Norsk versjon | |||||
THE ORE DATABASE | |||||
Deposit Area 1101 - 016 | |||||
(Last updated 25.feb.2005) |
Name of Deposit Area : Skåra |
(Object Id : 1101,016,00,00) |
Location |
County : | Rogaland (11) | Municipality : | Eigersund (1101) |
Map 1:50000: | Egersund (1211-1) | Map 1:250000: | Mandal |
Marking point: | Longitude: | 6.0432950 | Latitude: | 58.4408820 |
EU89-UTM Zone 32 | (Coordinates IS confirmed) |
X-coord: | 327419 m. | Y-coord: | 6481592 m. |
|
Commodity |
Main Type: | Ferroalloys (Cr,Ni,Co,V,Mo,W) | Sub Type: | Nickel | |
Element(s): | Ni Cu |
Production |
Activity: | Pitting | Reserves: | ||
Prod. method: | Open pit and underground mining | Production: | ||
Prod. status: | Volume of dump: | 16 m3 |
Importance |
Public: | Little Importance (reg. 18.02.2015) |
Economical: | Minor interest , (Confirmed 17.feb.2005 by Lars Petter Nilsson) |
Mineralization |
Era: | Proterozoic | Period: | Neoproterozoic | |
Dating: | Method: | |||
Genesis: | Orthomagmatic formation | Form: | Lens | |
Main texture: | Structureless | Min. distribution: | Massive (>50 % ore minerals) |
Main grain size: | Coarse grained (> 3 mm) | Main alteration: |
Strike/Dip: | Direction: | |||
Plunge: |
Stratigraphic classification of host rock |
Era: | Proterozoic | Period: | Neoproterozoic |
Province: | South Norwegian Basement Province | |
Geotec.unit: | Agder Complex | |
Tectonic complex: | ||
Igneous complex: | Egersund Anorthosite Complex |
Group: | Formation: |
Mineralogy |
Relationship | Mineral | Amount | |
Ore mineral | Pyrrhotite | Major mineral (>10%) | |
Ore mineral | Pentlandite | Accessory mineral (<1%) | |
Ore mineral | Chalcopyrite | Accessory mineral (<1%) |
Lithology: |
Relationship | Rock | Origin | |
Unknown | Pegmatitt | ||
Unknown | Granodioritt |
Structures |
Location: | Type: | Orientation(360 gr.): | Relation to min.: | |
Unknown | Joints/Fractures | Strike/Dip :120 / 80 |
Information(s) in free text format |
Free text |
The country rock is a very coarse grained granite, crosscut by numerous this pegmatite veins in all directions. Closer to the ore body, the rock is finer grained and becomes more of a gneiss. The ore has been produced from a 2H2m shaft 4m deep, in a compact lense of pyrrhotite. The extracted mass is dumped next to the shaft. Minor disseminated pyrrhotite occurs in the gneiss close to the ore body. |
The fact sheet was created on 18.05.2024 |
Questions or comments regarding the fact sheet can be emailed to: ressursdatabaser@ngu.no |
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