Ontario Mineral Inventory

Ontario Geological Survey
Permanent Link to this Record: MDI31L02NE00010

Record: MDI31L02NE00010

General

Mineral Record Identification
Record Name(s) Brazeau Prospect - 2004, High G Minerals Corporation Quarry - 2000, Brazeau-Wood Deposit - 1942, Brazeau Property - 1942, Mattawa Iron - 1942, Prospectors Airways - 1984, Papineau Prospect - 2000
Related Record Type Simple
Related Record(s)
Record Status Developed Prospect With Reported Reserves or Resources
Date Created 1984-Jul-06
Date Last Modified 2024-Mar-20
Created By
Revised By

Commodities

Primary Commodities: Aggregate, Iron, Titanium, Vanadium, Garnet (Nonmetals)



Location

Township or Area: Papineau

Latitude: 46° 13' 55.91"    Longitude: -78° 41' 43.7"

UTM Zone: 17    Easting: 677695   Northing: 5122428    UTM Datum: NAD83

Resident Geologist District: Sudbury

NTS Grid: 31L02NE

Point Location Description: Lot: 16-18 Con: 5-6

Location Method: Based on Assessment



Exploration History

1942: H. Brazeau carried out prospecting 1942: M.E. Hurst and J. Satterly (ODM) carried out a property visit. 1942: Inspiration Mining and Development Co. carried out diamond drilling, ground geophysics, trenching. 1950: Canus Petroleum Corporation completed a ground magnetic survey. 1951: Femco Mines Limited completed 5 diamond drill holes totaling 761 ft. 1954: Mattawa Iron completed 5 diamond drill holes totaling 1664 ft. 1955: Fenco Mines Limited completed 5 diamond drill holes totaling 751 ft. 1966: Union Carbide Exploration Limited completed 9 diamond drill holes totaling 2863 feet. 1974: A.H. Clark Jr. carried out a magnetometer survey. 1974: Questmont Mines Limited carried out radiometric survey and mapping. 1987: Premier Explorations Inc. carried out airborne magnetics, VLF-EM survey. 1997-present: High G Minerals Corporation completed 7 diamond drill holes totaling 936.5m; mapping, sampling, stripping, airborne geophysics, a 40 ton bulk sample, beneficiation, garnet analysis, and garnet production. 2016: High G Minerals Corporation carried out re-cutting of claim lines. 2022: High G Minerals Corp completed a drone LiDAR Survey.


Assessment Work on File

Assessment Work on File
Office File Number Online Assessment File Identifier Online Assessment File Directory
Papineau-0014 31L07SE0010 31L07SE0010
Papineau-0013B1 / 2.1595 31L07SE0009 31L07SE0009
Papineau-0013A1 /2.1595 31L07SE0008 31L07SE0008
0011A1 31L07SE0007 31L07SE0007
2.11001 31L07SE0005 31L07SE0005
2.11000 31L07SE0004 31L07SE0004
2.13856 31L07SE0003 31L07SE0003
2.13855 31L07SE0002 31L07SE0002
2.1945 31L02NE9790 31L02NE9790
63.5660 / OP89-181 31L02NE9789 31L02NE9789
2.28759 31L02NE2003 31L02NE2003
2.19733 31L02NE2002 31L02NE2002
2.17949 31L02NE2001 31L02NE2001
Papineau-0011A1 31L02NE9792 31L02NE9792
Papineau-012B1 / 63.221 31L07SE0014 31L07SE0014
Papineau-012-A1 / 2.1459 31L07SE0013 31L07SE0013
2.35603 20000002337 20000002337
Papineau-0013A1 / 2.1595 31L07SE0013 31L07SE0013
Papineau-SP004 / 2.30885 20000000899 20000000899
Papineau-0010C1 31L07SE0012 31L07SE0012
Papineau-SP009 / 2.57221 20000013851 20000013851
20000020614 20000020614

Geology

Province: Grenville

Subprovince: Central Gneiss Belt

Geological Age: Mesoproterozoic  



Lithology

Lithology Data
Rock Type Rank Composition Texture Relationship
Gabbro 1 Gabbro Host
Gneiss-Unsubdivided 2 Garnet-Hornblende Contains

Lithology Comments

Jun 24, 2011 (A Wilson) - Concentrations of titaniferous magnetite occur as patches or poorly-defined zones within the meta-gabbro. These concentrations are of variable width and continuity and are believed to represent partial to almost complete replacements of the meta-gabbro. In plan, their boundaries are usually gradational but, in some instances, the mineralization terminates abruptly against minor slips or joints. Where observed in section, the concentrations of magnetite appear to confirm to the dip of the gneissic banding. The showing consists of several lenses of magnetite exposed along a strike length of 1650 feet. The largest lens is 575 feet long and averages 12.5 feet in width. The next largest lens lies 700 feet away, is 175 feet away and averages 12.5 feet in width. Both lenses dip 75°.




Mineralization

Mineralization and Alteration
Rank Mineral Name Class Economic Mineral Type Alteration Mineral Type Alteration Ranking Alteration Intensity Alteration Style
1MagnetiteEconomicOre
2GarnetEconomicOre

Mineralization Comments

Mar 01, 2016 (A Wilson) - Grab samples collected by the Ontario Department of Mines in 1942 returned: Sample 1: 44% Fe, 10.1% TiO2, 0.83 % V2O3, 1.09% S, 0.007% P and 5.09% SO2 ; Sample 3: 54.68% Fe, 6.3% TiO2, 0.99%V2O3, 1.11% S, 0.005% P and 5.73% SO2 ; Sample No. 4: 39.48% Fe, 4.7% TiO2, 0.78 % V2O3, 0.86% S, 0.008% P and 17.44% SO2; Sample No 8: 52.23% Fe, 9.1% TiO2,, 0.99% V2O3, 0.65% S, 0.002% P and 8.32% SO2: Sample No. 10: 48.07% Fe, 7.6% TiO2,, 0.63% V2O3, 0.49% S, 0.004% P and 11.74% SO2; and Sample No. 12: 46.76% Fe, 4.3% TiO2,, 0.89% V2O3, 1.00% S, 0.005% P and 10.61% SO2. The largest (western) lens contains 900 short tons per vertical foot of 0.78% V2O3, 9.1% TiO2,, and 35.4% Fe. The second (eastern) lens contains 0.75% V2O3, 6.6% TiO2,, and 35.0% Fe. Assays from Mattawa Iron drilling returned values up to 0.91% V2O3 over 33 ft.



Mineral Record Details

Classification
RankClassification            
1 Mafic-Ultramafic Intrusion
Reserves or Resources Data
Zone Year Category Tonnes Reference Comments Commodities
Brazeau-Wood Deposit 1960 Unclassified 1360000 31L02NE2003 1,360,000 tonnes grading 0.58% V2O3 Vanadium 0.58 %
Brazeau Property 1944 Unclassified 7983225 ARV53- 6 110,000 tons of material grading 0.76 per cent V2O3 or the equivalent of 468 tons of pure vanadium. 8.8 million tons of unspecified grade to a depth of 880 feet was arrived at. Vanadium 0.76 %
Production Data
Year Tonnes Commodities Reference Comment
2000 1000000 1,000,000 annual tonnage

References

Book - SMOR FILE, #01004

Publication Number: Date: 1996

Author:

Publisher Name:

Location:


Part - The Brazeau vanadium-bearing magnetite deposit, Papineau Township

Publication Number: ARV53-06.002 Page: 48-51  Date: 1997

Author: Harding W.D.

Publisher Name: Ontario Dept. of Mines

Location:


Publication - Geology of vanadium and vanadiferous occurrences of Canada; Geological Survey of Canada, Economic Geology Report 27

Publication Number: Econ Geol 27 Page: 70-71  Date: 1973

Author: Rose, E.R.

Publisher Name: Geological Survey of Canada

Location: https://doi.org/10.4095/102461


Mono - Iron deposits of Ontario

Publication Number: MDC011 Page: 271  Date: 1968

Author: Shklanka R.

Publisher Name: Ontario Dept. of Mines

Location:


Book - Magnetic concentration of vanadium-bearing titaniferous magnetite

Publication Number: IR 60-104 Date: 1960

Author: Jenkins, W.S.

Publisher Name: DEMR/CANMET

Location:


Map - Geological series, Mattawa-Deep River area (western half), District of Nipissing

Publication Number: P1196 Scale: 1:63,360    Date: 1976

Author: Lumbers S.B.

Publisher Name: Ontario Division of Mines

Location:


Mono - Report of Activities 2016, Resident Geologist Program, Kirkland Lake Regional Resident Geologist Report: Kirkland Lake and Sudbury Districts

Publication Number: OFR6328 Page: 35  Date: 2017

Author: Chadwick P.J., Guindon D.L., Farrow D.G., Péloquin A.S., Suma-Momoh J., Daniels C.M., Wilson A.C., Bardeggia L.A., Belley-Biswas F., Sabiri N.

Publisher Name: Ontario Geological Survey

Location:


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For detailed information regarding this mineral record please contact the Sudbury Resident Geologist District Office