Reservoir simulator benchmark tests - Revision history

MishaT: /* Simulation Runs */

2023-08-07T14:27:14Z

‎Simulation Runs

2023-07-12T12:12:38Z

‎Simulation Runs

2023-07-12T10:12:40Z

2023-07-12T10:08:36Z

‎Brief

2023-07-12T10:08:27Z

‎Brief

2023-07-12T10:01:23Z

‎Calculating well potential (well inflow performance)

2023-07-12T09:57:48Z

‎Brief

2023-07-12T09:43:39Z

2023-07-12T09:41:22Z

‎Can of beans analogy

2023-07-12T09:40:56Z

‎Brief

@@ Line 10: / Line 10: @@
 Steady state and pseudo steady state flow regimes are considered.
-===Simulation Runs===
+===Simulation Test Runs===
 #Vertical well in a square drainage area pseudo steady state flow

@@ Line 18: / Line 18: @@
 #Horizontal well in a square drainage area pseudo steady state flow
 #Horizontal well in a square drainage area steady state flow
 ==Gas Recovery==

@@ Line 10: / Line 10: @@
 Steady state and pseudo steady state flow regimes are considered.
-==Simulation Runs==
+===Simulation Runs===
-Now let's attach the infinite aquifer to the can of gas and run scenarios:
+#Vertical well in a square drainage area pseudo steady state flow
-#Slow - choked gas rate
+#Vertical well in a square drainage area steady state flow
-#Fast - 2x enhanced gas rate
+#Fracture vertical well in a square drainage area pseudo steady state flow
-[[File:can_of_beans_Water_Saturation_slow.gif|Slow]]
+#Fractured vertical well in a square drainage area steady state flow
-[[File:can_of_beans_Water_Saturation_fast.gif|Fast]]
+#Horizontal well in a square drainage area pseudo steady state flow
+#Horizontal well in a square drainage area steady state flow
 ==Gas Recovery==

@@ Line 3: / Line 3: @@
 Before running any 3D reservoir simulator for a full scale field history matching or forecasts it is a good practice to make sure that the simulator is performing well on a simple benchmark tests with the well known analytical solutions.
-By running those cases you could get ahead of the learning curve and  gain confidence in your simulation results.
+By running those cases you could get ahead of the learning curve and gain confidence in your simulation results.
 ==Calculating well potential==

← Older revision		Revision as of 10:08, 12 July 2023
Line 2:		Line 2:

	Before running any 3D reservoir simulator for a full scale field history matching or forecasts it is a good practice to make sure that the simulator is performing well on a simple benchmark tests with the well known analytical solutions.		Before running any 3D reservoir simulator for a full scale field history matching or forecasts it is a good practice to make sure that the simulator is performing well on a simple benchmark tests with the well known analytical solutions.
		+
		+	By running those cases you could get ahead of the learning curve and gain confidence in your simulation results.

	==Calculating well potential==		==Calculating well potential==

@@ Line 1: / Line 1: @@
 ==Brief ==
-Before running any 3D reservoir simulator for a full scale field history matching or forecasts it is a good practice to make sure that simulator is performing well on a simple benchmark tests with well known analytical solutions.
+Before running any 3D reservoir simulator for a full scale field history matching or forecasts it is a good practice to make sure that the simulator is performing well on a simple benchmark tests with the well known analytical solutions.
 ==Calculating well potential (well inflow performance)==

@@ Line 72: / Line 72: @@
 *qgas_slow 	= 100 000 m3/d
 *qgas_fast 	= 200 000 m3/d
 == See also ==