Flounder A15
Flounder A15 is a petroleum well in the Gippsland, Victoria, operated by Esso, drilled to a total depth of 3,149 m.
Well Information
Drilling Data
- Total Depth
- 3,149 m
- Datum Elevation
- 34.2 m
- Spud Date
- 08/09/1984
- Completion Date
- 27/09/1984
- Permit
- -
- Rig
- -
Location
- Latitude
- -38.3125
- Longitude
- 148.4380
Available Log Data
Caliper (3 curves)
Borehole diameter measurements indicating hole condition and washout zones.
| Curve | Start | End | Interval |
|---|---|---|---|
| CALI | 642 m | 3134 m | 2492 m |
| CALI | 2305 m | 3134 m | 828 m |
| CALI | 2296 m | 3130 m | 834 m |
Density (3 curves)
Bulk density measurements for porosity calculation and lithology identification.
| Curve | Start | End | Interval |
|---|---|---|---|
| DRHO | 2306 m | 3134 m | 828 m |
| PEF | 2306 m | 3134 m | 828 m |
| RHOB | 2306 m | 3134 m | 828 m |
GR (3 curves)
Well log curves recorded during wireline logging operations.
| Curve | Start | End | Interval |
|---|---|---|---|
| GR | 598 m | 3129 m | 2531 m |
| GR | 96 m | 1371 m | 1275 m |
| GR | 2296 m | 3129 m | 833 m |
Miscellaneous (1 curves)
Well log curves recorded during wireline logging operations.
| Curve | Start | End | Interval |
|---|---|---|---|
| DEPTH | 96 m | 3145 m | 3049 m |
Neutron (2 curves)
Porosity measurements derived from neutron or density tools, indicating reservoir storage capacity.
| Curve | Start | End | Interval |
|---|---|---|---|
| NPHI | 148 m | 453 m | 304 m |
| NPHI | 96 m | 3134 m | 3038 m |
Resistivity (5 curves)
Electrical resistivity logs used to evaluate fluid content and identify hydrocarbon-bearing zones.
| Curve | Start | End | Interval |
|---|---|---|---|
| ILD | 2296 m | 3145 m | 849 m |
| LLD | 643 m | 3142 m | 2499 m |
| LLS | 643 m | 3142 m | 2499 m |
| MSFL | 2306 m | 3137 m | 831 m |
| SN | 2296 m | 3145 m | 849 m |
SP (1 curves)
Spontaneous potential logs measuring natural electrical potentials for permeability indication.
| Curve | Start | End | Interval |
|---|---|---|---|
| SP | 642 m | 3132 m | 2489 m |