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Faktasider Sokkeldirektoratet
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22.11.2024 - 09:09
Tidspunkt for siste synkronisering med Sokkeldirektoratets interne systemer

FISKEBANK FM

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  • Generell informasjon

    Generell informasjon
    Attributt Verdi
    Litostrat. enhet
    Den litostratigrafiske enhetens offisielle navn.
    FISKEBANK FM
    NPDID for litostrat. enhet
    Sokkeldirektoratets entydige nøkkel for litostratigrafiske enheter.
    41
    Nivå
    Angir den litostratigrafiske enhetens nivå. Lovlige verdier: GROUP, FORMATION, MEMBER.
    FORMATION
    Litostrat. enhet, forelder
    Den litostratigrafiske enhetens offisielle navn, refererer til forelder. Se også nivå. Vil være tom hvis Nivå = GROUP.
  • Nivå under

    Nivå under
    Litostrat. enhet
  • Beskrivelse

    Fiskebank Formation

    Name
    From the Fiskebank (Fisher Bank), off the shore of southern Norway. Named by Deegan & Scull (1977).
    Well type section
    Norwegian well 9/11-1 from 1483 m to 1335 m, coordinates N 57°00'41.40", E 04°00'33.52" (Fig 5.54) . No cores.
    Well reference section
    Norwegian well 8/9-1 from 1399 m to 1307 m, coordinates N 57°26'27.28", E 03°51'03.48" (Fig 5.55) . No cores.
    Thickness
    The formation is 148 m thick in the type well and 92 m thick in the reference well.
    Lithology
    In the type section the major lithology is very fine grained, well sorted, slightly silty sandstone, which occasionally has calcareous cement.
    Basal stratotype
    The basal contact of the Fiskebank Formation is defined by the boundary between the shales of the Lista Formation and the coarser sediments of the Fiskebank Formation. The difference between the two formations is not well defined on the logs. The boundary is placed where the gamma-ray readings decrease and the velocity increases somewhat upwards into the Fiskebank Formation (Fig 5.54, 5.55)
    Characteristics of the upper boundary
    The Fiskebank Formation is overlain by the shales of the Balder Formation . The boundary is generally seen as an upward decrease in gamma-ray response and an increase in velocity (Fig 5.55) .
    Distribution
    The formation is encountered in the Norwegian-Danish Basin.
    Age
    Late Paleocene.
    Depositional environment
    The formation is probably a basin-margin deposit, and appears to be mostly time-equivalent with the Sele Formation .
    Source
    • Isaksen, D. and Tonstad, K. (eds.) 1989: A revised Cretaceous and Tertiary lithostratigraphic nomenclature for the Norwegian North Sea. NPD-Bulletin No. 5, 59 pp.
  • Brønnbaner som penetrerer

    Brønnbaner som penetrerer
    Brønnbane navn
    Dato for boreslutt
    Topp dyp [m]
    Bunn dyp [m]
    13.08.1969
    2212
    2290
    10.07.2000
    2002
    2033
    28.03.2013
    1429
    1461
    10.02.1976
    1307
    1399
    23.07.1971
    1604
    1694
    19.05.1968
    1174
    1230
    29.08.1970
    1184
    1241
    19.08.1972
    1150
    1200
    18.09.1970
    1884
    1957
    19.08.1971
    1335
    1483
    06.05.1969
    1011
    1085
    30.07.1992
    673
    720
    17.01.1971
    542
    569
  • Brønnbaner med kjerner

    Brønnbaner med kjerner
    Brønnbane navn
    Dato for boreslutt
    Kjernelengde [m]
    10.07.2000
    3