7226/11-1

Exploration · Wildcat · P&A · Gas · Den norske stats oljeselskap a.s · PL 139

What was run in 7226/11-1 and how the hole was built: the logs with their intervals, the casing strings with leak-off tests, and the mud at depth.

Logs you can open: composite and completion logs on file

Composite logpdf · 1 MB
WDSS completion logpdf · 350 KB
Completion report and logpdf · 8.4 MB

The table below says which logs were run and over what interval. The curves themselves are held in Diskos, Norway's national data repository; its public portal lists what has been released for a wellbore and can be ordered for an administrative fee. Diskos public portal →

Logs

Log	Top, m	Base, m	Composite log for the well
DIL LSS GRDIL dual induction log · LSS long-spaced sonic · GR gamma ray	262	2,497	On file: open →
LDL GRLDL litho-density log · GR gamma ray	262	719	On file: open →
MWD - GR RESMWD measurement while drilling · GR gamma ray · RES resistivity	262	5,195	On file: open →
MWD - RLL GR RESMWD measurement while drilling · GR gamma ray · RES resistivity	262	350	On file: open →
CST GRCST sidewall core sample taker · GR gamma ray	362	720	On file: open →
CBL VDL GRCBL cement bond log · VDL variable density log · GR gamma ray	680	2,485	On file: open →
MSFLMSFL micro-spherically focused log	691	2,550	On file: open →
LDL CNL NGSLDL litho-density log · CNL compensated neutron log · NGS natural gamma ray spectrometry	696	4,060	On file: open →
SHDT GRSHDT stratigraphic high-resolution dipmeter · GR gamma ray	696	4,060	On file: open →
CBL VDL GRCBL cement bond log · VDL variable density log · GR gamma ray	700	4,045	On file: open →
CST GRCST sidewall core sample taker · GR gamma ray	700	2,495	On file: open →
VSPVSP vertical seismic profile	780	4,060	On file: open →
RFT HPRFT repeat formation tester	1,201	2,450	On file: open →
DIL LSS MSFL GRDIL dual induction log · LSS long-spaced sonic · MSFL micro-spherically focused log · GR gamma ray	2,485	3,404	On file: open →
CST GRCST sidewall core sample taker · GR gamma ray	2,500	4,055	On file: open →
DLL MSFL GRDLL dual laterolog · MSFL micro-spherically focused log · GR gamma ray	2,800	4,056	On file: open →
CBL CDL GRCBL cement bond log · CDL compensated densilog · GR gamma ray	2,850	3,000	On file: open →
RFTRFT repeat formation tester	2,913	2,949	On file: open →
RFT SGRFT repeat formation tester	3,059	3,229	On file: open →
DIL LSS GRDIL dual induction log · LSS long-spaced sonic · GR gamma ray	3,350	4,058	On file: open →
VSPVSP vertical seismic profile	3,900	5,190	On file: open →
DLL GRDLL dual laterolog · GR gamma ray	4,044	5,195	On file: open →
FMS GRFMS formation microscanner · GR gamma ray	4,044	5,175	On file: open →
ISF LSS MSFL GRISF induction spherically focused log · LSS long-spaced sonic · MSFL micro-spherically focused log · GR gamma ray	4,044	5,200	On file: open →
LDL CNL GRLDL litho-density log · CNL compensated neutron log · GR gamma ray	4,044	5,195	On file: open →
CST GRCST sidewall core sample taker · GR gamma ray	4,120	5,150	On file: open →
RFT HPRFT repeat formation tester	4,579	4,935	On file: open →

Casing and leak-off tests

Casing	Diameter, in	Depth, m	Hole, in	Hole depth, m	LOT/FIT, g/cm³	Test
Conductor	30	359	36	363	0	LOT
Surf.cond.	20	698	26	720	1.73	LOT
Interm.	13 3/8	2,485	17 1/2	2,515	1.89	LOT
Interm.	9 5/8	4,095	12 1/4	4,061	1.85	LOT
Open hole	—	5,200	8 1/2	5,200	0	LOT

Drilling mud

165 READINGS · BY DEPTH

Depth, m	Weight, g/cm³	Viscosity, mPa·s	Yield point, Pa	Type
300	1.3	1100	0.8	Water based
500	1.3	1100	0.8	Water based
548	1.35	1100	0.8	Water based
567	1.03	100	0	Water based
720	1.03	100	0	Water based
720	1.03	100	0	Water based
720	1.03	100	0	Water based
720	1.03	100	0	Water based
720	1.03	100	0	Water based
867	1.12	1500	4.6	Water based
1,005	1.12	2300	4.6	Water based
1,165	1.19	1800	4.6	Water based
1,165	1.17	1400	3.4	Water based
1,165	1.18	1600	3.4	Water based
1,165	1.17	1800	3.8	Water based
1,165	1.18	1600	3.8	Water based
1,165	1.2	1800	4.6	Water based
1,165	1.19	1700	4.2	Water based
1,165	1.18	1300	3.8	Water based
1,167	1.17	2300	4.6	Water based
1,202	1.17	2300	4.6	Water based
1,224	1.17	2300	4.6	Water based
1,246	1.17	2300	4.6	Water based
1,300	1.18	1300	3.4	Water based
1,399	1.17	2300	4.6	Water based
1,502	1.16	1500	3.8	Water based
1,608	1.16	1400	3.4	Water based
1,730	1.17	1800	3.8	Water based
1,829	1.18	1600	3.8	Water based
1,906	1.2	1800	4.6	Water based
2,008	1.19	1700	4.2	Water based
2,019	1.19	1800	4.6	Water based
2,051	1.19	1300	5.5	Water based
2,140	1.17	1100	2.1	Water based
2,141	1.18	1300	3.8	Water based
2,160	1.19	1200	3.4	Water based
2,234	1.18	1100	3.4	Water based
2,263	1.18	1000	3.4	Water based
2,283	1.18	1300	3.4	Water based
2,400	1.25	1500	3.8	Water based
2,404	1.18	1300	3.6	Water based
2,464	1.18	1300	3.8	Water based
2,470	1.22	1300	3.8	Water based
2,475	1.22	1500	3.8	Water based
2,515	1.24	1300	3.8	Water based
2,515	1.25	1500	3.8	Water based
2,515	1.24	1500	3.8	Water based
2,515	1.25	1400	3.8	Water based
2,515	1.25	1300	3.8	Water based
2,515	1.25	1400	3.8	Water based
2,515	1.25	1400	3.8	Water based
2,520	1.2	1900	5.1	Oil based
2,549	1.2	1800	4.2	Water based
2,630	1.2	1700	2.9	Water based
2,703	1.2	1400	3	Water based
2,731	1.22	1500	3	Water based
2,816	1.22	1600	3	Water based
2,854	1.22	1600	3.8	Water based
2,903	1.35	1000	0.8	Water based
2,903	1.34	1000	0.8	Water based
2,913	1.32	1100	0.9	Water based
2,913	1.3	1800	3	Water based
2,913	1.3	2700	5.1	Water based
2,913	1.3	1700	2.1	Water based
2,913	1.3	1000	2.1	Water based
2,913	1.3	1100	2.1	Water based
2,913	1.28	1100	2.8	Water based
2,913	1.41	2100	1.3	Water based
2,913	1.41	2100	1.3	Water based
2,913	1.35	1100	0.8	Water based
2,913	1.3	1700	3	Water based
2,951	1.3	1600	3.4	Water based
2,958	1.3	2000	3.4	Water based
2,958	1.3	2300	3	Water based
2,958	1.3	2300	3	Water based
2,958	1.3	1600	3.4	Water based
2,972	1.3	1100	2.5	Water based
3,032	1.3	1300	3.4	Water based
3,057	1.3	1400	3.4	Water based
3,084	1.3	1600	3.4	Water based
3,084	1.3	1700	3.8	Water based
3,122	1.3	1600	3	Water based
3,179	1.3	1700	3.4	Water based
3,195	1.3	1900	3.4	Water based
3,235	1.3	2100	3.3	Water based
3,240	1.31	2200	3	Water based
3,240	1.3	2400	3.4	Water based
3,240	1.3	2100	3.4	Water based
3,293	1.3	2000	3	Water based
3,373	1.3	1800	3.4	Water based
3,407	1.32	2200	2.5	Water based
3,407	1.33	2000	3	Water based
3,407	1.33	2000	2.9	Water based
3,420	1.32	2000	3	Water based
3,483	1.35	2000	3	Water based
3,556	1.35	2000	3.4	Water based
3,635	1.41	2100	3	Water based
3,698	1.44	2200	2.9	Water based
3,766	1.44	2100	2.9	Water based
3,859	1.44	2100	3	Water based
3,879	1.44	2200	3	Water based
3,888	1.35	1400	1.3	Water based
3,888	1.35	1400	1.3	Water based
3,888	1.35	1300	1.3	Water based
3,888	1.35	2100	1.3	Water based
3,888	1.34	1100	0.8	Water based
3,888	1.35	1700	1.7	Water based
3,888	1.35	1600	1.3	Water based
3,888	1.35	1600	1.7	Water based
3,888	1.35	1400	1.4	Water based
3,896	1.44	1800	2.5	Water based
3,899	1.44	1800	2.5	Water based
3,923	1.44	1600	2.5	Water based
3,959	1.46	1600	2.9	Water based
3,987	1.46	1600	2.9	Water based
3,989	1.46	1700	2.5	Water based
4,020	1.46	1400	2.5	Water based
4,032	1.46	1100	2.5	Water based
4,053	1.46	1400	2.5	Water based
4,060	1.46	1900	2.5	Water based
4,060	1.46	1400	2.1	Water based
4,060	1.46	1500	2.2	Water based
4,060	1.46	1500	2.5	Water based
4,061	1.46	1800	2.5	Water based
4,061	1.46	1400	2.5	Water based
4,061	1.45	3000	5.1	Water based
4,061	1.46	1900	2.5	Water based
4,061	1.46	1900	2.5	Water based
4,061	1.43	1700	2.5	Water based
4,061	1.43	1700	2.5	Water based
4,064	1.38	1600	2.1	Water based
4,088	1.38	1300	1.7	Water based
4,139	1.38	1300	2.5	Water based
4,146	1.38	1300	2.5	Water based
4,169	1.38	1300	2.5	Water based
4,234	1.38	1700	2.5	Water based
4,279	1.38	1900	2.5	Water based
4,361	1.38	1900	2.5	Water based
4,364	1.38	1800	2.5	Water based
4,413	1.38	2400	3	Water based
4,474	1.38	2400	4.2	Water based
4,474	1.38	2400	0	Water based
4,509	1.38	2000	2.1	Water based
4,562	1.38	2200	2.1	Water based
4,593	1.41	2600	1.7	Water based
4,615.5	1.41	2400	1.7	Water based
4,644	1.41	2800	1.7	Water based
4,645	1.41	2300	1.3	Water based
4,658	1.41	2300	1.3	Water based
4,693.9	1.41	2200	1.3	Water based
4,693.9	1.41	2200	1.3	Water based
4,713	1.41	2300	1.3	Water based
4,754	1.41	2400	1.3	Water based
4,781	1.41	2500	1.3	Water based
4,783	1.41	2400	1.3	Water based
4,849	1.41	2900	1	Water based
4,870	1.41	3900	1.3	Water based
4,955	1.41	3300	1.3	Water based
4,997	1.41	2600	1.3	Water based
5,068	1.41	2600	1.3	Water based
5,085	1.41	2600	1.3	Water based
5,085	1.41	2600	1.3	Water based
5,107	1.41	2700	2.5	Water based
5,193	1.41	2000	1.3	Water based
5,200	1.41	2100	1.3	Water based

The words under each tool string are Petrora's reading of the standard codes in it; a code we do not recognize is left as filed. The composite log is one file for the whole well. The Directorate does not say which runs or depths it draws on, so the link is the same on every row.

About this data

Norwegian Offshore Directorate (Sodir) FactPages, mirrored nightly and used under the Norwegian Licence for Open Government Data (NLOD). Log names are the Directorate's tool strings as filed; the plain-word readings beside them are Petrora's, from common industry abbreviations. Depths are metres along the wellbore from the kelly bushing; diameters are inches, as filed.

Developers: this page as JSON is GET /v1/data/norway/wells/1177, documented in the API reference.