Gas Flowing Material Balance - Revision history

MishaT at 15:00, 3 November 2018

2018-11-03T15:00:48Z

2018-11-03T14:58:39Z

‎Brief

2018-11-03T14:56:55Z

2018-11-03T14:56:47Z

2018-11-03T14:56:16Z

2018-11-02T05:59:36Z

2018-04-18T10:22:52Z

2018-04-10T04:40:59Z

‎Nomenclature

2018-04-10T02:47:53Z

‎Brief

2018-04-10T02:47:44Z

‎Brief

@@ Line 141: / Line 141: @@
 |titlemode= replace
 |keywords=giip calculation, reservoir engineering, flowing material balance, petroleum engineering, equation
-|description=Gas Flowing Material Balance is the advanced engineering technique applied to determine reservoirs and wells gas reserves and productivity index.
+|description=Gas Flowing Material Balance is the advanced engineering technique applied to calculate reservoirs and wells GIIP and productivity index.
 }}

@@ Line 5: / Line 5: @@
 [[Gas Flowing Material Balance]] is applied to determine:
-* [[Reservoirs]] GIIP & [[EUR]]
+* [[Reservoirs]] GIIP calculation
 * [[Well]]'s [[EUR]] and [[JD]]
 [[Gas Flowing Material Balance]] uses readily available [[Well]] flowing data: production rate and tubing head pressure.
-The interpretation technique is fitting the data points with the straight lines to estimate GIIP and [[JD]].
+The interpretation technique is fitting the data points with the straight lines to calculate GIIP and [[JD]].
 [[File:FMB.png|link=https://ep.pengtools.com/matbal/flowing-material-balance/gas]]

@@ Line 137: / Line 137: @@
 {{#seo:
-|title=Gas Flowing Material Balance for GIIP calulation
+|title=Gas Flowing Material Balance for GIIP calculation
 |titlemode= replace
 |keywords=giip calculation, reservoir engineering, flowing material balance, petroleum engineering, equation
 |description=Gas Flowing Material Balance is the advanced engineering technique applied to determine reservoirs and wells gas reserves and productivity index.
 }}

@@ Line 137: / Line 137: @@
 {{#seo:
-|title=Gas Flowing Material Balance
+|title=Gas Flowing Material Balance for GIIP calulation
 |titlemode= replace
 |keywords=giip calculation, reservoir engineering, flowing material balance, petroleum engineering, equation
 |description=Gas Flowing Material Balance is the advanced engineering technique applied to determine reservoirs and wells gas reserves and productivity index.
 }}

@@ Line 139: / Line 139: @@
 |title=Gas Flowing Material Balance
 |titlemode= replace
-|keywords=reservoir engineering, flowing material balance, petroleum engineering, equation
+|keywords=giip calculation, reservoir engineering, flowing material balance, petroleum engineering, equation
 |description=Gas Flowing Material Balance is the advanced engineering technique applied to determine reservoirs and wells gas reserves and productivity index.
 }}

← Older revision		Revision as of 05:59, 2 November 2018
Line 135:		Line 135:

	[[Category:E&P Portal]]		[[Category:E&P Portal]]
		+
		+	{{#seo:
		+	\|title=Gas Flowing Material Balance
		+	\|titlemode= replace
		+	\|keywords=reservoir engineering, flowing material balance, petroleum engineering, equation
		+	\|description=Gas Flowing Material Balance is the advanced engineering technique applied to determine reservoirs and wells gas reserves and productivity index.
		+	}}

@@ Line 75: / Line 75: @@
 #The intercept with the Y axis gives  <math>b_{pss}</math> and <math>J_D</math>
-=== Data required ===
+== Data required ==
 {{Data required for Gas Flowing Material Balance}}

@@ Line 87: / Line 87: @@
 :<math> J </math> = gas productivity index, MMscfd/(psia<sup>2</sup>/cP)
 :<math> J_D </math> = dimensionless productivity index, dimensionless
-:<math> kh</math> = permeability times thickness, md*m
+:<math> kh</math> = permeability times thickness, md*ft
 :<math> P </math> = pressure, psia
 :<math> \bar{P} </math> = average reservoir pressure, psia