Dataset: Unified Field Study 6 (UFS-6)

About this Dataset

Unified Field Study 6 (UFS-6)

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 sixth Unified Field Study (UFS-6), performed March to June 2015, was to generate a robust inter-testbed dataset in algal biomass and lipid productivity and yield for 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 processes, and protocols. The UFS-6 Experiment consisted of two parts. First, a direct comparison of two dilution rates (0.11 and 0.214 per day) with Chlorella vulgaris LRB-AZ-1201 was performed followed by experimentation on optimal nitrogen sources for Nannochloropsis oceanica KA32.

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.
Organization: Department of Energy
Last updated: 2024-03-12T23:57:15.607488
Tags: algae, algal-biomass, algal-composition, algal-growth, algal-productivities, algal-testbed, analysis, atp3, biochemical, bioenergy, biofuel, biomass, chlorella-vulgaris, cultivation-strategies, cultivation-trials, data, energy, environmental-conditions, fuels, harvest-yields, modeling, nannochloropsis-oceanica, pond, ponds, power, process-conditions, regional, renewable-energy, seasonal, strain, testbed, ufs, unified-field-study

Tables

5.2 UFS-6 Compositional Analysis Data

@usgov.doe_gov_unified_field_study_6_ufs_6.n_5_2_ufs_6_compositional_analysis_data

30.11 KB
434 rows
13 columns


CREATE TABLE n_5_2_ufs_6_compositional_analysis_data (
  "tracking_id" BIGINT,
  "analytical_sample_id" VARCHAR,
  "datetime" VARCHAR,
  "protein_af" VARCHAR,
  "fame_lipids_af" VARCHAR,
  "carbohydrates_af" VARCHAR,
  "experimentid" VARCHAR,
  "siteid" VARCHAR,
  "strainid" VARCHAR,
  "sourceid" VARCHAR,
  "batchid" VARCHAR,
  "duration_days" DOUBLE,
  "pondid" VARCHAR
);

2.3 UFS-6 LRB-AZ-1201 Harvest Data

@usgov.doe_gov_unified_field_study_6_ufs_6.n_2_3_ufs_6_lrb_az_1201_harvest_data

13.29 KB
113 rows
14 columns


CREATE TABLE n_2_3_ufs_6_lrb_az_1201_harvest_data (
  "siteid" VARCHAR,
  "experimentid" VARCHAR,
  "strainid" VARCHAR,
  "sourceid" VARCHAR,
  "batchid" VARCHAR,
  "date" VARCHAR,
  "pondid" VARCHAR,
  "treatmentid" VARCHAR,
  "harvest" BIGINT,
  "time_d" DOUBLE,
  "harvest_vol_l" DOUBLE,
  "afdw_g_l" DOUBLE,
  "afdw_g" DOUBLE,
  "crash" VARCHAR
);

2.2 UFS-6 KA32 Harvest Data

@usgov.doe_gov_unified_field_study_6_ufs_6.n_2_2_ufs_6_ka32_harvest_data

15.27 KB
244 rows
14 columns


CREATE TABLE n_2_2_ufs_6_ka32_harvest_data (
  "siteid" VARCHAR,
  "experimentid" VARCHAR,
  "strainid" VARCHAR,
  "sourceid" VARCHAR,
  "batchid" VARCHAR,
  "date" VARCHAR,
  "pondid" VARCHAR,
  "treatmentid" VARCHAR,
  "harvest" BIGINT,
  "time_d" DOUBLE,
  "harvest_vol_l" DOUBLE,
  "afdw_g_l" DOUBLE,
  "afdw_g" DOUBLE,
  "crash" VARCHAR
);

3.3 UFS-6 LRB-AZ-1201 Instrumentation Data

@usgov.doe_gov_unified_field_study_6_ufs_6.n_3_3_ufs_6_lrb_az_1201_instrumentation_data

1.41 MB
108870 rows
13 columns


CREATE TABLE n_3_3_ufs_6_lrb_az_1201_instrumentation_data (
  "experimentid" VARCHAR,
  "siteid" VARCHAR,
  "pondid" VARCHAR,
  "strainid" VARCHAR,
  "datetime" VARCHAR,
  "date" VARCHAR,
  "ph" DOUBLE,
  "temp_c" DOUBLE,
  "cond_ms_cm" DOUBLE,
  "do_mg_l" DOUBLE,
  "do_sat" DOUBLE,
  "sal_g_l" DOUBLE,
  "par_umol_m2_s" DOUBLE
);

3.6 UFS-6 LRB-AZ-1201 Daily Averaged Instrumentation Data

@usgov.doe_gov_unified_field_study_6_ufs_6.n_3_6_ufs_6_lrb_az_1201_daily_averaged_instrumentation_data

39.35 KB
1177 rows
14 columns


CREATE TABLE n_3_6_ufs_6_lrb_az_1201_daily_averaged_instrumentation_data (
  "experimentid" VARCHAR,
  "siteid" VARCHAR,
  "pondid" VARCHAR,
  "strainid" VARCHAR,
  "date" VARCHAR,
  "ph" DOUBLE,
  "temp_avg_c" DOUBLE,
  "temp_max_c" DOUBLE,
  "temp_min_c" DOUBLE,
  "cond_ms_cm" DOUBLE,
  "do_mg_l" DOUBLE,
  "do_sat" DOUBLE,
  "sal_g_l" DOUBLE,
  "par_umol_m2_s" DOUBLE
);

3.2 UFS-6 KA32 Instrumentation Data

@usgov.doe_gov_unified_field_study_6_ufs_6.n_3_2_ufs_6_ka32_instrumentation_data

1.73 MB
106522 rows
13 columns


CREATE TABLE n_3_2_ufs_6_ka32_instrumentation_data (
  "experimentid" VARCHAR,
  "siteid" VARCHAR,
  "pondid" VARCHAR,
  "strainid" VARCHAR,
  "datetime" VARCHAR,
  "date" VARCHAR,
  "ph" DOUBLE,
  "temp_c" DOUBLE,
  "cond_ms_cm" DOUBLE,
  "do_mg_l" DOUBLE,
  "do_sat" DOUBLE,
  "sal_g_l" DOUBLE,
  "par_umol_m2_s" DOUBLE
);

3.5 UFS-6 KA32 Daily Averaged Instrumentation Data

@usgov.doe_gov_unified_field_study_6_ufs_6.n_3_5_ufs_6_ka32_daily_averaged_instrumentation_data

43.35 KB
1108 rows
14 columns


CREATE TABLE n_3_5_ufs_6_ka32_daily_averaged_instrumentation_data (
  "experimentid" VARCHAR,
  "siteid" VARCHAR,
  "pondid" VARCHAR,
  "strainid" VARCHAR,
  "date" VARCHAR,
  "ph" DOUBLE,
  "temp_avg_c" DOUBLE,
  "temp_max_c" DOUBLE,
  "temp_min_c" DOUBLE,
  "cond_ms_cm" DOUBLE,
  "do_mg_l" DOUBLE,
  "do_sat" DOUBLE,
  "sal_g_l" DOUBLE,
  "par_umol_m2_s" DOUBLE
);

1.3 UFS-6 LRB-AZ-1201 Pond Operational And Harvest Summary Data

@usgov.doe_gov_unified_field_study_6_ufs_6.n_1_3_ufs_6_lrb_az_1201_pond_operational_and_harvest_s_c4a7c881

93.49 KB
12563 rows
53 columns


CREATE TABLE n_1_3_ufs_6_lrb_az_1201_pond_operational_and_harvest_s_c4a7c881 (
  "siteid" VARCHAR,
  "experimentid" VARCHAR,
  "pondid" VARCHAR,
  "datetime" VARCHAR,
  "strainid" VARCHAR,
  "sourceid" VARCHAR,
  "batchid" VARCHAR,
  "treatmentid" VARCHAR,
  "time_between_harvests_days" VARCHAR,
  "harvest" VARCHAR,
  "harvest_vol_l" VARCHAR,
  "afdw_g_l" VARCHAR,
  "afdw_g" VARCHAR,
  "crash" VARCHAR,
  "comments" VARCHAR,
  "duration_days" VARCHAR,
  "depth_cm" VARCHAR,
  "evaporation_rate_cm_day" VARCHAR,
  "ph" VARCHAR,
  "salinity" VARCHAR,
  "temp_c" VARCHAR,
  "no3_mg_l" VARCHAR,
  "no3_pct_rsd" VARCHAR,
  "nh4_mg_l" VARCHAR,
  "nh4_pct_rsd" VARCHAR,
  "p_mg_l" VARCHAR,
  "p_pct_rsd" VARCHAR,
  "n_p_ratio" VARCHAR,
  "analytical_sample_id" VARCHAR,
  "tracking_id" VARCHAR,
  "dw_g_l" VARCHAR,
  "dw_rsd" VARCHAR,
  "afdw_g_l_52d579" VARCHAR,
  "afdw_rsd" VARCHAR,
  "ash" VARCHAR,
  "od750" VARCHAR,
  "od750_pct_rsd" VARCHAR,
  "od680" VARCHAR,
  "od680_pct_rsd" VARCHAR,
  "no3_supplied_g" VARCHAR,
  "no3_utilized_g" VARCHAR,
  "no3_efficiency" VARCHAR,
  "no3_demand_g_n_g_afdw" VARCHAR,
  "nh4_supplied_g" VARCHAR,
  "nh4_utilized_g" VARCHAR,
  "nh4_efficiency" VARCHAR,
  "nh4_demand_g_n_g_afdw" VARCHAR,
  "p_supplied_g" VARCHAR,
  "p_utilized_g" VARCHAR,
  "p_efficiency" VARCHAR,
  "p_demand_g_p_g_afdw" VARCHAR,
  "mg_afdw_mol_par_input" VARCHAR,
  "mg_afdw_kw_gle_input" VARCHAR
);

1.2 UFS-6 KA32 Pond Operational And Harvest Summary Data

@usgov.doe_gov_unified_field_study_6_ufs_6.n_1_2_ufs_6_ka32_pond_operational_and_harvest_summary_data

117.2 KB
5826 rows
53 columns


CREATE TABLE n_1_2_ufs_6_ka32_pond_operational_and_harvest_summary_data (
  "siteid" VARCHAR,
  "experimentid" VARCHAR,
  "pondid" VARCHAR,
  "datetime" VARCHAR,
  "strainid" VARCHAR,
  "sourceid" VARCHAR,
  "batchid" VARCHAR,
  "treatmentid" VARCHAR,
  "time_between_harvests_days" VARCHAR,
  "harvest" VARCHAR,
  "harvest_vol_l" VARCHAR,
  "afdw_g_l" VARCHAR,
  "afdw_g" VARCHAR,
  "crash" VARCHAR,
  "comments" VARCHAR,
  "duration_days" VARCHAR,
  "depth_cm" VARCHAR,
  "evaporation_rate_cm_day" VARCHAR,
  "ph" VARCHAR,
  "salinity" VARCHAR,
  "temp_c" VARCHAR,
  "no3_mg_l" VARCHAR,
  "no3_pct_rsd" VARCHAR,
  "nh4_mg_l" VARCHAR,
  "nh4_pct_rsd" VARCHAR,
  "p_mg_l" VARCHAR,
  "p_pct_rsd" VARCHAR,
  "n_p_ratio" VARCHAR,
  "analytical_sample_id" VARCHAR,
  "tracking_id" VARCHAR,
  "dw_g_l" VARCHAR,
  "dw_rsd" VARCHAR,
  "afdw_g_l_52d579" VARCHAR,
  "afdw_rsd" VARCHAR,
  "ash" VARCHAR,
  "od750" VARCHAR,
  "od750_pct_rsd" VARCHAR,
  "od680" VARCHAR,
  "od680_pct_rsd" VARCHAR,
  "no3_supplied_g" VARCHAR,
  "no3_utilized_g" VARCHAR,
  "no3_efficiency" VARCHAR,
  "no3_demand_g_n_g_afdw" VARCHAR,
  "nh4_supplied_g" VARCHAR,
  "nh4_utilized_g" VARCHAR,
  "nh4_efficiency" VARCHAR,
  "nh4_demand_g_n_g_afdw" VARCHAR,
  "p_supplied_g" VARCHAR,
  "p_utilized_g" VARCHAR,
  "p_efficiency" VARCHAR,
  "p_demand_g_p_g_afdw" VARCHAR,
  "mg_afdw_mol_par_input" VARCHAR,
  "mg_afdw_kw_gle_input" VARCHAR
);

4.3 UFS-6 LRB-AZ-1201 Weather Data

@usgov.doe_gov_unified_field_study_6_ufs_6.n_4_3_ufs_6_lrb_az_1201_weather_data

217.6 KB
14401 rows
9 columns


CREATE TABLE n_4_3_ufs_6_lrb_az_1201_weather_data (
  "experimentid" VARCHAR,
  "siteid" VARCHAR,
  "strainid" VARCHAR,
  "date" VARCHAR,
  "airtemp_c" DOUBLE,
  "rh" DOUBLE,
  "globallightenergy_w_m2" DOUBLE,
  "windspeed_km_hr" DOUBLE,
  "wdir_deg" DOUBLE
);

4.6 UFS-6 LRB-AZ-1201 Daily Averaged Weather Data

@usgov.doe_gov_unified_field_study_6_ufs_6.n_4_6_ufs_6_lrb_az_1201_daily_averaged_weather_data

14.52 KB
222 rows
10 columns


CREATE TABLE n_4_6_ufs_6_lrb_az_1201_daily_averaged_weather_data (
  "experimentid" VARCHAR,
  "siteid" VARCHAR,
  "strainid" VARCHAR,
  "date" VARCHAR,
  "airtemp_c" DOUBLE,
  "rh" DOUBLE,
  "globallightenergy_w_m2" DOUBLE,
  "windspeed_km_hr" DOUBLE,
  "wdir_deg" DOUBLE,
  "precip_tot_cm" DOUBLE
);

4.2 UFS-6 KA32 Weather Data

@usgov.doe_gov_unified_field_study_6_ufs_6.n_4_2_ufs_6_ka32_weather_data

310.39 KB
26847 rows
9 columns


CREATE TABLE n_4_2_ufs_6_ka32_weather_data (
  "experimentid" VARCHAR,
  "siteid" VARCHAR,
  "strainid" VARCHAR,
  "date" VARCHAR,
  "airtemp_c" DOUBLE,
  "rh" DOUBLE,
  "globallightenergy_w_m2" DOUBLE,
  "windspeed_km_hr" DOUBLE,
  "wdir_deg" DOUBLE
);

4.5 UFS-6 KA32 Daily Averaged Weather Data

@usgov.doe_gov_unified_field_study_6_ufs_6.n_4_5_ufs_6_ka32_daily_averaged_weather_data

13.31 KB
189 rows
10 columns


CREATE TABLE n_4_5_ufs_6_ka32_daily_averaged_weather_data (
  "experimentid" VARCHAR,
  "siteid" VARCHAR,
  "strainid" VARCHAR,
  "date" VARCHAR,
  "airtemp_c" DOUBLE,
  "rh" DOUBLE,
  "globallightenergy_w_m2" DOUBLE,
  "windspeed_km_hr" DOUBLE,
  "wdir_deg" DOUBLE,
  "precip_tot_cm" DOUBLE
);