Difference between revisions of "Gas Material Balance"

From wiki.pengtools.com
Jump to: navigation, search
(Math & Physics)
(See also)
 
(8 intermediate revisions by the same user not shown)
Line 6: Line 6:
 
Production mechanism - gas compressibility only:
 
Production mechanism - gas compressibility only:
 
:<math> GIIP \times B_{gi}= (GIIP - G_p) B_g</math>
 
:<math> GIIP \times B_{gi}= (GIIP - G_p) B_g</math>
 +
 +
== See also ==
 +
[[P/Z plot]] <BR/>
 +
[[Gas Flowing Material Balance]]<BR/>
 +
[[Oil Material Balance]]<BR/>
 +
[[Oil Flowing Material Balance]] <BR/>
 +
 +
== Nomenclature  ==
 +
 +
:<math> B_g </math> = gas formation volume factor, ft<sup>3</sup>/scf
 +
:<math> B_{gi} </math> = initial gas formation volume factor, ft<sup>3</sup>/scf
 +
:<math> GIIP </math> = gas initially in place, scf
 +
:<math> G_p </math> = cumulative gas produced, scf
  
 
[[Category:E&P Portal]]
 
[[Category:E&P Portal]]
 +
 +
{{#seo:
 +
|title=Gas Material Balance
 +
|titlemode= replace
 +
|keywords=reservoir engineering, material balance, petroleum engineering, equation
 +
|description=Gas Material Balance equation.
 +
}}

Latest revision as of 08:54, 2 November 2018

Brief

Gas Material Balance equation

Math & Physics

Production mechanism - gas compressibility only:

 GIIP \times B_{gi}= (GIIP - G_p) B_g

See also

P/Z plot
Gas Flowing Material Balance
Oil Material Balance
Oil Flowing Material Balance

Nomenclature

 B_g = gas formation volume factor, ft3/scf
 B_{gi} = initial gas formation volume factor, ft3/scf
 GIIP = gas initially in place, scf
 G_p = cumulative gas produced, scf