|
Norsk versjon | ||||
| THE ORE DATABASE | |||||
| Occurence 3114 - 004 Haugengruva (Våler) | |||||
| (Object Id: 6628) (Last updated: 22.10.2025) |
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| Location |
| County: | Østfold | Municipality: | Våler (3114) |
| Map 1:50000: | Vannsjø (1913-4) | Map 1:250000: | Oslo |
| Coordinate system: | EU89-UTM Zone 32 |
| East: | 609839 m. | North: | 6593611 m. |
| Longitude: | 10.9383120 | Latitude: | 59.4666120 |
| Show on map |
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| Resource |
| Resource Type: | Ferroalloys (Cr,Ni,Co,V,Mo,W) | Resource Subtype: | Nickel | |
| Element(s): | Ni Cu |
| Importance |
| Raw material meaning: | Little Importance (reg. 18.02.2015) |
| Resources and production |
| Activity: | Test mining | Reserves: | ||
| Operating method: | Open pit and underground mining | Historical production: | ,1 thousand tons |
Products |
| Element/product | Crude ore grade or quality | Reg. date | |
| Ni | 1.5 % | 18.02.2005 |
Mineralization |
| Era: | Proterozoic | Period: | Mesoproterozoic | |
| Genesis: | Orthomagmatic formation | Form: | Irregular | |
| Main texture: | Structureless | Min. distribution: | Semi-massive (20-50 % ore minerals) |
| Main grain size: | Fine grained (< 1 mm) | Main alteration: |
| Strike/Dip: | Direction: | |||
| Plunge: |
| Stratigraphic classification of host rock |
| Era: | Proterozoic | Period: | Mesoproterozoic |
| Province: | East Norwegian Basement Province | |
| Geotec.unit: | Østfold Complex | |
| Tectonic complex: | ||
| Igneous complex: | Iddefjord Batholith |
| Group: | Formation: |
Mineralogy |
| Relationship | Mineral | Amount | |
| Gangue mineral | Plagioclase | Major mineral (>10%) | |
| Gangue mineral | Amphibole | Major mineral (>10%) | |
| Ore mineral | Pyrrhotite | Major mineral (>10%) | |
| Ore mineral | Chalcopyrite | Subordinate mineral (1-10%) | |
| Ore mineral | Pentlandite | Subordinate mineral (1-10%) |
Lithology: |
| Relationship | Rock | Origin | |
| Host rock | Metagabbro | Intrusive Original rock :Gabbro |
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| Metamorphic facies :Amphibolite |
Information(s) in free text format |
| Free text |
| Arbeidene ved forekomsten består av en ca. 24 m lang stoll med retning ca. 105 grader på østsida av en trang dal og en vannfylt synk med vegger 3 x 2 m på toppen av haugen over stollen. Enkleste adkomst til den er å følge en skogsbilvei sørover fra Vålerbanen (motorsportbane) og videre ca. 800 m på turstier sørover fra veien. Alternativt kan en traktorvei/sti følges østover fra gården Nordre Haugen. I vestveggen til synken finnes svakt foliert, fin-til middelskornet metagabbro og på tippen massiv, semimassiv til disseminert magnetkis + kobberkis i denne. Pegmatittiske slirer og ganger i granittisk gneis med foliasjon 215/20 grader dominerer i stollen. Lengst inne i denne er det svak sulfidmineralisering i amfibolittiske bånd. Det er trolig at stollen er anlagt for å forsøke å finne igjen den mineraliserte metagabbro i synken ovenfor. |
| Location |
| En vegbeskrivelse fra rv115 ved Skjønnerød: Følg skogsbilveg fra gokart-banen. Etter ca 500 meter, følg merket løype (blå) i ca 800 m fra skogsbilvegen og over et hogsfelt og ned i en kløft. Haugengruva ligger på venstre side av stien når du kommer nordøstfra. |
| Photo(s) from the Deposit area: |
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Bibliography: |
| From NGU's Reference Archive: |
| Rekstad, J. , 1921 |
| Eidsberg. De geologiske forhold innen rektangelkartet Eidsbergs område |
| ;Norges geologiske undersøkelse;KARTBESKRIVELSE; BOK;NGU; No.88;76 pages |
| Abstract: | |
| The territory is situated in south-eastern Norway to the east of the Oslofjord. It is an inland district which at no place reaches the sea. Glomma is the chief river which runs through the country in a southerly direction. The rocks occurring here are gneiss, granite, gabbro and schistose amphibolite, all of them of Archean age. Gneiss occupies a large area of the region. The rock has a varied appearance. Partly it is rich in mica (mica gneiss), partly it contains hornblende (hornblende-gneiss), partly it is coarse-grained and of granitoid texture. This latter form embraces also granite which has been deformed by powerful mechanical forces. This granite is intermixed with the gneiss in such a way as to make it impossible to separate them on the map. For the most part there is no distinctive demarcation between them, but the one passes into the other. The gneiss is mostly stratified, with well defined strike and dip. The granite intermixed is younger than the gneiss, but it belongs to the oldest known granites of Scandinavia. The gneiss is for the most part of igneous origin. Gabbro and amphibolite occur as numerous lenses injected into the gneiss. Connected with the gabbro here occurs nickelferous pyrrhotite. The greatest of these occurrences is at Romsås. |
| Foslie, Steinar , 1925 |
| Syd-Norges gruber og malmforekomster. |
| ;Norges geologiske undersøkelse;TIDSSKRIFTARTIKKEL;NGU; No.126;1-89 + ka pages |
| Abstract: | |
| On the map accompanying this paper all the mines and ore deposits of Southern Norway are collected for the first time.The material has been gathered from printed and unprinted sources, communications from mining engineers and geologists, and through personal visits. Included are all mines and ore deposits of former, present and future importance. Among the 1407 deposits on the map, there are furthermore included all of doubtful value and many which are quite unworkable, but of geological interest, or those which mark the distribution of ore bearing formations. For this reason it has been necessary to mark the deposits with signs of different size. The object is only to facilitate a comprehensive view of the map, and is not an effort of economic classification, which for most of them would be quite impossible. The sizes refer to the presumed importance of the ore deposit, and has nothing to do with the extent of the mining operations. Mines and deposits out of work during the period 1913-1923 have been separately marked (see the legend), also deposits which were formerly of much greater importance than now. For the smallest mines and deposits no distinction has been made in these respects. Among them are represented partly those, which are in reality unworkable, partly those which are little investigated. |
Fieldsamples |
| Sample No. | Sample type | Miscellanrous | ||||
| Haugen01 | Dump |
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| Haugen02 | Dump |
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| NB! All analyse values are shown at the end of the printout.: |
Name of Locality: Stollinngang |
| (Object Id: 40659 4,01,00) |
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| Location |
| County: | Østfold | Municipality: | Våler (3114) |
| Map 1:50000: | Vannsjø (1913-4) | Map 1:250000: | Oslo |
| Coordinate system: | EU89-UTM Zone 32 |
| East: | 609823 m. | North: | 6593624 m. |
| Longitude: | 10.9380190 | Latitude: | 59.4667250 |
| Show on map |
|
|
| Resource |
| Resource Type: | Ferroalloys (Cr,Ni,Co,V,Mo,W) | Resource Subtype: | Nickel | |
| Element(s): | Ni Cu |
| Resources and production |
| Activity: | Test mining | Reserves: | ||
| Operating method: | Underground mining | Historical production: |
Information(s) in free text format |
| Free text |
| Pegmatittiske slirer og ganger i granittisk gneis med foliasjon 215/20 grader dominerer i stollen. Lengst inne i denne er det svak sulfidmineralisering i amfibolittiske bånd. Det er trolig at stollen er anlagt for å forsøke å finne igjen den mineraliserte metagabbro i synken ovenfor. |
Analyse Results |
| from |
| Deposit Area 3114 - 004 Haugengruva (Våler) |
Element analyses |
( *=parts pr. million, #=parts pr.billion, Negative values means below detection limit value.) |
| Sample No. | Sample Type | Cu* | Zn* | Pb* | Co* | Ni* | Ag* | Au# |
| Haugen01 | Dump | 2750 | 108 | 10 | 464 | 3550 | 1.8 | 3.0 |
| Haugen02 | Dump | 1015 | 123 | 8 | 395 | 3100 | .6 | 2.0 |
| ------------------ |
| Sample No. | Pt# | Pd# | As* | Cd* | Ba* | Mo* | Sn* | Sb* | Bi* |
| Haugen01 | 2.5 | 14.0 | 1 | .6 | 190 | 2.69 | 2 | 0 | 1 |
| Haugen02 | 2.5 | 9.0 | 3 | .3 | 250 | 6.13 | 3 | 0 | 1 |
| ------------------ |
| Sample No. | Se* | Ga* | Ge* | In* | V* | Cr* | Mn* | Fe% | Th* |
| Haugen01 | 13.00 | 17.95 | 0.32 | 0.09 | 147 | 94 | 849 | 23.60 | 2.70 |
| Haugen02 | 11.00 | 22.50 | 0.34 | 0.10 | 122 | 85 | 675 | 21.80 | 9.99 |
| ------------------ |
| Sample No. | U* | W* | Rb* | Sr* | Y* | Zr* | Nb* | Ta* | Cs* |
| Haugen01 | 2.60 | 0 | 303.0 | 107.0 | 19.9 | 22 | 27.90 | 13.80 | 24.00 |
| Haugen02 | 1.60 | 0 | 210.0 | 99.1 | 18.4 | 21 | 14.60 | 0.39 | 9.18 |
| ------------------ |
| Sample No. | La* | Ce* | Li* | Be* | P* | Sc* | Te* | Hf* | Re* |
| Haugen01 | 9.40 | 22.70 | 88 | 8 | 1340 | 15.00 | 0.51 | 1.30 | 61 |
| Haugen02 | 16.90 | 40.80 | 131 | 3 | 1000 | 25.40 | 0.53 | 0.80 | 23 |
| ------------------ |
| Sample No. | Tl* | ||||||||
| Haugen01 | 2 | ||||||||
| Haugen02 | 1 |
| The fact sheet was created on 26.10.2025 |
| Questions or comments regarding the fact sheet can be emailed to: ressursdatabaser@ngu.no |
| Copyright © 2025 Geological Survey of Norway |