2025.03.01–2026.02.28: Varga József Foundation – Michael Somogyi Program
Improving the efficiency of distillation methods
2025.01.01–2025.06.30: MTA Youth International Conference Scientific Program – INKP2025-3
Environment-oriented assessment and energy development of hybrid separation methods in the chemical industry
2023.01.01–2023.05.31: MTA Youth International Conference Scientific Program – INKP2023-38
Development of hybrid organophilic pervaporation and distillation method for separation of mixture containing heterogeneous azeotropic
2022.01.01–2022.12.31: Scientific Patronage Program – 140699
Comparative evaluation of process wastewater treatment methods: separation methods and incineration
2021.07.01–2022.12.31: National Talent Program – NTP-NFTÖ-21-B-0014
Investigation of competitive membrane operations in the chemical industry: development of pervaporation method
2021.05.01–2021.08.31: Hungarian State Eotvos Scholarship – 156628
Evaluation of process wastewater treatment processes by life cycle assessment
2020.07.01–2021.06.30: National Talent Program – NTP-NFTÖ-20-B-0095
Development of modelling of separation processes in process simulator environment
2020.07.01–2022.06.30: Thematic Excellence Program – National Challenges Program - TKP-1-1/PALY-2020
Efficiency enhanced and intelligent manufacturing technology - Intensification of chemical technologies
2019.12.01–2024.08.31: OTKA – 131586
Improvements for circular economy: development of new physicochemical process wastewater treatment methods and their evaluation
2019.09.01–2020.06.30: ÚNKP – 19-4-BME-416
Comparison of process wastewater treatment methods: distillation and membrane processes
2019.05.01–2020.06.30: Thematic Excellence Program – TUDFO/51757/2019-ITM
Efficiency enhanced and intelligent manufacturing technology - Intensification of chemical technologies
2018.09.01–2019.06.30: ÚNKP – 18-4-BME-209
Study of liquid waste treatment processes to design the best practicing technologies
2017.09.01–2020.08.31: Bolyai – 432/17/6
Development of liquid waste treatment in the circular economy