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KAERI/TR-4090/2010 LH##4= (|) Study on the Maximization of Durable Years of the Underground Oil Storage Facility 2010. 6 x|-tio^o.
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Transcript of LH##4= (|) - OSTI.GOV
KAERI/TR-4090/2010
LH##4= (|)
Study on the Maximization of Durable Years of the Underground Oil Storage Facility
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94 43 94 434# (g/cm3) 2.53-2.73 2.60-2.65
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44 P4 (m/sec) 4550-5750 3996-5990
44 S4 (m/sec) 2200-2790 2310-3462
444 (kgi7cm2) 1370-4260
44414 (xlO^kgf/cm2) 2.32-10.19 6^ 5.41-8.012
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944S (kg£/cm2) 110-223 155-223
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S. 3.4
7)^1 EL(m) Po a v ffh crH Kh Kh cH (o)93.6 134 490 402 521 082 1.06 556S3 1.60 558 430 472 0.75 085 805S4 1.70 585 414 433 0.71 0.74 60467 181 6.17 468 6.19 0.76 1.00 NAm 30.7 1.97 6.60 467 5.78 0.71 088 NA19.4 2.09 6.90 335 3338.6 2.19 7.19 479 5.42 0.67 0.96 NA
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* Po = qqq-y-* oH(o): 'S-#* ?!4°-S.Jf&| Al^tg-Sjzo.s.^ z^-rz* Kh= h/ v, KH= H / v
3.4 — c (Bedrock Hydrogeology)
3.4.1 Ul-1 7]xl
3.4.1.1 qeM^i 7W&#
44334 3344* 3S33 *34 33 ** 4*4 *33325
*4 3344 SIM, *3 « 3*7}* 3325 4=334* 4*2 $13. 43325 44444 334 544 44 1^»£ 4$433, 433 4 44 Cl, C2, C3 3-4443 Cl 44 34444 434 444 444 3* 445 4444 4442 $14 44 4 444 4444. 44 4<L>7>4 44 4444 4$3* 444 4434 *4 444= 4*4 34 4^4 425. 4444.
4=343444 445 4 444 3* 444-4 44444 43, 43,43 44 4$*34 4# 44434434 444 44334 333-4 4444 44 3*3 4444444 44444 4# 425 #7}*3.44 C54 C6 444 -0-44/44425 4344 *335 10~15m4 4
4 C1—C4 444 34425 4344, *345 4 3m4 44* 4*3.
53 54 33**4 33425 4344423, 3343 3444 4* 34147} **444 4432 43. 443 435444 434 4$43 334* 434 3434- 33325 33**4 34337} 433.
33**4 544 343 33425 4342, ** *44* 7}5 354 NE dyke zone4 344(HCD)5 43 33. 453 3* *53 34
#* HRD4 $334, 344 *3* HKD4 43355 %4 34# 4
43.
3.4.1.2 434 43 47}334 333333* 3334 43 34 4442 44, 344 33
$33443 53433 4* 3432 43. * 344 4443 5*4 33** 54* 3*3 345 3432 43 3333 5*3 44435 3*3344 *325 33343. 333 44355, 3*34 4 *3*
* NE-dyke zone* 3*55 NW343 SE34* 4*34 3*3432,
5*43 #25 3* #4 5*43 4* 3* 44325 **4* 43
7} 3*443. 4344355 43443553 1/104 3*443.
333435(4)43 5*3 *334 3$443 44 10m 4443533* 1-5x10 Wsec, ** 34 EL.-120m33* 1-3.5x10 Wsec,
EL.-120m43 EL.-300m33* 1x10 Vsec°-S. 3335a3. rze^jl 444 43 rx3-T-55:3* 34:34 444- #3-5-3. 10m33* i~ 5x10 Wsec 51=1 3 435a4 (H 3.5).
5. 3.5 Ul-1 333 43355 4S
H l NW Region i SE Regionof NE dyke of NE dyke
Hydraulic
3H4 10mK„ 1x10 7 5x10 7
Kz 1x10 = 5x10 =
3H4 10m-EL.-120m
Kx,y 1x10 = 3.5x10 8
Kz 1x10 9Conductivity
EL.-120m~EL.-300m
K.s,y 1x10 9 1x10 9
K, IxlO'9 lxlO10
Cavern 4410m 44
K„ IxlO 9 5x109
KzStorativity (m2/sec)
Porosity
3.4.2 Ul-2 33
Ul-2 333 43434 Ul-1 3333 #333 fl“.as 4 44#011
4=333 *&54 543 33 #4 33 543333 4=33 4343.
3.4.3 Ul-3 33
3.4.3.1 433 3 7H3S.*
Ul-3 333 4333334 343344 3334 343.5-3. 433
4 33444333 43* 3,43 335. 53-34, Ul-3 3344 44
3 33444334 353 31143* 3.4345 33. El 713* 4 3
*?*44 6004 rn 4444 fl2, 2* ^^4 * ¥-84 ## 4 4S4y ** 25 *444 y#y y* 525 ###y. 44 y* ##* y**4 *4 (U1G39, U1G49H142 4*42 fly.
nyy, #** W« Ul-2 44)4 *444* 715444 444 Fl-1 *244 444=47} 44 #*4fl24, Ul-2 444 444= **44* 44-y(steady state) 44* 4*2 fly. *444 54 #4 #*4* 4 4*444* Fl-1# 44 Ul-2 444 *44 44=4 fl* 425. yyy 2 fly. yy* fi-i4 4 #*2* ui-3 44 4***y ui-2 444- * 44 4-425 44# * fly. 44 *45.* Ul-3 444 54 * 4*4 4S#**4 *47} #4 *54* 4* Ul-2 4444* *44*7} 44 yy 525 4 yy a. ay.
34-444 *444 7W&#* 4444 *&2y 4#** #24 24 *44 7Hy.5## (HCD)4 2*44 4425 *4425 *j£4 *444 *4*fly. 2*44 442* 44 442 3.9)* **25 54*425 24# * fl* ##y* #***fly u? s.m. y y 44* ##44 y*4, ## *, y#**4 24, *44# *24 *4244 fly.
4##*?* *44#*a(2^ 3.12)41 4*4 **44414* *4422* #4 yyyy, *44254 *4-5-1 y^** 44* 2**#5 y^ #4 *y* 44# 4*2*44 yyy *#7} 4* gl. -13m - -52m * *45*44425 ***fly. 5# GL. -52m - -150m4 *#y GL. -150m *** y* *4**44 #* (HRD-Upper)y **44(HRD-Lower)25 *44 44* **# * fly.
4***4 *444 y#**4 #4* Fi-iy fi-s *4*2 #444 44 #4#y. 4#** dm #yy * ne-2 ##y* ne-h4 *44 525 *444 *44 ***4 4* 7H42*44* NE-iy #4* 5 25 #***fly. NE-y *** #4*2* 44*2* *2=425 4#44 #444 *4* y*y. NE-4* 4* Conductive single fracture * 0,1 *#44# C-iy C-2 **4 44* *44 4*4 *2*55 *4* 4 HCD 2*011 #y 4 fly.
rx! 3.11
3.4.3.2 $144 9414-
$144 9949 9^94^ rt 9494947..] 94$ 944414*
343 3*414- (5. 3.6). rx44- $14* 3^4* 9^4*4 t4 ^4*44 1944 ^e)Ai-y* $ 9$ 44114 4*4 14 $14 *39$4 94433* 41* 444 94*433 $144-. 4 4-5 4 14 1-f, 14433 94433* 7>4- *19H S* *37> #* 4^4 414-44 4-44 44 4-44.5-3. l#* $71 444 S* 94 4 337} 4#44 4^*4 4as 4*4-13$, 4$$$4 4$ *4-144 #4
11.
*2las 414* S4* 1441a zxl ^*4* 311 as 31
11 <$3. 4*44* m o-A>tb ^^(10-9~1010 m/s)# iLolJi, 4*
44* 1114 **1 1:14(10'-10 = m/s)l #4* 1*1. Si 4s
41 114* an* 1*1 4=4141 141 4=4las %1 114
3* a 1441 *4=1* 4Hlla 14117} 441. 144 4=4 a*
4 141* HCDl *4=4 la* a*44 am* #14 1111.
NE-l 144* 3* 14* 7}sls* 4144 7>l 141 *241. *4=4* 1144 41 *7>1 #*4=4(1.00E-12 m/s) 14* a4* * is fla, 14=44 4* 4=21 *ls 4K2.10E-07 m/s). NE-2 144* ne-144 *711 lasl, NE-1 1441 **41 * 14 7> 41.
NE-3 144* Fl-3 1444 *1*41 *11 las 11. BWT-12
4444 *4*431 all# 4 144* *llas HW4
9.51E-10 m/s 41.
C-ll C-2 3*44 141 NE-4 **4*a* 441 **4 1414
41. 4 *2* BWT-3 4444 *1*431 am, 3* 11 a*
*4344a all41. 4 *21 1143 **1* 2.11E-08 m/s41.
NW-11 NW-2 144* 314 as 3# 4=14 11111 a *14
* *111. NW-2 144* NE-4 **1*2* *2:1 as 1-s* 41
4- ** 5-a-S. 5**.NW-3 *44* NE-1* NE-2 *44* 44 5455 5#** *44
5 NE-4 ?4=*#&* #4*a* ^4=44 44 4 ^4 **# 544.
3.4.3.3 444 4=*4#444 4=#*#* 14455 4444 54 4 4$ a*-?## 444
4=#*##*4- 24455 44 # 4=###* #*#* 444=444 ** 44 5*44. *2 54^4 4=**#*** 4=444 4=# *55*51 * 44- 544 444 4* 445 45# 4=44.554 #***# #44 HSD, 4-4-4# 4 44-444 4=4*4 4-4* 4 4= 4* 444 44. 44, 4=44-44 544* 4=444* 5# W* 444 4=44# 4### 4544 5* 4* 444 44.
45 54# 4 4#54 4*4 4=4*557} ** #* 4 4 (HSD)*
5A>* #5 *5*4 #4* S144 GL.-13m—52m4 *4* #*#. 4=
45*444 (HSD)4 4=4*55* 44=#**2» *##* (5* 3.12).
#54=4*55* 4 *3# a4 * 2.33E-07 m/s, ##rW4 4.85E-07 m/s5
4 * 2414 45* *4 #4* 54*.
42 &*# #3-4 *4*4 4-#**4 #4=** 4=4*55 #*4 * ***. 4=44* *4#* 4=4*5.54 4=4* *2* *45 42 * 100m*4 » #***#55, a *** ***##55 ** *4*. #** *#4 4*454 4* *54=4*55* 1.81E-08 m/s44 *4=4*44 *A#}* *je*4 ***##4 4*4 4= 5—641 *5 *4=44 a*. *
**##* *4=4*44 random** *2*4 *54=4*55* 3.24E-09 m/s4*. a*jl #41 #5-4 4# *5 4=4*55# 6.89E-09 m/s 4* (a# 3.13).
*44(HCDH 44 **# *#*-*4 4=4*#* 4*4 4=44=4*4 * 4=4* 4=4*4 #5* *4* *** 2 3.741 **#%*. *41*55 67H 44# 4=4*554 71*454 io9 - 10 10 m/s #44 a*. #2-1 444 ** *4=44 ** ** *4*a# 44#5 * *4# &#. ** #** 4 4 #5 **** **4 *4 4455 **# 4 #4* *
Per
cent
W4 1.38E-08 m/s, 4.45E-10 m/s 44.
Data
3.12 4$ 4tb
ALL
HSD
- 81
Probability Plot for Hydraulic Conductivity
3.13 *4? ####4
5. 3.7 #### 441 (unit: m/s)
44# ^4 #4* #444 ¥^44 ti]518fl * 4(n# 3.14), #4144 W&4 NE-4 #4^4 ^SlSl-jlfe ^4# *>4 * S-44 44, 44##4 #4%4 444 ^4 4£5i5l 444444 4444 a# «44.
Zi’g 3.14 til51
-^2: /Hys-Ssl ^zl^^t^l ^Zl^ss tflHS:* 5. 3.84 44
494-.
- 83 -
5. 3.8 Ul-3 44 ^21-9-2: 441 rflH3t
4 4K (m/s)
Upper(GL.-50m to -100m) (GL.-lOOm to bottom)
HSD (Surface to GL.-50m) 2.33E-07
HCD
Locai Fl-1 3.20E-07 ~ 3.20E-08Fl-3 3.80E-07 ~ 3.80E-08
FZ
NE-1 2.10E-07 - 3.7SE-10NE-3 5.70E-09 ~ 9.51E-10
NE-4 8.90E-07 ~ 2.11E-08NW-1 7.54E-09 ~ 1.48E-10
NW-2 6.70E-09 ~ 6.72E-11- 7.68E-10NW-3 5.52E08
HRD
Domain 1 4.98E-09 8.89E-10Domain 2-1 1.08E-09 1.93E-10Domain 2-2 7.22E-09 1.29E-09
Domain 3-1 3.81E-09 6.80E-10Domain 3-2 2.14E-09 3.82E-10Domain 3-3 2.67E-09 4.76E-10
Outer HRD 1.81E-08 3.24E-09
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444 Lower HRD 44 “-5. 44# 4 314.• 444^-5.4 41444 4444 7>4 a.ji, 42-1444 7>4 ^#. # 44 444 #4# 4-4* 544 %44.
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hydraulic compartment tJ^S 4*44444, 4* 444* 3:144
geometry4 4=4444 44 437> #=^455 3*44-.
44 #4 3*3 44-3#** Ul-1 44*# 434 10711 *, 44*# 4*41 67H *44, Ul-14 U1-2a>44 27H *35. # 18711 *4 *444 4-. 44 *4 443**4 4=43444* 4-*3 34 34# * 3134, 44 333 *434 44* H 3.94 34414-.
• 44*# @441 43 *44434* 3#* (U1G12, U1G1314 *4345 4 * 314. Ul-144 *#35 3444 44*4 4 #3 #35
4**433, 4**47} 19933 121*4 ***4 4**4 3* *
4**4* &4*444 l~l.5m*#3 *44*. 4* C64 @*3 3
#* 5-a-S. A>s=l^ 4*** ##5 ** 4*44 4*4445554 ^711 4443 $14.4*** **#*4 #4# 4**4 44* ***** #@44 #4 44* 50—100m, *444* 70-130m* 4 4 44*** 44^3#, 1996. 7. 194 44-r *444* U1G17 (EL.15.54m)» 4443. 5* 44 EL.40m*** 4443 $14.4444 444 444 444 #444 4444 444 4444#4 4 #444* #443 44444 ***514. #4444 1992# 94 #4 e 44 #44 4-44-4 *&*. #4444 #444 44 #4# 444 #4 4444 #4***4 44 #435 44 #44 *44 a*& 4-444, 4444 **** #44435 444*4 4444 535 a]-s#4.P-3 (#71] afl*)4 4* #45 44444 10m4444 44444 EL. 40m* *443 $14. 44444 44S# 4 **5# 4 44 4* 44##, 3444&#, #4 4 4444 *#44 4#35 5~20m*4 44##* 594.44** #44 #4# ##*4 44## *## 5# 4 *4#* 4 *44# 4*5 **5*oi] 4# 44### 5*5 *a>* #6fl* 5
44514. 4# 4 ##**4 4**###35 #4#4 44# 4445 4*#4 51** a]a>#4.4*** 5*4 4# *44*44 ##* 4* 44# ** 70-120m, ** * ^*44#* ### #*** 10—15m4 ##* 594. 4* 4*4 44* 4*44 *## 4*44 44**4 441*3, #44 A]#* 4##4, ##4 #4 4# *4*# 4# (equivalent porous media)# 444** 444* 535 *##514.
5. 3.9 4999 fl'S # 499*921 949*199
9 *4*94
4**(m)44 4*94
(99/*9 EL. m)4*9 *999
U1G05, U1G17 120 95/30 - 80/5 N60W 9*219
U1G11, U1G08 80-100 70/—40/- N10E 9*21*
U1G08, U1G09 15 135/--55/40 S45W 9949
U1G06, U1G16 70 85/15-55/40N10W 9*219(99) S10E 49 99(99)
U1G02, P-3 10 25/—W- S40W 49 99
Ul-1 444 #4 9*4* 499*9* 177fl *°.3. 4 # 79*
49 994 444, *44* 109* 4# 9*9* «-§-*4 9*9 99
4 49 94 7} 499.5.3. 41*931 a* (5 3.10).
5. 3.10 Ul-1 7]x] *11-g
S44as
(EL.m)Level(EL.m) e*
(m) ** #34=443 #3
u-1-1
%1f
WCT44
U1G01U 92/10 59.7 59.7 6 53.7 10U1G02 92/10 71.2 71.2 10.2 61.0 360/90 20
U1G03U 92/11 52.8 52.8 11 41.8 360/90 7.8 5U1G04U 92/10 170.6 170.6 10 165.1 100
U1G05U 92/11 149.7 149.7 93.1 56.6 360/90 145.3 80U1G05L 92/11 149.7 26.2 11.2 138.5 360/90 145.6 25U1G06U 92/09 94 94 53.4 42.0 75 84.3 50U1G06L 92/09 94 25.2 12.5 844 75 55.6 5U1G07 92/10 136.9 136.9 104 131.0 310/75 134.3 105
U1G09U 90/07 60.8 60.8 6.84 54.0 52.1 45U1G10 92/11 1813 8.3 173.0U1G11 % .173.3 173.3 33.3 140.0 161.6 60
U1G14U 95/12 1145 114.5 20.5 160/70 113.1 55U1G15U 92/09 65.4 65.4 24.4 41.0 36M0 37.6 20U1G16U 92/10 1249 124.9 24.9 36040 83.9 35U1G17U aam 143.9 143.9 11.9 132.0 145 45
...44
S44
U1G01L 92/10 59.7 -22.3 -32.3 92.0 36040 1.8 -5U1G03L 92/11 52.8 -13.2 -28.2 81.0 2.2 -5U1G04L 92/10 170.6 -15 -29.9 164.6 55U1G08 83/08 1G83 -60 2293 154.3 27
U1G09L 90/07 60.8 -14.1 -293 90.0 49.2 10U1G12 90/08 136.6 1363 -3.7 145.2 00575 87.3 70U1G13 90/09 142.7 142.7 -12.3 155.0 86.7 70
U1G14L 95/12 1145 -18 -40.6 160/70 -6.1 6U1G15L 92/09 65.4 -2.6 -24.7 2.5 2U1G16L 92/10 1249 0 -30.1 58.5 10U1G17L 92/11 143.9 -14.1 -31.1 175.0 360/90 144.7 -10
Ul-1 71x151 71S5.S ^^>3}5=117.1 Ty-Jfoii =1*1-SI.
5# 5^#=11 55 5«Hr45 557> 5555, 55 19935=15 55715 550,1 5# 555 5555 557} 5559 “-5, 5555 5 555 55555s 555 555 5555 #5@Hr 3-5-3. 5555 (n^ 3.18). ^555 555 5555^Ife U1G4L 5554- 555^4 5
455 555 55 55 5555 55 555 55 554 3=1 ji %5.
3.20).
Groundwater Level (niasl) e SHI
Ul-1 444 4* #4*444 *444* #4444 44 5 444 *4414 <9^0.5. *4#4 °<HM 4*44 44# 4#=4* #4# * #84. rx4# 4"#4 44# #**# 4#4 44# #44444 ## #*#4 4# #4# 4### 4=#* 44# 4 44*4, 4* Ul-1 444 44444 #444 ##4 4# 4 44444 *44 4# 4# 4 444 4-5,5. *444- (rxl 3.20). 444 4444 *44 4#44
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— 95 —
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- Cl 444 Bench-3 544 44- 4#4 ^9 444 444 3*5 949 #47} 2006# 2* 44 EL 5.34m 44 44494.
- 549 *5.43 2006# 7*9* MWT-1 449 #444444 9# 35 94 # ##*# 44#** 44 EL-2.3m 44 444934 #4 449 #5-4* 74 309 EL 6.7m 44 4*494.
44435 4 ##** 44#97> 445 49# 44 94, 44 43 9** #94# 9 444 4494 #94* 44#* * ##** #4• 44 44* & 444 *9*354 4*& 43 9* 435 4449 4. * *4 44 4* 4 4#4 * EL 6.9m5 4#43 94.
• U1G46U1G46** Cl-1 *# *##9 4449 Ul-394 *4 * EL -60m
44 53m* *7> 549 ##*94. 4# #4* BWT-1 449 #7>4#
? HW-8-3-? 17H 44 144 f 4 20m iS 4?434. 44 4=*4 44?? @4# *4* *4 *s4 4? 4# *4# *51 fl^, *4* 4* 30~40m5. 4S 4*1*4 *?# 44*4. 4Jf*=*4 D/C 14 f 4^4sa. isfsi-fe *4* uaM, BWT-14^ *4? 44
¥#?# 444 ¥(2002* 61) ¥*¥ EL. 19.11m~22.68m ** *4)7) *4*34. * *4?S U1G45, 48-0-3)- 4* 44?¥* ?-4=i 444 4 2)0,1 o)sv 4# >^7> 4 *4# *5i 334. 4 *??* #44S3. cm C2 445) Bench-3 54* 44444 444S3. N15°E 4#
5) 444 4#°)) *4 BWT-3* ¥44=#? ¥#¥* 44 *4*
3¥ 5S3 4443. 34. 2006* 71. MWT-1 4444 4-7)4=44
44- 444 44 44 4 4=4? ¥34* *#o,) o)=fl of 2~3m is#
4=4*44 4514 ^7)) 4-4-4-51 a4-. 44 is 4=4fe EL 8.5m* *4
451 a 4-.
• U1G48:
U1G48?4 1444 4 4=4S3. 44* *=¥444 4i?S3 44? *4 U1G45S3)- 4i@M a* 4=4*# 4 ¥344. U1G45 ?3)- #4) C-l ??*) #1* #4= 444 4444 BWT-3 ¥44=#?* 444 *4 4=44=4? ¥334 ¥3?# 44 ¥**#7} 4* ?*4. 4?- 4=*4 44#4 4#0,) **-@)-4, *4=44 *#S3 44451 as* 2006*
1214) EL 20.13m* 44 45 *4. 44 4=44 UlG45?s)- 447>*3 ¥
4=4 444 444 44 44?? ¥4=444- to as* BWT-3* 4=4 4=4?# ¥#4=4* 44 ¥**#7> #44* 44?S3 Cl 4 C2 44
# 444# 54SS. #4 ¥*# 44* #* 4:4434. 2005* 21 15
a *# EL 5.7m 44 44434. 2006*71 MWT-1 44# 444=44 1S5 *4 4 44? #4 U1G45?3)- 447>*3 44 ¥*7> 4=4*4 7} 447)1 443S* 44 EL -2.3m 44 44434. 4 *4?* 4¥¥ *4 BWT-3 43* 4=#? VW-40?* ¥3*4# 5i44 ¥ 444# ¥*(?¥= EL 20.13m 44: EL 7.78m)* 3)4 434. *7)) W4=*4 EL 7.4m3 44*51 34.
• U1G55 :U1G55 45?* Ul-3 444 5981 4493 SIM, 95 9*94 4
#4 99981 49*47} 5*93 94. *94 54 44 444 447> 4481 444 444 (U1G46, U1G48, U1G45)4 47144 44-44 444 4 4581 4481 45 -447> 4*43. 434 3 4* 4* 43 4 30m817-] 44814 50m81 4S3. 44. 45*4* 444* 44*47} 4545 2008481 *4 4*44 44*4 44* 8145 4443 99 *4 45435.44 #581 *47} 3*44.
5. 3.20 Ul-3 44 4445? 94*9
99 4*99 (Ul-3)
4**4 (44) U1G44, U1G45U, U1G46L, U1G48U
9*# 4* (#&)U1G40, U1G42, U1G44, U1G45U, U1G46U, U1G48U,U1G55LU
*499 (4 4)U1G41LU, U1G43LU, U1G45L, U1G46L, U1G47LU,U1G48L, U1G49, U1G51LU, U1G52LU, U1G54LU,U1G56LU
3.5.3.2 *4? 949£4 *4*5
Ul-3 44 444*81 444 *445 54435 315711 44 4445
34, *7}5 2004481 PT 444 *4? 27114, 5554 *481 *5 14711
?, MWT-2 44*444 #481 44 127114 *7}*4?4 44494.
45?* C1-C6 5*4 *5*4? 5 2187114 54# 5£* 4443 5 FI-3 *544 944 ?8|4 44435 4* *4 8 kg/cm2994 * 9* 5594. 49 Fl-1 *544 944 944 *9*4?* &494 0-3 kg/cm25 44 5£* 394 (39 3.34). 5949 *4 494 * 4* 4953 95 45?*4 55 4 43*4* C3-2B3W 49814 EL 160m 49 *£93 9934, BWT-6 49 **4 C4-1B3W 49 **81
c @4 4 EL 140~150m4 44 9=9* 44^}3 a%4.Bench-3 @44 #59 4, C3 f*494 45}9=44 4 EL 20m
5. 4#4a4. 9 4944494 Bench-3 @44 #5. # 444 *W 49=94-4 #944 *&«L4, *9=9 494 #44 ##5 C4-1E 49 @4 4 49=49=4 4# 9=949-ojs. 4943 &4. Htb BWT-6 4 C4-1 #9-4951 EL io~20m 9 9=44 44494. Bench-3 @#9 45 4 4f 7>4 #* #449-^9-4. 444c 44c 44 9 33. Cl 444 C2-1 4444. 9 444 44941c EL -30m 94 44£ *5143 9°- 4 9c N15E 444 tt^ 444 444 44 933 4943 94. 4
#4 443 444 45}9=4##c 949 4444 20-140m 45= 9=47} 444 933 4443. 939, 44 ci-1, Cl-2, C2-1, C4-1, C6-2 44944 EL. 0 m 943- 44-494.
49 f 99947} 4(2007.12), 4 444 9=44 *99=4* 449=9 9=45-4 4tiH 9s #4 4 540m3/day7} *943 994 (5. 3.21). 9=44 4 *94* 449=9(^99-) *514- 4444, 9=44944 494 44 * *3 4# f #444 44 449=9" 451494 49= 9=99 #444 441-=>14. Kpe Tunnel9 9=49=44 9sfe Ul-244 9=449444 Fl-1 42:419 9=444 444 #444, WTB-3, 6, 99 9=49=44- 4-5. c Ul-3 4494494 9=44 #44 Fl-3 4244 9=4494- 49-4 4 494.
tH <h Kh
4 MWT-2 44 44 e444 #4 94455 4^4954 20054
4-84 f7M4# 4444 MWT-2 444 eg44 44-5-5. 44494-.
$ 3.2i e44 ege# (2007.11)
e44 @4 44ege# ege# (2006. 11) til 3
e4e44 50 m3/day 339.8ma/day A361.2m3/day
e# e44 80m3/day 198.7m3/day A134.0m3/day
4 130m3/day 538.5m3/day A495.2m3/day
44 #ge#e e@e#4 441 ^4 3.354 44494-.
ng 3.35 ui-3 444 ege# ^ e@e#
3.5.3.3 e@eui-3 444 444^55 44e e@e(eg#)4 $ 3.224 444s
3, zig 3.354 ege#4 #4 54494-. 44e4 eg#4 Bench-3 5 f54- #e44 4 #4 #55 #71-494-. 44e 49 #4- @44 4
44 *4*494 *7}* 9 s4*9 (grouting)* 94495.4, 9445 9=9* 44h44 *94.
5. 3.22 Ul-3 71x151 44f^ *@5*
4 4Bench-3 54 5 *959 (m3/day)
*5494*959(m3/day)
4 95* Cl495* C2495* C34*** C4495* C549** C6
9 4
3.5.4 El 44
El 71x151 549994 x}35 *9 * 444 s 9* 44"#^* 59 4-3-4 44**4 *34=4 ** HI 99444 *44 vapor4 *S94 4-3-44. 44 *444 4=2]43#4* 5-44a “-4, 93957} 9-34 til el ig-014. S4444 9 444.
3.5.4.1 4454El 7145] 4959 9454 * 444 44 204 4 59 459 44
597} 455 459 44 4s* 444s 95 444. 4* 459 44 99 499.5.3. 44444 44*4 94. 44 49 5449 445-35 4454 5934 4*4 * 9* * 5 95.4, 494 4-949 994 9449 9994* 554* 454 45449 9 444. 5445.3 4 49 944 44494451 594 49 9994* 49* 94 5 94 444 5S *44 94.
4 444 4* 44547} 44-49944 <3994 45* 94 444
4*4**4 444 44 494 44**4 = 34** 944 4**, rz 213i 4494 **/4* 944 444 4*4 #4 **4$4.
• 94**44- 4 49 494«1](*-,f-4 4): TE-1. TE-3. TE-14- 44-4 44-9-4(4*44): TE-11*. TE-4. TE-10
• =5.4*44 4- 449 4-4-44: TE-12*, BH-2- 444 4444: TE-2*, TE-9, TE-6, TE-13, TE-8, BH-1** -49 9*4 4, TE-: x/*hr$ 4
54, 4444 E14444 4*4 44444 444 44 44* ^ 364 44 El 44 944 *444 4*4* 49-5-3. “A”, “B”, “C”, “D”
• “A" 48 (TE-4, 10) (rz^ 3.37)
- 19804444 4*1 44444 444 8A4, ^71 4484 ^#4 7)5)84 44484. 3# -f7Hi ^7} ^44a, fl7Hl 447} 4^4^ 7^0,] 5) »i 4484 8^-# s4a 84.- TE-10 4 ^4, 448S4 448-4 ^7> (+) 8# S4A, TE-44 7§ -4 4484 444 444 44 €-a* 444 s $14.
• “B" 4 4 (TE-1,3,12,14) (rx4 3.38)
- 19808444 48 444#4 4*S48A4, 199044 444AS 447}
47J-4A, 199544- 44AS 44 44 7} #4*Hr 1W4 #4# 4 44.
48 484 4# 44444 44 444 asM 4444.
- 4# 444 -447> 4-*4a, 444 447} 4444 444 44 -44
44 444- S4A 44.
- TE-1 4 44, 448S4 4444 447} lOm 44 4448A4,
TE-3,12,144 44 4444 444 444 44 4J&* 444A 84.
&37 "A" 48 (TE-4, 10)
3.38 "B" 44 (TE-W2,14)
. "c 49 (TE-6,9,13) (a# 3.39)
- 1980#494 9# 44 #94 4=44%54, 99 94 ##7} SI 4 99* 3#* 54 a 94.- 9? f7M 4=47} 9*9a, #7)4| 4=47} 999# 944 44: 4=4 4# 99* 54^49, a 957} 44 954 44 444: 4=4* *49 a 9# 444 #944.- TE-134 44, #9&49# 1988#49 444 444 10m 4£ 444 4 444 uaM, 19884 445- 5m 44 4# 44 #44 444a. 4 4 4 #44 4# 47} 444 5944.
• “D" 44 (BH-1,2, TE-8) (a^ 3.40)
- 19804499 4# 44#-44 4 =34954, 1986# 445 44)453. 447} 999a, 1992# #94 447} 9994 1993#4# 449 49 -45m°)l 49 swat). 44 4-4 #44 447} 9-49# 994- 4-44 a 314, 4# 4# 44444 49 99 #4 44 4 99 49444 * 9 444 #4 944 as)94 ##94 94.
- 3# -f7H ^7> ^*4^, ti7MS.»1M-, 44^ ol=MH ^^7> ^s):n.
9XA.
zi% 3.39 "C (TE-6A13)
zi^ 3.40 TT BTi 2,
444 94 *4 ** « 554 **4 449# 44*4 44 4*/ 9* 49 55 **9 #44 El 44 #94 #414* 9** 7lf°s # 44# 44-4- 444 #4* #444 444 4-5-4, El 44444 44 444 44 444 H 3.234 44494.
• 4444 45.5.4 444 4/44 *44 4# 497> ##44 944 4 . 4444 44444 444 4949 44# 9944544 4999 49 444444 #44 4#9# 4944 49*47} 94 44 4455 4494.
• 49*47> 4944 444 444 444# #94 =544# #94 94444 #94 # 314.
- #4## 44: 1989 ~ 19989 #9 (TE-1, TE-3, TE-14, TE-4)
- =54## 44: 1995 ~ 20024 #9 (TE-12, TE-13)
• *9**4 TE-11* 9*4 49 994# 544, baseline4 997> SI #455 54 4 444 background 44#4* 444# 955 A>s
94.• *9**44 99* 54# 4711 ** *a>9 baseline #44 94* 9
54, 49*4 9* *# 19899 4 #454 *4 *445 314. 44 9 #44-47} *9**4 #44 49 494# 94154 9 # 314.4 444 *44 49 4-5.7} 5*99.
• *9 4* #4* 4 #45 31# *4**4 TE-1 49*4944 44 4# 49**9 999 **9*54 #7^*7} 4944444, 4 * 4 44#4 *4* 494# 44 * 9#444 #4 9*5 *494.
• =54**44 4431# 94* 54# ** TE-124 TE-13*55, TE-12#* =54**55*9 4444 314 #4944 SI* 455 a}54954, **4 9*9 TE-134 *a>»i 49* 594. «Afl 45 955* TE-12* =54**4 4**41 49*4* TE-13* 4** 4*4* 444# 455 44 9 # 314.
• =54**4 TE-6*5 TE-13*4 94 4* 49*47} 41*45 9 54, 44**4 44#4* «S#e 3154, #4947} SI# 4 55 54 *4455 44*4 9* 494 459 455 -9494.
TE-9*S *4 #47} &.S.4, #4 4 AS ** 4**47} TE-11* * 444 4 444 4444 4444* #44* 4444, as44*4 *4*44- #444 ** 47>#4.4444 *4 *4 4* 444444 * 44*4 4 7fl4 44*44 44447} 44 ^4 444* 44 4 #4 4 *444. El 4444* TE-84 44 *44. TE-84 444 444 4*4 4* *7}44 *a 7} A*##.- #4 *(1983# 4) *444 *4- 1984# *44* AS! 4 1993# *4444 44 €4*4 4aTE-8*4 *44-4 &4*#AS BH-14 BH-2*4 *7}s 4444A 4 #44 *44*4 4^44 4444 **7} 44 4% A#, 1998#
4* baseline4 44444 44* 444* *4* A44-. ^4* *4 4* as**#°11 44 *4*4 *A&4 4** 44441 44, TE-8*4 *47} as.*#** 4H44A # * 44. rx4# *4 * TE-84 BH-2*4 *4* 4444 BH-1*4 **7} 4-* 447} 42 4A4, *4 44* 4*44 44 44*4* #44* 4as € 4*4. 4 44*4* 44*# A4* EW ##AS #44 #444 7}*44 *4. 444 TE-84 **7} 44**4 44*4 *4 ti-4* *444 *44 *a 4Ahs, 44 44 444 *44 4# **44 44 *=3444 44.
5. 3.23 El 4*444 44*#* #4*4
4* 4*44 (El)
4**4 (44) BH-1, BH-2, TE-1, 3, 4, 8, 14
**4 #* (43:) TE1, 3, 4, 7, 8, 9, 11, 12, 13, 14, BH1, 2
*4*4 (44) TE-6(4*^4- A)
444**4 "Its *44* 4**4 44, 4* *#4^#4 44a #4* **44 #h4 44 4A#
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• 444 *31*/*#**4 44* 444**4 44*4 44*443 4444 4444. 444 44 44*4 44* 444* 444* 4 44*4 44433. 44 4* 4* 44 4 * 44.- 444* 44= TE-1, TE-3, TE-14, TE-4- 3344* 44: TE-12, TE-13444 444*4 444* 444 44 4*4 45-44* 4444 *
5H1 44*4* *44 4*4444 # 444.• 444*4 **44* 44444 4^4 44 4* 444 4344,
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• 444 *4**4 44*4* *3 44 44*44 44* 43 313 4, *@*3 *3 44 44** 4433 44. 44, 334**4 * *** *444 4**33 *44* 433 *444. 444 444 *44 334 **4 434 4* *433 44 44.
Precipitation (mm/mon)
(5ui) 3jqj Buiduind oBedgos
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42 El
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3.5.5 4 44= *4
3.5.5.I. 44554*444 5*54 4 A454*444 5*54 *4# 4453 55*44 5*354 44
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34 2*44 434354 44 4444 *34a 3* 44*44*4 45 434^4 5*3, 333, *53 54 34 334 54A 44*5(unlined underground cavern)* 544 44**4**4 * 4 45A 33.
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9*9 94, 49/4*4
s.4 9*9 (2002944), 4*4, 49 9, 4949 (494)
4444(9-4)
•44*4: *£, pH, ORP, EC, DO, TDS, TSS(744)
"9=4*= Ca, Mg, Na, K, Si, Fe(644) "4=14: Cl, HCOa, COa, S04, NOa, Br (64
•4^3#: 31714Ail9, 194Ail9, 4444 9, 449Ail9(444)
•EM 942004- 20059 49 C3, C4, 494, A/T, TE-8, PMW, BMW =11 rfl 44 pH, Aik. 9-4 EC, Turbidity, TDS,Na, Ca, Mg, Mn, Fe, Si, NOa, Cl 9 4AS* 9**4 924 *4
*99#
• 9=14: Al, B, Ba, Li, Sr, Pb, Mn, Cd, Co,Cr, Cu, Zn,NH4
•4=14: N02, P04, OH
•9 Aj#: 444 #9, 4444 Ail9, 4444
•9*-x*49,
.*=14=Mn, Al, Zn, Ni, Cu, Pb, NH.
.4=14= F, PO4
•9AS*: *Ail»v.9£, BOD, COD, TOC, 4*4 49*9(97114)
-4-9*= *Ail 9
•4#: TOC,9s
•494: As, Cd, Pb, 4 *, COD, Mn
•4*4:
4-a>/71493. *4 449#*49*=1 94
3.5.5.2. 94*49A> 4444 49*99=1- **
94949am 44444 49*9 4a^ 4-0-4 *]s.*W 444-44 H 3.254 =L4 3.454 44494.
5. 3.25 <^^71x1 fIfAl ifl-§-
Als. 4^1 ^la^ Ala fig- tijji
Industrial water for injection UIWI
Injection water (IW) fyfrzl-
fS-e-'r
Injection water source well
UEW-01
UEW-02
Injection water UIW ^lelfsf
Monitoring wellUMW-1 Monitoring well
(MW)UMW-2
UMW-3
Water in tunnel
UT101Water in tunnel
(WT)T5] 'if =L f-
UT123UT201.
UT202
Water collected from the seepage points
of caverns
US 101
Water from seepage points (SW) -JHM*
US 102
US103US201US202
Collected water from seepage points UCW Treated water (TW)
xjejfzz!-fulls
Treated water UTW
3.45 <^^71x1 a1 5-311#]
<^^7lxlfe #^q] 3|°]-7l4] #44#^ « ###& 7l##o.5. @M ^-R- * A-lxj-g-1-J7 ^-^-g-^(UIWI), -yi (UEW-01, UEW-02),(UIW), (UMW-1, UMW-2, UMW-3), OW^E]'i^(UTlOl), 123#‘t^'6^(UT123), 201 ^El'6^(UT201), 202#^^|#^(UT202), 101-fr* ^(USIOD, 102-fr*^(US102), 103-fr*^(US103), 201-R-*^(US201), 202f *^(US202), 101-R-^^M#^(UT101), 102-R-^^]##^(UT102), 103-R-^^l
9*4=(UT103), 201*4=9'S@4=(UT201), 202*4=4 #*4=(UT202), *45
(ucw), tg-fr^(UTW) @ * 184544 49 2# 4 #4 *4a* 44=9 *9* 4= =39-5 94(2. 3.25).
#49*@4 44=71=14 *45* rz *44 44 @94=0njection
water, IW), 3-f?r(Monitoring water, MW), 994=(Water in tunnel,
WT), *#4= (Water from seepage points, SW), 4 4 m(Treated water,
tw) @55 ^*9* 4= a4- ($. 3.25). #*9**4 44=4=14 4=4@
@44* *94=9* @9*4=(UIWI)» @5 =>*#*9 *@#
3-4^4 444=* 44 4444.
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£44 20024 #49449*54 444 20064 4 *4 #5 @#9*54
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BIBLIOGRAPHIC INFORMATION SHEET
Performing Org. Report No.
Sponsoring Org. Report No. Stamdard Report No. INIS Subject Code
KAERI/TR-4090/2010
Title / Subtitle Study on the Maximization of Durable Years of the Underground Oil Storage Facility
Project Manager and Department (or Main Author)
Geon Young Kim (Assessment of the geo-environment for HLW disposal)
Researcher and Department
Young Kwon Koh (Assessment of the geo-environment for HLW disposal)Dae-Seok Bae ( " )Kvung-Su Kim ( " )Ji Hoon Ryu ( " )Kyung Woo Park ( " )Sung Hoon Ji ( " )
Publication Daejeon Publisher KAERI Publication June. 2010
340 p. 111. & Tab. Yes(O), No ( ) Size 21 29.7Cm.
Note Long Term Nuclear R&D Project
Open Open(O), Closed( ) Report Type Technical ReportClassified Restricted( ),Class Document
Sponsoring Org. Contract No.
Abstract (15-20 Lines)
Objectives of the study on the maximization of durable years of the underground oil storage facility are as follows- Establishment of the detailed field of study and methodology for the preparation of guideline of operation and maintenance of underground oil storage facility- Preparation of program for the assessment of the impedimental factor of safety such as clogging and seawater intrusion
The study sites are Yeosu, Pyeongtaek, Ulsan underground oil storage facilities which are operated by KNOC, SK gas and El. Various pending problems of each facilities were summarized and assessed. Long-term program for the maximization of durable years of the underground oil storage facility was prepared based on the results of the assessment of each study sites.
Subject Keywords (About 10 words)
underground oil storage facility, clogging, seawater intrusion, maximization of durable years
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