Unified Field Study 5 (UFS-5) by US Government | Environmental and Climate Sciences

About this Dataset

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.
Organization: Department of Energy
Last updated: 2024-03-12T23:57:13.229292
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-5 Compositional Analysis Data

@usgov.doe_gov_unified_field_study_5_ufs_5.n_5_2_ufs_5_compositional_analysis_data

23.05 KB
262 rows
13 columns


CREATE TABLE n_5_2_ufs_5_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
);

2.2 UFS-5 KA32 Harvest Data

@usgov.doe_gov_unified_field_study_5_ufs_5.n_2_2_ufs_5_ka32_harvest_data

13.21 KB
142 rows
14 columns


CREATE TABLE n_2_2_ufs_5_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
);

2.3 UFS-5 LRB-AZ-1201 Harvest Data

@usgov.doe_gov_unified_field_study_5_ufs_5.n_2_3_ufs_5_lrb_az_1201_harvest_data

12.98 KB
127 rows
14 columns


CREATE TABLE n_2_3_ufs_5_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
);

3.2 UFS-5 KA32 Instrumentation Data

@usgov.doe_gov_unified_field_study_5_ufs_5.n_3_2_ufs_5_ka32_instrumentation_data

1.48 MB
90172 rows
13 columns


CREATE TABLE n_3_2_ufs_5_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-5 Winter KA32 Daily Averaged Instrumentation Data

@usgov.doe_gov_unified_field_study_5_ufs_5.n_3_5_ufs_5_winter_ka32_daily_averaged_instrumentation_data

41.95 KB
1044 rows
14 columns


CREATE TABLE n_3_5_ufs_5_winter_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
);

3.3 UFS-5 LRB-AZ-1201 Instrumentation Data

@usgov.doe_gov_unified_field_study_5_ufs_5.n_3_3_ufs_5_lrb_az_1201_instrumentation_data

939.69 KB
60017 rows
13 columns


CREATE TABLE n_3_3_ufs_5_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-5 LRB-AZ-1201 Daily Averaged Instrumentation Data

@usgov.doe_gov_unified_field_study_5_ufs_5.n_3_6_ufs_5_lrb_az_1201_daily_averaged_instrumentation_data

29.47 KB
651 rows
14 columns


CREATE TABLE n_3_6_ufs_5_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
);

1.2 UFS-5 KA32 Pond Operational And Harvest Summary Data

@usgov.doe_gov_unified_field_study_5_ufs_5.n_1_2_ufs_5_ka32_pond_operational_and_harvest_summary_data

87.71 KB
19030 rows
53 columns


CREATE TABLE n_1_2_ufs_5_ka32_pond_operational_and_harvest_summary_data (
  "siteid" VARCHAR,
  "experimentid" VARCHAR,
  "pondid" VARCHAR,
  "datetime" TIMESTAMP,
  "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" DOUBLE,
  "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
);

1.3 UFS-5 LRB-AZ-1201 Pond Operational And Harvest Summary Data

@usgov.doe_gov_unified_field_study_5_ufs_5.n_1_3_ufs_5_lrb_az_1201_pond_operational_and_harvest_s_a3bd64f8

76.09 KB
17757 rows
53 columns


CREATE TABLE n_1_3_ufs_5_lrb_az_1201_pond_operational_and_harvest_s_a3bd64f8 (
  "siteid" VARCHAR,
  "experimentid" VARCHAR,
  "pondid" VARCHAR,
  "datetime" TIMESTAMP,
  "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" DOUBLE,
  "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
);

4.2 UFS-5 KA32 Weather Data

@usgov.doe_gov_unified_field_study_5_ufs_5.n_4_2_ufs_5_ka32_weather_data

219.28 KB
18482 rows
9 columns


CREATE TABLE n_4_2_ufs_5_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-5 KA32 Daily Averaged Weather Data

@usgov.doe_gov_unified_field_study_5_ufs_5.n_4_5_ufs_5_ka32_daily_averaged_weather_data

13.28 KB
183 rows
10 columns


CREATE TABLE n_4_5_ufs_5_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
);

4.3 UFS-5 LRB-AZ-1201 Weather Data

@usgov.doe_gov_unified_field_study_5_ufs_5.n_4_3_ufs_5_lrb_az_1201_weather_data

143.33 KB
13242 rows
9 columns


CREATE TABLE n_4_3_ufs_5_lrb_az_1201_weather_data (
  "experimentid" VARCHAR,
  "siteid" VARCHAR,
  "strainid" VARCHAR,
  "date" VARCHAR,
  "airtemp_c" DOUBLE,
  "rh" DOUBLE,
  "globallightenergy_w_m2" BIGINT,
  "windspeed_km_hr" DOUBLE,
  "wdir_deg" DOUBLE
);

4.6 UFS-5 LRB-AZ-1201 Daily Averaged Weather Data

@usgov.doe_gov_unified_field_study_5_ufs_5.n_4_6_ufs_5_lrb_az_1201_daily_averaged_weather_data

11.65 KB
123 rows
10 columns


CREATE TABLE n_4_6_ufs_5_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
);