Unified Field Study 5 (UFS-5)
The Unified Field Studies (UFS), established by the Algae Testbed Public-Private Partnership (ATP3), produced data on the effect of environmental and process conditions on algal growth rates and algal composition. The goal of the fifth Unified Field Study (UFS-5), performed December 2014 to March 2015, was to generate a robust inter-testbed dataset in algal biomass and lipid productivity and yield for two algal strains (Nannochloropsis oceanica KA32 and Chlorella vulgaris LRB-AZ-1201) as a function of different regional, and environmental conditions among sites by controlling non-geographical-related variables including production systems, production process and protocols, system scale, and algae strain. This experiment also compared the effect on productivity of three harvests per week with multiple dilution rates vs. one harvest per week with one dilution rate.
For more information about the UFS experiments see the reference resources 0.0 UFS-1 Experiment OpenEI Wiki Page, 0.1 ATP3 OpenEI Wiki Page, 0.2 Report on the Use of ATP3 UFS Data below, and 0.3 ATP3 UFS Journal Article.
Citation Formats
National Renewable Energy Laboratory. (2016). Unified Field Study 5 (UFS-5) [data set]. Retrieved from https://data.openei.org/submissions/704.
Wolfrum, Ed, Knoshaug, Eric, Laurens, Lieve, Harmon, Valerie, Dempster, Thomas, McGowan, John, Rosov, Theresa, Cardello, David, Arrowsmith, Sarah, Kempkes, Sarah, Bautista, Maria, Lundquist, Tryg, Crowe, Braden, Murawsky, Garrett, Nicolai, Eric, Rowe, Egan, Knurek, Emily, Javar, Reyna, Saracco Alvarez, Marcela, Schlosser, Steve, Riddle, Mary, Withstandley, Chris, Chen, Yongsheng, Van Ginkel, Steven, Igou, Thomas, Xu, Chunyan, and Hu, Zixuan. Unified Field Study 5 (UFS-5) . United States: N.p., 27 Sep, 2016. Web. https://data.openei.org/submissions/704.
Wolfrum, Ed, Knoshaug, Eric, Laurens, Lieve, Harmon, Valerie, Dempster, Thomas, McGowan, John, Rosov, Theresa, Cardello, David, Arrowsmith, Sarah, Kempkes, Sarah, Bautista, Maria, Lundquist, Tryg, Crowe, Braden, Murawsky, Garrett, Nicolai, Eric, Rowe, Egan, Knurek, Emily, Javar, Reyna, Saracco Alvarez, Marcela, Schlosser, Steve, Riddle, Mary, Withstandley, Chris, Chen, Yongsheng, Van Ginkel, Steven, Igou, Thomas, Xu, Chunyan, & Hu, Zixuan. Unified Field Study 5 (UFS-5) . United States. https://data.openei.org/submissions/704
Wolfrum, Ed, Knoshaug, Eric, Laurens, Lieve, Harmon, Valerie, Dempster, Thomas, McGowan, John, Rosov, Theresa, Cardello, David, Arrowsmith, Sarah, Kempkes, Sarah, Bautista, Maria, Lundquist, Tryg, Crowe, Braden, Murawsky, Garrett, Nicolai, Eric, Rowe, Egan, Knurek, Emily, Javar, Reyna, Saracco Alvarez, Marcela, Schlosser, Steve, Riddle, Mary, Withstandley, Chris, Chen, Yongsheng, Van Ginkel, Steven, Igou, Thomas, Xu, Chunyan, and Hu, Zixuan. 2016. "Unified Field Study 5 (UFS-5) ". United States. https://data.openei.org/submissions/704.
@div{oedi_704, title = {Unified Field Study 5 (UFS-5) }, author = {Wolfrum, Ed, Knoshaug, Eric, Laurens, Lieve, Harmon, Valerie, Dempster, Thomas, McGowan, John, Rosov, Theresa, Cardello, David, Arrowsmith, Sarah, Kempkes, Sarah, Bautista, Maria, Lundquist, Tryg, Crowe, Braden, Murawsky, Garrett, Nicolai, Eric, Rowe, Egan, Knurek, Emily, Javar, Reyna, Saracco Alvarez, Marcela, Schlosser, Steve, Riddle, Mary, Withstandley, Chris, Chen, Yongsheng, Van Ginkel, Steven, Igou, Thomas, Xu, Chunyan, and Hu, Zixuan.}, abstractNote = {The Unified Field Studies (UFS), established by the Algae Testbed Public-Private Partnership (ATP3), produced data on the effect of environmental and process conditions on algal growth rates and algal composition. The goal of the fifth Unified Field Study (UFS-5), performed December 2014 to March 2015, was to generate a robust inter-testbed dataset in algal biomass and lipid productivity and yield for two algal strains (Nannochloropsis oceanica KA32 and Chlorella vulgaris LRB-AZ-1201) as a function of different regional, and environmental conditions among sites by controlling non-geographical-related variables including production systems, production process and protocols, system scale, and algae strain. This experiment also compared the effect on productivity of three harvests per week with multiple dilution rates vs. one harvest per week with one dilution rate.
For more information about the UFS experiments see the reference resources 0.0 UFS-1 Experiment OpenEI Wiki Page, 0.1 ATP3 OpenEI Wiki Page, 0.2 Report on the Use of ATP3 UFS Data below, and 0.3 ATP3 UFS Journal Article.}, doi = {}, url = {https://data.openei.org/submissions/704}, journal = {}, number = , volume = , place = {United States}, year = {2016}, month = {09}}
Details
Data from Sep 27, 2016
Last updated Mar 12, 2024
Submitted Sep 29, 2016
Organization
National Renewable Energy Laboratory
Contact
ATP3 Information
Authors
Research Areas
Keywords
energy, power, algae, biomass, ATP3, UFS, Unified Field Study, algal growth, pond, strain, algal testbed, environmental conditions, process conditions, algal composition, data, algal biomass, regional, seasonal, bioenergy, biofuel, cultivation trials, harvest yields, fuels, testbed, cultivation strategies, algal productivities, ponds, Chlorella vulgaris, Nannochloropsis oceanica, renewable energy, biochemical, modeling, analysisDOE Project Details
Project Name Algae Testbed Public-Private Partnership ATP3 - a RAFT Partnership
Project Number EE0005996
