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Midway-Sunset: 03055961

Enter:
(1) Well metadata for each well, if missing.
(2) Run metadata for each run.
(3) Log curve descriptions for each run.
(4) Temperature and resistivity observations for each run.

This task is closed and unheld.

See DOGGR well records.

Well construction

Name
Spud date 2014-12-09
Abandon date
Borehole orientation Directional
Measured depth 783.000
True vertical depth 764.680
Tperf 451.000
Bperf 755.000
Water geochem
No well data
Glog unavailable
Notes slotted liner

Run headers

Service company Schlumberger
Tool Platform Express Laterolog/SP/MCFL/GR/HSTS Density/Neutron/Dielectric
Date 2014-12-10
Run number ONE
Driller depth 783.000
Logger depth 783.000
Log bottom 780.000
Log top 134.000
Casing size 12.750
Bit size 8.750
Mud type FLOPRO
Mud density 8.90
Mud visc (plastic) 42.00
Mud visc (funnel)
Mud ph 11.20
Mud fluid loss 5.80
Sample source Active Tank
Circulation stopped time 02:00:00
Logger on bottom time 06:00:00
Time since circulation
Operating rig time
Notes

G-log curves

2014-12-10 ONE
ADT DEEP WATER FILLED POROSITY (LC24)
ADT FAR WATER FILLED POROSITY (LC23)
ADT NEAR WATER FILLED POROSITY (LC21)
ADT Shallow Water Filled Porosity (LC22)
Apparent Resisivity from Computed Focusing Mode 1(RLA1) HRLT-B
Apparent Resistivity from Computed Focusing Mode 2 (RLA2) HRLT-B
Apparent Resistivity from Computed Focusing Mode 3 (RLA3) HRLT-B
Apparent Resistivity from Computed Focusing Mode 4 (RLA4) HRLT-B
Apparent Resistivity from Computed Focusing Mode 5 (RLA5) HRLT-B
Bit Size (BS)
Cable Tension (TENS)
Caliper (HCAL) HDRS-B
Cartridge Temperature (HTEM) HGNS-B
Density Standoff Correction (HDRA) HDRS-B
GR
Invaded Formation Resistivity filtered at 18 inches (RXOZ) HDRS-B
Mud Resistivity (RM_HRLT) HRLT-B
Spontaneous Potential (SP) SPA-A
STANDARD RESOLUTION DENSITY POROSITY (DPHZ) HDRS-B
Standard Resolution Formation Photoelectric Factor (PEFZ) HDRS-B
Thermal Neutron Porosity (Ratio Method) in Selected Lithology (TNPH) HGNS-B

Temperature and mud resistivity observations

2014-12-10 ONE
Rm = 0.180 Ωm @ 91.000 °F (MRT, 783.000 ft)
Rmf = 0.120 Ωm @ 91.000 °F (MRT, 783.000 ft)
Rm = 0.210 Ωm @ 74.400 °F
Rmc = 0.260 Ωm @ 61.000 °F
Rmf = 0.180 Ωm @ 58.900 °F

Change log


52107 2018-09-07 13:00 dakota CLOSED, UNHANDED
52107 2018-09-07 13:00 dakota EDITED RUN ONE (Dec. 10, 2014)
52107 2018-09-07 12:57 dakota EDITED WELL METADATA
52107 2018-09-07 12:55 dakota TAKEN
52107 2018-08-09 13:28 e.haugen TASK CREATED
12859 2018-01-10 12:27 dakota CLOSED, UNHANDED
12859 2018-01-10 12:26 dakota EDITED RUN ONE (Dec. 10, 2014)
12859 2018-01-10 12:26 dakota ADDED RUN ONE (Dec. 10, 2014)
12859 2018-01-10 12:23 dakota EDITED WELL METADATA
12859 2018-01-10 12:20 dakota TAKEN
12859 2018-01-04 20:35 whdc TASK CREATED

Well versions and related tasks

Well 03055961