动液面计算公式
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0.7553 fraction
1.0208 fraction 1.315373 psi/m 1.451917 psi/m 0.001289 psi/m
22.10%
1.3455 949 m
943.7 m
calculated calculated
calculated
5.3 m
7.131412
48.45291 m, TVD
22.10%
1.3455 949 m
943.7 m
calculated calculated
calculated
5.3 m
7.131412
41.60404 m, TVD
case2 Pi from sensor Casing Pressure S.G of gas by Lab S.G of produced water by Lab oil gradient water gradient gas gradient watercut well bore fluid gradient TVD@sen sor TVD@inta ke
2009/3/18
384 psia 340 psia
0.7553 fraction
1.0208 fraction 1.315373 psi/m 1.451917 psi/m 0.001289 psi/m
22.50%
1.3461 949 m
943.7 m
calculated calculated
calculated
distance between sensor and intake Pi=Px+Pli q+Pgas+P csg
annular fluid level above pump intake=
2009/5/18
323 psia 260 psia
0.7553 fraction
1.0208 fraction 1.315373 psi/m 1.451917 psi/m 0.wenku.baidu.com01289 psi/m
5.3 m
7.134307
27.14309 m, TVD 2009/4/2
400 psia 335 psia
0.7553 fraction
1.0208 fraction 1.315373 psi/m
water gradient gas gradient watercut well bore fluid gradient TVD@sen sor TVD@inta ke
distance between sensor and intake Pi=Px+Pli q+Pgas+P csg
annular fluid level above pump intake=
case2 Pi from sensor Casing Pressure S.G of gas by Lab S.G of produced water by Lab oil gradient
annular fluid level above pump intake=
case2 Pi from sensor Casing Pressure S.G of gas by Lab S.G of produced water by Lab oil gradient water gradient gas gradient watercut well bore fluid gradient TVD@sen sor TVD@inta ke
1.0208 fraction 1.315373 psi/m 1.451917 psi/m 0.001289 psi/m
22.10%
1.3455 949 m
943.7 m
calculated calculated
calculated
distance between sensor and intake Pi=Px+Pli q+Pgas+P csg
distance between sensor and intake Pi=Px+Pli q+Pgas+P csg
annular fluid level above pump intake=
5.3 m
7.131412
62.22677 m, TVD 2009/4/14
390 psia 318 psia
distance between sensor and intake Pi=Px+Pli q+Pgas+P csg
annular fluid level above pump intake=
case2 Pi from sensor Casing Pressure S.G of gas by Lab S.G of produced water by Lab oil gradient water gradient gas gradient watercut well bore fluid gradient TVD@sen sor TVD@inta ke
1.451917 psi/m 0.001289 psi/m
22.10%
1.3455 949 m
943.7 m
calculated calculated
calculated
5.3 m
7.131412
43.12601 m, TVD 2009/4/10
436 psia 345.9 psia
0.7553 fraction
case1 Pi from sensor Casing Pressure S.G of gas by Lab S.G of produced water by Lab oil gradient water gradient gas gradient watercut well bore fluid gradient TVD@sen sor TVD@inta ke
1.0208 fraction 1.315373 psi/m 1.451917 psi/m 0.001289 psi/m
22.10%
1.3455 949 m
943.7 m
calculated calculated
calculated
5.3 m
7.131412
48.45291 m, TVD
22.10%
1.3455 949 m
943.7 m
calculated calculated
calculated
5.3 m
7.131412
41.60404 m, TVD
case2 Pi from sensor Casing Pressure S.G of gas by Lab S.G of produced water by Lab oil gradient water gradient gas gradient watercut well bore fluid gradient TVD@sen sor TVD@inta ke
2009/3/18
384 psia 340 psia
0.7553 fraction
1.0208 fraction 1.315373 psi/m 1.451917 psi/m 0.001289 psi/m
22.50%
1.3461 949 m
943.7 m
calculated calculated
calculated
distance between sensor and intake Pi=Px+Pli q+Pgas+P csg
annular fluid level above pump intake=
2009/5/18
323 psia 260 psia
0.7553 fraction
1.0208 fraction 1.315373 psi/m 1.451917 psi/m 0.wenku.baidu.com01289 psi/m
5.3 m
7.134307
27.14309 m, TVD 2009/4/2
400 psia 335 psia
0.7553 fraction
1.0208 fraction 1.315373 psi/m
water gradient gas gradient watercut well bore fluid gradient TVD@sen sor TVD@inta ke
distance between sensor and intake Pi=Px+Pli q+Pgas+P csg
annular fluid level above pump intake=
case2 Pi from sensor Casing Pressure S.G of gas by Lab S.G of produced water by Lab oil gradient
annular fluid level above pump intake=
case2 Pi from sensor Casing Pressure S.G of gas by Lab S.G of produced water by Lab oil gradient water gradient gas gradient watercut well bore fluid gradient TVD@sen sor TVD@inta ke
1.0208 fraction 1.315373 psi/m 1.451917 psi/m 0.001289 psi/m
22.10%
1.3455 949 m
943.7 m
calculated calculated
calculated
distance between sensor and intake Pi=Px+Pli q+Pgas+P csg
distance between sensor and intake Pi=Px+Pli q+Pgas+P csg
annular fluid level above pump intake=
5.3 m
7.131412
62.22677 m, TVD 2009/4/14
390 psia 318 psia
distance between sensor and intake Pi=Px+Pli q+Pgas+P csg
annular fluid level above pump intake=
case2 Pi from sensor Casing Pressure S.G of gas by Lab S.G of produced water by Lab oil gradient water gradient gas gradient watercut well bore fluid gradient TVD@sen sor TVD@inta ke
1.451917 psi/m 0.001289 psi/m
22.10%
1.3455 949 m
943.7 m
calculated calculated
calculated
5.3 m
7.131412
43.12601 m, TVD 2009/4/10
436 psia 345.9 psia
0.7553 fraction
case1 Pi from sensor Casing Pressure S.G of gas by Lab S.G of produced water by Lab oil gradient water gradient gas gradient watercut well bore fluid gradient TVD@sen sor TVD@inta ke