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■ canadiandiscovery.co.uk ■ 1
Regional and Location Map Legend
Fields (By Hydrocarbon Type)
OIL
GAS
OIL/GAS
CONDENSATE
Field Status
MACLURE - Producing or Under Development
COLOMBUS - Undeveloped
FRIGG - Shut-in / Depleted
Licences, Quadrants and Blocks
Production Licence
Quadrants
Blocks and Part-Blocks
Stratigraphic Split indicated by Two or more Operators Names in one Block or Part Block
Well Status
Drilling
Dry
Gas
Gas Shows
Gas with Oil Shows
Gas/Condensate
Junked and Abandoned
Oil
Oil Shows
Oil with Gas Shows
Oil/Gas
Oil/Gas Shows
Shows
Tight
Key to Location Maps
Well Discussed in Detail
Offset Well
Seismic Line
Prospect
A
Field Fills (Stratigraphic Interval)
Pleistocene
Pliocene
Miocene
Oligocene
Tertiary
Eocene
Eocene; Oligocene
Paleocene
Upper Paleocene
Cretaceous
Upper Cretaceous and Danian Chalk
Upper Cretaceous
Lower Cretaceous
Jurassic
Upper Jurassic
Upper Jurassic (shallow water sands)
Upper Jurassic (deep water sands)
Middle Jurassic
Lower Jurassic
Triassic
Upper Triassic
Middle Triassic
Lower Triassic
Pre-Triassic
Upper Permian
Lower Permian
Upper Carboniferous (Westphalian C/D)
Upper Carboniferous (Namurian)
Upper Carboniferous (Westphalian A/B)
Lower Carboniferous
Devonian
Pre-Devonian
Pre-Cambrian
Digest Help Files
Main Geology
Intra-basinal Highs
Upper Jurassic Mature for Gas or Overmature
Upper Jurassic Mature for Oil Generation
Upper Jurassic Present but Immature
Permo-Triassic Basins with Upper Jurassic Absent or Thin
Basement/L.Palaeozoic Platform
Upper Jurassic Shale Presence Uncertain
Subcrop of Permo-Triassic Sediments Older than the Mercia Mudstone
Base Paleocene in Gas Window
Structure and Features
Normal Fault
Reverse Fault
Anticlinal Axis Fault
Synclinal Axis Fault
Sole Pit Inversion Axis
Salt Domes
Tertiary Volcanics and Intrusive Centres
Limit of Paleogene Lavas
Granite
Transfers
Coastline
■ canadiandiscovery.co.uk ■ 2
Conglomerate
Sandstone
Siltstone
Shale / Claystone(includes Hydrocarbon Source Shale)
Marl
Limestone / Chalk
Dolomite
Anhydrite / Other evaporites
Halite
Spiculite
Igneous (intrusive)
Igneous (extrusive) /Metamorphic
Conglomerate
Sandstone
Siltstone
Shale
Marl
Coal
Organic Rich Shale
Limestone / Chalk
Dolomite
Anhydrite
Halite
Metamorphic
Spiculite
Igneous (intrusive)
Igneous (extrusive)
Chert
Oolite
WEAST SHET.PLATFORM
VIKINGGRABEN
SKADE FORMATION
STRONSAY GROUP
BALDER FORMATION
HEIMDAL SST
FLOUNDER FORMATION
HERRING FORMATIONHIDRA FORMATION
BRAE FM
BERYL EMBAYMENT
NANSEN/EIRIKSSON MBR
LEWIS FORMATION
OLD RED SST
RAUDE FORMATION
CROMER KNOLL GROUPKIMM CLAY FM
HEATHER FORMATION
BerylBruce
Rhum9/4a-3
Objective
Bressey9/3-1
TOR FORMATION
E
ER
ATE
RTI
AR
Y
MIOC-RECENT
ME
SO
ZOIC
PALZ DEVON
PE
RIO
D/
EP
OC
HEA
RLY
LATE
MID
EAR
LYTR
IAS
SIC
CR
ETA
CE
OU
S
LATE
JUR
AS
SIC
PALC
EO
CE
NE
O
LIG
OC
EE
EM
Q
LL
LCOMMENTS
Key to Stratigraphy
Key to Seismic and Logs
Conglomerate
Conglomerate
Sandstone
Sandstone
Anhydrite /Other Evaporites
Anhydrite /Other Evaporites
Shale / Claystone /Hydrocarbon Source Shale
Shale / Claystone /Hydrocarbon Source Shale
Halite
Spiculite
Metamorphic
Coal
Limestone / Chalk Limestone / Chalk
Oolite
Igneous (intrusive)
Igneous (extrusive) /Metamorphic
Igneous (extrusive)
Siltstone
Siltstone
Halite
Marl
Marl
Organic Rich Shale
Coal
Chert
Spiculite
Igneous (intrusive)
Dolomite
Dolomite
Seismic Fault
Log Formation Line
Unconformity Line
Dry / Water
Gas / Gas/Condensate
Oil
Prospect
Area Shown in Detail
Note: Whenever possible, seismic is provided online as layered pdfs, allowing it to be viewed with, or without, interpretation.
Formation Line Unconformity Line
Oil Gas Water
2700
2750
2800
2850
2900
Depthin
metresGR
(GAPI)0 150
NEU
(V/V)45.0 -15.0
RDEP
(OHMM)0.2 200
RMED
(OHMM)0.2 200
DEN
(G/CC) 2.951.95
AC
(US/F)140 40FOR
MAT
ION
GR
OU
PP
ER
IOD
Not Fm 2,693 m
Ile Fm 2,740 m
Tofte Fm 2,789 m
Tilje Fm 2,844 mOil-Water Contact 2,844 m
Gas-Oil Contact 2,835 m
2700
2750
2800
2850
2900
MID
JU
RA
SS
ICFA
NG
ST
NO
TIL
E
UP
PE
R J
UR
AS
SIC
VIK
ING
ME
LKE
LOW
ER
JU
RA
SS
ICB
ÅT
TOFT
ETI
LJE
Not Formation2,693-2,740 mGross: 47 mNet: 19 mPorosity: 28-30%
Ile Formation2,740-2,789 mGross: 49 mNet: 21 m
Tofte Formation2,789-2,844 mGross: 55 mNet: 28 mPorosity: 22-25%
core
Oil Sample
Gas Sample
Gas Sample
Water Sample
1 DST 12,750-2,790 m105 Sm3opdChoke 40/64"
Shown in Detail AreaFault
Dry / Water Oil ProspectGas / Gas/Condensate
1.5 -
2.0 -
2.5 -
- 1.5
- 2.0
- 2.5
TWO
WAY
TIME
IN
SECONDS
TWO
WAY
TIME
IN
SECONDS
1.5 -
1.8 -
- 1.5
- 1.8
TWO
WAY
TIME
IN
SECONDS
TWO
WAY
TIME
IN
SECONDS
S N6608/10-156608/10-76608/10-66608/10-9
AreBatFangstNot
00050
6608/10-6
6608/10-7 6608/10-15
AreBatFangstNot
TD
Garn
Åre
Base Cretaceous
Lower Cretaceous
Viking
Tare Tare
TangEkofisk
Springar
Åre
BryggeBrygge
TD
TD
Fangst
Melke
Melke Sands
Båt
Not
Kai Kai
Lyr
Tare
Tang
Tang
Ekofisk
Springar
Åre
Brygge
TD
Fangst
MelkeMelke
Melke Sands
BåtNot
Lyr
Tare
EkofiskSpringar
Åre
Brygge
Fangst
Melke
Melke Sands
Båt
Not
Lyr
■ canadiandiscovery.co.uk ■ 3
Conversion Factors
Temperature:°C = (°F – 32) x 5/9°F = (°C x 9/5) + 32
Gravity:API Gravity = (141.5/density) – 131.5Density = 141.5/(API gravity + 131.5)
Pressure:1 atmosphere = 14.70 psi1 psi = 0.06805 atmosphere
Depth:1 metre = 3.281 feet1 foot = 0.3048 metre
Volumes:mmcfgpd = 28.17399 m3gpdm3gpd = 0.03549 mmcfgpdBopd = 0.158987 m3opdm3opd = 6.289 bopd
Geological Times Abbreviations
Geological Times Abbreviations Geological Times Abbreviations Geological Times Abbreviations
Aalenian Aalen Aa Kimmeridgian Kimm Km Quaternary Quat Q
Albian Alb Al Ladinian Ladn Ld Rhaetian Rhaet Rh
Anisian Anis An Maastrichtian Maast Ms Ryazanian Ryaz Rz
Aptian Apt Ap Mesozoic Mesoz Mz Santonian Sant Sn
Bajocian Bajo Bj Miocene Mioc Mc Scythian Scyt Sc
Barremian Barr Br Namurian Nam Nm Senonian Sen Se
Bathonian Bathon Bt Neogene Neog Ng Sinemurian Sin Sn
Berriasian Berr Bs Norian Nor Nr Tertiary Tert Te
Caenozoic Ceanz Cz Olenekian Olen Ol Tithonian Tith Tt
Callovian Call Cl Oligocene Oligoc Og Toarcian Toar To
Campanian Camp Cp Oxfordian Oxf Ox Triassic Trias Tr
Carboniferous Carb Cb Paleozoic Palz Pz Turonian Tur Tu
Carnian Carn Cn Paleocene Palc Pc Valanginian Val Vn
Cenomanian Cen Cm Palaeogene Palg Pg Volgian Volg Vg
Cretaceous Cret Cr Permian Perm Pe Westphalian Westph Ws
Devonian Devon Dv Pleistocene Pleistoc Ps Basement Basem Bm
Eocene Eoc Ec Pliensbachian Pliensb Pn Recent Rec Rc
Hauterivian Haut Ht Pliocene Plioc Pl Undifferentiated Undiff Un
Hettangian Hettan Hg Portlandian Port Po Early Ely E
Holocene Holoc Hc Precambrian Prec Pr Middle Mid M
Jurassic Juras Jr Proterozoic Protz Pt Late Lte L
Common Geological Abbreviations
Abbreviations Meanings Abbreviations Meanings Abbreviations Meanings
API American Petroleum Institute Gp Group psi Pounds per square inch
bbl Barrels GWC Gas-water contact psia Pounds per square inch gauge
bcf Billion cubic feet KB Kelly bushing RFT Repeat formation test
bcpd Billion cubic feet per day Mbr Member RKB Relative to kelly bushing
bopd Barrels of oil per day mGal Milligals Sm3cpd Standard cubic metres of condensate per day
bwpd Barrels of water per day MD Measured Depth Sm3gpd Standard cubic metres of gas per day
BCU Base Cretaceous unconformity mD Miillidarcy Sm3opd Standard cubic metres of oil per day
BHL Bottom hole location mmbbl Million barrels Sm3wpd Standard cubic metres of water per day
CI Contour interval mmbo Million barrels of oil Sst Sandstone
cfgpd Cubic feet of gas per day mmcfgpd Million cubic feet of gas per day scf Standard cubic feet
DST Drill stem test mmscfd Million standard cubic feet of gas per day
scf/bbl Standard cubic feet per barrel
Fm Formation N/G Net to gross ratio Sw Water saturation
FWL Free water level nT nanoTesla tcf Trillion cubic feet
GDT Gas Down To ODT Oil Down To TD Total depth
GOR Gas-oil ratio OIP Oil in place TVD True vertical depth
GOC Gas-oil contact OWC Oil-water contact WUT Water Up To