Ministry of Energy, Mines and Natural Gas and Responsible for Housing
News | The Premier Online | Ministries & Organizations | Job Opportunities | Main Index

MINFILE Home page   ARIS Home page MINFILE Search page   Property File Search
Help Help
New Window
File Created: 24-Jul-85 by BC Geological Survey (BCGS)
Last Edit:  13-Apr-08 by Mandy N. Desautels(MND)

Summary Help Help

NMI 082E3 Ni1
Name OLD NICK, OLD NICK GROUP, OLD NICK 1-4, NICKEL, UR CLAIM GROUP, MISSION 1, NICKEL RIDGE Mining Division Greenwood
BCGS Map 082E005
Status Developed Prospect NTS Map 082E03E
Latitude 49º 02' 30" N UTM 11 (NAD 83)
Longitude 119º 06' 14" W Northing 5434220
Easting 346249
Commodities Nickel, Cobalt, Copper, Gold, Molybdenum, Chromium Deposit Types M02 : Tholeiitic intrusion-hosted Ni-Cu
M03 : Podiform chromite
Tectonic Belt Intermontane Terrane Cache Creek
Capsule Geology

The Old Nick nickel prospect is located 4 kilometres east- northeast of Bridesville, between Baker (Rock) Creek and the old Great Northern Railway grade. The prospect has been prospected for nickel and precious metals with exploration including trenching, shallow shafts and diamond drilling.

Exploration of the Old Nick showings has been ongoing for many years. The claims were originally staked in 1955 and prospected for several years. The claims were allowed to lapse and the ground was restaked in 1966 as the Old Nick Group (120 claims) by Utica Mines Ltd. Later that year Copper Mines Limited was granted a one-half interest option. Aggressive programs of diamond drilling (35 percussion holes totalling 1267 metres and 5 diamond-drill holes totalling 887 metres), trenching, mapping, geochemical and geophysical surveys were executed by Utica Mines Ltd. In March 1967, Copica Mines Ltd. was formed to hold the property and in May the name was changed to Nickel Ridge Mines Ltd. In 1968, Newmont Mining Corp. of Canada Ltd. carried out further property exploration. The property was acquired by Arctic Gold and Silver Mines Limited in 1969. The British Columbia Research Council conducted bacterial leach tests on sample material. The Old Nick and UR groups were held by Northern Deep Level Mines Ltd. in 1972, with geochemical and magnetometer surveys conducted. Ownership was transferred to Ayerok Petroleum Ltd. in 1979. In 1980 and 1982, airborne and ground magnetometer and electromagnetic surveys, and geochemical soil surveys were conducted. British Challenger Mining Corporation held and operated the property as the Mission 1 claim from 1984 to 1985. Geochemical solid and rock sampling were carried out. Inconclusive results were obtained from geophysical surveys conducted by Nickling Resources Inc. in 1986. More recently (1996), the prospect have been staked as the Nickel and the Mission I claims on ground covering the Old Nick occurrence by Gold City Mining Corporation, Sway Resources Inc., Orion International Mineral Corp. and Phoenix Gold Resources Ltd. An aggressive exploration and development program has included geochemical, geophysical and radiometric surveys as well as extensive prospecting and initial bench scale agitated leach tests.

The showings occur in rocks of the Permian to Carboniferous Anarchist Group. Seven east-northeast trending map units within the Anarchist Group have been identified. They are described as follows. The first unit is a fine to medium grained biotite schist with quartzite layers forming up to 15 per cent of the rock. Quartzite layers are either 2 to 30 centimetres or 3 to 4 metres thick. The mineral assemblage of the biotite schist includes biotite, quartz, plagioclase with minor hornblende, tourmaline and sphene. The second is a metasediment unit with minor layers of epidote and zoisite. The whole unit is estimated to be 122 metres thick. The metasediment is composed of predominantly massive tremolite with remnant pyroxene and includes minor amounts of sericite, chlorite and chrome mica (chromium-bearing phengite) and 1 to 2 per cent disseminated pyrite, locally occurring in zones of up to 20 per cent. This unit contains most of the nickel mineralization. The third is a quartzite-schist unit similar to the first unit, however, here the quartzite forms 60 per cent of the rock. The fourth unit is a massive greenstone that is probably metavolcanic rock. The fifth unit is a banded quartzite that contains thin layers of biotite and chlorite. Finally, there are two associated, altered ultramafic units. They are both composed of antigorite with accessory talc, anthophyllite and tremolite. The protolith of these units has been identified as dunite. The rock is massive and contains some disseminated pyrite, pyrrhotite and pentlandite. The serpentinite has been subdivided into sills or dikes based on crosscutting relationships. The dikes follow northwest trending interconnected fracture/fault zones that cross stratigraphy and the property. The serpentinite occurs as zones 0.10 to 10.00 metres thick. These serpentinites may actually be thin fault slices of ultramafic material, due to their structural control as described below. This would be more consistent with the regional occurrence of serpentinite in the area.

The layered rocks are folded into a subhorizontal antiform with the axial plane trending east-northeast and dipping about 30 degrees south. Minor folds are open with a 1/3 to 1/2 metre wavelength and superimposed centimetre-scale crenules indicating upright tops. Subvertical faults transect the property. The major set strikes west-northwest, controlling the serpentinite emplacement. A second, minor set strikes northeast and offsets the earlier major faults and serpentinite.

Nickel mineralization is associated with pyrrhotite and pentlandite, found as widely spread disseminations within the serpentinite units and the major metasediment unit. Microscopic grains of pentlandite have been identified as intergrowths with pyrrhotite and pyrite. There is no correlation between pyrite and nickel mineralization. Diamond-drill hole core assay results show a range of 0.01 to 0.15 per cent nickel content in the serpentinite. Assay results from the metasediment unit range from 0.07 to 0.26 per cent nickel. The nickel mineralization is fairly uniform throughout the area examined, having an average range of 0.15 to 0.20 per cent. The mineralized area examined is approximately 800 by 120 metres, following the metasediment unit and a further 670 metres east along strike of a serpentinized dunite dike. The dike is up to 76 metres wide. Metallurgical testing of the metasediment in 1968 yielded nickel recoveries of 56 per cent. At that time, Newmont Exploration Ltd. decided the property was uneconomic and dropped its option. One rock chip sample taken by British Challenger Mining Corporation in 1984-85 assayed 3.08 grams per tonne gold (National Mineral Inventory 082E3 Ni1).

Early development work outlined a potential low grade nickel mineral reserve. A mineral inventory of approximately 90,710,000 tonnes grading 0.22 per cent nickel has been identified (Property File - Schroeter T. (June, 1994): Monthly Report and CANMET IR 71-34). In 1996, an updated estimate of 30,000,000 drill indicated tonnes grading 0.22 per cent nickel and 0.015 per cent cobalt was reported by Gold City Mining Corporation, Orion International Mineral Corp. and Phoenix Gold Resources Ltd. (George Cross News Letter No. 31 - February 13, 1996). There is further potential for additional reserves downdip and along strike of the existing reserves.

The results of initial bench scale agitation metallurgical leach tests on three samples from the Old Nick prospect are given in the following table (George Cross News Letter No. 212 - November 3, 1995).

________________________________________________________________
SAMPLE# NICKEL COBALT PARTICLE SIZE RETENTION NICKEL COBALT
% % (%-75 MESH) (HOURS) (%EXT) (%EXT)
ON-1 0.15 0.02 75 25 81 80
ON-2 0.16 0.01 91 48 92 60
ON-3 0.22 0.01 81 48 87 76
----------------------------------------------------------------

Notes: ON-1/2 = quartzite, ON-3 = dunite; EXT = extraction

From 1995 to 1998, Applied Mine Technologies Ltd. (AMT) completed 6 diamond drill holes into the deposit. Part of the resultant core was used for their bench scale tests and column leach testing of the Old Nick mineralization.

In 1998, AM Technologies Ltd. optioned the property from Consolidated Gold City Mining Corp. and plan bio heap leach tests.

In 2000 to 2001, Gold City Industries Ltd. undertook a small trenching program to verify and extend the known mineralization. In 2000 Gold City Industries Ltd. had an independent consultant complete a mineral resource estimate of 20.4 million tonnes (Indicated) grading 0.186% nickel, based on the CIM Mineral Resource Definitions and National Instrument 43-101 and Companion Policy 43-101CP (http://www.meritminingcorp.com/index.htm). Cobalt grade was not part of the resouce estimate. Sampling subsequent to the resource estimate indicates a cobalt grade of between 0.01% and 0.015%.

In 2004, Jantri Resources Inc carried out a 2275 metre diamond-drilling program in 16 holes on the Old Nick property. The drilling on this nickel-cobalt property was successful in providing better definition to, and extending the known mineralization along strike as well as identifying new mineralized areas. Jantri subsequently changed its name to Merit Mining Corp.

Bibliography
EMPR AR 1966-192-193; 1967-224-225; *1968-225-226
EMPR ASS RPT *1243, 3677, 8087, 8390, 9296, 10547, 13412, 13803,
EMPR EXPL 1982-29; 1985-C13; 1996-E4; 2004-72
EMPR GEM 1972-38
EMPR OF 1989-5, 1990-27
EMPR PF (P. Eastwood (undated): Geology Map of Old Nick Area - Sheet 1; Geology Map of Old Nick Area - Sheet 2; Geology Map of Old Nick Area - Sheet 3; Geology Map of Old Nick Area - Sheet 4; Geology Map of Old Nick Area - Sheet 5; Peatfield, G.R. (1978-06-01): Thesis Excerpt; Dept. of Lands, Forests and Water Resources (1960-08-20): Air Photo of Old Nick Area I; Dept. of Lands, Forests and Water Resources (1960-08-20): Air Photo of Old Nick Area II; Dept. of Lands, Forests and Water Resources (1960-08-20): Air Photo of Old Nick Area III; Gold City Resources (1996): Available for Option or Joint Venture - Old Nick; Gold City Resources (1996-02-09): Memorandum of Understanding Signed to Develope Old Nick Deposit; *Gold City Mining Corp., Phoenix Gold Resources, Orion International Minerals Corp. (1996): Geological/Mineral Deposit Field Trip Report in 082ESW210)
EMR MIN BULL MR 198 (1983) B.C. 10, p. 208
EMR MRI 80/7 (1980) B.C. 10, p. 188
GSC MAP 84A; 538A; 539A; 15-1961; 1736A
GSC MEM 38, pp. 389-423
GSC OF 1505; 1969
GSC P 37-21
CANMET IR 71-34
GCNL #44, 1981; #185(Sept.26), #212(Nov.3), 1995; #31(Feb13),
#32(Feb.14), #164(Aug.23), 1996; #7(Jan.10), #216(Nov.10),
#249(Dec.30), 1997; #78 (Apr.23), 1998
N MINER Feb.26, 1996
PR REL Jantri Resources Corp., Mar.18, May10, Jun.10, Jul.20, 2004
Gerhard E.S. (1971): The Old Nick., M.Sc. Thesis, University of
Manitoba, Manitoba

COPYRIGHT | DISCLAIMER | PRIVACY | ACCESSIBILITY