Remco Hartkamp
PI
- Associate prof (2023-present), TU Delft
- Assistant prof (2017-2023), TU Delft
- PD (2015-2016), Vanderbilt University
- PD (2013-2014), Massachusetts Institute of Technology
- PhD (2013), UTwente / Swinburne Univ. Tech.
- MSc (2009), UTwente (ME, Fluid dynamics)
- BSc (2007), UTwente (Mech. Eng.)
office: 34b-K-0-260
mail: r.m.hartkamp(at)tudelft.nl
Arvind Pari
PhD student
- PhD student (2019-present), TU Delft
- MSc (2019), TU Delft (Chem. Eng.)
Supervised together with
Johan Padding
office: 34b-K-0-100
Research focus:
Bubble dynamics in electrolysis
Esaar Naeem Butt
PhD student
- PhD student (2019-present), TU Delft
- MSc (2019), Otto Von Guericke University (Chem. Energy Eng.)
Supervised together with
Johan Padding
office: 34b-K-0-100
Research focus:
Electrochemical reactor design
Eszter Mádai
PhD student
- PhD student (2020-present), TU Delft
- MSc (2020), TU Darmstadt (Materials) / Univ. Liege (Chem.)
- BSc (2017), Univ. Pannonia (Chem. Eng.)
Supervised together with
Peyman Taheri
Research focus:
Electrochemical conversion
Vignesh Murugesan
PhD student
- PhD student (2023-Present), TU Delft (MechE)
- MSc (2021-2023), TU Delft (MechE, Track: EFPT)
Supervised together with
Johan Padding
office: 34b-K-0-100
Research focus:
Microbial electrosynthesis
Fathaah Ansar
PhD student
- PhD student (2023-Present), TU Delft (MechE)
- MSc (2021-2023), TU Delft (MechE, Track: EFPT)
office: 34b-K-0-100
Research focus:
Electric double layer properties in CO2 electrolysis
Ezra Käs
PhD student
- PhD student (2024-Present), TU Delft (MechE)
- MSc (2022-2024), TU Delft (MechE, Track: EFPT)
- BSc (2017-2021), The City College of New York (Mech. Eng.)
office: 34b-K-0-100
Research focus:
Wetting in porous electrodes
Merijn de Valk
MSc student
- MSc (2022-Present), TU Delft (Appl. Phys.)
Research focus:
Local reaction conditions in electrolysis
Aniket Pramod Patil
MSc student
- MSc (2023-Present), TU Delft (MechE, Track: EFPT)
- BTech (2018-2022), Manipal Institute of Technology (Mech. Eng.)
Research focus:
Local reaction conditions in electrolysis