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蔽 (IPCC SRCCS Figure TS.8.) 蔽
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kg-co2/h t-co2(mpag) PT 150 135 120 105 90 75 60 45 30 15 PT PT 38 37.5 37 36.5 36 35.5 35 34.5 34 33.5 PTMPaG 0 7/31 9:00 8/5 9:00 8/10 9:00 8/15 9:00 8/20 9:00 8/25 9:00 8/30 9:00 33
1.00E+03 1.00E+02 1.00E+01 1.00E+00 (md) 1.00E 01 1.00E 02 1.00E 03 1.00E 04 0.00 0.05 0.10 0.15 0.20 0.25 0.30 0.35 0.40 0.45 1.00E 05 隙 CCS1_Mst CCS1_lap Tf CCS1_vc Sltst,vc Sst CCS1_An lava CCS1_vc Cgl CCS1_vc Sst,sdy Tf IW 1 2015 2018 隙 隙
1. CCS-1 2. CO2 CO2 CO2 3. CO2 CO2 CO2 4. CO2 0.0010.1% CO2 0.001mol/kg 42 36 15.95 42 35 38.89 141 38 0.31 141 37 40.45
蔽 蔽 蔽 蔽 CO2 CO2 20m CO2 25m 蔽 CO2 CO2 CO2
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1 1 7 28 4 100m 912 5 100m 1317 6 1823 10m 2443
(TS III) TS III SB III FD 4/FD 5 MFS II FD 2/FD 3 FD 1a/b SB II SB I 屑 蔽
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4.1-9 H30 隙 隙 蔽 ual Gas Saturation to Aquifer Influx : A Calculation Method for 3-D Computer Reservoir Model Construction. paper SPE 75502, p.7
P/T Sensor (MPaG) P/T Sensor t-co 2 / t-co 2 2016 2017 2018
PT TRSV 1st KOP @240m (1st BUR : 3deg/30m) 3 1/2" TBG GL 31.5" S/P @10m TRSV Control Line 20" CSG @201.5m 13 3/8"ESC @4390.11mMD / 388.3mVD 13 3/8" 1st Stage TOC @850mMD / 739.34mVD MD(Measured Depth) VD(Vertical Depth) PT CO 2 PT 9 5/8" 2nd Stage TOC @1,056mMD / 804.41mVD 13 3/8"CSG @1,354mMD / 841.12mVD 17 1/2"Hole @1,359mMD 9 5/8"ESC @1,556.41mMD / 867.56mVD 9 5/8" 1st Stage TOC @1,805mMD / 896.82mVD 9 5/8"CSG @2,405mMD / 971.38mVD 7" CMTG port@2,456.18mmd / 977.8mVD 1st EOB @1,047mMD P T Sensor Cable 806.23mVD Inclination: 83 PT Sensor 2,061.92mMD /930mVD AHC PKR @2,087.68mMD / 932.66mVD Mule shoe guide @2,305.84mMD / 959.38mVD 7"TOL@2,287.57mMD / 957.13mVD 7"(L) @3,650mMD / 1,187.86mVD 2nd KOP @2,672m 9 1/2"Hole @3645.4mMD/ 1186.94mVD (2nd DOR : 1.5deg/30m) 8 1/2"Hole @3,650mMD/1187.86mVD 2nd EOD @2,780mMD 1,022.91mVD Inclination: 79 mvd MPaA 9.5 9.7 9.9 10.1 10.3 10.5 10.7 10.9 11.1 11.3 11.5 900 900 PT 950 1,000 1,050 1,100 1,150 + + 10m CO 2 CO 2 1,200 1200 NMR(mD) 1E 08 0.00000010.000001 0.00001 0.0001 0.001 0.01 0.1 1 10 100 : 1. 隙 1.02g/cc 2., 950 1050 1100 1150 21.3t CO₂/ 2017/9/26 1,033mVD 1,010mVD 1000 20.2t CO₂/ 2017/10/18 1,020mVD 1,030mvD 1,030mVD 21.3t CO₂/ 2017/11/16 1,028mVD 19.5t CO₂/ 2017/11/27 1,026mVD 8.2t CO₂/ 2017/11/28 1,020mVD NMR
1 :, 60(6), 462-473(1995)
P 8.128 1,8002 1602 隙 1 P.A. Goode, Pressure drawdown and buildup analysis of horizontal wells in anisotoropic media, SPE Formation Evaluation, December,p.683-697(1987)
m rm 3 /d/mpaa /D/MPaA t-co 2 / CO 2 PT mvd mmd 2017/9/26 21.3 2,307 4,691 1,033 2,775 2017/10/18 20.2 2,320 4,680 1,030 2,760 2017/11/16 21.3 2,399 5,114 1,028 2,750 2017/11/27 19.5 2,376 4,924 1,026 2,740 2017/11/28 8.2 1,508 2,414 1,020 2,704 2018/1/16 21.8 2,398 5,062 1,029 2,756 2018/1/28 21.8 2,433 5,281 1,027 2,745
,,,,,,,,,,, 1= 20mD 1= 1,000mD 2= 20mD 2= 1,900mD
42 37 24.90 42 36 07.55 141 39 30.67 141 37 27.85 CO2 42 37 13.23 42 36 16.04 141 39 21.70 141 37 59.04 CO2 42 37 24.90 42 36 07.55 141 39 30.67 141 37 27.85 : CO2 CO2
: : 1.CO2CO2SB
: 1.,CO2TS25mTS25m,CO21,000CO2CO2 : 1.
m m 930 1,300 CO2 930 1,280 CO2 930 1,300 CO2 CO2 : 1. 4 1,000 2. Sg>0.001
: 1. 41,000 2. CO20.001mol/kg 4.1-47 CO2 30 隙
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隙 隙 隙 730 41 13MPa 13 NEThttp://www5c.biglobe.n e.jp /~c assia/scf_hp/prop ertyw.htm
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隙 隙 隙 +++ 258 10 6 m 3 40106 m3 5510 6 m 3 4710 6 m 3 11610 6 m 3 隙
580 42.3 10MPa 10 NEThttp://www5c.biglobe.n e.jp /~c assia/scf_hp/prop ertyw.htm 隙 隙 隙
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