NORWAY · LITHOSTRATIGRAPHY · FORMATION

Tare Fm

Part of the Rogaland Gp

Tare Fm is a formation of the Rogaland Gp on the Norwegian shelf. 373 wellbores have a top filed in it, at a median of 1,966 m along the wellbore, and 1 was cored in it for 14 m of core.

373
wellbores with a top
1,966
m median top · 1,369 to 2,452 for the middle 80%
1
wellbores cored in it
14
m of core

SODIR FACTPAGES · DEPTHS ALONG THE WELLBORE · NORWEGIAN SEA 373

Every wellbore with a top in Tare Fm →Cores from wellbores cored in Tare Fm →

Most core

1 WELLBORES · BY METRES CORED IN THE UNIT

WellboreCore here, mOperatorEnteredCore samples available
6407/12-214GDF SUEZ E&P Norge ASNov 23, 2009Yes

View all 1 wellbores cored in Tare Fm, core by core →On the map →

Latest wellbores to meet it

BY ENTRY DATE

WellboreTop, mBase, mOperatorFieldEntered
6306/6-3 S760881Aker BP ASA—Jan 30, 2025
6305/10-12,4822,717ORLEN Upstream Norway AS—Nov 22, 2024
6605/6-1 S2,4962,619OMV (Norge) AS—Jun 24, 2024
6507/2-7 S1,9281,979Aker BP ASA—Jun 9, 2024
6507/4-4 A2,0322,076Wintershall Dea Norge AS—Jan 24, 2024
6507/4-4 S2,0112,054Wintershall Dea Norge AS—Dec 21, 2023
6406/3-12 S2,3522,423Wintershall Dea Norge AS—Oct 1, 2023
6307/1-21,2011,310Equinor Energy AS—Sep 27, 2023
6607/3-1 S2,2762,759OMV (Norge) AS—Aug 7, 2023
6406/5-2 S2,5582,623Equinor Energy AS—Mar 10, 2023
6605/1-2 A2,4342,586Equinor Energy AS—Dec 31, 2022
6605/1-2 S2,4292,612Equinor Energy AS—Nov 27, 2022
6407/8-8 S1,7561,842Neptune Energy Norge AS—Nov 3, 2022
6507/8-11 S1,8601,919Equinor Energy AS—Oct 24, 2022
6607/12-51,8041,971Equinor Energy AS—Sep 21, 2022
6507/3-161,5841,650Aker BP ASA—Jul 16, 2022
6507/3-151,7361,898Aker BP ASA—Jul 15, 2022
6306/3-2884994ConocoPhillips Skandinavia AS—Jun 15, 2022
6507/2-61,9472,015Aker BP ASA—May 25, 2022
6507/4-3 S1,954.52,097.9ConocoPhillips Skandinavia AS—Apr 28, 2022
6507/5-111,7551,791ConocoPhillips Skandinavia AS—Mar 8, 2022
6305/5-C-3 H2,5062,683A/S Norske Shell—Feb 18, 2022
6407/9-131,6141,668Equinor Energy AS—Dec 31, 2021
6306/3-1 S1,357.51,500PGNiG Upstream Norway AS—Sep 30, 2021
6407/1-92,1882,259Equinor Energy AS—Sep 24, 2021
6507/3-141,8551,922.5Equinor Energy AS—Jul 28, 2021
6406/3-10 A2,339.12,403.7Wintershall Dea Norge AS—Jul 14, 2021
6507/4-2 S1,9882,032Wintershall Dea Norge ASDvalinFeb 20, 2021
6507/5-10 S1,7591,773.5ConocoPhillips Skandinavia AS—Nov 13, 2020
6407/1-8 S2,1192,206Equinor Energy AS—Sep 22, 2020
6607/12-41,875.31,936.2Aker BP ASA—Sep 12, 2020
6406/12-G-1 H1,9662,063Neptune Energy Norge AS—Sep 2, 2020
6507/4-11,9101,951ConocoPhillips Skandinavia AS—Aug 12, 2020
6506/11-12 S2,1582,187OMV (Norge) ASBerlingMay 30, 2020
6507/8-10 S1,9071,939Neptune Energy Norge AS—Mar 21, 2020
6506/5-1 S1,684.51,804.8Aker BP ASA—Jan 30, 2020
6604/5-2 S2,4982,594Wintershall Dea Norge AS—Jan 22, 2020
6604/6-12,3502,485Wintershall Dea Norge AS—Dec 1, 2019
6406/3-102,339.72,405.7Wintershall Norge AS—Nov 8, 2019
6611/1-18361,044DEA Norge AS—Nov 2, 2019
6507/7-16 S2,060.52,096DNO North Sea (Norge) AS—Oct 28, 2019
6407/9-121,3221,399OKEA ASADraugenOct 16, 2019
6507/5-9 A1,8861,979PGNiG Upstream Norway AS—Sep 28, 2019
6507/5-9 S1,806.81,900.2PGNiG Upstream Norway AS—Aug 30, 2019
6407/3-2 S1,7531,794Equinor Energy AS—Aug 6, 2019
6507/2-5 S1,8161,873Equinor Energy ASØrnJul 23, 2019
6608/6-11,6591,809.5Aker BP ASA—Jul 19, 2019
6608/11-91,3521,425Capricorn Norge AS—Jul 13, 2019
6508/1-31,4241,499Capricorn Norge AS—Jun 20, 2019
6506/11-11 S2,1012,126OMV (Norge) ASBerlingMay 31, 2019

View all 373 wellbores with a top in Tare Fm →

Description

WRITTEN BY THE NORWEGIAN OFFSHORE DIRECTORATE

Name From the Norwegian name for algae or sea tangle. The formation corresponds to the informal Alstahaug Formation or H5-2.

Well type section Well 6507/12-1 (Saga Petroleum), coordinates 65°07'01.62"N, 07°42'42.61"E, from 1884 m to 1826 m (Fig 4.36). No cores.

Thickness 58 m in the type well.

Lithology Dark grey, green or brown claystones with some thin sandstone stringers show a variable content of tuff.

Basal Stratotype The base is defined by an increase in tuff content. Consequently the sonic log shows a decrease in interval transit time and an increase in density log readings.

Lateral extent and variation The Tare Formation is ubiquitous except near the crest of the Nordland Ridge. The tuff content decreases southwards.

Age Late Paleocene.

Depositional environment These sediments were deposited in a deep marine environment.

Correlation The Tare Formation is similar in both age and lithology to the <a href="javascript:void(window.open('https://factpages.sodir.no/factpages/Defa

This unit on Sodir FactPages →

About this data

Norwegian Offshore Directorate (Sodir) FactPages, mirrored nightly and used under the Norwegian Licence for Open Government Data (NLOD). Tops and cored lengths are the Directorate's, per wellbore and unit; the percentiles are computed from those tops and are depths along the wellbore, not true vertical depth.

Developers: this page as JSON is GET /v1/data/norway/formations/tare-fm, documented in the API reference.