Aberdeen Drilling Consultants Training Academy
Well Control Kick Sheet - Surface BOP
Your Name: _____________________
Date: ___ /____ /____
IWCF Level: __________
Well Name: _____________________
Total Measured Depth:
____________ft
Total True Vertical Depth:
__________ft
Casing Shoe Measured Depth: ____________ft
Casing Shoe True Vertical Depth: __________ft
Present Mud Density:
____________ppg
Open Hole Size:
__________inches
Last Casing Size od:
____________inches Last Casing id:
__________inches
Surface Leak off Test
Leak off Test, TVD:
____________ft
Leak off Test Mud Density:
__________ppg
Leak off Test Pressure:
____________psi
Shut-in Information
Shut in Drillpipe Pressure (SIDPP):__________psi
Shut in Casing Pressure (SICP):
__________psi
Pit Gain: _________bbls
Slow Circulation Rate
Pump No:
__________
Strokes/Minute: ________SPM
Pressure: __________psi
Pump No:
__________
Strokes/Minute: ________SPM
Pressure: __________psi
Pump No:
__________
Strokes/Minute: ________SPM
Pressure: __________psi
Pump No:
__________
Strokes/Minute: ________SPM
Pressure: __________psi
Depth taken at: __________ft
True Mud Pump Output
Mud Pump Liner Size: ______________Inches
Pump output @ 100%: ______________bbls/stk
If you had to work out the bbls/stk of a Triplex Mud Pump:
(Liner size
2÷ 1029.42) x 3 = __________ bbls/stk @ 100%
Example: If you had 6” liners installed on a Triplex Mud Pump with a 12”
stroke. (6”x 6” ÷ 1029.42) x 3 = 0.10491 bbls/stk @ 100%
If you’re using 97% it would be 0.10491 x 97% = 0.10176 bbls/stk.
Active Surface Volume:
____________bbls
Yuri Guachalla
12180
8280 10,89,625
11600
8000 8,58,681
8010
200010,4
875
465
12
1
1
30
40
450
510
2
2
30
40
460
525
6
0.104910.1049134
200
8280
8000
12180
11600
8280
3900
2300
600
1000
Drill String Volume:
Drill Pipe No 1
__________ __________ _________
________
x
________
=
__________ bbls
Outside Dia (in) Weight (lbs/ft) Inside Dia (in) bbls/ft Length (ft) Drill pipe
Drill Pipe No 2
__________ __________ _________
________
x
________
=
__________ bbls
Outside Dia (in) Weight (lbs/ft) Inside Dia (in) bbls/ft Length (ft) Drill pipe
H.W.D.P.
__________ __________ _________
________
x
________
=
__________ bbls
Outside Dia (in) Weight (lbs/ft) Inside Dia (in) bbls/ft Length (ft) HWDP
Drill Collars No1
__________ __________ _________
________
x
________
=
__________ bbls
Outside Dia (in) Weight (lbs/ft) Inside Dia (in) bbls/ft Length (ft) Drill Collars
Drill Collars No2
__________ __________ _________
________
x
________
=
__________ bbls
Outside Dia (in) Weight (lbs/ft) Inside Dia (in) bbls/ft Length (ft) Drill Collars
Check that the Total Length = Well Measured Depth: __________ft
Check that the Total Length = Well Measured Depth: __________
ft
Annular Volume:
Between Casing and Drill pipe
__________
x
__________
=
__________ bbls
( A )
(Casing id2 - Drillpipe od2) ÷ 1029.42 = bbls/ft
bbls/ft
feet barrelsBetween Open Hole and Drill pipe
__________
x
__________
=
__________ bbls
( B )
(Open Hole od2 - Drillpipe od2) ÷ 1029.42 = bbls/ft
bbls/ft
feet barrelsBetween Open Hole and HWDP
__________
x
__________
=
__________ bbls
( C )
(Open Hole od2 - HWDP od2) ÷ 1029.42 = bbls/ft
bbls/ft
feet barrelsBetween Open Hole and Drill Collars
__________
x
__________
=
__________ bbls
( D )
(Open Hole od2 - Drill Collars od2) ÷ 1029.42 = bbls/ft bbls/ft feet barrels
___________bbls
Total Drill String Volume___________bbls
Total Drill String Volume(Rounded up to)
_____________bbls
Total Annular Volume_____________bbls
Total Annular Volume
______________________bbls
Total Open Hole Volume (bit to shoe)
Total Open Hole Volume (bit to shoe)
(Rounded up to)
A+B+C+D
B+C+D
(Rounded up to)
B+C+D
______________________bbls
A+B+C+D
600
5 19,5 4,276
5
49
2,8125
6.5
72
2.8125
0.01776
7.68409X10-3
7.68409X10-3
10580
600
1000
187.9008
4.6104
7.68409
12180
200.1953
0.0489
0.0459
0.0459
0.02914
2008280
2300
600
1000
404.892
105.57
27.54
29.14
162.25
162
567.142
567
Selected Kill Pump Data / Slow Circulation Rate (SCR)
______________ ___________________ _________________________ ___________________________
Mud Pump No
Kill Rate (strokes per minute) Pump Output (bbls per stroke) Slow Circulating Rate (psi)
Strokes from Surface to Bit:
_________________bbls
÷
__________________bbls/stk
=
___________________
strokesTotal Drill String Volume Mud Pump Output Strokes, from Surface to Bit
(Rounded up to nearest whole stroke)
Strokes from Bit to Shoe:
_________________bbls
÷
__________________bbls/stk
=
___________________
strokesTotal Open Hole Volume Mud Pump Output Strokes, from Bit to Shoe
(Rounded up to nearest whole stroke)
Total Strokes from Bit to Surface:
_________________bbls
÷
__________________bbls/stk
=
___________________
strokesTotal Annular Volume Mud Pump Output Strokes, from Bit to Surface
(Rounded up to nearest whole stroke)
Total Strokes from Surface to Surface:
_________________stks
+
___________________stks
=
___________________
strokesStrokes, from Surface to bit Strokes, from Bit to Surface Strokes, from Surface to Surface
(Rounded up to nearest whole stroke)
Total Strokes for Active Surface Volume:
_________________bbls
÷
___________________stks
=
___________________
strokesActive Surface Volume Mud Pump Output Total Strokes for Active Surface Volume
(Rounded up to nearest whole stroke)
Total Strokes from Surface to Surface, including Active Surface Volume:
_________________stks
+
___________________stks
__________
=
___________________
strokesStrokes, from Surface Total Strokes for Total Strokes from Surface to Surface,
to Surface
Active Surface Volume
including Active Surface Volume
(Rounded up to nearest whole stroke)
1
Maximum Allowable Mud Density (ppg)
(
_____________psi
÷
0.052
÷
_____________ft
)
+
_____________ppg
=
__________________
ppgLeak off Test Pressure Shoe Depth (TVD) Leak off Test Mud Density Maximum Allowable Mud Density
(DO NOT ROUND, use FULL value)
Maximum Allowable Annular Surface Pressure (MAASP) (psi)
(
____________ppg
-
_____________ppg
)
x
0.052
x
_____________ft
=
__________________
psiMaximum Allowable Present Mud Density Shoe Depth (TVD) Maximum Allowable Annular
Mud Density Surface Pressure (MAASP)
(DO NOT ROUND, use FULL value)
Kill Mud Density
(
_____________psi
÷
0.052
÷
______________ft
)
+
____________ppg
=
__________________
ppgSIDPP
True Vertical Hole Depth Present Mud Density Kill Mud Density(Remember the Kill Fluid Density Rule)
Initial Circulating Pressure (ICP)
___________________________psi
+
____________________________psi
=
__________________
psiSIDPP Pump Pressure @ SCR of ______ spm Initial Circulating Pressure
Final Circulating Pressure (FCP)
___________________________psi
x
__________ppg
÷
_______________ppg
=
__________________
psiPump Pressure @ SCR of ______ spm Kill Mud Density Present Mud Density Final Circulating Pressure
(Rounded to nearest full value)
In
it
ia
l C
ir
cu
la
ti
n
g
Pr
e
ssu
re
(ICP)
(psi
)
Pressure Chart Surface to Bit
_____________ ÷ 10 = _____________ _____________ - _____________ ÷ 10 = _____________
Strokes Strokes per Initial Final Pressure per
Surface to Bit Step Circulation Pressure Circulation Pressure Step
Strokes Bit to Surface
_____________ ÷ 10 = _____________
Strokes Strokes per
Bit to Surface Step
Strokes 0 Pressure Time (min) 0
To work out the Time, divide the number of strokes by the Strokes Per Minute (SPM) of the mud pump.
Once the kill mud has been pumped to the bit, continue pumping keeping the Drill Pipe Pressure constant until the kill mud is completely around the system.
Strokes Initial Circulating Pressure (ICP)
Surface 0 ICP Bit FCP Strokes Bit 0 Surface
