Data underlying the publication: Oxygen-to-Ammonium-Nitrogen Ratio as an Indicator for Oxygen Supply Management in Microoxic Bioanodic Ammonium Oxidation
DOI:10.4121/8dbd9669-632e-49b7-826f-2473c1bb7270.v1
The DOI displayed above is for this specific version of this dataset, which is currently the latest. Newer versions may be published in the future.
For a link that will always point to the latest version, please use
DOI: 10.4121/8dbd9669-632e-49b7-826f-2473c1bb7270
DOI: 10.4121/8dbd9669-632e-49b7-826f-2473c1bb7270
Datacite citation style
Yan, Xiaofang (2024): Data underlying the publication: Oxygen-to-Ammonium-Nitrogen Ratio as an Indicator for Oxygen Supply Management in Microoxic Bioanodic Ammonium Oxidation . Version 1. 4TU.ResearchData. dataset. https://doi.org/10.4121/8dbd9669-632e-49b7-826f-2473c1bb7270.v1
Other citation styles (APA, Harvard, MLA, Vancouver, Chicago, IEEE) available at Datacite
Dataset
Usage statistics
100
views
188
downloads
Categories
Time coverage 2023
Licence CC BY 4.0
Interoperability
by
Xiaofang Yan
In this study, we systematically investigated NH4+ oxidation at the bioanode with different O2 and NH4+-N ratios (O₂/NH₄⁺-N) of 0.5, 1.0 and 1.5. Our specific focus was on achieving high NH4+ oxidation while simultaneously maintaining the selectivity of NH4+ oxidation to N2. Additionally, the diversity of N-related functional bacteria was characterized to elucidate the underlying N conversion reactions in the MEC systems. This study elucidates the influence of microoxic levels of O2 on NH4+ oxidation at bioanodes and providing insights for process optimization.
History
- 2024-06-28 first online, published, posted
Publisher
4TU.ResearchDataFormat
excel/xlsxOrganizations
Environmental Technology, Wageningen University&Research,Paqell B.V.
DATA
Files (10)
- 1,733 bytesMD5:
275f22f49a4b5eb9abc19d87d71f39d9README.txt - 13,675 bytesMD5:
23f32b01d44768a797f3d69697a831e21a Profiles of influent NH4+ concentrations, ammonium consumption, effluent NO2- and NO3- concentrations during NH4+ oxidaition at anode .xlsx - 11,535 bytesMD5:
b7fbc31f7ede4cf233b48c43377c4c101b Products distribution during NH4+ oxidation in the anode compartment under four oxygen supply conditions.xlsx - 8,753 bytesMD5:
260723ec2039fadec99340add25d3fee2a Current of MECs under four O2 supply conditions .xlsx - 8,979 bytesMD5:
2fa6633cc29dec1ef3d17ec4ce2d41762bc Electrons distributions between electrode and O2 under four O2 supply conditions.xlsx - 8,989 bytesMD5:
ffba786da7504d687474d593236e89ad3 Comparision of nitrogen compounds distribution between OCP and CCP.xlsx - 10,535 bytesMD5:
8f04b596ada6eee7a771dc5193eb21fb4 Relative abundance of bacteria genus.xlsx - 11,550 bytesMD5:
bd4a77620d09973fc40ca9e31a814ad1S2 O2 and oxidized NH4+ ratio under four oxygen supply conditions.xlsx - 48,767 bytesMD5:
14351262eb6d004bd592809675811ae3S3a complete profile of current under four O2 supply conditions.xlsx - 50,212 bytesMD5:
16c3ac68361589288ba2e100586383a8S3b Complete profile of DO under four O2 supply conditions.xlsx -
download all files (zip)
174,728 bytes unzipped
