Experimental data: direct air capture using electrochemically regenerated anion exchange resins
DOI:10.4121/19180913.v2
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DOI: 10.4121/19180913
DOI: 10.4121/19180913
Datacite citation style:
Shu, Qingdian; Haug, Marina; Tedesco, Michele; Philipp Kuntke; Hubertus V.M. Hamelers (2022): Experimental data: direct air capture using electrochemically regenerated anion exchange resins. Version 2. 4TU.ResearchData. dataset. https://doi.org/10.4121/19180913.v2
Other citation styles (APA, Harvard, MLA, Vancouver, Chicago, IEEE) available at Datacite
Dataset
choose version:
version 2 - 2022-05-11 (latest)
version 1 - 2022-03-09
This dataset contains data collected during experiments on direct air capture using electrochemically regenerated anion exchange resins.
History
- 2022-03-09 first online
- 2022-05-11 published, posted
Publisher
4TU.ResearchDataFormat
Comma separated values/csvAssociated peer-reviewed publication
Direct Air Capture Using Electrochemically Regenerated Anion Exchange ResinsOrganizations
Environmental Technology, Wageningen University & Research;Wetsus, European Centre of Excellence for Sustainable Water Technology;
Faculty of Natural and Environmental Sciences, Hochschule Zittau/Görlitz
DATA
Files (23)
- 10,673 bytesMD5:
8639a399f925472d2ff73b2e8ded64bfREADME.txt - 30,159,683 bytesMD5:
6746740b4b93c974bffcdecc8f8cfd31150 adsorption-desorption cycles.csv - 830,212 bytesMD5:
dd2e6d4a9de040c944f822a79b88173c1st 48h-adsorption with lab air.csv - 858,198 bytesMD5:
5362c4e82b35de9c9fe9b77f70ca8a561st 48h-adsorption with outdoor air.csv - 4,782,935 bytesMD5:
770d8a8b879fc4e341296cbfa50645011st desorption with lab air.csv - 4,389,477 bytesMD5:
64dd4c232cc2582dfbe975eae38841181st desorption with outdoor air.csv - 849,366 bytesMD5:
aa2ae259db9e40b25500fc5cede33fbf2nd 48h-adsorption with lab air.csv - 935,387 bytesMD5:
d05f8aca40e569ba8fe0256ca5cc70192nd 48h-adsorption with outdoor air.csv - 4,321,558 bytesMD5:
f8c2dd39cfb70f08733cd35a742a40b82nd desorption with lab air.csv - 4,388,782 bytesMD5:
e2e830e72348a28aa4ab6634b9aedad32nd desorption with outdoor air.csv - 993,044 bytesMD5:
e755bd342b5a1bb87e0c338af896be973rd 48h-adsorption with lab air.csv - 928,966 bytesMD5:
3bf38e30119e645292a677766896c5b13rd 48h-adsorption with outdoor air.csv - 4,792,240 bytesMD5:
6597edbba4c978877c5a3697bbc8a0b03rd desorption with lab air.csv - 4,394,866 bytesMD5:
1751dbfe7c74f1dec48d119ef79edfb23rd desorption with outdoor air.csv - 849,389 bytesMD5:
ce8489b315614ad1b85348a0aa5691614th 48h-adsorption with lab air.csv - 936,963 bytesMD5:
77f82de2f9f8d24c3de066ca7071dc5f4th 48h-adsorption with outdoor air.csv - 4,718,736 bytesMD5:
52f584bb9989612c0a09af7aaad4ea574th desorption with lab air.csv - 4,343,652 bytesMD5:
d89287e0ce35202c44fb107334d3fd234th desorption with outdoor air.csv - 848,933 bytesMD5:
9f43347606d930ea02226a07b49be4a45th 48h-adsorption with lab air.csv - 936,860 bytesMD5:
30adad6c28fd640db1ed928b6c72f1675th 48h-adsorption with outdoor air.csv - 4,673,665 bytesMD5:
c4287925cfa6f78a7a66406d064010c45th desorption with lab air.csv - 4,487,791 bytesMD5:
bb7d8424b8a796eb125448ac902dce255th desorption with outdoor air.csv - 1,518,707 bytesMD5:
dae7ad45f1cd927022a3b52303083cd2Full adsorption experiment.csv -
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