Oral Presentations
Zuzana KOVALOVA
Czech Academy of Sciences
Prague , 
CZECHIA
[O-01] Interaction of NaI solutions with atomic oxygen produced by atmospheric pressure He/O2 plasma jet
Topic 1: Fundamentals and plasma diagnostics
Yuki ISHII
Tokyo University of Agriculture and Technology
Tokyo, 
JAPAN
[O-02] Relationship between electrode configuration and ionic wind reversal in plasma synthetic jet actuators
Topic 1: Fundamentals and plasma diagnostics
Peter TOTH
Comenius University
Bratislava, 
SLOVAKIA
[O-03] Interaction and mutual influence of transient spark with electrospray for plasma activated water generation
Topic 1: Fundamentals and plasma diagnostics
Muhd Hadi ISKANDAR
Kawada Technologies
Nanto, JAPAN
[O-04] Operational characteristics of atmospheric-pressure plasma CO2 decomposition using SV, SEI and active power analysis
Topic 1: Fundamentals and plasma diagnostics
Asami HATAMOTO
Aoyama Gakuin University
Kanagawa, JAPAN
[O-05] Development and validation of similarity law for dielectric surface temperature of DBD plasma actuator
Topic 1: Fundamentals and plasma diagnostics
Yanbin XIN
Dalian Maritime University
Dalian, 
CHINA
[O-06] Hydrogen donor regulated reaction pathways for heavy oil lightening by liquid phase gliding arc plasma
Topic 8: Fuel reforming and sustainable energy
Laurent MILLIERE
HEIG-VD
Yverdon-les-Bains, 
SWITZERLAND
[O-07] Comparative performance of polymers pellet plasmalysis using kHz, MHz, and GHz NTP discharges
Topic 8: Fuel reforming and sustainable energy
Amal BELHCEN
University of Poitiers
Poitiers, 
FRANCE
[O-08] Catalytic reverse water gas shift reaction assisted by electric field over Ce- and Zr-based materials
Topic 8: Fuel reforming and sustainable energy
Nito DEBACHER
Federal University of Santa Catarina
Florianopolis, 
BRAZIL
[O-09] Comparative study of graphene functionalization by non thermal plasma using multiple precursors
Topic 8: Fuel reforming and sustainable energy
Yanan LIU
Donghua University
Shanghai, CHINA
[O-10] Plasma technologies for pollutant removal from different environmental media
Topic 12: Industrial plasma techniques and applications
Yong Sup CHOI
Korea Institute of Fusion Energy
Gunsan, 
KOREA
[O-11] Development of plasma technologies in KFE-IPT for carbon neutral society
Topic 12: Industrial plasma techniques and applications
Tae-Hee KIM
Wonkwang University
Iksan, KOREA
[O-12] Thermal plasma processing for advanced nanomaterials synthesis
Topic 12: Industrial plasma techniques and applications
Hendrik BURGHAUS
Cyclize GmbH
Stuttgart, 
GERMANY
[O-13] Waste to syngas: Plasma as an enabler for a circular carbon economy
Topic 12: Industrial plasma techniques and applications
Stein MAERIVOET
University of Antwerp
Antwerp, 
BELGIUM
[O-14] Multidimensional modeling of non-oxidative coupling of methane to understand soot formation in and around the plasma
Topic 2: Modeling and simulations
Vit JIRASEK
Czech Academy of Sciences
Prague , CZECHIA
[O-15] 2-D modeling of hypochlorite formation in salt water treated by He/O2 RF microplasma jet
Topic 2: Modeling and simulations
Seunghoon LEE
Korea Institute of Materials Science
Changwon, KOREA
[O-16] Combining plasma healthcare technology and artificial intelligence for treatment of immune diseases induced by environmental pollution
Topic 10: Biological and biomedical applications
Joo Young PARK
Korea Institute of Materials Science
Changwon, KOREA
[O-17] In-situ optical diagnostics and 0-D modeling of reactive species at confined gas-liquid interface of wearable plasma patch
Topic 10: Biological and biomedical applications
Ana SAINZ-GARCIA
University de La Rioja
La Rioja, 
SPAIN
[O-18] Combined cold plasma strategies for biofilm inactivation on endoscopes
Topic 10: Biological and biomedical applications
Oleksandr GALMIZ
Comenius University
Bratislava, SLOVAKIA
[O-19] Antimicrobial decontamination of tubes using a water-electrode surface DBD
Topic 10: Biological and biomedical applications
Hyun-Ha KIM
AIST
Tsukuba, JAPAN
[O-20] Role of oxygen content in plasma nitrogen fixation
Topic 8: Fuel reforming and sustainable energy
Mario JANDA
Comenius University
Bratislava, SLOVAKIA
[O-21] Nitrogen fixation by direct vs. indirect contact of plasma with water
Topic 8: Fuel reforming and sustainable energy
Junliang WU
South China University of Technology
Guangzhou, CHINA
[O-22] NTP-initiated water-gas shift for direct synthesis of H2O2 and NH3
Topic 8: Fuel reforming and sustainable energy
Rezvan HOSSEINI RAD
Leibniz Institute for Plasma Science and Technology (INP)
Greifswald, GERMANY
[O-23] Novel integration of electrolysis cell into planar DBD reactor for ammonia synthesis
Topic 8: Fuel reforming and sustainable energy
Zdenko MACHALA
Comenius University
Bratislava, SLOVAKIA
[O-24] Multiple ways to promote either oxidation properties or nitrogen fixation in plasma-liquid systems
Topic 4: Water and wastewater treatment
Eric MOREAU
University of Poitiers
Poitiers, FRANCE
[O-25] Plasma-driven liquid flows in surfactant solution: Influence of the high voltage frequency and surfactant concentration on flow regimes
Topic 4: Water and wastewater treatment
Kefeng SHANG
Dalian University of Technology
Dalian, CHINA
[O-26] Nitrogen fixation in gas-liquid two-phase DBD reactor with three electrodes
Topic 4: Water and wastewater treatment
Tomoaki MIICHI
Osaka Institute of Technology
Osaka, JAPAN
[O-27] Investigation of acetic acid decomposition process in N2-O2 pulsed plasma using TOC and liquid-phase ionic species
Topic 4: Water and wastewater treatment
Kiran AHLAWAT
Comenius University
Bratislava, SLOVAKIA
[O-28] Microbubble-enhanced cold plasma for water treatment
Topic 4: Water and wastewater treatment
Katsuyuki TAKAHASHI
Iwate University
Morioka, JAPAN
[O-29] Influence of voltage polarity and conductivity on chemical and physical reactions induced by pulsed discharges over liquid
Topic 4: Water and wastewater treatment
Zunrong SHENG
Dalian University of Technology
Dalian, CHINA
[O-30] Selective activation of C-H bonds NTP by pore-modulated electron shielding
Topic 6: Plasma catalysis
Richard CIMERMAN
Comenius University
Bratislava, SLOVAKIA
[O-31] Plasma-catalytic VOC removal with nonthermal plasma regeneration and repetitive use of coke-deactivated catalysts
Topic 6: Plasma catalysis
Ikram GORRAM
IC2MP/ENSIP
Poitiers, FRANCE
[O-32] Investigating plasma-catalyst interactions for CO2 hydrogenation over structured catalysts under NTP
Topic 6: Plasma catalysis
Samy BOUACEM
IC2MP/IFPEN
Poitiers, FRANCE
[O-33] Production of H2 from H2S using plasma-catalysis coupling
Topic 6: Plasma catalysis
Moo Been CHANG
National Central University
Taoyuan, 
TAIWAN
[O-34] Advancing resource recovery: Synergistic gas-phase IPA removal and hydrogen generation via plasma-catalytic system
Topic 6: Plasma catalysis
Amir MACHMUD
National Central University
Taoyuan, TAIWAN
[O-35] Plasma-driven conversion of aqueous isopropanol into hydrogen over Ni–TiO2 catalysts
Topic 6: Plasma catalysis
Kaixun YAO
Institute of Science Tokyo
Tokyo, JAPAN
[O-36] Green sulfonation of carbon nanotubes by water-film DBD plasma for cellulose hydrolysis catalysis
Topic 6: Plasma catalysis
Christopher SALES
Drexel University
Philadelphia, 
USA
[O-37] Investigating the use of non-thermal reverse vortex flow gliding arc plasma for treatment of PFAS
Topic 5: Remediation of hazardous compounds (PFOS, PFOA, Dioxin, PCBs)
Nozomi TAKEUCHI
Institute of Science Tokyo
Tokyo, JAPAN
[O-38] Investigation of effective plasma methods for PFAS decomposition
Topic 5: Remediation of hazardous compounds (PFOS, PFOA, Dioxin, PCBs)
Siqi DENG
Tohoku University
Sendai, JAPAN
[O-39] Effect of interfacial behavior and solution conductivity on PFAS degradation by pulsed plasma-liquid interaction
Topic 5: Remediation of hazardous compounds (PFOS, PFOA, Dioxin, PCBs)
Ester MAROTTA
University of Padova
Padova, 
ITALY
[O-40] Energy-neutral hybrid plasma system for holistic point-of-use wastewater treatment
Topic 5: Remediation of hazardous compounds (PFOS, PFOA, Dioxin, PCBs)
Plamena MARINOVA
University of Forestry
Sofia, 
BULGARIA
[O-41] Effect of different plasma pre-treatment regimes on biomethane potential during anaerobic digestion of biodegradable waste
Topic 5: Remediation of hazardous compounds (PFOS, PFOA, Dioxin, PCBs)
Mei KADOWAKI
Institute of Science Tokyo
Tokyo, JAPAN
[O-42] Effects of geometric parameters of holes on PFOA decomposition using passing-through type diaphragm discharge
Topic 5: Remediation of hazardous compounds (PFOS, PFOA, Dioxin, PCBs)
Sofia de la YDALGA MENENDEZ
University de La Rioja
La Rioja, SPAIN
[O-43] Cold plasma treatment of grape stalk waste for enhanced Cu(II) biosorption
Topic 5: Remediation of hazardous compounds (PFOS, PFOA, Dioxin, PCBs)
Daiqi YE
South China University of Technology
Guangzhou, CHINA
[O-44] Selective conversion of CO2 catalyzed by non-thermal plasma coupled catalyst
Topic 6: Plasma catalysis
Stefan NEUHAUS
DAS Environmental Expert GmbH
Dresden, GERMANY
[O-45] DC plasma technology as alternative to conventional burners in semiconductor point-of-use abatement
Topic 3: Air pollution control (NOx, VOCs, PM, Odors)
Akinori ZUKERAN
Kanagawa Institute of Technology
Kanagawa, JAPAN
[O-46] Collection efficiencies of black carbon, soluble organic fraction and sulfate particles in a high-electric-field electrostatic precipitator for diesel exhaust
Topic 3: Air pollution control (NOx, VOCs, PM, Odors)
Alex DESTRIEUX
Comenius University
Bratislava, SLOVAKIA
[O-47] VOC removal by DBD coupled with UV activated TiO2 for indoor air treatment
Topic 3: Air pollution control (NOx, VOCs, PM, Odors)
Rashid ARIPRAM
Comenius University
Bratislava, SLOVAKIA
[O-48] Effect of dielectric and ferroelectric packing materials on benzene degradation in packed-bed DBD
Topic 3: Air pollution control (NOx, VOCs, PM, Odors)
Joanna PAWLAT
Lublin University of Technology
Lublin, 
POLAND
[O-49] Non-thermal cold plasma technologies in food science
Topic 11: Agriculture and food processing
Volker BRUESER
Leibniz Institute for Plasma Science and Technology (INP)
Greifswald, GERMANY
[O-50] Plasma and ultrasound - Synergistic approach for biomass pretreatment
Topic 11: Agriculture and food processing
Toshiyuki KAWASAKI
Nishinippon Institute of Technology
Fukuoka, JAPAN
[O-51] Plasma-driven ROS transport in straight nanothrough-hole arrays
Topic 11: Agriculture and food processing
Comenius University
Bratislava,
SLOVAKIA[O-52] Multifunctional horizon of plasma-activated water in hydroponic lettuce cultivation
Topic 11: Agriculture and food processing