3. Execution and confirmation
問題一覧
1
Mud density, Survey
2
TeleScope ROP to TST packer looking DH clockwise
3
False
4
Battery voltage below 52 V
5
Hydraulic motor re-pressurize the set line by double bump feature
6
SterhoScope 475
7
Once the tool is picked up and torqued. Just before loading the RA source
8
Tool retracted and no motors movement
9
Based on the point provided it is not recommended to do hard rest as primary troubleshooting step
10
1 Pretest motor soft datum and calibration 2 Tool setting 3 Pretest 4 Fast recycle 5 Slow recycle 6 Tool retracting
11
TOP type 2
12
I need to zoom in to investigate further
13
Test will be aborted
14
Battery unlatch
15
7077.3
16
Phase B
17
Lost seal
18
Tool is getting ready to deploy and ODF is being transmitted if enabled
19
Quartz Dyne
20
Flowline pressure at 1 psi resolution, Annular pressure at 1 psi resolution, GEN 3 (State Machine)
21
GEN 13 (DL#2 feedback), GEN 12 (battery status)
22
Final build up pressure at 0.1 psi resolution, Test status word and quality indicators, Mobility of the pretest, 5 pressure points taken during second drawdown at 1 psi resolution, Investigation build up pressure at 0.1 psi resolution
23
Phase C
24
The first datapoint always has to be LTBtoolID, A_ODFPWD_p always has to be sent in blocks of 4
25
This value sets the number of flowline pressure measurements sent between 2 APWD measurements in ODF phase B
26
Type 2
27
5
28
The test will take exactly 5 minutes (not including setting and retracting), This tools will drawdown at a rate of exactly 0.5 cc/sec on the initial drawdown
29
FPWD_realtime.txt file contains permanently the ODF data: Phase A to C for each test performed so far, FPWD_realtime.txt file is located under “op$config” folder in IDEAL and should be deleted/archived prior to start new run
30
Comand 2
31
Dry test
32
False
33
Good test
34
No seal
35
delta p3
36
180
37
69
38
2
39
You have to downlink to latch the battery, Downlink #1 was successful
40
Pressure 1 - Final Buildup Pressure Pressure 2 - Investigation Drawdown Pressure Pressure 3 - Annulus pressure before
41
9 1/4in, 8 1/4in
42
No
43
It is important to always fully depassivate a bettery before it is used, You should never rerun a battery
44
675 Field Kit, TSIM 2, StethoScope Batteries, ARC personality adaptor
45
10 3/8 in, 12 in
46
Make sure heave compensation is on, Remove torque from string prior to test
47
Formations with low mobilities are more affected by supercharging, Repeat points can verify the extent of supercharging on each measurement and the changes over time
48
Sandface pressure tends to be higher than far field pressure because of drilling overbalance, The StethoScope measures sandface pressure
49
20000
50
Probe block / compensator, EQ block, Electronics, Pretest
51
Hyd_ret, Gen14
52
Type 2
53
Yes
54
We need to make a correction because of the false Bit movement due to the way IDEAL tracks depth, The slack offset correction together with the ream offset correction are needed to output the correct depth in IDEAL
55
Orient the tool up, so that the packer points away from the cuttings bed, Ask if is possible to circulate the hole clean. Then retake the test
56
Blue interval - Investigation Phase Green interval - Final Phase
57
mobility = permeability / viscosity
58
No seal
59
Spherical Flow
60
True
61
64 MB
62
88.1
63
True
64
Go to test depth and send DL #2, Downlink #1 was successful
65
Good test
66
D
67
A
68
Event 1 - Pretest Piston calibration Event 2 - Filter Piston drawing back Event 3 - Setting piston deploying
69
If a pretest is tight, you have to go for a less aggressive test, If doubt, go for a A test
70
True
71
False
72
2
73
Sandface pressure tends to be higher than far field pressure because of drilling overbalance, The StethoScope measures sandface pressure
74
Mus weight, Inclination at test depth
Entrance
Entrance
ユーザ名非公開 · 45問 · 1年前Entrance
Entrance
45問 • 1年前Mechanics + hydrolics
Mechanics + hydrolics
ユーザ名非公開 · 45問 · 1年前Mechanics + hydrolics
Mechanics + hydrolics
45問 • 1年前2. Tool Preparation
2. Tool Preparation
ユーザ名非公開 · 31問 · 1年前2. Tool Preparation
2. Tool Preparation
31問 • 1年前sonicScope
sonicScope
ユーザ名非公開 · 31問 · 10ヶ月前sonicScope
sonicScope
31問 • 10ヶ月前問題一覧
1
Mud density, Survey
2
TeleScope ROP to TST packer looking DH clockwise
3
False
4
Battery voltage below 52 V
5
Hydraulic motor re-pressurize the set line by double bump feature
6
SterhoScope 475
7
Once the tool is picked up and torqued. Just before loading the RA source
8
Tool retracted and no motors movement
9
Based on the point provided it is not recommended to do hard rest as primary troubleshooting step
10
1 Pretest motor soft datum and calibration 2 Tool setting 3 Pretest 4 Fast recycle 5 Slow recycle 6 Tool retracting
11
TOP type 2
12
I need to zoom in to investigate further
13
Test will be aborted
14
Battery unlatch
15
7077.3
16
Phase B
17
Lost seal
18
Tool is getting ready to deploy and ODF is being transmitted if enabled
19
Quartz Dyne
20
Flowline pressure at 1 psi resolution, Annular pressure at 1 psi resolution, GEN 3 (State Machine)
21
GEN 13 (DL#2 feedback), GEN 12 (battery status)
22
Final build up pressure at 0.1 psi resolution, Test status word and quality indicators, Mobility of the pretest, 5 pressure points taken during second drawdown at 1 psi resolution, Investigation build up pressure at 0.1 psi resolution
23
Phase C
24
The first datapoint always has to be LTBtoolID, A_ODFPWD_p always has to be sent in blocks of 4
25
This value sets the number of flowline pressure measurements sent between 2 APWD measurements in ODF phase B
26
Type 2
27
5
28
The test will take exactly 5 minutes (not including setting and retracting), This tools will drawdown at a rate of exactly 0.5 cc/sec on the initial drawdown
29
FPWD_realtime.txt file contains permanently the ODF data: Phase A to C for each test performed so far, FPWD_realtime.txt file is located under “op$config” folder in IDEAL and should be deleted/archived prior to start new run
30
Comand 2
31
Dry test
32
False
33
Good test
34
No seal
35
delta p3
36
180
37
69
38
2
39
You have to downlink to latch the battery, Downlink #1 was successful
40
Pressure 1 - Final Buildup Pressure Pressure 2 - Investigation Drawdown Pressure Pressure 3 - Annulus pressure before
41
9 1/4in, 8 1/4in
42
No
43
It is important to always fully depassivate a bettery before it is used, You should never rerun a battery
44
675 Field Kit, TSIM 2, StethoScope Batteries, ARC personality adaptor
45
10 3/8 in, 12 in
46
Make sure heave compensation is on, Remove torque from string prior to test
47
Formations with low mobilities are more affected by supercharging, Repeat points can verify the extent of supercharging on each measurement and the changes over time
48
Sandface pressure tends to be higher than far field pressure because of drilling overbalance, The StethoScope measures sandface pressure
49
20000
50
Probe block / compensator, EQ block, Electronics, Pretest
51
Hyd_ret, Gen14
52
Type 2
53
Yes
54
We need to make a correction because of the false Bit movement due to the way IDEAL tracks depth, The slack offset correction together with the ream offset correction are needed to output the correct depth in IDEAL
55
Orient the tool up, so that the packer points away from the cuttings bed, Ask if is possible to circulate the hole clean. Then retake the test
56
Blue interval - Investigation Phase Green interval - Final Phase
57
mobility = permeability / viscosity
58
No seal
59
Spherical Flow
60
True
61
64 MB
62
88.1
63
True
64
Go to test depth and send DL #2, Downlink #1 was successful
65
Good test
66
D
67
A
68
Event 1 - Pretest Piston calibration Event 2 - Filter Piston drawing back Event 3 - Setting piston deploying
69
If a pretest is tight, you have to go for a less aggressive test, If doubt, go for a A test
70
True
71
False
72
2
73
Sandface pressure tends to be higher than far field pressure because of drilling overbalance, The StethoScope measures sandface pressure
74
Mus weight, Inclination at test depth