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KernFront: 03051670

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 2013-09-09
Abandon date
Borehole orientation Directional
Measured depth 2221.000
True vertical depth 2220.000
Tperf 1686.000
Bperf 2200.000
Water geochem
No well data
Glog unavailable
Notes

Run headers

Service company SCHLUMBERGER SCHLUMBERGER
Tool Platform Express Array Induction/SP/MCFL/GR Density/Neutron DIELECTRIC SCANNER ARRAY INDUCTION/SP/MCFL/GR DENSITY/NEUTRON
Date 2013-09-10 2013-09-10
Run number ONE ONE
Driller depth 2221.000 2221.000
Logger depth 2023.000 2023.000
Log bottom 2015.000 2015.000
Log top 50.000 50.000
Casing size 10.750 10.750
Bit size 9.875 9.875
Mud type LSND LSND
Mud density 8.90 8.90
Mud visc (plastic)
Mud visc (funnel) 50.00 50.00
Mud ph 8.00 8.00
Mud fluid loss 5.40 5.40
Sample source ACTIVE TANK ACTIVE TANK
Circulation stopped time 14:00:00 14:00:00
Logger on bottom time 19:34:00 19:34:00
Time since circulation
Operating rig time
Notes

G-log curves

2013-09-10 ONE
ADT DEEP WATER FILLED POROSITY (LC24)
ARRAY INDUCTION TWO FOOT RESISTIVITY A10 (AT10) AIT-M
ARRAY INDUCTION TWO FOOT RESISTIVITY A10 (AT10) AIT-M
ARRAY INDUCTION TWO FOOT RESISTIVITY A60 (AT60) AIT-M
Array Induction Two Foot Resistivity A90 (AT90) AIT-M
ARRAY INDUCTION TWO FOOT RESISTIVITY A90 (AT90) AIT-M
BIT SIZE
BIT SIZE
CALIPER
Caliper (CALI) HDRS-B
Crossplot Porosity for Neutron-Density (PXND)
Density Standoff Correction (HDRA) HDRS-B
GR
GR
Pressure Gauge Temperature (PGAUGETEMP) ADT-CB
SPONTANEOUS POTENTIAL (SP) AIT-M
SPONTANEOUS POTENTIAL (SP) AIT-M
Standard Resolution Formation Density (RHOZ) HDRS-B
Thermal Neutron Porosity (original Ratio Method) in Selected Lithology (NPH) HGNS-H

Temperature and mud resistivity observations

2013-09-10 ONE
Rm = 3.180 Ωm @ 89.200 °F
Rm = 3.180 Ωm @ 89.200 °F
Rmc = 2.880 Ωm @ 87.300 °F
Rmc = 2.880 Ωm @ 87.300 °F
Rmf = 2.150 Ωm @ 88.700 °F
Rmf = 2.150 Ωm @ 88.700 °F

Change log


93557 2020-01-11 15:00 APerry CLOSED, UNHANDED
93557 2020-01-11 14:59 APerry EDITED RUN ONE (Sept. 10, 2013)
93557 2020-01-11 14:59 APerry EDITED RUN ONE (Sept. 10, 2013)
93557 2020-01-11 14:59 APerry ADDED RUN ONE (Sept. 10, 2013)
93557 2020-01-11 14:53 APerry EDITED RUN ONE (Sept. 10, 2013)
93557 2020-01-11 14:53 APerry ADDED RUN ONE (Sept. 10, 2013)
93557 2020-01-11 14:47 APerry EDITED WELL METADATA
93557 2020-01-11 14:46 APerry TAKEN
93557 2019-12-19 13:43 tsowers TASK CREATED

Well versions and related tasks

Well 03051670