Slickline care 3 useful slickline operator .ppt

Slickline care useful slickline operator .ppt

1. Care of Slickline

2. Care of Wireline
How to Reduce the Odds
Taking Care of The Wireline
Carbon SteelSpecial Alloy/SS
Torsion Test
One End Fixed
Other End Rotated.
Wrap test
Wire Wrapped Around
it’s Own Diameter

3. Care of Wireline
How to Reduce the Odds
Taking Care of The Wireline
Test Good
Test Good
Test Bad
Test Bad

4. Care of Wireline
How to Reduce the Odds
Damper
0 0.5 1.0 1.5 2.0 2.5 3.0
200
0
180
0
160
0
140
0
120
0
100
0
800
600
400
200
0
Line Tension
Damper Turns
Simulated Fast Jarring to Destruction
Star Represents Wire Break.
Slow Pull to Destruction

5. Martin Decker Weight IndicatorMartin Decker Weight Indicator
Indicator Gauge
On the Gauge you have a Damper to
smooth pointer sensitivity.

6. How to Reduce the Odds
Care of Wireline
1 Counter Wheel
Assembly
2 Pressure Wheels
3 Hay Pulley
4 Stuffing Box
5 Weight Indicator

7. Load Cell Calibration
Load cells are calibrated at a 90
0
.
To get a true reading on the gauge the wire
must also make a 90
0
angle

around the wheel.

Care of Wireline
How to Reduce the Odds

8. Correction Factors for Martin Decker Weight Indicators
0.000
0.500
1.000
1.500
2.000
2.500
05
1
0
1
5
2
0
2
5
3
0
3
5
4
0
4
5
5
0
5
5
6
0
6
5
7
0
7
5
8
0
8
5
9
0
9
5
1
0
0
1
0
5
1
1
0
1
1
5
1
2
0
1
2
5
1
3
0
1
3
5
1
4
0
1
4
5
1
5
0
1
5
5
1
6
0
1
6
5
1
7
0
1
7
5
1
8
0
1
8
5
1
9
0
Angle (Degrees)
F
a
c
t
o
r

9. AngleFactorMultiplication Factor
5 1.998 0.71
10 1.992 0.71
15 1.983 0.71
20 1.970 0.72
25 1.953 0.72
30 1.932 0.73
35 1.907 0.74
40 1.879 0.75
45 1.848 0.77
50 1.813 0.78
55 1.774 0.80
60 1.732 0.82
65 1.687 0.84
70 1.638 0.86
75 1.587 0.89
80 1.532 0.92
85 1.475 0.96
90 1.414 1.00
95 1.351 1.05
100 1.286 1.10
105 1.218 1.16
110 1.147 1.23
115 1.075 1.32
120 1.000 1.41
125 0.923 1.53
130 0.845 1.67
135 0.765 1.85
140 0.684 2.07
145 0.601 2.35
150 0.518 2.73
155 0.433 3.27
160 0.347 4.07
165 0.261 5.42
170 0.174 8.11
175 0.087 16.21
180 0.000 0.000
Actual Load = Gauge Reading x 1.414 / Factor for Angle
Actual Load = Gauge Reading x Multiplication Factor
Correction Factors For
Martin Decker Weight
Indicators

10. Care of Wireline
How to Reduce the Odds
Taking Care of The Wireline
Ratio of Pulley Size to Wire Size
Pulley Diameter = 120 times the Wire Diameter
X 
7” Hay Pulley
16” Sheave Wheel

11. Care of Wireline
How to Reduce the Odds
Taking Care of The Wireline
0 .2 .4 .6 .8 1.0 1.2 1.4 1.6 1.8 2.0 2.2 2.4 2.6
Pulley
Dia. In
Inches
% Maximum Surface Strain
26
24
22
20
18
14
12
10
8
6
4
2
.092”.108”

12. Care of Wireline
Any Questions
?

13. Wirelines
Slicklines
You have 2 basic types
Carbon steel or Bright steel
Stainless steel or special alloy
Depending on well conditions dictates what type off wire should be used
Some wires have better properties in different environments

14. Wirelines
Braided lines
You have 2 basic types
Carbon steel or Bright steel
Stainless steel or special alloy
Depending on well conditions dictates what type off wire should be used
Some wires have better properties in different environments
you have 2 different styles
Standard Braided Which is 1-6-9 lay
Dyform Braided Which is 1-9-9 lay

15. Wireline Management
for
Slickline Services

16. Wireline Inspection System
•Detect Wire Discontinuities
•Ensure Integrity of New Wire
•Avoid Replacement of Usable Wire
•Continuous Inspection-Critical Service
Operations
•Provide General Wire-Life Assessment

17. Wireline Inspection System
Inspection InstrumentInspection Instrument
CaseCase
WireWire
Inspection CoilInspection Coil
Battery ChargerBattery Charger
Strip Chart ConnectorsStrip Chart Connectors
Internal Battery Internal Battery
ConnectionsConnections
Buzzer On/Off SwitchBuzzer On/Off Switch
External Alarm BuzzerExternal Alarm Buzzer

18. LINETRAK INSPECTION DEVICE
•Detect Wire Discontinuities
•Ensure Integrity of New Wire
•Avoid Replacement of
Usable Wire
•Continuous Inspection-
Critical Service Operations
•Provide General Wire-Life
Assessment

19. Inspection System Using Self-
Comparison Differential Coils
AC
DiscontinuitiesDiscontinuities
CoilCoil
Generator/IndicatorGenerator/Indicator
Magnet FieldMagnet Field
WirelineWireline
Direction of Direction of
MovementMovement
AC

20. Photograph of damage detected on a nickel alloy wire
at counter depths of 462 feet (left) and 369 feet
(right). The pit on the wire at right is pointed out.

21. A large fatigue crack, visible with the eye, of nickel A large fatigue crack, visible with the eye, of nickel
alloy wire with 1850 cycles. The crack appears to alloy wire with 1850 cycles. The crack appears to
have initiated at a surface blemish (pointed out).have initiated at a surface blemish (pointed out).

22. Longitudinal section of a nickel alloy wire with 1850 cycles, showing
a crack found with the wire inspection device. The depth is about
0.023 inch. 100x