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Extractia Petrolului Proiect M.C. Etapa 1.8 Si 1.9 Final
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Parametrii constanti Ql1=45 m3/zi Parametrii variabili cu presiunea Nr.crt. Parametru Unit. Măsur Valoare Nr. crt Parametru U.M 1 RGL inj1 Sm3/m3 1111 1 z 2 RGL T1 Sm3/m3 1167 2 rs 3 RGT T1 Sm3/m3 2121 3 bt 4 M N/m 3 37410 4 vsl m/s 5 r l kg/m 3 962.5 5 vsg m/s 6 p pcr bar 45.867 6 N lv 7 Tpcr K 225.625 7 N gv 8 t med grade C 50.5 8 F 9 T med K 323.65 9 e l /y 10 T pr K 1.434 10 A 11 N l *** 0.003703 11 y 12 m l Pa.s 0.00111 12 e l 13 CN l *** 0.002061 13 Re b 14 N d *** 29.584 14 l 14 s l N/m 0.044 15 r am kg/m 3 16 A t m 2 0.003167 16 Dh m Parametrii variabili cu presiunea Ql1=55m3/zi Parametrii variabili cu p Nr.crt. Parametru Unit. Măsur Valoare Nr. crt Parametru 1 RGL inj1 Sm3/m3 909.091 1 z 2 RGL T1 Sm3/m3 964.646 2 rs 3 RGT T1 Sm3/m3 1754 3 bt 4 M N/m 3 33900 4 vsl 5 r l kg/m 3 962.5 5 vsg 6 p pcr bar 45.867 6 N lv 7 Tpcr K 225.625 7 N gv 8 t med grade C 50.5 8 F 9 T med K 323.65 9 e l /y 10 T pr K 1.434 10 A 11 N l *** 0.003703 11 y 12 m l Pa.s 0.00111 12 e l
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Transcript of Extractia Petrolului Proiect M.C. Etapa 1.8 Si 1.9 Final
Parametrii constanti Ql1=45 m3/zi Parametrii variabili cu presiunea
Nr.crt. ParametruUnit. MăsurăValoare Nr. crt Parametru U.M
1 RGLinj1Sm3/m3 1111 1 z
2 RGLT1Sm3/m3 1167 2 rs
3 RGTT1 Sm3/m3 2121 3 bt
4 M N/m3
37410 4 vsl m/s
5 rlkg/m
3962.5 5 vsg m/s
6 ppcr bar 45.867 6 Nlv
7 Tpcr K 225.625 7 Ngv
8 tmed grade C 50.5 8 F
9 Tmed K 323.65 9 el/y
10 Tpr K 1.434 10 A
11 Nl *** 0.003703 11 y
12 ml Pa.s 0.00111 12 el
13 CNl *** 0.002061 13 Reb
14 Nd *** 29.584 14 l
14 sl N/m 0.044 15 ramkg/m
3
16 At m2
0.003167 16 Dh m
Parametrii variabili cu presiunea Ql1=55m3/zi Parametrii variabili cu presiunea
Nr.crt. ParametruUnit. MăsurăValoare Nr. crt Parametru
1 RGLinj1Sm3/m3 909.091 1 z
2 RGLT1Sm3/m3 964.646 2 rs
3 RGTT1 Sm3/m3 1754 3 bt
4 M N/m3
33900 4 vsl
5 rlkg/m
3962.5 5 vsg
6 ppcr bar 45.867 6 Nlv
7 Tpcr K 225.625 7 Ngv
8 tmed grade C 50.5 8 F
9 Tmed K 323.65 9 el/y
10 Tpr K 1.434 10 A
11 Nl *** 0.003703 11 y
12 ml Pa.s 0.00111 12 el
13 CNl *** 0.002061 13 Reb
14 Nd *** 29.584 14 l
14 sl N/m 0.044 15 ram
16 At m2
0.003167 16 Dh
Ql1 45
delta h h cumul p
0 0 5
868.557 868.557 15
704.576 1573.133 25
606.613 2179.746 35
538.739 2718.485 45
Ql2 50
delta h h cumul p
0 0 5
824.715 824.715 15
672.365 1497.08 25
580.842 2077.922 35
517.199 2595.121 45
469.013 3064.134 55
Ql3 55
delta h h cumul p
0 0 5
786.688 786.688 15
644.361 1431.049 25
558.354 1989.403 35
498.337 2487.74 45
452.773 2940.513 55
0
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Ql1=45m3/zi Parametrii constanti Ql1=50m3/zi
Intervalele de presiune5_15 15_25 25_35 35_45 Nr.crt. ParametruUnit. Măsură
0.966 0.937 0.91 0.885 1 RGLinj1Sm3/m3
4.456 9.707 15.515 21.724 2 RGLT1Sm3/m3
1.036 1.048 1.062 1.077 3 RGTT1 Sm3/m3
0.168 0.169 0.17 0.171 4 M N/m3
19.927 10.1 6.625 4.855 5 rlkg/m
3
1.156 1.164 1.172 1.181 6 ppcr bar
137.325 69.606 45.658 33.457 7 Tpcr K
6.038 9.582 12.788 15.849 8 tmed grade C
0.092 0.118 0.137 0.152 9 Tmed K
0.012 0.005897 0.003868 0.002834 10 Tpr K
1.006 1 1 1 11 Nl ***
0.093 0.118 0.137 0.152 12 ml Pa.s
687000 621900 578100 544700 13 CNl ***
0.02 0.02 0.02 0.02 14 Nd ***
97.549 129.744 155.564 178.309 14 sl N/m
868.557 704.576 606.613 538.739 16 At m2
Parametrii variabili cu presiunea Ql1=55m3/zi
Intervalele de presiuneU.M 5_15 15_25 25_35 35_45 45
0.966 0.937 0.91 0.885
4.456 9.707 15.515 21.724
1.036 1.048 1.062 1.077
m/s 0.205 0.206 0.208 0.209
m/s 20.129 10.197 6.685 4.896
1.413 1.422 1.432 1.444
138.717 70.275 46.07 33.738
7.337 11.647 15.55 19.279
0.102 0.13 0.15 0.167
0.012 0.005953 0.003903 0.002858
1.006 1 1 1
0.103 0.13 0.15 0.167
730300 656300 606700 569000
0.02 0.02 0.02 0.02
kg/m3
107.559 141.408 168.444 192.152
m 786.688 644.361 558.354 498.337 452.773
15 20 25 30 35 40 45 50 55 60
Ql1=50m3/zi Parametrii variabili cu presiunea Ql1=50m3/zi
Intervalele de presiuneValoare Nr. crt Parametru U.M 5_15 15_25 25_35 35_45
1000 1 z 0.966 0.937 0.91 0.885
1056 2 rs 4.456 9.707 15.515 21.724
1919 3 bt 1.036 1.048 1.062 1.077
35480 4 vsl m/s 0.186 0.188 0.189 0.19
962.5 5 vsg m/s 20.028 10.149 6.655 4.875
45.867 6 Nlv 1.285 1.293 1.302 1.312
225.625 7 Ngv 138.021 69.94 45.864 33.597
50.5 8 F 6.689 10.617 14.172 17.568
323.65 9 el/y 0.097 0.124 0.144 0.159
1.434 10 A 0.012 0.005925 0.003885 0.002846
0.003703 11 y 1.006 1 1 1
0.00111 12 el 0.098 0.124 0.144 0.159
0.002061 13 Reb 708800 639200 592500 556900
29.584 14 l 0.02 0.02 0.02 0.02
0.044 15 ramkg/m
3102.72 135.771 162.216 185.457
0.003167 16 Dh m 824.715 672.365 580.842 517.199
Ql=45
Ql=50
Ql=55
45
469.013
Ql1 45
delta h h cumul p
0 0 5
868.557 868.557 15
704.576 1573.133 25
606.613 2179.746 35
538.739 2718.485 45
Ql2 50
delta h h cumul p
0 0 5
824.715 824.715 15
672.365 1497.08 25
580.842 2077.922 35
517.199 2595.121 45
469.013 3064.134 55
Ql3 55
delta h h cumul p
0 0 5
786.688 786.688 15
644.361 1431.049 25
558.354 1989.403 35
498.337 2487.74 45
452.773 2940.513 55
H p
0 27
2700 34.17
H p
0 24
2700 31.17
Ql1 45 Ql2 50
p1 25 p1
h1 1573.133 h1
p2 35 p2
h2 2179.746 h2
H 2700 H
Psg 24 Psg
Pfg 31.17 Pfg
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0 5 10 15
P inj 28.7877 P inj
H inj 1802.9 H inj
Ql1 45
delta h h cumul p
0 1,802.90 28.79
296.30 2,099.20 38.79
265.08 2,364.28 48.79
241.82 2,606.10 58.79
221.625 2,827.72 68.79
Curbele gradient de sub curbele de injectie
Ql3 55
25 p1 25
1497.08 h1 1431.049
35 p2 35
2077.922 h2 1989.403
2700 H 2700
24 Psg 24
31.17 Pfg 31.17
20 25 30 35 40 45 50 55 60 65 70 75 80 85
28.51826 P inj 28.28771
1701.435 H inj 1614.62
Ql2 50 Ql3 55
delta h h cumul p delta h h cumul p
0 1,701.44 28.52 0 1,614.62 28.29
291.82 1,993.26 38.52 287.74 1,902.36 38.29
261.09 2,254.34 48.52 257.47 2,159.83 48.29
237.17 2,491.51 58.52 233.95 2,393.78 58.29
217.51 2,709.02 68.52 214.62 2,608.39 68.29
198.11 2,806.50 78.29
Ql=45
Ql=50
Ql=55
L2
L1
Hinj 1
Hinj 2
Hinj 3
Ql1 45 Ql2 50 Ql3 55
delta h h cumul p delta h h cumul p delta h h cumul p
0 1,802.90 28.79 0 1,701.44 28.52 0 1,614.62 28.29
296.30 2,099.20 38.79 291.82 1,993.26 38.52 287.74 1,902.36 38.29
265.08 2,364.28 48.79 261.09 2,254.34 48.52 257.47 2,159.83 48.29
241.82 2,606.10 58.79 237.17 2,491.51 58.52 233.95 2,393.78 58.29
221.625 2,827.72 68.79 217.51 2,709.02 68.52 214.62 2,608.39 68.29
198.11 2,806.50 78.29
H 2,700.00 H 2,700.00 H 2,700.00
P1 58.79 P1 58.52 P1 68.29
P2 68.79 P2 68.52 P2 78.29
h1 2,606.10 h1 2,491.51 h1 2,608.39
h2 2,827.72 h2 2,709.02 h2 2,806.50
Pd1 63.03 Pd2 68.11 Pd3 72.91
Vasile
Qinj
30000
Cristi
Qinj
35000
Virgil
Qinj
40000
Ciprian
Qinj
50000
Adrian
Qinj
Vasile 41 30000 63.8
Cristi 42 35000 62.2
Virgil 43 40000 62
Ciprian 44 50000 61.8
Ql50 Ql55Ql45
0
10
20
30
40
50
60
70
80
90
100
0 20 40 60 80 100 120
Pre
siu
ne
a(P
-Bar
)
Debitul lichidului(Ql-m/zi)
40
45
50
Adrian 44 55000 61.7
0
5
10
15
20
25
30
35
40
0 10000 20000
Vasile
Qinj Ql Pd
30000 30.00 49.53
35.00 56.45
40.00 62.53
44.50 68.00
Cristi
Qinj Ql Pd
35000 30.00 47.55
35.00 54.48
40.00 60.53
47.83 70.00
Virgil
Qinj QL Pd
40000 30.00 46.05
35.00 52.94
40.00 58.98
44.16 64.00
Ciprian
Qinj Ql Pd
40.05 58.00
50000 45.00 63.03
50.00 68.11
55.00 72.91
Adrian
Qinj Ql Pd
40.12 58.00
55000 45.00 62.85
50.00 67.82
55.00 72.64
120
Curba Wiggins
Ciprian
Virgil
Adrian
Cristi
Vasile
20000 30000 40000 50000 60000
Series1
Ql1 45 Ql1 45 Ql1 45
p1 25
delta h h cumul p h1 1591.813 delta h h cumul p
0 0 5 p2 35 0 1,830.66 28.86
875 875 15 h2 2210.356 297.21 2,127.87 38.86
716.813 1591.813 25 H 2700 265.88 2,393.75 48.86
618.543 2210.356 35 Psg 24 241.455 2,635.20 58.86
549.769 2760.125 45 Pfg 31.17 221.362 2,856.57 68.86
p1 0 0 h1
p2 700 58.37 h2
p1 42.35 508 h1
p2 10.7 508 h2
p1 10.7 508 h1
p2 41.35 875 h2
p1 41.35 875 h1
p2 15.02 875 h2
p1 15.02 875 h1
p2 40.16 1176 h2
p1 40.16 1176 h1
p2 19 1176 h2
p1 19 1176 h1
p2 38.7 1412 h2
p1 38.7 1412 h1
p2 22.24 1412 h2
p1 22.24 1412 h1
p2 37.2 1591 h2
p1 37.2 1591 h1
p2 24.9 1591 h2
p1 24.9 1591 h1
p2 35.5 1718 h2
p1 35.5 1718 h1
p2 26.9 1718 h2
p1 26.9 1718 h1
p2 33.8 1801 h2
0
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0 5 10 15 20 25
Axi
s Ti
tle
p1 33.8 1801 h1
p2 28.2 1801 h2
p1 28.2 1801 h1
p2 31.9 1845 h2
p1 31.9 1845 h1
p2 28.86 1845 h2
2100
2200
2300
2400
2500
2600
2700
P inj 28.86 H p
H inj 1831 0 27 29 31 33 35 37 39 41
2700 34.17 36.17 38.17 40.17 42.17 44.17 46.17 48.17
H p
0 24
2700 31.17
P
25 30 35 40 45 50 55 60 65 70 75
Axis Title
L2
L1
Series3
Series4
Series5
Series6
Series7
35
Series9
Series10
Series11
Series12
Series13
Series14
Series15
Series16
Series17
Series18
Series19
Series20
Series21
Series22
Series23
Series24
Series25
Series25
Series26
Series27
0 18.59
532.3 14.49
532.3 18.92
1128 14.27
1128 19.43
2588 7.19
0
500
1000
1500
2000
2500
3000
0.00 5.00 10.00 15.00
Ad
anci
me
a m
Effort Unitar *10^7 N/m^2
15.00 20.00 25.00
Effort Unitar *10^7 N/m^2
σ=f(H)
0 27.8
1000 19.49
1000 30.09
2588 15.09
0
500
1000
1500
2000
2500
3000
0 5 10 15 20 25
Ad
anci
me
m
effort unitar * 10^7 N/m^2
25 30 35
effort unitar * 10^7 N/m^2
σ=f(H)
