turner loading

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TurnerLoading.xls This spreadsheet calculates the minimum required unloaded gas production rate. Input Data: 1.3 0.6 Tubing diameter d: 1.995 in 636 psia 127 67.4 60 dynes/cm Solution: T = 587.00 1.76 A = 0.0217 672.50 psia 358.50 587.00 636.00 psia 0.95 1.64 Z = 0.94 A B 0.486848 0.273035 7.77 ft/s 0.60 MMscf/d Coefficient kv: Gas specific gravity gg: Pressure pwf: Temperature Twf: o F Heavy-liquid density rl: lbm/ft 3 Interfacial tension s: o R rg = lbm/ft 3 ft 2 ppc = Tpc = o R Tav = o R pav = ppr = Tpr = vgm = Qgm = Instructions: Step 1: Update input data in blue; Step 2: View results.

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Page 1: Turner Loading

TurnerLoading.xlsThis spreadsheet calculates the minimum required unloaded gas production rate.

Input Data:

1.3

0.6Tubing diameter d: 1.995 in

636 psia

127

67.460 dynes/cm

Solution:

T = 587.001.76

A = 0.0217672.50 psia

358.50

587.00636.00 psia

0.951.64

Z = 0.94 A B C0.486848 0.273035 0.063472

7.77 ft/s

0.60 MMscf/d

Coefficient kv:

Gas specific gravity gg:

Pressure pwf:

Temperature Twf: oF

Heavy-liquid density rl: lbm/ft3

Interfacial tension s:

oRrg = lbm/ft3

ft2

ppc =

Tpc = oR

Tav = oRpav =ppr =Tpr =

vgm =

Qgm =

Instructions:Step 1: Update input data in blue;Step 2: View results.

Page 2: Turner Loading

D0.993803