(Solved by Humans)-Can someone help me solve problem? (1) comp. Mole Wt. H2S 15 CO2

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? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? Can someone help me solve problem?

?(1)? comp.??? Mole Wt.

??????? H2S??????? 15

???????? CO2????? 20

????????? N2?????? 20

??????? C1??? ?????120

??????? C2??????? 40

??????? C3??????? 40

??????? C4????????? 35

??????? C7+????????? 25

Reservoir conditions: 5,000ft LX 300ft W x 200tf D

P1 =1800

P2 =1200

T =210F

K =20 md

R =?

Api = 42

SGg .756

• a. Find Qg in lbmass/day and lbmole/day
• b. When will this well stop producing if the filed is 2400 acres
• c.?Find?the?isothermal?compressibility?factor

(2). A sand pack of uniform fine grains has an effective porosity of 0.25. The average grain size diameter is approximately 0.12mm. Calculate the permeability of the sandstone using Kozeny-Carman equation. This sandstone comes from a formation (T , Thickness ft) that is producing 40 API crude oil (Bio .3 bbl./STB) through a well (pressure psi, Diameter -in., and drainage area acres), using the figure above, find the oil and gas production rates?

(2). A sand pack of uniform fine grains has an effective porosity of 0.25. The average grain size diameter is approximately 0.12mm. Calculate the permeability of the sandstone using Kozeny-Carman equation. This sandstone comes from a formation (T , Thickness ft) that is producing 40 API crude oil (Bio .3 bbl./STB) through a well (pressure psi, Diameter -in., and drainage area acres), using the figure above, find the oil and gas production rates?