonstration of biodegradable biofilm carriers for microalgal biomass production.
*Gupta S., (1)Mishra S., Jha M. K., (2)Orta S. V. (Nat. Inst. Technol., Jalandhar, IN; (1)Nat. Inst. Bioenergy, Kapurthala, IN; (2)Newcastle Univ., UK) [485]
Catalytic conversion of mixed plastic wastes using ionic liquids.
*Jiang M. (East China Univ. Sci. Technol., Shanghai, CN) [646]
Life cycle assessment of air-quality impacts from reagent dosing and flue-gas composition in waste incineration.
*Lee S., Cho K., Lee Y. W. (Korea Inst. Ind. Technol., Cheonan, KR) [72]
Microwave-assisted pyrolysis of pulper-reject: Experimental assessment and prospects for process scale-up.
*Marchetti L., (1)Guastaferro M., (1)Tognotti L., (1)Nicolella C. (Cons. Polo Tecnol. Magona, Cecina (LI), IT; (1)Univ. Pisa, IT) [176]
Process optimization for upgrading waste tire pyrolysis oil via oxidative desulfurization.
*Mataji M., Moosavian S. M., (1)Royaee S. J., (1)Kananpanah S. (Univ. Tehran, IR; (1)Res. Inst. Pet. Ind., Tehran, IR) [121]
Toward sustainable management of spent activated carbon in nuclear power plants: Pilot-scale regeneration and recycling.
*Ryu J.-H., Kim S. H., (1)Lee G.-H. (Dongguk Univ., Gyeongju, KR; (1)Hi-Air Korea, Gimhae, KR) [459]
Thermal conversion of ferric oxalate from pickling processes: First steps towards optimization.
*Salucci E., (2)Fabozzi A., D'Angelo A., (2)Senneca O., (3)Bellucci F., (4)Francesca R., (1)Grénman H., (1)Saxen H., Di Serio M., Russo V. (Univ. Napoli Federico II, IT; (1)Åbo Akad. Univ., Turku, FI; (2)STEM-CNR, Napoli, IT; (3)CRdC Tecnol. Scarl, Napoli, IT; (4)Irpinia Zinco, IT) [49]
Effect of nickel precursor on hydrodewaxing catalysts for pyrolysis oil from plastic waste recycling.
*Shnayder A. V., (1)Lysikov A. I., Kasyanov A. V., Vdovichenko V. A., Vorobyeva E. E., Parkhomchuk E. V. (Boreskov Inst. Catal., Novosibirsk, RU; (1)Novosibirsk State Univ., RU) [202]
Potential of Rhodospirillum rubrum for purification of dark fermentation effluents.
*Strzelczyk I., Kucharska K., Słupek E., Gębicki J. (Univ. Technol., Gdansk, PL) [595]
Characterization of pyrolysis products from used engine oil (UEO) for the production of hydrocarbons with varying molecular weights.
Tinoco L., (1)Castillo B., (1)Úsuga D., *(1)Reyes Y., (2)Malagón-Romero D., (3)Velasco M. (Brno Univ. Technol., CZ; (1)Univ. Santo Tomás, Bogotá, CO; (2)Pontif. Univ. Javeriana, Bogotá, CO; (3)Univ. Dist. F. J. Caldas, Bogotá, CO) [13]
Cleavage alkylation coupling with versatile amide-based eutectic catalytic systems.
Yu J., (1)Zhu D., Zhuang J., Guan Y., Qiu Y., Wang X., Gao X., *(2)Chen G., Song Z., Zhu X., (3)Chen D. (East China Univ. Sci. Technol., Shanghai, CN; (1)Austral. Nat. Univ., Canberra ACT, AU; (2)Columbia Univ., New York NY, US; (3)Norweg. Univ. Sci. Technol., Trondheim, NO) [398]
Physics-informed reduced-order multiscale modeling and optimization of CO₂ hydrogenation to methanol over heterogeneous catalyst in packed bed reactor.
*Zarei M. D. (Tabriz Univ. Technol., IR) [647]
Beyond carbon footprint: Integrating LCA, LCC and DEA to unlock eco-efficient beef production systems.
Martínez-Ibáñez E., Laso L., Margallo M., *Aldaco R. (Univ. Cantabria, Santander, ES) [557]
Biological properties of bioactive peptides derived from combined sonication and fermentation of camel milk proteins.
*Alu'datt M. H., (1)Gammoh S., (1)Banat H. (Kuwait Univ., Safat, KW; (1)Jordan Univ. Sci. Technol., Irbid, JO) [477]
Effects of ultrasound sonication on the structural, molecular, and biofunctional properties of truffle-derived bioactive nanocapsules.
*Al-u'datt M., (1)Alzoughoul R. (Kuwait Univ., Safat, KW; (1)Jordan Univ. Sci. Technol., Irbid, JO) [496]
Experimental and in silico evidences on the bioactivity of green-extracted Rosmarinus officinalis L. compounds.
*Aprodu I., Țiuleanu (Bari) D., Vasilean I., Borda D. (Dunarea de Jos Univ., Galati, RO) [529]
Product design methodology for the formulation of a food product made from cheese whey.
*Delgado Burgos J. S., Serrato Bermúdez J. C., Noriega Valencia M. A. (Univ. Nac. Colombia, Bogotá, CO) [256]
Design of a protein snack for women who practice sports following a food design methodology.
*Delgado Burgos J. S., Barajas Gómez L. D., Buitrago Casas M. Á., Tique Aguilar J. K., Otálora Castillo A. (Univ. Nac. Colombia, Bogotá, CO) [266]
Ultrasound-assisted extraction of bioactive compounds from barley.
*Sakki M., Demesa A. G., Pöysä M., Perez Vega S. (Lappeenranta Univ. Technol., FI) [635]
A multiscale analysis of Kluyveromyces lactis single-cell protein in a fermented soy protein matrix.
*Diaz-Bustamante M. L., Reyes L. H., (1)Fernández-Niño M., Alvarez Solano O. (Los Andes Univ., Bogotá, CO; (1)Inst. Agrochem. Food Technol., Valencia, ES) [265]
Ultrasound green extraction of bioactive compounds from hop pellets.
*Dumitrascu L., Borda D., Grigore-Gurgu L., Aprodu I. (Dunarea de Jos Univ., Galati, RO) [530]
Upcycling of Citrus unshiu peel waste through enzymatic and fermentation processes to enhance estrogenic bioactivity.
Ha Y. J., Kim M.-J., Ko J. H., Oh E. J., *Hong K.-B. (Jeju Nat. Univ., KR) [490]
Development of cell-based animal alternative testing method to detect GR-mediated endocrine disrupting chemicals.
*Hong M.-G., Kim H.-J., Ham H.-S., Hong D.-Y., Kwon Y.-J., Kim M.-J., Jeong D.-H., Lee H.-S. (Chung-Ang. Univ., Seoul, KR) [543]
Nano-priming of wheat seeds using K,N,P-Co-doped carbon quantum dots derived from coffee waste.
*Kırbıyık-Kurukavak Ç., (1)Çetin B., (2)Demir N., (2)Can M. (Konya Tech. Univ., Selcuklu-Konya, TR; (1)Univ. Dumlupinar, Kütahya, TR; (2)Izmir Katip Celebi Univ., TR) [554]
Liposomal encapsulation of bovine blood hydrolysates: Formulation and physicochemical characterization.
*López-Giraldo L. J., Rojas Ardila Y. S., Díaz Márquez D. S., Carvajal Jaimes S. (Univ. Ind. Santander, Bucaramanga, CO) [414]
Development of functional pasta with improved micronutrient content using selenium- and zinc-biofortified barley flour.
*Lukinac J., Jukić M., Lončarić P., Šušak A., Lončarić Z. (J. Strossmayer Univ., Osijek, HR) [612]
Factors influencing the dispersion of heavy metals in soil: An analysis of soil, climate, and source parameters.
*Sadenova M. A., Shushkevich L. V., (1)Ualiyev D. E., Onalbaeva Z. S., (2)Beisekenov N. A. (Serikbayev East Kaz. State Tech. Univ., Ust-Kamenogorsk, KZ; (1)Maqsut Narikbayev Univ., Astana, KZ; (2)Texas A&M Univ., College Station TX, US) [280]
Fluid and granular flows
Validation of the CFD simulation protocol for flow in large-scale rectangular industrial tanks against unique experimental data.
Bílek V., *(1)Gebouský O., (1)Haidl J. (Inst. Hydrology, Praha, CZ; (1)Univ. Chem. Technol. Prague, CZ) [590]
Mixing of polydisperse suspensions: Experimental validation of correlations for just-suspended speed calculation.
*Obot N., Jirout T. (Czech Tech. Univ., Praha, CZ) [177]
Turbulent liquid-liquid dispersion using inline fractal static mixers.
Lebaz N., Mailhot J., Othman N., *(1)Shaikh A. (Univ. Lyon 1, Villeurbanne, FR; (1)Higher Coll. Technol., Abu Dhabi, AE) [633]
Influence of bubble release mechanism on the rise velocity and deformation of single bubbles in aqueous ionic liquid solutions.
*Aissaoui D. E., Ferrario A., Varallo N., (1)Hessenkemper H., (1)Besagni G. (Politecnico, Milano, IT; (1)Helmholtz-Zentrum Dresden-Rossendorf, DE) [583]
Modelling oxygen dissolution into water of a bubble column using an Euler–Lagrange approach.
*Bjuri S., Jakobsen H. A., Solsvik J. (Norweg. Univ. Sci. Technol., Trondheim, NO) [522]
Development of a numerical simulation model for circular-motion bubble generator.
*Goto Y., (1)Donaldson A., Fujioka S., Terasaka K. (Keio Univ., Yokohama, JP; (1)Univ. New Brunswick, Fredericton NB, CA) [551]
Gas bubbles in complex liquids: Effects of salts and fluid rheology on bubble hydrodynamics and interfacial mass transfer.
*Hosen H. F., Solsvik J. (Norweg. Univ. Sci. Technol., Trondheim, NO) [515]
A rigorous model of standby-supported flare operations in chemical plants.
*Chang C.-T., Chen P.-Y. (Nat. Cheng Kung Univ., Tainan, TW) [1]
Turbulence modelling influence on gas-liquid hydrodynamics in bubble columns: An Euler-Euler CFD approach with population balance.
Justi G. H., (1)Lima L. A., (2)Laizo W. S., (2)Rodrigues M. M., *(2)Lopes G. C. (Fed. Univ. Pampa, Bagé, BR; (1)UNICAMP, Campinas, BR; (2)UFSC, Sao Carlos, BR) [456]
Impact of turbulence modelling on flow field prediction and particle separation efficiency in supersonic separators.
de Oliveira R. A. F., Augusto L. D. L. X., de Melo K. R. B., Guerra V. G., *Lopes G. C. (UFSC, Sao Carlos, BR) [454]
CFD simulation of hydrodynamics of a distillation sieve tray for the air-water system.
*Mancera-Apolinar J. A., Parraga-Chica O. S. (Univ. América, Bogotá, CO) [62]
Lagrangian coherent structures governing bubble deformation and breakup: A single rising bubble study with and without mass transfer.
Chirammel S. S., Jayaram R., *Solsvik J. (Norweg. Univ. Sci. Technol., Trondheim, NO) [603]
Continuous concentration of ultrafine bubble water by atomization.
*Lu C., Terasaka K., Fujioka S. (Keio Univ., Yokohama, JP) [525]
Fine bubble formation behavior in air-supersaturated ethanol aqueous solution.
*Kameda A., Terasaka K., Hirase H., Fujioka S. (Keio Univ., Yokohama, JP) [546]
Buoyancy-driven rise of bubbles in shear-thinning liquids within a vertical Hele–Shaw cell.
*Zhao R., Kant P., Anastasiou A., Fonte C. P. (Univ. Manchester, UK) [571]
Process optimization of a microfluidic liquid-vapor/gas separation for the removal of organic contaminants from water.
*Adiche C. (Tech. Univ., Darmstadt, DE) [587]
Selective and sustainable hydrolysis of benzonitrile to benzamide using hydrogen peroxide in a microreactor setup.
*(1)Hoëcker S., Schulz L., (1)von Harbou E., Röder T. (Tech. Univ. Appl. Sci., Mannheim, DE; (1)RPTU Kaiserslautern-Landau, DE) [506]
Hydrodynamics and quality of micromixing in microreactors with intensively swirled flows and in microreactors with submerged impinging jets.
*Abiev R. S., Makusheva I. V. (St. Petersburg State Tech. Univ., RU) [301]
A multi-gradient lab-on-a-disc platform for high-throughput protein crystallization screening.
Nguyen T. M., Nguyen H. V., Phan V. M., *Seo T. S. (Kyunghee Univ., Kyunggido, KR) [556]
Instrument-free quantitative pH measurement via distance-based colorimetric µPADs: A sustainable approach for point-of-need analysis.
Ghahremani E., *Vafajoo L., (1)Shafiekhani A. (Islamic Azad Univ., Tehran, IR; (1)Alzahra Univ., Tehran, IR) [296]
Simulation of heat and mass transfer in biomarker transport using paper-based microdevices.
*Zambra C. E., Zambra G. A. (Univ. Talca, Curicó, CL) [36]
Investigation of viscoelastic properties of Libyan waxy crude oils near to pour point temperatures.
*Alghanduri L., (1)Lopes da Silva J. A., (1)Coutinho J. A. P. (Petrol. Res. Cent., Tripoli, LY; (1)Univ. Aveiro, PT) [19]
Development of an inline rheological method for food fluids based on pressure drop measurement.
*Asaba M., (1)Ikeda N., Fujioka S., (2)Ogura K., (2)Hokonohara S., (2)Iga H., Terasaka K. (Keio Univ., Kanagawa, JP; (1)Kewpie Corp., Tokyo, JP; (2)Seiko Corp., Shizuoka, JP) [552]
Experimental investigation of settling dynamics of spherical and non-spherical particles for CFD-DEM validation.
Haidl J., *(1)Gebouský O., (1)Bílek V., (2)Isoz M. (Inst. Hydrology, Praha, CZ; (1)Univ. Chem. Technol. Prague, CZ; (2)Inst. Thermomech., Praha, CZ) [601]
Experimental insights into wax mitigation in crude oil production.
*Mohamed F., (1)Morgham F., (1)Alhengari S. (Petrol. Res. Cent., Tripoli, LY; (1)Libyan Acad. Postgrad. Studies, Janzur, LY) [492]
Triboelectric charging of insulating particles: The role of surface roughness.
*Pelcová J., Sklenářová J., Kosek J. (Univ. Chem. Technol. Prague, CZ) [654]