Data underlying the publication: Reactor microbiome enriches vegetable oil with n-caproate and n-caprylate for potential functionalized feed additive production via extractive lactate-based chain elongation
DOI:10.4121/17086037.v1
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DOI: 10.4121/17086037
DOI: 10.4121/17086037
Datacite citation style:
Contreras Davila, Carlos; Zuidema, Norwin; C.J.N. (Cees) Buisman; david strik (2022): Data underlying the publication: Reactor microbiome enriches vegetable oil with n-caproate and n-caprylate for potential functionalized feed additive production via extractive lactate-based chain elongation. Version 1. 4TU.ResearchData. dataset. https://doi.org/10.4121/17086037.v1
Other citation styles (APA, Harvard, MLA, Vancouver, Chicago, IEEE) available at Datacite
Dataset
This dataset contains experimental data from batch and continuous chain elongation fermentation with(out) extraction with sunflower oil and oleyl alcohol.
History
- 2022-01-11 first online, published, posted
Publisher
4TU.ResearchDataFormat
csv txtAssociated peer-reviewed publication
Reactor microbiome enriches vegetable oil with n-caproate and n-caprylate for potential functionalized feed additive production via extractive lactate-based chain elongation Biotechnology for BiofuelsOrganizations
Environmental Technology, Wageningen University & ResearchDATA
Files (26)
- 6,344 bytesMD5:
707491d9507f34f83791175a44507d0cREADME.txt - 971 bytesMD5:
8ea01937981482b05126a4a5f2cd2de8Calculations constants.csv - 6,721 bytesMD5:
e88e5d910141a188ebb977d0f81200a6Extractive batch-Absolute pressure and gas composition.csv - 10,177 bytesMD5:
8bbad6e497f512fc1b51fee9db381159Extractive batch-Carboxylates aqueous phase.csv - 1,134 bytesMD5:
d68843b14dfa24ad040f1a0be0abf10cExtractive batch-Carboxylates solvent.csv - 444 bytesMD5:
1a22d07c72c6ef95625e57a538acd3ddExtractive batch-pH.csv - 9,926 bytesMD5:
a54b7e1965020009a68b83f4180a6851ISO standard-Sunflower oil composition.csv - 3,368 bytesMD5:
4989ac1b4e96d3c230b2ef55f454cf7cR1-4-MCC extraction fluxes.csv - 14,767 bytesMD5:
47de702829d692d1a9d77608faa6c9e1R1-Carbon and electron selectivity, carbon conversion.csv - 8,452 bytesMD5:
71fc7453907e75500620d9683057423dR1-Electron productivities.csv - 12,728 bytesMD5:
5a927f8d5010ac31ca43852802cbb27cR1-Gas production, carbon dioxide balance and effluent pH.csv - 7,828 bytesMD5:
2378c715298e697b1d0724ee0b0ceeebR1-HRT and HCl addition.csv - 6,538 bytesMD5:
0d0921811d1aaf34562712e1233c93b4R1-Influent, effluent and solvent carboxylates concentration.csv - 6,451 bytesMD5:
7b3e94844b8ca8da53f61a335a5d085aR1-Monitoring raw data.csv - 7,190 bytesMD5:
0d2e5e0d62b30e74dc48e099a490ca85R1-Yield or stoichiometry.csv - 13,681 bytesMD5:
6db5fd0968001a41744fe41a98689a5bR2-Electron and carbon selectivity, carbon conversion.csv - 8,550 bytesMD5:
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a7609d2b73d6edbc1bf124ce22498c31R2-Gas production, carbon dioxide balance and effluent pH.csv - 7,782 bytesMD5:
dc60b7e59e0d1bf070cf4f4d8a9c7f61R2-HRT and HCl addition.csv - 9,645 bytesMD5:
1613f54c3c05cec5256e901cfaba0276R2-Influent, effluent and solvent carboxylate concentrations.csv - 5,867 bytesMD5:
58e6ba8a42ee4763151c279229849df2R2-Monitoring raw data.csv - 7,098 bytesMD5:
73c97b86eb7342e37e27134bafb11505R2-Yield or stoichiometry.csv - 924 bytesMD5:
7ebf7dccbe57f7f9dfae7dd47db8f193R3-HRT and HCl addition.csv - 1,557 bytesMD5:
6325da0fabdef9afc460cd961db85186R3-Influent, effluent and solvent carboxylates concentration.csv - 928 bytesMD5:
8c0c5ef8ddd1f19ff66b0a53e967a84eR4-HRT and HCl addition.csv - 1,568 bytesMD5:
30c50bb7ad647afb680689371b9b1526R4-Influent, effluent and solvent carboxylates concentration.csv -
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