10000 piesPwh 4000 psi

sg 0.6T promedio 145 605

F Ra b c

P promedio Pr z01 4500.000 6.69 0.95062 4432.121 6.59 0.94583 4434.527 6.59 0.94604 4434.442 6.59 0.94605 4434.445 6.59 0.94606 4434.445 6.59 0.94607 4434.445 6.59 0.94608 4434.445 6.59 0.94609 4434.445 6.59 0.9460

10 4434.445 6.59 0.946011 4434.445 6.59 0.9460

Spesific gravity 0.60

Temperature 62.78

Pressure 4.500E+03 Psia

Method used (1, 2 or 3) 3

Compressebility factor, z 0.9506

Method 3 (Standing's correlation)

Pseudo critical temperature

TPc (oil field units) 354.897

TPc (SI units) 196.832

Pseudo critical pressure

PPc (oil field units) 674.37

PPc (SI units) 465.1E+4

H@P@

oC

Pseudo reduced properties

TPR 1.707

PPR 6.672863

Hall-Yarborought 0.586

a 0.029

0.01

Continue until f(y) < 1x10^(-5)

Iteration 1

f(y) -186.0E-3

Derivated of f(y), df(y) 0.959

0.2040026024

Compressebility factor, z 0.9595

Iteration 2

f(y) -271.9E-5

Derivated of f(y), df(y) 1.408

0.2059336333

Compressebility factor, z 0.9505

Iteration 3

fy 229.2E-7

Derivated of f(y), df(y) 1.432

0.206

Compressebility factor, z 0.9506

Iteration 4

f(y) 160.4E-11

Derivated of f(y), df(y) 1.432

0.206

Compressebility factor, z 0.9506

Iteration 5

Reduced-density parameter, y0

Newton Rapson: Reduced- density parameter, y1

Newton Rapson: Reduced-density parameter y2

Newton Rapson: Reduced-desity parameter y3

Newton Rapson: Reduced-density parameter y4

f(y) 693.9E-19

Derivated of f(y), df(y) 1.432

0.206

Compressebility factor, z 0.9506

Spesific gravity 0.60

Temperature 62.78

Pressure 4.434E+03 Psia

Method used (1, 2 or 3) 3

Compressebility factor, z 0.9460

Method 3 (Standing's correlation)

Pseudo critical temperature

TPc (oil field units) 354.897

TPc (SI units) 196.832

Pseudo critical pressure

PPc (oil field units) 674.37

PPc (SI units) 465.1E+4

Pseudo reduced properties

TPR 1.707

PPR 6.575654

Hall-Yarborought 0.58594

a 0.02933

0.01

Continue until f(y) < 1x10^(-5)

Iteration 1

f(y) -183.1E-3

Derivated of f(y), df(y) 0.959

201.0E-3

Compressebility factor, z 0.9595

Iteration 2

f(y) -400.4E-5

Newton Rapson: Reduced-density parameter y4

oC

Reduced-density parameter, y0

Newton Rapson: Reduced- density parameter, y1

Derivated of f(y), df(y) 1.373

203.9E-3

Compressebility factor, z 0.9458

Iteration 3

fy 503.0E-7

Derivated of f(y), df(y) 1.408

0.204

Compressebility factor, z 0.9460

Iteration 4

f(y) 776.8E-11

Derivated of f(y), df(y) 1.407

0.204

Compressebility factor, z 0.9460

Iteration 5f(y) 131.8E-18

Derivated of f(y), df(y) 1.407

0.204

Compressebility factor, z 0.9460

Newton Rapson: Reduced-density parameter y2

Newton Rapson: Reduced-desity parameter y3

Newton Rapson: Reduced-density parameter y4

Newton Rapson: Reduced-density parameter y4

T 220 FT 70 F

Psc 672.5 psiTsc 358.5 R

d diferencia P diferencia Z

Pws5000

4864.242 1364869.054 -5 0.00484868.884 0 -0.00024868.890 0 0.00004868.890 0 0.00004868.890 0 0.00004868.890 0 0.00004868.890 0 0.00004868.890 0 0.00004868.890 0 0.00004868.890 0 0.0000

dif 1 o 0

Spesific gravity

335.93 K Temperature

Pressure

Method used (1, 2 or 3)

Compressebility factor, z

oR

K

psia

Pa

Spesific gravity

335.93 K Temperature

Pressure

Method used (1, 2 or 3)

Compressebility factor, z

oR

K

psia

Pa

Constante 0.01875Tr 1.688

g h

0123456789

1011

0.60 Spesific gravity

62.78 335.93 K Temperature

4.432E+03 Psia Pressure

3 Method used (1,

0.9458 Compressebility

Method 3 (Standing's correlation)

Pseudo critical temperature

TPc (oil field units) 354.897 oR

TPc (SI units) 196.832 K

Pseudo critical pressure

PPc (oil field units) 674.37 psia

PPc (SI units) 465.1E+4 Pa

oC

Pseudo reduced properties

TPR 1.707

PPR 6.572208

Hall-Yarborought 0.586

a 0.029

0.01

Continue until f(y) < 1x10^(-5)

Iteration 1

f(y) -183.0E-3

Derivated of f(y), df(y) 0.959

200.9E-3

Compressebility factor, z 0.9595

Iteration 2

f(y) -404.8E-5

Derivated of f(y), df(y) 1.372

203.9E-3

Compressebility factor, z 0.9456

Iteration 3

fy 514.3E-7

Derivated of f(y), df(y) 1.407

0.204

Compressebility factor, z 0.9458

Iteration 4

f(y) 812.1E-11

Derivated of f(y), df(y) 1.406

0.204

Compressebility factor, z 0.9458

Iteration 5

Reduced-density parameter, y0

Newton Rapson: Reduced- density parameter, y1

Newton Rapson: Reduced-density parameter y2

Newton Rapson: Reduced-desity parameter y3

Newton Rapson: Reduced-density parameter y4

f(y) 111.0E-18

Derivated of f(y), df(y) 1.406

0.204

Compressebility factor, 0.9458

0.60 Spesific gravity

62.78 335.93 K Temperature

4.434E+03 Psia Pressure

3 Method used (1,

0.9460 Compressebility

Method 3 (Standing's correlation)

Pseudo critical temperature

TPc (oil field units) 354.897 oR

TPc (SI units) 196.832 K

Pseudo critical pressure

PPc (oil field units) 674.37 psia

PPc (SI units) 465.1E+4 Pa

Pseudo reduced properties

TPR 1.707

PPR 6.575654

Hall-Yarborought 0.58594

a 0.02933

0.01

Continue until f(y) < 1x10^(-5)

Iteration 1

f(y) -183.1E-3

Derivated of f(y), df(y) 0.959

201.0E-3

Compressebility factor, z 0.9595

Iteration 2

f(y) -400.4E-5

Newton Rapson: Reduced-density parameter y4

oC

Reduced-density parameter, y0

Newton Rapson: Reduced- density parameter, y1

Derivated of f(y), df(y) 1.373

203.9E-3

Compressebility factor, z 0.9458

Iteration 3

fy 503.0E-7

Derivated of f(y), df(y) 1.408

0.204

Compressebility factor, z 0.9460

Iteration 4

f(y) 776.8E-11

Derivated of f(y), df(y) 1.407

0.204

Compressebility factor, z 0.9460

Iteration 5f(y) 152.7E-18

Derivated of f(y), df(y) 1.407

0.204

Compressebility factor, 0.9460

Newton Rapson: Reduced-density parameter y2

Newton Rapson: Reduced-desity parameter y3

Newton Rapson: Reduced-density parameter y4

Newton Rapson: Reduced-density parameter y4

0.60 Spesific gravity 0.60

62.78 335.93 K Temperature 62.78

4.435E+03 Psia Pressure 4.434E+03

3 Method used (1, 3

0.9460 Compressebility 0.9460

Method 3 (Standing's correlation) Method 3 (Standing's correlation)

Pseudo critical temperature Pseudo critical temperature

TPc (oil field unit 354.897 oR TPc (oil field unit

TPc (SI units) 196.832 K TPc (SI units)

Pseudo critical pressure Pseudo critical pressure

PPc (oil field unit 674.37 psia PPc (oil field unit

PPc (SI units) 465.1E+4 Pa PPc (SI units)

oC

Pseudo reduced properties Pseudo reduced properties

TPR 1.707 TPR

PPR 6.575776 PPR

Hall-Yarborough Hall-Yarborought 0.58594 t

a 0.02933 a

0.01

Continue until f(y) < 1x10^(-5) Continue until f(y) < 1x10^(-5)

Iteration 1 Iteration 1

f(y) -183.1E-3 f(y)

Derivated of f(y), 0.959 Derivated of f(y),

201.0E-3

Compressebility f 0.9595 Compressebility f

Iteration 2 Iteration 2

f(y) -400.3E-5 f(y)

Derivated of f(y), 1.373 Derivated of f(y),

203.9E-3

Compressebility f 0.9458 Compressebility f

Iteration 3 Iteration 3

fy 502.6E-7 fy

Derivated of f(y), 1.408 Derivated of f(y),

0.204

Compressebility f 0.9460 Compressebility f

Iteration 4 Iteration 4

f(y) 775.6E-11 f(y)

Derivated of f(y), 1.407 Derivated of f(y),

0.204

Compressebility f 0.9460 Compressebility f

Iteration 5 Iteration 5

Reduced-density parameter, y0

Reduced-density parameter, y0

Newton Rapson: Reduced- density parameter, y1

Newton Rapson: Reduced- density parameter, y1

Newton Rapson: Reduced-density parameter y2

Newton Rapson: Reduced-density parameter y2

Newton Rapson: Reduced-desity parameter y3

Newton Rapson: Reduced-desity parameter y3

Newton Rapson: Reduced-density parameter y4

Newton Rapson: Reduced-density parameter y4

f(y) 270.6E-18 f(y)

Derivated of f(y), 1.407 Derivated of f(y),

0.204

Compressebility 0.9460 Compressebility

0.60 Spesific gravity 0.60

62.78 335.93 K Temperature 62.78

4.434E+03 Psia Pressure 4.434E+03

3 Method used (1, 3

0.9460 Compressebility 0.9460

Method 3 (Standing's correlation) Method 3 (Standing's correlation)

Pseudo critical temperature Pseudo critical temperature

TPc (oil field unit 354.897 oR TPc (oil field unit

TPc (SI units) 196.832 K TPc (SI units)

Pseudo critical pressure Pseudo critical pressure

PPc (oil field unit 674.37 psia PPc (oil field unit

PPc (SI units) 465.1E+4 Pa PPc (SI units)

Pseudo reduced properties Pseudo reduced properties

TPR 1.707 TPR

PPR 6.575654 PPR

Hall-Yarborough Hall-Yarborought 0.58594 t

a 0.02933 a

0.01

Continue until f(y) < 1x10^(-5) Continue until f(y) < 1x10^(-5)

Iteration 1 Iteration 1

f(y) -183.1E-3 f(y)

Derivated of f(y), 0.959 Derivated of f(y),

201.0E-3

Compressebility f 0.9595 Compressebility f

Iteration 2 Iteration 2

f(y) -400.4E-5 f(y)

Newton Rapson: Reduced-density parameter y4

Newton Rapson: Reduced-density parameter y4

oC

Reduced-density parameter, y0

Reduced-density parameter, y0

Newton Rapson: Reduced- density parameter, y1

Newton Rapson: Reduced- density parameter, y1

Derivated of f(y), 1.373 Derivated of f(y),

203.9E-3

Compressebility f 0.9458 Compressebility f

Iteration 3 Iteration 3

fy 503.0E-7 fy

Derivated of f(y), 1.408 Derivated of f(y),

0.204

Compressebility f 0.9460 Compressebility f

Iteration 4 Iteration 4

f(y) 776.8E-11 f(y)

Derivated of f(y), 1.407 Derivated of f(y),

0.204

Compressebility f 0.9460 Compressebility f

Iteration 5 Iteration 5f(y) 527.4E-18 f(y)

Derivated of f(y), 1.407 Derivated of f(y),

0.204

Compressebility 0.9460 Compressebility

Newton Rapson: Reduced-density parameter y2

Newton Rapson: Reduced-density parameter y2

Newton Rapson: Reduced-desity parameter y3

Newton Rapson: Reduced-desity parameter y3

Newton Rapson: Reduced-density parameter y4 Newton Rapson: Reduced-density parameter y4

Newton Rapson: Reduced-density parameter y4 Newton Rapson: Reduced-density parameter y4

Spesific gravity 0.60

335.93 K Temperature 62.78

Psia Pressure 4.434E+03 Psia

Method used (1, 3

Compressebility 0.9460

Method 3 (Standing's correlation) Method 3 (Standing's correlation)

Pseudo critical temperature Pseudo critical temperature

354.897 oR TPc (oil field unit 354.897

196.832 K TPc (SI units) 196.832

Pseudo critical pressure Pseudo critical pressure

674.37 psia PPc (oil field unit 674.37

465.1E+4 Pa PPc (SI units) 465.1E+4

oC oC

Pseudo reduced properties Pseudo reduced properties

1.707 TPR 1.707

6.575650 PPR 6.575654

Hall-Yarborough Hall-Yarborough0.58594 t 0.58594

0.02933 a 0.02933

0.01 0.01

Continue until f(y) < 1x10^(-5) Continue until f(y) < 1x10^(-5)

Iteration 1

-183.1E-3 f(y) -183.1E-3

0.959 Derivated of f(y), 0.959

201.0E-3 201.0E-3

0.9595 Compressebility f 0.9595

Iteration 2

-400.4E-5 f(y) -400.4E-5

1.373 Derivated of f(y), 1.373

203.9E-3 203.9E-3

0.9458 Compressebility f 0.9458

Iteration 3

503.0E-7 fy 503.0E-7

1.408 Derivated of f(y), 1.408

0.204 0.204

0.9460 Compressebility f 0.9460

Iteration 4

776.9E-11 f(y) 776.8E-11

1.407 Derivated of f(y), 1.407

0.204 0.204

0.9460 Compressebility f 0.9460

Iteration 5

Reduced-density parameter, y0

Newton Rapson: Reduced- density parameter, y1

Newton Rapson: Reduced-density parameter y2

Newton Rapson: Reduced-desity parameter y3

Newton Rapson: Reduced-density parameter y4

624.5E-19 f(y) 173.5E-18

1.407 Derivated of f(y), 1.407

0.204 0.204

0.9460 Compressebility 0.9460

Spesific gravity 0.60

335.93 K Temperature 62.78

Psia Pressure 4.434E+03 Psia

Method used (1, 3

Compressebility 0.9460

Method 3 (Standing's correlation) Method 3 (Standing's correlation)

Pseudo critical temperature Pseudo critical temperature

354.897 oR TPc (oil field unit 354.897

196.832 K TPc (SI units) 196.832

Pseudo critical pressure Pseudo critical pressure

674.37 psia PPc (oil field unit 674.37

465.1E+4 Pa PPc (SI units) 465.1E+4

Pseudo reduced properties Pseudo reduced properties

1.707 TPR 1.707

6.575654 PPR 6.575654

Hall-Yarborough Hall-Yarborough0.58594 t 0.58594

0.02933 a 0.02933

0.01 0.01

Continue until f(y) < 1x10^(-5) Continue until f(y) < 1x10^(-5)

Iteration 1

-183.1E-3 f(y) -183.1E-3

0.959 Derivated of f(y), 0.959

201.0E-3 201.0E-3

0.9595 Compressebility f 0.9595

Iteration 2

-400.4E-5 f(y) -400.4E-5

Newton Rapson: Reduced-density parameter y4

oC oC

Reduced-density parameter, y0

Newton Rapson: Reduced- density parameter, y1

1.373 Derivated of f(y), 1.373

203.9E-3 203.9E-3

0.9458 Compressebility f 0.9458

Iteration 3

503.0E-7 fy 503.0E-7

1.408 Derivated of f(y), 1.408

0.204 0.204

0.9460 Compressebility f 0.9460

Iteration 4

776.8E-11 f(y) 776.8E-11

1.407 Derivated of f(y), 1.407

0.204 0.204

0.9460 Compressebility f 0.9460

Iteration 5000.0E-2 f(y) 152.7E-18

1.407 Derivated of f(y), 1.407

0.204 0.204

0.9460 Compressebility 0.9460

Newton Rapson: Reduced-density parameter y2

Newton Rapson: Reduced-desity parameter y3

Newton Rapson: Reduced-density parameter y4

Newton Rapson: Reduced-density parameter y4

Spesific gravity 0.60

335.93 K Temperature 62.78 335.93

Pressure 4.434E+03 Psia

Method used (1, 3

Compressebility 0.9460

Method 3 (Standing's correlation) Method 3 (Standing's correlation)

Pseudo critical temperature

oR TPc (oil field unit 354.897 oR

K TPc (SI units) 196.832 K

Pseudo critical pressure

psia PPc (oil field unit 674.37 psia

Pa PPc (SI units) 465.1E+4 Pa

oC

Pseudo reduced properties

TPR 1.707

PPR 6.575654

Hall-Yarborought 0.58594

a 0.02933

0.01

Continue until f(y) < 1x10^(-5)

Iteration 1

f(y) -183.1E-3

Derivated of f(y), 0.959

201.0E-3

Compressebility f 0.9595

Iteration 2

f(y) -400.4E-5

Derivated of f(y), 1.373

203.9E-3

Compressebility f 0.9458

Iteration 3

fy 503.0E-7

Derivated of f(y), 1.408

0.204

Compressebility f 0.9460

Iteration 4

f(y) 776.8E-11

Derivated of f(y), 1.407

0.204

Compressebility f 0.9460

Iteration 5

Reduced-density parameter, y0

Newton Rapson: Reduced- density parameter, y1

Newton Rapson: Reduced-density parameter y2

Newton Rapson: Reduced-desity parameter y3

Newton Rapson: Reduced-density parameter y4

f(y) 229.0E-18

Derivated of f(y), 1.407

0.204

Compressebility 0.9460

335.93 K

Method 3 (Standing's correlation)

oR

K

psia

Pa

Newton Rapson: Reduced-density parameter y4

K