Data underlying the publication: Exploring the Viability of a Taylor Flow Electrolyser for Enhanced CO2 Electrolysis

I. Bagemihl (Creator)
J.R. van Ommen (Creator)
V. van Steijn (Creator)
N. Girichandran (Creator)
S. Saedy (Creator)
A. Santoso (Creator)
Jorrit Bleeker (Creator)
R. Kortlever (Creator)

Dataset

Description

A transparent zero-gap flow cell was designed and tested with gas-liquid Taylor flow for the electrochemical reduction of CO2 to CO on a silver gauze. Details of the experiments are given in Chapter 3 of the PhD dissertation of Bagemihl.

Date made available	29 May 2024
Publisher	TU Delft - 4TU.ResearchData
Temporal coverage	Dec 2022 - Feb 2023

DOI
10.4121/B5D7503E-3A5E-4DC2-A0E6-8E99173922B4

1 Dissertation (TU Delft)

Insights from operating under gas-liquid Taylor flow and techno-economic optimisation: Reactor design and economics of CO2 electrolysers
Bagemihl, I., 2024, 133 p.
Research output: Thesis › Dissertation (TU Delft)

Open Access
File
103 Downloads (Pure)

Cite this

Bagemihl, I. (Creator), van Ommen, J. R. (Creator), van Steijn, V. (Creator), Girichandran, N. (Creator), Saedy, S. (Creator), Santoso, A. (Creator), Bleeker, J. (Creator), Kortlever, R. (Creator) (29 May 2024). Data underlying the publication: Exploring the Viability of a Taylor Flow Electrolyser for Enhanced CO2 Electrolysis. TU Delft - 4TU.ResearchData. 10.4121/B5D7503E-3A5E-4DC2-A0E6-8E99173922B4

Data underlying the publication: Exploring the Viability of a Taylor Flow Electrolyser for Enhanced CO2 Electrolysis

Description

DOI

Research output

Insights from operating under gas-liquid Taylor flow and techno-economic optimisation: Reactor design and economics of CO2 electrolysers

Cite this