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Copy pathshp2sinks_mapping.txt
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shp2sinks_mapping.txt
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Sinks.txt
0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
1 1 379 40.951 0.000 0.375 4.575 0.175 2.61 0 -91.2980 28.9920 0 0 0 0 Gulf offshore
2 2 379 40.951 0.000 0.375 4.575 0.175 2.61 0 -91.1764 31.5559 0 0 0 0 Cranfield
3 3 360 63.063 0.000 0.180 3.859 0.201 3.02 0 -88.5068 30.5078 0 0 0 0 Escatawpa
4 4 498 63.063 0.000 0.500 3.602 0.181 2.84 0 -88.2337 31.0930 0 0 0 0 Citronelle
5 5 480 18.178 0.000 0.500 4.204 0.191 2.74 0 -86.7961 30.7153 0 0 0 0 Disposal Area 1 (DA1)
6 6 549 63.063 0.000 0.600 3.017 0.154 2.83 0 -84.8449 30.6128 0 0 0 0 Disposal Area 2 (DA1b)
7 7 845 63.063 0.000 0.800 2.930 0.135 2.77 0 -81.6781 31.7306 0 0 0 0 Disposal Area 3 (DA2)
0: id
1: id
2: Capacity "fieldCap__"
3: OpeningCost "costFix___"
4: OMCost "fixO_M___M"
5: WellCapacity "wellCap__M"
6: WellOpeningCost "wellCostFi"
7: WellOMCost "wellFixO_M"
8: InjectionCost "varO_M____"
9: 0
10: Lon "LON"
11: Lat "LAT"
12: 0
13: 0
14: 0
15: 0
16: NAME "NAME"
Java code:
sink.setLabel(elements[0]);
sink.setCellNum(data.latLonToCell(Double.parseDouble(elements[11]), Double.parseDouble(elements[10])));
sink.setOpeningCost(Double.parseDouble(elements[3]));
sink.setOMCost(Double.parseDouble(elements[4]));
sink.setWellOpeningCost(Double.parseDouble(elements[6]));
sink.setWellOMCost(Double.parseDouble(elements[7]));
sink.setInjectionCost(Double.parseDouble(elements[8]));
sink.setWellCapacity(Double.parseDouble(elements[5]));
sink.setCapacity(Double.parseDouble(elements[2]));
Shapefile:
Sink_ID: Integer (10.0)
NAME: String (254.0)
fieldCap__: Real (19.11)
costFix___: Real (19.11)
fixO_M___M: Integer (10.0)
wellCap__M: Integer (10.0)
wellCostFi: Real (19.11)
wellFixO_M: Real (19.11)
varO_M____: Real (19.11)
N_A: Integer (10.0)
LON: Real (19.11)
LAT: Real (19.11)
Continenta: Integer (10.0)
Depth_m: Real (19.11)
Hydrostati: Real (19.11)
Thickness_: Real (19.11)
Permeabili: Real (19.11)
Permeabi_1: Integer (10.0)
Porosity_f: Real (19.11)
Geothermal: Real (19.11)
Temperatur: Real (19.11)
Area_km2: Real (19.11)
Injection_: Real (19.11)
Plume_Radi: Real (19.11)
Extracted_: Real (19.11)
Number_of_: Real (19.11)
Total_Proc: Real (19.11)
Shape_Leng: Real (19.11)
Shape_Area: Real (19.11)
Txt file:
Sink_ID NAME
fieldCap (MtCO2)
costFix ($M)
fixO&M ($M/yr)
wellCap (MtCO2/yr)
wellCostFix ($M)
wellFixO&M ($M/yr)
varO&M ($/tCO2)
N/A
LON
LAT
Continental_ID
Depth m
Hydrostatic pressure Mpa
Thickness m
Permeability m2
Permeability mD
Porosity fraction
Geothermal gradient Cperkm
Temperature C
Area km2
Injection Rate MtCo2perYear
Plume Radius km
Extracted Water m3 per tCO2
Number of Wells
Total Process $ per tCO2
mapping for saline sinks: SCO2T_Database_v2_2_LowestCost_10K
SCO2T_Database_v2.2_SimCCSFormat_LowestCost.txt
NATCARB Saline ID Resource Name Min Sink Capacity Min Site Fixed Cost Min Fix O&M ($M/yr) Min Well Injection Rate Min Well Fixed Cost Min Well Fixed O&M Min Well Variable O&M N/A Longitude Latitude Continental ID Resource Area km2 Depth m Gross Thickness Net Thickness Low m Net Thickness Likely m Net Thickness High m Porosity Low Porosity Likely Porosity High Final Perm Low Final Perm Likely Final Perm High Final Geothermal Gradient C per km Final Resource Temperature C Pressure Mpa Sources Min Site Injection Rate Max Site Injection Rate Max Well Injection Rate Max Sink Capacity Min Total Sink Cost Max Total Sink Cost Max Site Fixed Cost Max Well Fixed Cost Max Well Fixed O&M Max Well Variable O&M Confidence Contains Likely Estimate?
2: Capacity "fieldCap__" -> Min_Sink_C
3: OpeningCost "costFix___" -> Min_Site_F
4: OMCost "fixO_M___M" -> Min_Fix_O_
5: WellCapacity "wellCap__M" -> Min_Well_I
6: WellOpeningCost "wellCostFi" -> Min_Well_F
7: WellOMCost "wellFixO_M" -> Min_Well_1
8: InjectionCost "varO_M____" -> Min_Well_V
10: Lon "Longitude"
11: Lat "Latitude"
16: NAME "Resource_N"
sources.txt
ID costFix ($M) fixO&M ($M/y) varO&M ($/tCO2) capMax (MtCO2/y) N/A LON LAT NAME
1 2842.8 223.4 81.93 7.236 1 -88.0103 31.0069 1
2 3052.4 234.5 58 7.236 1 -86.4567 33.2442 2
3 407.9 52.5 106.78 0.297 1 -85.9708 34.0128 3
4 2108.5 192 71.9 4.635 1 -87.2003 33.6446 4
5 904.4 80.1 67.06 2.034 1 -87.7811 32.6017 5
6 3959 258.9 36.12 17.901 1 -87.0597 33.6319 6
7 1910.5 160.8 94.74 3.276 1 -87.2289 30.5661 7
8 539.6 62.9 88.11 1.26 1 -85.7003 30.2689 8
9 339.6 48.6 123.82 0.018 1 -84.8869 30.6689 9
10 4535 288.8 79.8 17.928 1 -84.9192 34.1256 10
11 1424 141.5 69.03 3.096 1 -85.3456 34.2533 11
12 2361 190.6 77.67 5.319 1 -83.2994 33.1942 12
13 834.4 78.4 83.98 1.782 1 -84.475 33.8244 13
14 474.6 73.3 93.05 1.026 1 -81.1458 32.1486 14
15 264.7 31.1 81.24 0.027 1 -84.1322 31.4444 15
16 5295 311.2 41.91 20.331 1 -83.8072 33.0583 16
17 2539 155.1 67.62 6.129 1 -85.0345 33.4124 17
18 2307.4 239.4 72.62 4.059 1 -84.8986 33.4622 18
19 1405.6 102.3 68.72 2.529 1 -89.0265 30.4408 19
20 2091 128.6 89.68 5.013 1 -88.5574 30.5335 20
txt file:
ID
costFix ($m)
fixO&M ($m/y)
costVar ($/tCO2)
Capturable CO2 (MtCO2/y)
Portion of stream (%)
X
Y
ID2
Credit
BLANK
Type
Name