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• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •
INV INTERNATIO NAL NICKEL VENTURES
2009 Diamond Drill Report
On
Montcalm Property
International Nickel Venture Corporation's
Montcalm Property
Porcupine Mining Division
Montcalm Township
NTS 42 B / 09
i. I
RECEIVED
AUG 202009 GEOSCIENCE ASSESSMENT
OFFICE
2-42433 June 16, 2009 J. Garry Clark, P. Geo.
Steven Siemieniuk Clark Exploration Consulting
• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •
Montcalm Property
Table of Contents
List of Figures ..................................................................................................................... ii List of Tables ...................................................................................................................... ii
1.0 Summary ................................................................................................................. 1 2.0 Introduction ............................................................................................................. 2
2.1 Property Description ........................................................................................... 2 2.2 Location and Access ........................................................................................... 4 2.3 Property Background .......................................................................................... 4
3.0 Geology ................................................................................................................... 5 4.0 Property History ...................................................................................................... 7 5.0 2009 Diamond Drilling Program ............................................................................ 9 6.0 Conclusions ........................................................................................................... 12
Appendices ........................................................................................................................ 14 Appendix A: Diamond Drill Logs ............................................................................... 15 Appendix B: Assay Certificates ................................................................................. 145 Appendix C: Diamond Drillhole Cross Sections ....................................................... 196
• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •
INV INTERNATIONAL NICKEL VENTURES
List of Figures
Montcalm Property
Figure 1: Location ofINV's Montcalm Property ................................................................ 3 Figure 2: Close-up of the Montcalm Property showing individual claims ......................... 3 Figure 3: Montcalm Property geology ................................................................................ 6 Figure 4: Previous work done on Property as mentioned in above section ........................ 8 Figure 5: 2009 drillhole locations with surface projections .............................................. 10
List of Tables
Table 1: INY's Montcalm Property claim list. .................................................................... 2 Table 2: Standards and blanks used for core sampling QAIQC. ........................................ 9
11
• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •
INV INTERNATIONAL NICKEL VENTURES
1.0 Summary
Clark Exploration Consulting of Thunder Bay, Ontario was contracted by International Nickel Ventures Corporation to conduct a 9 hole diamond drill hole program on their Montcalm Property located within the Porcupine Mining Division.
A drill program commenced in late January 2009 and was completed in early March to test a number of UTEM anomalies. Although the original drill program contemplated testing nine UTEM anomalies, the program was terminated after drilling six anomalies totaling 1,530 meters, as several of the planned drill holes had no readily available water source for drilling purposes due to harsh winter conditions.
Although sections of semi-massive to massive sulfides were encountered, no significant assay results were obtained during the 2009 drill program.
Given that there is virtually zero outcrop exposure on the property, exploration must rely almost entirely on geophysics, in particular electromagnetic surveys such as UTEM. Any conductors detected could be indicative of a sulfide body similar to the Montcalm ore body and therefore represent valid exploration targets. There are numerous untested conductors, including the three targets which were not drilled during the 2009 winter program due to the conditions. The untested conductors remain of interest and should be drilled at a later date.
1
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INV lNTERNAT!O NAL
NICKEL VENTURES Montcalm Property
2.0 Introduction
2. 1 Property Description
The International Nickel Ventures Corporation's Montcalm Property ("the Property") consists of 11 claims containing 145 units and covering 2320 ha (Table 1) in Montcalm Township, Timmins Area, District of Cochrane, Ontario at 82° 09' 50" Wand 48° 37' 54" N (Figs. 1 and 2).
Table 1: INV's Montcalm Property claim list.
Claim U 't Recording Claim St t Percent Work Total Total Claim Number nI S Date Due Date ' a us Option Required Applied Reserve! Bank
1249164 6
1249165 15
1249166 15
1249168 15
1249169 16
1249187 15
1249188 15
1249189 15
1249190 15
3010183 16
3010184 2
! 2003-Feb- 2012- I 0 I ! : 1 : : 20 Feb-20 A I 100 Yo I $2,400 ! $16,800 , $7,764 I $0 i r~g03:Feb:- - -~!~~~- - r ~ r~~~~-r --;;;~~ I $;~:;;~ r-$;'~;;T-;; i
~~:;;~il!;E~~l-~+:~;~~F~§ I-~~~~~~~~~~~~1 r·--·-·--·---·-···-··--·-·-----·- .-.----.--.------.-.... ---.---.. --.. -... --... --.-... -.. ····--·--+ ·---·--·--·-·----- --l--- -·-···-·---·-····-·-······T·····-·-··--·· ----··-·-···f--- ..... ··-·-···-······-·--···r··-·-·······- -.. -.... --. ---! I 2003-Feb- 2011- I A ! 100% J' $6400 I $38400 i $0 i $0 ! ._ ?.9.____ ___ __. _. _ f,~~_-_2.9. . ----L-- - , --- l -- -------- 1--- - -'---- -,1- ---- -:-- \·····,····--1 . ··········1
i ~~03-Feb- ~~~~~O I A I 100% i $6,000 I $42,000 ! $0 I $0 i i .. _.. ......... ·· .... ·_ .. · .. ············ .. ···_-_·· ···· .. ······-t··· .. ···· .. .... .. ····_··· __ ···_·-T-····_··_·_·_·_···· .. _·_········-r·_· .... _ .. _ ..... _-_._-, ...... __ ._; ·· ...... ·_ .. _·_·_-_ .. _ .. t .... __ .. · .... _ .. ···_ .. ,_ .. _--.. -t· .. - . '-'"-''' '''''''';
[ 2003-Feb- 2011- A i 1000/< I $6000 i $36000 ! $0 ! $0 ",.,1
i 20 Feb-20 I 0 I ' i ' i i ,-".- '-", ...... -.--.-." "",.-..... ,,"'- --... -",'''-.. _ - -"----"",,"-,, -""-."."'''''--''-''-.".-''''1''''-''''-- -----·,,-''-'- -''-''1-''---""'- """"-""-'- --""'--"j' ''-'-'--'-''- ''''''-''-'--''T'''' -'''''-''---- """-.--'----.(--""--"" -.""""." -"1
i 2003-Feb- 2012- A l 1000/< $6000 ! $42000 i $9667 " $0 I , 20 Feb-20 0, I ' " I ''''-''----''''''--''-.,,-'-.--'-'-''---'' "-"- -"--'-"-""··""" -"----.--·-'-'- -----""-""-"---1 -''''----''-'-------''1''----''-·-·-···-''''-''----··''''·-+···-----,-·--· -,--·----··f-----,,-,,-"" ",,·····-····- ···-i----·-·-··-·--·--··-",,-1 ! 2003-Feb- 2012- II A i 10001 " $6 000 i $42 000 i $0 ! $0 ! , 20 Feb-20 ! 10 i ' I " I I r- -- - -"~ -" -""- =---- ~ -- "--- r----- -T"-- --- -- ---- ---r-- --- " -- - -- - -: - -"- ---,,- ;-,+ -- --- - -- : i ;~03 May ~Oa1 ~12 I A I 100% I $6,400 i $38,400 ! $0 1 $0 ! ;-------,,--- ____ .Y:. -- ''''''''·-r---·'' -'--·--r-'-·-'-,---·-,L--,-----.-'''''--.---"'- ---"---"'--"-·- - ""--·---''''--,,·--··,,-'''-''1-------- ... ,,--.-,,-.. , ! 2003-May- 2011- I A ! 100% i $800 J $4,800 i $0 i $0 ! ~ __ 1.,~ _._._. __ .... _, __ ._, .. , 10_~y: 1? ___ "_L ___ ,_,_,,, ___ L __ , _ _ ,, ____ ,.L._,. ". __ " ... ,. __ .. __ ._"J ____ , _____ _ "J ___ _____ __ "' ___ ,.,l_ __ _,,',.,., .. _" "j
2
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I·· N·· V· .... INTfRNATtONAL . NICKEL VENTURES Montcalm Property
Figure 1: Location of !NY's Montcalm Property.
414000 0416000 , 418000
.. y.. '. ·· . : " ·-·'249' ~ --I . ... j ' j
t"fr··--·-· .. ·---· .. ~--.. · .. -·-·-·-.. ·-·····- _ .. _. __ .. ....1 1249 ' 90 . : • __ ... _--=
, I .. f. '-~ g ~I01S4 I ~ \ 301O.S3 1249' 69 --- ---l Montcalm Mine ~ * ~
o o o ~
'"
I 1249187 i
\\.lli
' 249. 66 ,II =$ ,,~.: I NAO aJ UTM ZO"& 1 "TN
\ . _K~ ...--____ 1__ ___ 1249189 i CIa,kE,IpIOlatIooConsuhll1{1 \ ~-r+ \ .. ---.. -__ =-_ .. ____ L .... _J :. ~50 500 ~~:: 1.500 2 .00
I .,6000 418000
Figure 2: Close-up of the Montcalm Property showing individual claims.
3
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INV INTERNATIONAL NICKEL VENTURES
2.2 Location and Access
Montcalm Property
International Nickel Ventures' (!NV) Montcalm Property is located 65 kilometers northwest of Timmins, Ontario in Montcalm Township (Fig. 1). The Property adj oins the west side of the Montcalm Property of Xstrata which is host to the Montcalm Mine (Fig. 2). Access to the Property is via the Malette Lumber - Montcalm Mine Road accessed from the west end of Timmins.
2.3 Property Background
The adjacent Xstrata property covers the Montcalm nickel-copper deposit, hosted by tholeiitic gabbros of the Montcalm Complex. The Montcalm deposit was purchased by Falconbridge (now Xstrata) from Outokumpu Mines Inc. in 2001 for $14 million. The mine reached its designed production capacity of 750,000 tonnes annually during the fourth quarter of2004. During 2004, the Montcalm mine produced 214,392 tonnes of ore grading 1.32% nickel and 0.69% copper. As of 2006, it was reported by Xstrata that the Montcalm Mine had proven reserves of 3.2 million tonnes grading 1.56% nickel and 0.75% copper and probable reserves of 1.7 million tonnes grading 1.44% nickel and 0.70% copper.
!NV's Montcalm Property is considered prospective as the mineralized Montcalm Gabbroic Complex extends westward onto !NV's Property There also exists the potential for discovery of other mineralized gabbros on !NV ground, as the results of a recent (2008) ground UTEM survey identified several untested multi-channel EM anomalies (see separate assessment report for UTEM survey details).
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INV INTERNATIONAL NICKEL VENTURES
3.0 Geology
Montcalm
The Montcalm Gabbroic Complex is located in the western Abitibi Subprovince 17 kilometres east of the Kapuskasing structural zone. The Complex is a 25 kilometer long arcuate-shaped layered mafic-ultramafic intrusion dated at 2702 ±2 Ma (Barrie et al. 1990). The Complex intrudes tholeiitic mafic volcanics, calc-alkaline dacitic to andesitic volcanics, clastic metasediments, and iron formation of the Kidd-Munro assemblage. It is intruded on the east side by granitic rocks of the Kenogamissi batholith, which includes diorites as young as 2684 Ma (Ayer et aI, 2002). In detail, contacts between the gabbros and surrounding volcanics interdigitate in a complex manner.
The Montcalm Complex has been divided into three zones: a basal Pyroxenite Zone, a Gabbro-Anorthosite Zone and a Ferroan Gabbro Zone. The zones broadly indicate a NW-SE Fe-enrichment fractionation trend. The Pyroxenite Zone (PZ) includes orthopyroxene, clinopyroxene and olivine orthocumulates and pegmatites which have undergone significant post-cumulus replacement by hornblende, plagioclase and Fe-Ti oxides - especially in the upper portion. The upper PZ contains many pyroxenite and gabbro pegmatite dykes, and is systematically enriched in V, Cu, Ni, Co, Au and S, which is consistent with a significant flux of volatile-enriched fluids.
The Gabbro-Anorthosite Zone (GZ) consists of plagioclase-clinopyroxene mesoto adcun1Ulate and lesser plagioclase-phyric gabbro. The GZ in the Montcalm deposit area has low incompatible element, S, and PGE contents consistent with S-undersaturated conditions and low amounts of trapped intercumulus liquid. The Montcalm deposit has low PGE contents and a high Pt/Ir ratio. It has been suggested that the sulfide body equilibrated with a pyroxenite host, either in the basal portion of the complex or in a deeper magma chamber, prior to its tectonic emplacement in the GZ (Barrie et al.. 1990).
The Montcalm deposit is hosted by gabbroic cumulate rocks in the northeastern tip of the complex (Fig. 3). The deposit was discovered in 1976 while drill testing airborne EM anomalies. It comprises three steeply dipping, irregularly shaped sulfide lenses separated by granitic dykes. Each lens has a maximum strike length of 250 metres and maximum widths between 30 and 65 metres. Sulfide mineralogy consists of pyrrhotite, pyrite, pentlandite, and chalcopyrite, with minor magnetite and violarite. The texture of the sulfides ranges from disseminated to massive and often displays a primary magmatic character. Chalcopyrite has been partially remobilized.
5
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INV INTERNATIO NAL NICKEL VENTURES Montcalm Property
r---- - -------·------ -·--·-------·----- - - ·--··- ··------.---.... -- - -.- .- .. - - - .. --.--- ---------- - - .... ------ ----
i
[
I
I
414000 416000
Montcalm Geology
o 250500 1,000 1,500 2,000
Meters
Figure 3: Montcalm Property geology.
6
418000
Legend
* OGS Lithologies
Montcalm Mine m~±..:.J Clastic Metasedimentary Rocks
V Individual Claims hi~ ~ I Felsic-Intermediate Intrusives
~.~J Property Boundary ['_F;-' ) Felsic-Intermediate Volcanics
-.r....--- Stream D Intermediate-Mafic Volcanics
§ Lake I River ~ Mafic Intrusives
., .~ Marsh _ Mafic Intrusives (Dykes)
Ultramafic Volcanics
• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •
INV INTERNATIONAL t'-.IICKEL VENTURES
4.0 Property History
1959 - Teck Exploration
Montcalm Property
Drilled holes 1 and 3 near the contact with the Montcalm Complex on the eastern portion of the Property (Fig. 4). Massive sulfides were encountered, but no significant assay values were returned.
1974 - Phelps Dodge
Hole 138-3 was drilled in the northeastern comer of the current Property (Fig. 4). Semi-massive to massive sulfides were reported but no significant assay values were returned.
1977 - Geophysical Engineering Limited
Conducted an airborne DIGHEM survey totaling 1126 line-miles that covers a portion of the current Property. Holes EE-63 and EE-64 were drilled in the northeastern corner of the current Property (Fig. 4). Drill hole EE-64 intersected two horizons of massive sulfides, mainly composed of pyrite and pyrrhotite, at 42.1-45.8 and 64.1-66.2 meters. No assays or results are indicated.
1995 - KRL Resources
Conducted a ground pulse EM survey covering a portion of the current Property. Two targets were identified and drilled (holes Ml & M2). Both holes fall within the current Property (Fig. 4). Ml missed the conductor due to hole steepening and M2 intersected a magnetite rich zone interpreted as the source of the conductive anomaly. Anomalous Ni (up to 0.1 % was reported in M2).
1996 & 1997 - Teck Exploration
Conducted a large diamond drill hole program in the area of which two holes (MAC96-18 and MAC97 -29) were drilled within INV's current Property boundary (Fig. 4). No significant intersections or assay results were reported in either hole.
2003 - Aurora Platinum
Geotech Ltd. flew a 358 line-kilometer airborne VTEM survey that covers the current Property identifying many prospective conductors.
2004 - Aurora Platinum
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I'N'" ','V' INTERNAnONAL , . , " NICKEL VENTURES Montcalm Property
Completed a four (4) hole diamond drill program to test conductors identified in the 2003 VTEM survey. Of the four diamond drill holes (MC-04-01 to MC-04-04 (Fig. 4) for a total of 1,500 meters), only two intersected the targeted gabbroic rocks with poor sulfide concentration in them. These poorly mineralized gabbroic rocks yielded no significallt base or precious metal mineralization.
2008 - International Nickel Ventures
o
I
Conducted a 108 line-kilometer ground magnetometer and ground UTEM 3 EM survey over the southern portion of the Property. Several untested multi-channel EM conductors were identified (Fig. 4).
A1AOOO
.1"'000
Previous Work
o 250 500 1.000 1.500 2.000
416000
416000
* Montcalm Mine
f.~J Property Boundary
B uke/River
• Historica I Drill Colla'
A18000
418000
Legend
NAD a3 U1M ZoM 11N JuOit 22", 2009
Clark EX' klfaioo Conwtlin
2008 U1EM Conductor Channel Response
(\) 8
(t 9
• 10
-- 2008 Original Grids
o o o o m on
I ~, __ ~~ __ ~Me_te_~ __ ~~ ____ ~~_s_~_.ac_ep_'*_ct_~_O.f_~~m~_~_. ~ ______________ ~ Figure 4: Previous work done on Property as mentioned in above section.
8
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INV INTERNATIONAL NICKEL VENTURES Montcalm
5.0 2009 Diamond Drilling Program
In 2009, Clark Exploration Consulting of Thunder Bay, Ontario was contracted by International Nickel Ventures Corporation to conduct a 9 hole diamond drill hole program on their Montcalm Property located within the Porcupine Mining Division.
A drill program commenced in late January 2009 and was completed in early March to test a number of DTEM anomalies. Although the original drill program contemplated testing nine DTEM anomalies, the program was terminated after drilling six anomalies totaling 1,530 meters, as several of the planned drill holes had no readily available water source for drilling purposes due to harsh winter conditions. Drilling work was performed by "Norex Drilling" of Porcupine, Ontario.
The Montcalm Property core was processed at the Monita Porcupine core facility located 6km north of Timmins on the west side ofHWY 655. The core is cross-piled and is temporarily stored in the core shack yard. Core samples were split using a diamond saw and rinsed of cuttings before being placed in plastic sample bags. The bags were transferred into rice bags for shipping and are sealed with fiber tape and a tie-wrap for security purposes. The bags were shipped to Act Labs in Thunder Bay using Garden Way shippers located in Timmins,
Sample intervals were limited to maximum lengths of 1.5 meters and minimum lengths of 30 centimeters. The core is marked and sampled to separate contrasting sulfide contents. Core samples are also divided such that sulfides from an interval were not included in the adjacent sample due to shallow contact dips. Care was taken to avoid contamination from sulfide dust or sludge by rinsing the core before placing the samples in bags
Assay tags were placed in the plastic sample bags and stapled in the inside of the bags. Bags were folded over and stapled sufficiently to avoid spillage of the contents. Standards and blank samples were obtained from FNX Mining Ltd. for the purpose of quality control (Table 1). Standards were used at every 20th sample interval and a blank included for every 50th sample for long sulfide intersections. Shorter hole sulfide intersections had a standard included which assured at least one quality control sample per drill hole. Standards and blanks used for QA/QC are listed below in Table 2 for ease of interpretation of assay results in Appendices A and B.
Table 2: Standards and blanks used for core sampling QA/QC.
FNXQC-2 1.58 %Cu I 2.66% Ni l 1.024_gpt Pt I 1.642 gpt Pdl 0.249 gpt Au FNXQC-4 1.12 %Cu I 0.43% Ni I 3.635 gpt Pt l 3.915 9Q1: Pd I 0.629 gpt Au Blanks Below Detection for all above elements
9
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1-N· ... , V' INTERN ATIO NAL . NICKEL VENTURES Montcalm Property
Figure 5 shows 2009 drillhole locations along with surface projections. UTM coordinates of drill collars along with survey details and assay results are included in the drill logs in Appendix A. Detailed cross sections can be found in Appendix C.
r--·-------.---·-.. ---.--------.-·-.. ------.. ·--·--- - .-----.------.------... --.-.-.---.--.-... -.--.. -..... ---.--.-.... -.-.. --.-.--.--.---------.-- -.-.. -.----... I 412000 414000 416000 418000 420000 I ;
+
412000
+ + + + :" .. ' ' : ,
.r~ .......... ".~ .. : :.'~ .............. m: .. ········1
/_ .................. , ............. _ .................................................... J r ..................... .1 (... [ ....... 1 \ ~ ~ + . Montcalm Min~
-'. :
) , .. .-. • INV-09-007 •
*
\:: --41 .!,.NVf9-008
-f + .::i ...... ,f. INV-Il9-003
:.'.':. INV-09~ T fNV-Il9-of' - :
\\ _fNV-09-00i" :, r .. · .. .: :) I
"' ................................... ": ................................................ ..
414000 416000
2009 Drilling
NAO S3' UTM Zone 17N Ju'ne 22. 2009
Clark ExolOf8tion Consu ltlna
418000 420000
• 2009 Drill Collar
- 2009 Drl/lho/e Surface Projection * Montcalm Mine
f.I.~j Property Boundary
..... ~. Stream
o 500 1,000 2,000 3,000 5 lake / River
Meters 1<:. Marsh
Figure 5: 2009 drillhole locations with surface projections.
Highlights of the 2009 drill program are as follows :
INV-09-001 was drilled to a final depth 0[206 meters to test a two line UTEM anomaly (anomalies 126 and 129, both ten channel conductors with late time support) , trending in
10
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INV INTERNATIONAL NICKEL VENTURES Montcalm
a north-south orientation, and parallel to the orientation of the Montcalm ore body. There was no explanation for the conductor in the hole.
INV-09-002 was drilled to a final depth of233 meters to test a two line UTEM anomaly (anomalies 116 and 118, both nine channel conductors), trending in a north-south orientation. In 2004, Aurora Platinum Corp. ("Aurora") drilled MC-04-04 in a north to south direction to test a conductor at the same location. The hole failed to explain the conductor but intersected thick sequences of gabbroic breccias locally containing ultramafic fragments with minor sulfides. INV -09-002 was drilled from west to east based on the interpretation that the conductor was trending north-south, and therefore, the Aurora hole had run parallel to the target remaining either in the foot-wall or hanging-wall. The INV conductor was explained by several narrow bands of semi-massive magnetite.
INV-09-003 was drilled to a final depth of389 meters to test a one line, ten channel conductor, UTEM anomaly 52. Six separate intervals of disseminated to semi-massive sulfide, predominantly pyrrhotite, were intersected, ranging in core length from 6.2 to 17.5 meters. However, the sulfide sections did not carry anomalous base or precious metal values.
INV -09-004 was drilled to a final depth of 325 meters to test a one line, ten channel conductor, UTEM anomaly 103. There was no explanation for the conductor.
INV -09-007 was drilled to a final depth of 209 meters to test a one line, ten channel conductor, UTEM anomaly 149. Minor disseminated gabbro-hosted pyrite may explain the conductor.
INV -09-008 was drilled to a final depth of 167 meters to test a one line, nine channel conductor, UTEM anomaly 148. Minor disseminated pyrite and pyrrhotite may explain the conductor.
11
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INV INTERNATIONAL NICKEL VENTURES
6.0 Conclusions
Given that there is virtually zero outcrop exposure on the property, exploration must rely almost entirely on geophysics, in particular electromagnetic surveys such as UTEM. Any conductors detected could be indicative of a sulfide body similar to the Montcalm ore body and therefore represent valid exploration targets. There are numerous untested conductors, including the three targets which were not drilled during the 2009 winter program due to the conditions. The untested conductors remain of interest and should be drilled at a later date.
12
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INV INTERNATIONAL NICKEL VENTURES
1.0 References
Ayer, J. A., Ketchum, J. W. F., and Trowell, N. F., 2002, New geochronological and neodymium isotope results from the Abitibi Greenstone Belt with emphasis on the timing and tectonic cimplications of Neoarchean sedimentation and volcanism, OGS Summary ofField Work and Other Activities 2002.
Barrie, C.T. and Naldrett, A. J., 1990, Geochemical constraints on the genesis of the Montcalm Gabbroic Complex and Ni-Cu Deposit, Western Abitibi Subprovince, Ontario, Canadian Mineralogist, 28, 451-474.
MacTavish, A. B. and Henderson, L. G., 1997, Precambrian geology, Montcalm Township, OGS Map 2641.
Natural Resources Canada, 2008, Can Vec v3. 0 Topographic Reference Product, Natural Resources Canada.
Ontario Geological Survey, 2006, 1 :250000 Scale Bedrock Geology of Ontario, Ontario Geological Survey, Miscellaneous Release Data 126 - Revised.
13
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Appendices
14
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INV INTERNATIONAL NICKEL VENTURES
Appendix A: Diamond Drill Logs
15
••••••••••••••••••••••••••••••••••••••••••••
I
Feb 12, 2009
Hole Number INV-09-001
DETAILED LOG FNX MINING INC.
Projecl Name: Aurora - Montcalm
Project Number: MONTCALM
Claim Number:
Location: Exploration
Section:
Primary Coordinates Destination Coordinates
Hole Type: Exploration
Date Started: Feb 11, 2009
Grid: UTM:
North: 5389339.96
East: 417130.00
Elev: 290.29
Date Completed: Feb 11, 2009 Collar Survey: Pulse EM Survey:
Date Entered: Feb 11.2009 Making Water: Plugged:
Logged By' rpoulin Gas Intersected: Object In Hole:
Comments: Norex drilling, test anomaly west of DIA dyke (mag survey interpretation), anomaly 110m down vertical.
Survey Data
Depth Azimuth Dip Test FI"g Depth Az;muth Dip Test Flag Decimal Decimal Type Decimal Decimal Type
101.00 273.20 -48.50 R OK 206.00 276.80 -49.20 R OK
Rocks(Major) Details Rocks(Minor) Details From To From To Description Comments From To From
0 65.75 CASE NW casing down to 69m, open jOints full of clay, had to sink casing from 55.75m to 59m.
I I I I I I I I
To
I
Grid: UTM:
North: 5389339.96
East: 417130.00
Elev: 290.29
Multishot Survey:
Is Cemented:
Verified:
Description
I
Assay Data
Conlraclor:
Core Storage: Core Shed
Casing: Left in Hole
Hole Size: NQ
Sample # From To Lengt~ Sulphides %
I I I I
Cu% Ni%
I I I
Page 1 of 28
Units: METRIC
Collar Dip:
Collar Az:
Length:
Start Depth:
Final Depth:
Ptgpt Pd gpt ~u gp
I I I
-45.00
270.00
206.00
0.00
206.00
Fe % S%
I I
••••••••••••••••••••••••••••••••••••••••••••
Feb 12,2009
\ Hole Number. INV-09-001
Rocks(Major) Details
From To From To Description Comments
65.75 66.56 leucocratic gabbro White-grey, 25-30% euhedral-subhedr black-green hornblende grains and laths to 3mm with subhedral plagioclase, 5% 1 mm qtz grains, 1%<1mm magnetite. weakly magnetic.
Texture 65.75 66.56 Massive 65.75 66.56 Medium Grained
65.75 66.56 Hypidiomorphic
Mineralization 65.75 66.56 Pyrite, Disseminated, 0.01%
<1/2mm grains.
Rocks(Minor)
From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Assay Data
Sample If. From To
Page 2 of 28
Units: METRIC
Lengt Sulphides % Cu% Ni% Pt gpt Pd gpt f,u gp Fe % S%
••••••••••••••••••••••••••••••••••••••••••••
Feb 12,2009
I Hole Number INV-09-001
Rocks(Major) Details From To From To Description Comments
66.56 68.00 GAB Grey, 50% euhedral-subhedr green-black hornblende grains and laths with interstitial plagioclase to 2mm, 10% 1mm clear qtz grains, 1%1mm magnetite grains. Non magnetic.
Texture 66.SE 68.00 Massive
66.5E 68.00 Hypidiomorphic 66.5E 68.00 Medium Grained
Mineralization 66,5E 68.00 Pyrite, Disseminated, 0.01%
<112mm grains
Structure 66.9C 67.30 JOints, 4S tca
Broken core, open jnts ca 45 filled wilh 1-2mm clay
I I I I I
68.00 69.20 GAB Grey, Ig gabbro matrix with 50% subhedral hornblende and plagioclase. 4% 1-3mm subhedral feldsapr phenocrysts, Non magnetic,
Texture 68,OC 69.20 Fine Grained 68,OC 69,20 Porphyritic 68.0C 69,20 Hypidiomorphic
Mineralization 68.m 69.20 Pyrite, Disseminated, 1%
<112mm grains
Rocks(Minor) From To
I I I
DETAILED LOG FNX MINING INC.
Details From To Description
I I
Assay Data
Sample # From
I I I
Page 3 of 28
Units: METRIC
To Lengtt Sulphides % Cu% Ni% Pt gpt Pd gpt r"u gp Fe % S%
I I I I I I ,
••••••••••••••••••••••••••••••••••••••••••••
Feb 12. 2009
I Hole Number INV-09-001
Rocks(Major) Details
From To From To Description Comments
69.20 72.00 leucocratic gabbro White-grey. 25-30% euhedral-subhedr blac~-green
hornblende grains and laths to 3mmwith subhedral plagioclase. 10% 1mm qtz grains, 2% <1mm magnetite. Magnetic.
Texture 69.2C 72.00 Massive 69.2C 72.00 Hypidiomorphic 69.2C 72.00 Medium Grained
Mineralization 69.2C 72.00 Pyrite. Disseminated. 0.02%
<1/2mm grains
Rocks(Minor) From To
DETAILED LOG FNX MINING INC.
Details From To Description
Assay Data
Sample # From
Page 4 of 28
Units: METRIC
To Lengtr Sulphides % Cu% Ni% Pt gpt Pd gpt I\u gp Fe% 5%
••••••••••••••••••••••••••••••••••••••••••••
Feb 12.2009
I Hole Number. INV-09-001
Rocks(Major) Details From To From To Description
72.00 75.15 GAB
Texture 72.0e 75.15 Massive 72.0e 75.15 Hypidiomorphic 72.0( 75.15 Medium Grained
Mineralization 72.0e 75.15 Pyrite, Disseminated, 0.01 %
<12mm grains
Structure 73.6C 73.70 Fault, 20 tea
<1cm broken core, chlorite mud 73.7C 100.50 Joints, 40 tca
Ill-2m 73.7C 100.50 Joints, 70 tea
1111-3m
Comments
Grey, Ig gabbro matrix with 50% subhedral green-black hornblende grains and laths to 2mm, 45% subhedral plagiodase,5% clear quartz. Non magnetic.
Rocks(Minor) From To
DETAILED LOG FNX MINING INC.
Details From To Description
Page 5 of 28
Units' METRIC
Assay Data Sample # From To Lenglt Sulphides % Cu% Ni% Pt gpt Pd gpt Au gp Fe % S%
I I
•••••••••••••••••••••••••• _ ••••••••••••••••• Feb 12,2009
I Hole Number I NV -09-001
Rocks(Major) Details
From To From To Description
75.15 78.87 leucocratic gabbro
Textur. 75.1 78.87 Hypidiomorphic 75.1, 78.87 Van-Iextured
75.1, 78.87 Massive
Alteration 75.1, 78.87 Quartz, Vein, Weak
Occasionallem vn ca 10.
I I I 78.87 80.04 VTGB
I Texture
788j 80.04 Medium Grained
78.8 80.D4 Vari-textured
78.87 80.04 Coarse Grained
Rocks(Minor)
Comments From To
White-grey, 25-30% euhedral-subhedr black-green hornblende grains and laths 103mmwith subhedral plagiodase, 10% 1 mm dear quartz grains, 3% <1mm magnetite. strongly magnetic. 3% MLGB bands to 14cm.
I I I Mela- gabbro sections to 20cm in patchy cg gabbro with 4mm hornblende phenocrysts.
I Magnetic.
DETAILED LOG FNX MINING INC.
Details
From To Description
I
Assay Data
Sample # From To
I I
Page 6 of 28
Units: METRIC
Leng!! Sulphides % Cu% Ni% Plgpl Pd gpl I'u gp Fe% S%
••••••••••••••••••••••••••••••••••••••••••••
Feb 12. 2009 DETAILED LOG Page 7 of 28
FNX MINING INC.
Hole Number: INV-09-001 Units: METRIC I Rocks(Major) Details Rocks(Minor) Details Assay Data
From To From To Description Comments From To From To Description Sample # From To Lengtr Sulphides % Cu% Ni% Pt gpt Pd gpt f.u gp Fe% S%
80.04 82.12 GAB Grey. 4% LGAB patchy veins 10 6cm. 35-45% Green-black euhedrai-subhedr homblende with euhedral plagioclase, 2% lmm magnetite. non magnetic.
Texture 80.04 82.12 Vari-textured
80.04 82.12 Medium Grained
Mineralization 80.04 82.12 Pyrite, Disseminated, 0.02%
<1/2mm grains
82.12 82.87 QFP Dyke. light pink feldspar with 20% blue quartz rounded grains, 8% mafic minerals interstitial to fsp-qtz grains.
Texture
~'i 82.87 Medium Grained
82.1 82.87 Massive
82.1 82.87 Porphyritic
Structure
"'j 82.14 Contact. 20 tea GAB/OFP
82.B 82.87 Contact. 20 lea OFP/GAB
••••••••••••••••••••••••••••••••••••••••••••
Feb 12, 2009
I Hole Number: INV-09-001
Rocks(Major) Details
From To From To Description Comments
82.87 88.54 leucocratic gabbro White-grey, 25-30% euhedral-subhedr green-black homblende with 15% clear-blue quartz and subhedral plagioclase, 1 % 1mm magnetite, weakly magnetic. Contacts gradational.
Texture 82.8 88.54 Hypidiomorphic
82.8 88.54 Massive 82.8! 88.54 Medium Grained
Mineralization 82.8 88.54 Pyrite, Disseminated, 0.02%
<1/2mm grains.
Alteration 82.8! 88.54 Quartz, Vein, Weak
Occasional1cm vn ca. 15.
Structure
I I I 86'l 87.30 Fault, 55 tca
I I Old ra-healed flt, carbonate veins and 5cm chlorite vein at lower ct.Cataciastic
Rocks(Minor)
From To
86.5 87.3C
I I
DETAILED LOG FNX MINING INC.
Details
From To Description
FLT
Old fit, cataclastic gabbro, pink calcite fillings and veins, Gcm chlorite vein at lower ct.
Texture 8G.54 87.30 Brecciated
~Iteration 86.54 87.30 Chlorite, Pervasive, Strong
Gcm vn at let. 86.54 87.30 Calcite, Veinlets, Strong
30% to 2mm ca 60-70.
I I
Page 8 of 28
Units: METRIC
Assay Data
Sample # From To Lengtt Sulphides % Cu% Ni% Ptgpt Pd gpt Augp Fe% S%
••••••••••••••••••••••••••••••••••••••••••••
Feb 12,2009
I Hole Number: INV-09-001
Rocks(Major) Details
From To From To Description Comments
88.54 98.40 GAB Grey-green, 55-60% green-black euhedrai-subhedr homblende with 3~0%
subhedral plagioclase, 2% <lmm magnetite grains, non magnetic, 1-5% c1ear- blue quartz., occasional felsic gabbro bands 1-2cm ca 60.
Texture 88.5~ 98.40 Massive 88.5~ 98.40 Hypidiomorphic 88.5~ 98.40 Medium Grained
Mineralization 88.5~ 98.40 Pyrite, Disseminated, 0.01 %
<1/2mm grains.
Alteration
I I I 88.5~ 98.40 Calcite, Vein, Weak
I I <1% <1mm vns ca. 70-60.
Rocks(Minor)
From To
I I
DETAILED LOG FNX MINING INC.
Details
From To Description
I I
Assay Data
Sample # From
I I I
Page 9 of 28
Units: METRIC
To Lengte Sulphides % Cu% Ni% Ptgpt Pd gpt !"u gp Fe% S%
I I I I I I I I
••••••••••••••••••••••••••••••••••••••••••••
Feb 12,2009
Hole Number'. INV -09-001
Rocks(Major) Details
From To From To Description Comments
98.40 103.67 QFP Dyke, light pink feldspar with 20% blue quartz rounded grains, 8% mafic minerals interstitial to fsp-qtz grains. 80% hematite stained feldspars.
Texture 98.4C 103.67 Porphyritic
98.4C 103.67 Massive
98.4C 103.67 Medium Grained
Alteration 98.4C 103.67 Calcite, Vein, Moderate
4% pink calcite vns <lmm ca. 70 98.4C 103.67 Hematite, Pervasive, Strong
rusty red feldspars
Structure 98.4C 98.42 Contact, 50 tca
GAB/QFP
I I I
100.50 105.00 JOints, 70 tca
I 5/m calcite filled
103.65 103.67 Contact, 70 tca QFP/GAB
Rocks(Minor)
From To
I I
DETAILED LOG FNX MINING INC.
Details
From To Description
I
Assay Data
Sample # From To
I I I I
Page 10 of 28
Units: METRIC
Lengt Sulphides % Cu% Ni% Pt gpt Pd gpt f.u gp Fe % S%
I I I I I I I
••••••••••••••••••••••••••••••••••••••••••••
Feb 12. 2009
I Hole Number' INV 09 001 - -Rocks(Major) Details
From To From To Description Comments
103.67 107.00 leucocratic gabbro White-grey . 25-30% euhedrai-subhedr green-black hornblende with 15% clear quartz and subhedral plagioclase, 1 % 1 mm magnetite, non magnetic. Lower contact gradational.
Texture 103.6 107.00 Medium Grained
103.6 107.00 Hypidiomorphic
103.6 107.00 Massive
Alteration 103.6 107.00 Calcite, Veinlets, Moderate
1% <1mm vns ca. 70-45, pink
Structure 105.0C 112.00 Joints, 50 tea
6/m calcite filled
Vein
I I I 104.5c1 104.67 Simple, 40%, OTZ, 20 tea I
Rocks(Minor)
From To
I I
DETAILED LOG FNX MINING INC.
Details
From To Description
I
Assay Data
Sample # From To
I I I I
Page 11 of 28
Units: METRIC
Lengtt Sulphides % Cu% Ni% Pt gpt Pd gpt f,u gp Fe% S%
I I I I I I I I
••••••••••••••••••••••••••••••••••••••••••••
Feb 12, 2009
I Hole Number: INV-09-001
Rocks(Major) Details
From To From To Description
107.00 112.00 GAB
Texture 107.0C 112.00 Hypidiomorphic
107.0C 112.00 Medium Grained
107.0C 112.00 Massive
Mineralization 107.0C 112.00 Pyrite, Disseminated, 0.01%
<1I2mm grains.
Structure 109.2 109.30 Fault, 50 tca
2crn calcite vn with hematite and accicular actinolite
Comments
Grey-green, 50% green-black euhedra~subhedr homblende with 45-50% subhedral plagioclase, 2% <lmm magnetite grains, strongly magnetic, 1-5% clear quartz.,
Rocks(Minor)
From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Page 12 of 28
Units: METRIC
Assay Data
Sample # From To Lengt Sulphides % Cu% Ni% Ptgpt Pd gpt ~u gp Fe% S%
••••••••••••••••••••••••••••••••••••••••••••
Feb 12, 2009
I Hole Number' INV -09-001
Rocks(Major) Details
From To From To Description Comments
112.00 115.60 FLT Catadastic gabbro, pink calcite fillings ca 80 to 3D, lower ct qtz vein, occasional 1-5mm hematite veins irregualr mostly ca. 45. Core broken in <10cm pieces.
Texture 112.0C 115.60 Massive
112.0C 115.60 Medium Grained
112.0C 115.60 Brecciated
Alteration 112.0C 115.60 Hematite, Vein, Weak
occasinal vns to 5mm ca 45 112.0C 115.60 Calcite, Vein lets, Strong
30% 1-3mm vns ca 80-30
Structure
112.0C 118.33 Joints, 60 tea 121m
I I I
115.4C 115.60 Fault, 20 tca
I
lower ct quartz vein
Vein
115.3C, 115.64 Simple, 80%, QTl, 20 tca
Rocks(Minor)
From To
I I
DETAILED LOG FNX MINING INC.
Details
From To Description
I I
Assay Data
Sample # From To
I I I
Page 13 of 28
Units: METRIC
Lengt Sulphides % Cu% Ni% Pt gpt Pd gpt )t>-u gp Fe % S%
I I I I I I I I I I
••••••••••••••••••••••••••••••••••••••••••••
Feb 12, 2009
I Hole Number: INV-09-001
Rocks(Major) Details
From To From To Description
115.60 117.50 GAB
Texture 115.60 117.50 Medium Grained
115.60 117.50 Massive 115.60 117.50 Hypidiomorphic
Mineralization 115.6( 117.50 Pyrite, Disseminated, 0.02%
<1mm vns ca 70-80
Alteration 11S.6( 117.50 Calcite, Veinlets, Weak
1% <lmm vns ca. 80
Comments
Grey-green, 50% green-black euhedra~subhedr homblende with 45-50% subhedral plagiodase, 2% <1mm magnetite grains, strongly magnetic, 1-5% dear quartz.,
Rocks(Minor)
From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Page 14 of 28
Units: METRIC
Assay Data
Sample # From To Lengtt Sulphides % Cu% Ni% Pt gpt Pd gpt ~u gp Fe % S%
••••••••••••••••••••••••••••••••••••••••••••
Feb 12. 2009
I Hole Number: INV-09-001
Rocks(Major) Details
From To From To Description Comments
117.50 120.90 D1A Dyke, Light grey fg, sharp contacts, gabbro xenoliths to O.4m at upperc!., diorilic. 15% fine green amphibole laths in qtz-fsp matrix .. , Non magetic. Lineated weak foliation. 5% <112mm felsic streached fragments (Ieucoxene?).
Texture 117.5( 120.90 Massive 117.5( 120.90 Fine Grained
Structure 117.5( 117.52 Contact, 50 tca
GABIDIA 118.3 131.00 JOints, 70 tea
5-61m 119.8( 120.90 Shear. 80 tea
I I I I 120.8'
70-80 ca., strong shear. mylonitic 120.90 Contact, 80 tca
DIA/GAB
Rocks(Minor)
From To
I I I
DETAILED LOG FNX MINING INC.
Details
From To Description
I
Assay Data
Sample # From To
I I I
Page 15 of 28
Units: METRIC
Lengt Sulphides % Cu% Ni% Pt gpt Pd gpt f',u gp Fe % S%
I I I I I I I I
••••••••••••••••••••••••••••••••••••••••••••
Feb 12,2009
I Hole Number: INV-09-001
Rocks(Major) Details
From To From To Description Comments
120.90 137.37 GAB Grey.green, 40% green-black euhedral-subhedr homblende with 50% subhedral plagiodase, 2% <1mm magnetite grains, moderate to strongly magnetic, 1-5% dear quartz. 135.3-135.66m DIAca 40, Epidote altered.
Texture
12O.9C 137.37 Massive 12o.9( 137.37 Medium Grained
12O.9C 137.37 Hypidiomorphic
Mineralization 120.9C 137.37 Pyrite, Disseminated, 0.02%
<1/2mm grains
Alteration 120.9C 129.00 CalCite, Veinlets, Moderate
3% <1 mm vns ca. 70-80.
Structure 128.9~ 129.10 Shear, 45 tca
strong shear, 25% calcite, 10% chlorite, mylonitic.
131.OC 206.00 Joints, 50 tca 1f1-2m
135.3C 135.32 Contact, 40 tca GAB/DIA
135.6~ 135.66 Contact, 40 tca DINGAB
Rocks(Minor)
From To
135.3( 135.6(
DETAILED LOG FNX MINING INC.
Details
From To Description
DIA
Green, Ig, non magnetic.
Texture 135.30 135.66 Massive 135.30 135.66 Fine Grained
Mineralization 135.30 135.66 Pyrite, Disseminated, 0.04%
<1mm grains
Alteration 135.30 135.66 Epidote, Pen/asive, Strong
I
Page 16 of 28
Units: METRIC
Assay Data
Sample # From To Lengt Sulphides % Cu% Ni% Ptgpt Pd gpt !"-U gp Fe% S%
I I
I
I I
••••••••••••••••••••••••••••••••••••••••••••
Feb 12, 2009
I H Ie Number' INV 09 001 0 - -Rocks(Major) Details
From To From To Description Comments
137.37 140.58 VTGB Grey, variable homblende content in sections to 0.5m and more felsic sections and coarser bands to 10cm.40-55% euhedral-subhedr green-black homblende with plagiodase to 2mm.
Texture 137.3 140.58 Hypidiomorphic
137.3 140.58 Medium Grained
137.3 140.58 Vari-textured
Mineralization 137.3 140.58 Pyrite, Disseminated, 1%
1 mm grains, one 1 mm cp grain
Alteration 137.37 140.58 Calcite, Veinlets, Weak
occasional <lmm vn ca. 70.
I I I 140.0'
Structure
I I 141.10 Contact, 40 tca
HBLT/GAB
Rocks(Minor)
From To
I I
DETAILED LOG FNX MINING INC.
Details
From To Description
I I
Assay Data
Sample # From To
I I I I
Page 17 of 28
Units. METRIC
Lengtt Sulphides % Cu % Ni% Pt gpt Pd gpt f.u gpt Fe % S%
I I I I I I I I I
I •••••••••••••••••••••••••••••••••••••••••••
Feb 12, 2009
I Hole Number: INV-09-001
Rocks(Major) Details
From To From To Description
140,58 141,10 HBlT
Texture 140.5! 141.10 Fine Grained
140.5! 141.10 Massive
Mineralization 140.5! 141.10 Pyrite, Disseminated, 1%
concentration ic at lower ct.
Structure
140.5! 140.60 Contact, 85 tea VTGB/HBLT
141.10 144.93 GAB
Texture
141.1C 144.93 Medium Grained
141.10 144.93 Hypidiomorphic
141.10 144.93 Massive
Mineralization 141.10 144.93 Pyrite, Disseminaled, 0.01%
<1/2mm grains
Vein
141.68 141.75 Simple, 30%, OTZ, 40 tca
Comments
Green-grey, 1 mm black hornblende with 5% interstitial feldspar rims" 1 % 2mm feldspar phenocrysts, Non magnetic,
Grey-green, 40% green-black euhedra~subhedr homblende with 50% subhedral plagioclase, 1 % <1mm magnetite grains, non magnetic, 1-5% clear quartz. First meter is coarser and more mafic in composition
Rocks(Minor)
From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Page 18 of 28
Units', METRIC
Assay Data
Sample # From To Lengt~ Sulphides % Cu% Ni% Pt gpt Pd gpt r"ugp Fe% S%
••••••••••••••••••••••••••••••••••••••••••••
Feb 12, 2009 DETAILED LOG Page 19 of 28
FNX MINING INC.
Hole Number: INV -09-001 Units: METRIC J Rocks(Major) Details Rocks(Minor) Details Assay Data
From To From To Description Comments From To From To Description Sample # From To Lengti Sulphides % Cu% Ni% Pt gpt Pd gpt fA.u gp Fe% S%
144.93 145.86 HBlT Green-grey,1mm black hornblende with 5% interstitial feldspar rims., 3% 2mm feldspar phenocrysts. 1 % fg magnetite. Non magnetic.
Texture
144.9 145.86 Fine Grained
144.9 145.86 Porphyritic
144.9 145.86 Massive
Structure 144.9 144.95 Contact, 60 tca
GAB/HBLT 145.8' 145.86 Contact, 30 tea
HBLT/GAB
145.86 154.00 GAB Grey-green, 35-40% green-black euhedral-subhedr homblende with 50-55% subhedral plagioclase, 1 % <1mm magnetite grains, non magnetic, 1-5% dear quartz.
Texture
145.8E 154.00 Hypidiomorphic
145.8E 154.00 Massive 145.8f 154.00 Medium Grained
Mineralization 145.8f 154.00 Pyrite, Disseminated, 0.02%
< 1I2mm grains
••••••••••••••••••••••••••••••••••••••••••••
Feb 12, 2009
I Hole Number INV-09-001
Rocks(Major) Details
From To From To Description
154.00 155.01 HBlT
Texture 154.00 155.01 Porphyritic
154.0C 155.01 Massive 154.00 155.01 Fine Grained
Structure 154.OC 154.20 Contact, 65 tea
GAB/HBLT 155.00 155.01 Contact, 70 tca
HBLT/GAB
155.01 158.30 VTGB
Texture 155.Q1 158.20 Coarse Grained
155.01 158.20 Massive
155.01 158.20 Medium Grained
155.01 158.20 Vary Textured
Mineralization 155.01 155.03 Chalcopyrite, Disseminated, 0.01 %
1 mm partial py-cp vn ca. 70 155.01 158.20 Pyrite, Disseminated, 0.01 %
<112mm grains
Comments
Green-grey, fg black hornblende with 5% interstitial feldspar rims .. 3% 2mm feldspar phenocrysts. 1 % fg magnetite. Non magnetic.
Grey, variable hornblende content and grain size,1-5mm plagioclase and hornblende patches to 1 m with 3 % black biotite. Weakly magnetic.
Rocks(Minor)
From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Page 20 of 28
Unrts: METRIC
Assay Data
Sample # From To Lengtt Sulphides % Cu% Ni% Pt gpt Pd gpt Au gp Fe% S%
• •••••••••••••••••••••••••••••••••••••••••••
Feb 12, 2009
Hole Number: INV-09-001
Rocks(Major) Details
From To From To Description
158.30 165.00 GAB
Texture
158.3C 165.00 Medium Grained
158.3C 165.00 Massive 158.3( 165.00 Hypidiomorphic
Mineralization 158.3( 165.00 Pyrite, Disseminated, 0.02%
<1/2mm grains.
Structure 160.01 169.08 Contact, 45 tca
HBLT/GAB
Comments
Grey-green, 35-40% green-black euhedra~subhedr homblende with 50-55% subhedral plagiodase, 1 % <1mm magnetite grains, non magnetic, 5-10% dear quartz. Weakly magnetic.
Rocks(Minor)
From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Page 21 of 28
Units. METRIC
Assay Data
Sample # From To Lengtt Sulphides % Cu% Ni% Pt gpt Pd gpt jA.ugp Fe% S%
--- -" '--~ 64.0C 165.00 1.0C 0.0 ;
1--- --.--r---,-193054 py I I -- . _. --
, , , , , , , , I I
t •••••••••••••••••••••••••••••••••••••••••••
Feb 12. 2009 DETAILED LOG Page 22 of 28
FNX MINING INC.
Hole Number: INV-09-001 Units: METRIC I
Rocks(Major) Details Rocks(Minor) Details Assay Data
From To From To Description Comments From To From To Descliption Sample # From To Lengt Sulphides % Cu% Ni% Pt gpt Pd gpt f\u gp Fe % S%
165.00 169.08 HBLT Vali-textured with 20% felsic mg patchy gabbro with 3-4mm hornblende crystals as irregular veins to 30cm. Hornblendite matlixfine grained. dark green with 10% interstitial feldspar .. Non magnetic. 165.16-165.51m felsic gabbro breccia with 20% 1-3mm magnetite grains and fine pyrite.
Texture 193055 ~~.OC 165.51 0.51 ~T-PY 15.1 165.00
- ------ -1.00 - --
169.08 Fine Grained 193056 165.51 166.51 , I !
165.00 169.08 Vari-textured
165.00 169.08 Medium Grained
Mineralization 165.1 165.51 Magnetite. Subhedral. 20%
in felsic gabbro band 165.H 165.51 Pyrite. Disseminated. 2%
1mm grains
Alteration 165.0( 169.08 Chlonte. Pervasive. Weak
light green
Structure 16S.0( 165.02 Contact. 70 tea
GAB/HBLT
••••••••••••••••••••••••••••••••••••••••••••
Feb 12, 2009
I Hole Number: INV-09-001
Rocks(Major) Details
From To From To Description Comments
169.08 171.20 GAB Grey-green, 35-40% green-black euhedral-subhedr hornblende with 50-55% subhedral plagiodase, 1 % <lmm magnetite grains, non magnetic, 5% dear quartz, 1 % black biotite. Magnetic. Top meter is almost LGAB.
Texture 169.01 171.20 Massive 169.01 171.20 Medium Grained
169.01 171.20 Hypidiomorphic
Mineralization 169.01 171.20 Pyrite, Disseminated, 0.01 %
<1I2mm grains
Rocks(Minor)
From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Assay Data
Sample # From To
Page 23 of 28
Units: METRIC
Lengt Sulphides % Cu% Ni% Pt gpt Pd gpt ;>.U gp Fe% S%
I •••••••••••••••••••••••••••••••••••••••••••
Feb 12, 2009
I Hole Number: INV-09-001
Rocks(Major) Details
From To From To Description Comments
171.20 174.19 QFP Light grey, lineated, quartz rich with bluish tint, 5% poorly formed feldspar phenocrysts. 40-60% quartz, Very fine grained mafic minerals. Dyke" Non magnetic.
Texture 171.2C 174.19 Porphyritic
171.2C 174.19 Fine Grained
171.2C 174,19 Massive
Mineralization 171.2C 174.19 Pyrite, Disseminated, 0.02%
< 1/2mm grains.
Alteration 171.2C 174.19 Epidote, Banded, Weak
6mm bands ca. 50
Structure 171.2C 171.22 Contact, 90 tea
I I I 174.11
GAB/QFP
I 174.19 Contact, 30 tea
QFP/HBLT
Rocks(Minor)
From To
I I I
DETAILED LOG FNX MINING INC.
Details
From To Description
I I
Assay Data
Sample # From To
I I I
Page 24 of 28
Units. METRIC
Lengt Sulphides % Cu% Ni% Pt gpt Pd gpt ~u gp Fe % S%
I I I I I I I I I I
••••••••••••••••••••••••••••••••••••••••••••
Feb 12, 2009
I Hole Number· INV 09 001 - -Rocks(Major) Details Rocks(Minor)
From To From To Description Comments From To
174.19 180.72 mela-gabbro Dark grey, vari-textured with 5% homblende-magn rich irregular bands to 4cm, one 14cm pink pegmatitic vein ca. 45. MLGB is fg, 10-20% subhedral plagioclase grains in subhedral hornblende. Non magnetic except magnetite rich bands. magnetite grains are up to em size. Probable cause of EM anomaly.
175.2C 175.8(
I
DETAILED LOG FNX MINING INC.
Details
From To Description
DIA
Gark grey mafic dyke, aphanitic with 4% 1 mm white feldspar phenocrysts., Weakly magnetic.
Texture 175.20 175.80 Aphanitic
175.20 175.80 Porphyritic
Page 25 of 28
Units: METRIC
Assay Data
Sample # From To Lengtt Sulphides % Cu % Ni% Pt gpt Pd gpt i"u gp Fe % S%
•••••••••••••••••••••••••••••••••••••••••••• Feb 12, 2009 DETAILED LOG Page 26 of 28
FNX MINING INC.
Hole Number INV-09-001 Units: METRIC I
Rocks( r."ajor) Detail Rocks !Minor} Detail Assay [ ata
From To From To Description Comments From To From To Description Sample # From To Lengtt Sulphides % Cu% Ni% Pt gpt Pd gpt f".u gp Fe % S%
Texture 174.1 180.72 Fine Grained
174.1 180.72 Massive 174.1 180.72 Vari-textured
Mineralization 174.H 180.72 Pyrite, Disseminated, 5%
<112mm grains and cubes, one lcm flat cube
175.0C 175.14 Magnetite, Subhedral, 30% 1 em aggregates of grains
175.9C 175.93 Magnetite, Subhedral, 3% 4mm grains
176.1 176.50 Magnetite, Subhedral, 35% 3mm grains
177.7~ 177.90 Magnetite, Subhedral, 5% 4mm grains in pegmatite
179.0~ 179.13 Magnetite, Subhedral, 20% 5mm grains
180.5~ 180.72 Magnetite, Subhedral, 15% 3mm grains
180.5~ 180.72 Chalcopyrite, Disseminated, 0.01 % One 1 mm grain
Alteration 174.1~ 180.72 CalCite, Veinlets, Weak
Occasional < 1 mm vn ca 70-80
""I
Structure 175.80 Shear, 60 tea
DIA ct, mylonitic
••••••••••••••••••••••••••••••••••••••••••••
Feb 12, 2009
Hole Number: INV-09-001
Rocks(Major) Details
From To From To Description
180.72 190.10 mela·gabbro
Texture 180.72 190.10 Hypidiomorphic 180.7 190.10 Massive 180.7 190.10 Medium Grained
Mineralization 180.7 190.10 Pyrite, Disseminated, 1%
< 1 mm grains, cubes
Alteration 180.7 190.10 Quartz, Veinlets, Weak
Occasional 1 mm vn ca 45 and 70.
190.10 193.90 HBLT
Texture 190.1C 193.90 Massive 190.1C 193.90 Fine Grained
Mineralization 190.10 193.90 Pyrite, Disseminated, 1 %
< 1I2mm grains
Alteration 190.1C 193.90 Chlorite, Pervasive, Weak
Structure 193.81 193.90 Contact, 15 tca
HBLT/DIO
Comments
Dark grey, 20% interstitial plagiodase to green-black euhedral-subhedr hornblende to 2mm., becomes more mafic downhole., Non magnetic.
Dark grey-green, I 5% subhedral plagiodase in green-black hornblende. Non magnetic.
Rocks(Minor)
From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Page 27 of 28
Units: METRIC I
Assay Data
Sample # From To Lengt~ Sulphides % Cu% Ni% Pt gpt Pd gpt Au gp Fe % S%
••••••••••••••••••••••••••••••••••••••••••••
Feb 12,2009
I Hole Number: INV-09-001
Rocks(Major) Details
From To From To Description Comments
193,90 196.23 010 Quartz diorite, 30% biotite and hornblende in 50% quartz, 20% feldspar grains to 2mm, Magnetic.
Texture 193,9C 196.23 Massive 193,9C 196.23 Medium Grained
196,23 206.00 GAB Grey-green, 35-40% green-black euhedrat-subhedr hornblende with 50-55% subhedral ptagiodase, 1 % <lmm magnetite grains, non magnetic, 1-5% dear quartz, 1 % biotite. EOH
Texture 196,2 206.00 Hypidiomorphic
196,2 206,00 Medium Grained
196,2 206,00 Massive
Mineralization 197,85 198.00 Pyrrhotite, Disseminated, 1 %
3mm grains in2cm qtz vn ca 80 197.8 198,00 Chalcopyrite, Disseminated, 0.3%
rimming Po
Alteration 196.2 206.00 Calcite, Veinlets, Weak
Occasional 1 mm vn ca 30.
Rocks(Minor)
From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Assay Data
Sample # From To Lengt
193057 ;9/.00 197,85 0,85 193058 . 197:Bs ~9s.15 0.30
193059 198,1 199.00 f-O,85
Page 28 of 28
Units: METRIC
Sulphides % Cu% Ni% Pt gpt Pd gpt Au gp Fe % S%
- .-
·-~r ----+---- - -
PO-CP 0.7 .-
I r-' ..
Feb 12,2009
Hole Number I NV -09-002
Roeks(Major) Details From To From To
28.80 32.00 leue,
TextUi 28.80 32.00 Mediul 28.80 32.00 Massh 28.80 32.00 Hypidi
Miner. 28.80 32.00 Pyrite,
race Altera'
28.80 32.00 Chlorit alterec Struct
28.BO 32.00 Shear, 31.50 32.00 JOints,
32.00 49.18 leue. Textul
32.00 49.18 Hypidi, 32.00 49.18 Mediu, 32.00 49.18 Massi\
Miner; 32.00 49.18 Pyrrho
g inter
Alteral 40.30 41.30 CalcilE
3% lIT 10-20
41.30 49.18 Calcit€ l/mea
Struct 32.00 46.50 JOints, 41.00 41.20 JOints. 32.00 46.50 JOints, 46.50 59.00 JOints,
I I I I • I I
Feb 12,2009
Hole Number I NV -09-002
I I I I I I • ••••••••••••••••••••••
DETAILED LOG FNX MINING INC.
Page 1 01 16
Umts. METRIC
Project Name: Aurora - Montcalm
Project Number: MONTCALM
Claim Number:
Location: Exploralion
Section:
Primary Coordinates
Grid: UTM:
Destination Coordinates
Grid: UTM:
Collar Dip:
Collar Az:
-45.00
270.00
233.00
Hole Type: Exploration
Date Started: Feb 06,2009
Date Completed: Feb 09, 2009 Collar Survey:
Date Entered: Feb 06, 2009 Making Water:
Logged By: rpoulin Gas Intersected:
I Comments:Norex dnlltng, test anomaly to east and under Mc-04-04.
Survey Data
Depth
I Azimuth Dip Test Flag Depth Oecim<J1 Decimal Type l
101.00 I 273.60 -44.60 R OK 203.00 I Rocks(Major) Details
From To From To Description
0 23.00 CASE
23.00 28.80 leueoeratie gabbro Texture
23.00 28.80 Medium Grained
23.00 28.80 Massive
23.00 28.80 Hypidiomorphie
Alteration 25.50 28.80 Quartz, Veinlets, Weak
veins 5-300101 ca 25-30.
Structure
23.00 31.50 Joints, 35 tea
Vein
28.08 28.75 Irregular, 95%. QTZ, 25 tca
28.75 32.00 Irregular, 10%, QTZ, 25 tea
North: 5388944.01
East: 416230.95
Elev: 289.00
North:
East:
Elev:
5388944.01
416230.95
289.00
Contractor:
Pulse EM Survey: Multishot Survey: Core Storage' Core Shed
Plugged: Is Cemented: Casing: Left in Hole
Length:
Start Depth:
Final Depth:
0.00
233.00
O~eetlnHo~l~e:~ ______________________ ~V~e~rifi~le~d~: ________________________ ~H~ol=e~S~iz~e~:~N~Q~ ______________________________________ __
Azimuth Dip Test Flag Decimal Decimal Type
273.00 -44.80 R OK
Rocks(Minor) Details Assay Data
Comments From To From To Description Sample # From To Lengtt Sulphides % Cu% Ni% Pt gpt Pd gpt f.u gp Fe % S%
NW casing to 24m. Left in hole. Clay overburden, pebbles at bottom.
..
Leucocratic g~bbro, grey, non magnetic, 1-3% brown biotite, 30% euhedral black hornblende laths 1-3mm and equant crystals., 70% palgioelase laths to 3mm. 23.27-23.4m DIA, diabase, grey, Ig, non magnetic, contacts ground.
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Feb 12, 2009
I Hole Number. INV-09-002
Rocks(Major) Details From To From To Description
49.18 58.40 GAB Texture
49.18 54.00 Hypidiomorphic 49.18 54.00 Massive 49.18 54.00 Medium Grained
Mineralization 49.18 54.00 Pyrrhotite, Disseminated, 0.01%
<112mm grains with Py. 54.20 54.21 Pyrrhotite, Disseminated, 2%
<1\2mm partial Po vn with Py, 1 mm qtz vn ea. 80.
Structure 49.18 49.20 Contact, 60 tea
58.40 59.50 mela-gabbro Texture
58.40 59.50 Massive
58.40 59.50 Medium Grained
Alteration 58.40 59.50 Calcite, Veinlets, Moderate
in shear 3cm ca 15 58.40 59.50 Chlorite, Veinlets, Moderate
in shear 3cm ea 15
Structure 58.90 59.70 Shear, 15 tea 59.00 95.75 Joints, 70 tea 58.40 58.42 Contact, 50 tea
... 59.50 60.60 VTGB
Texture 59.50 60.60 Medium Grained
59.50 60.60 Vari-textured 59.50 60.60 Coarse Grained
Mineralization 59.50 60.60 Pyrite, Disseminated, 0.02%
9 < 112mm several 4mm grains in pegmatitie section
Structure 59.50 59.52 Contact, 70 tca
Rocks(Minor) Comments From To
Hornblende gabbro, grey, non magnetic, 45% 1-3mm euhedral black hornblende rhombs and laths 10 3mm, 1 % magnetite <lmm, 1-10% interstitial blue QTZ rounded grains to 3mm, random distribution, 45% palgioclase laths to 3mm. Mafic content increases to lowere!.
Dark grey, weakly magnetic, sheared, 60% black anhedral-subhedr hornblende grains to 2mm, 35% interstitial plagioclase as anhedral grains, 5% blue QTZ grains and as 5mm vein ca, 50.
White-grey, plagioclase with variable grain size to 2cm.
DETAILED LOG FNX MINING INC.
Details
From To Description
Assay Data Sample # From To lengt~
Page 3 of 16
Units' METRIC
Sulphides % Cu% Ni% PI gpl Pd gpt i"u gp Fe% S%
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Feb 12. 2009 DETAILED LOG Page 4 of 16
FNX MINING INC. I Hole Number. INV-09-002 UI METRIC ms:
Rocks(Major) Details Rocks(Minor) Details Assay Data From To From To Description Comments From To From To Description Sample # From To Lengl Sulphides % Cu% Ni% Pt gpl Pd gpt f;ugp Fe 0/0 S% 50.50 65.70 GAB Hornblende
Texture gabbro. grey,
60.50 55.70 Medium Grained non magnetic to patchy
60.60 55.70 Massive magnetics, 40· 50.50 65.70 Hypidiomorphic 45% 1·3mm
Alteration euhedral black hornblende
60.60 65.70 Calcite, Veinlets. Strong rhombs and 4% <lmm pink calcite vns ca laths to 3mm, 70-45 1 % magnetite
<1mm, 1-10% interstitial blue QTZ rounded grains to 2mm, random distribution, 45% palgiodase laths t03mm.
65.70 67.32 VTGB White·grey,
Texture irregular
65.70 67.32 Massive plagioclase veins 10 4cm and clots
65.70 67.32 Vary Textured to lcm. 65.70 67.32 Medium Grained
Alteration 65.70 67.32 Calcite, Veinlets, Weak
1 % <1 mm pink calcite vns ca.45
67.32 67.95 mela-gabbro Dark grey, non
Texture magnetic. 55%
67.32 67.95 Hypidiomorphic black·green euhedral
67.32 67.95 Medium Grained hornblende wilh 67.32 67.95 Massive interstilial I 67.32 67.95 Fine Grained plagiodase to
lmm. Mineralization
67.32 67.95 Pyrite. Disseminated, 0.01% <1/2mm grains
Alloration 67.32 67.95 Epidote, Banded. Weak
3mm band ca. 70
Structure 67.32 67.34 Contact, 70 tea
...
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Feb 12, 2009 DETAILED LOG Page50f16
FNX MINING INC.
I Hole Number, INV-09-002 UI METRIC nI s:
Rocks(Major) Details Rocks(Minor) Details Assay Data
From To From To Description Comments From To From To Description Sample # From To Lengll Sulphides % Cu% NiO/O PI gpl Pd gpl I\u gp Fe% S%
67,95 82.47 GAB Hornblende
Texture gabbro, grey,
67,95 82.47 Medium Grained weakly magnelic 10 palchy
67,95 82.47 Massive magnelics, 40-67,95 82.47 Hypidiomorphic 45% 1-3mm
Mineralization euhedral black hornblende
67,95 82.47 Pyrile, Disseminated, 0.01 % rhombs and < 112mm grains lalhs to 3mm, Alteration 1 % magnelile
67,95 82.47 Calcile, Veinlels, Weak <1mm, 1-10%
1 % vns 10 3mm ca 45-40 interstitial blue OTZ rounded
Structure grains to 2mm, 67,95 67,97 Conlacl, 70 lea random
dislribution, 45% palgiodase lalhs t03mm,
82.47 85,00 GBBX Grey, ghosty
Texture breccia made of
82.47 85,00 Fine Grained rounded gabbro fragrnents to
82.47 85,00 Medium Grained lcm with MLGB 82.47 85,00 Brecciated matrix, Black
82.47 85,00 Coarse Grained euhedral hornblende
Mineralization porphroblasls in 82.47 85,00 Pyrite, Disseminated, 0,03% fine mafic matrix
< 112mm grains and as lcm
Alteration cryslals in lale
82.47 85,00 Chlorite, Palchy, Weak vein ca. 40.
replacing hornblende
Structure 82.47 82.49 Contact, 70 tea
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Feb 12, 2009
I Hole Number INV-09-002
Rocks(Major) Details
From To From To Description
85.00 91.24 GAB Texture
85.00 91.24 Medium Grained 85.00 91.24 Hypidiomorphic 85.00 91.24 Massive
Mineralization 85.00 91.24 Pyrite, Disseminated, 0.02%
<1/201m grains, random concentrations
Structure 85.00 85.20 Contad, 70 tca
91.24 93.30 GBBX Texture
91.24 93.30 Brecciated
91.24 93.30 Medium Grained 91.24 93.30 Fine Grained
Mineralization 91.24 93.30 Pyrite, Disseminated, 0.5%
<112mm grains
Alteration 91.24 93.30 Calcite, VeinJets, Moderate
2% 1 mm vns ca. 10-45-70
Structure 91.24 91.27 Contact, 20 tea
Vein 91.24 91.45 Simple, 70%, OTZ, 20 tca
93.30 95.75 VTGB Texture
93.30 95.75 Vari-textured 93.30 95.75 Coarse Grained
93.3D 95.75 Medium Grained
Alteration 93.30 95.75 Calcite, Veinlets, Weak
Occasional < 1 mm \In ca 80.
Comments
Hornblende gabbro, grey, magnetic, 40-45% 1-3mm euhedral black hornblende rhombs and laths to 3mm, 1 % magnetite <1mm, 1-10% interstitial clear OTZ rounded grains to 1 mm, random distribution, 45% palgioclase laths t03mm.
Grey, ghosty gabbro rounded fragment in fine mafic gabbroic matrix. 2-3mm patchy hornblende clots in matrix. Non magnetic.
--White-g rey, leucogabbro with patchy rounded feldspar clots to 5cm. 3% blue qtz grains to 3mm. Magnetic.
Rocks(Minor)
From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Assay Data
Sample # From To
Page 6 of 16
Units' METRIC
Lengte Sulphides % Cu% Ni% Ptgp\ Pd gp\ I\u gp Fe% S%
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Feb 12, 2009
I Hole Number INV 09 002 - -Rocks(Major) Details
From To From To Description
95.75 98.00 GAB Texture
95.75 98.00 Medium Grained
95.75 98.00 Massive
95.75 98.00 Hypidiomorphic
Alteration 95.75 98.00 Calcite, Veinlets, Strong
5% <1mm vns ca. 50 95.75 98.00 Epidote, Pervasive. Weak
green Isp 95.75 98.00 Hematite, Pervasive, Moderate
red Isp
Structure 95.75 141.00 Joints, 50 tea
1----~-98.70 ----98.00 OLDI
Texture 98.00 98.70 Fine Grained 98.00 98.70 Massive
Mineralization 98.00 98.70 Pyrite, Disseminated, 1%
< 1/2mm grains
Alteration 98.00 98.70 Calcite, Veinlets, Weak
(1 % <1 mm vn sea. 70-45.
Comments
Hornblende gabbro, grey, magnetic, 40-45% 1-3mm euhedral black hornblende rhombs and laths to 3mm, 1 % magnetite <1mm, 1-10% interstitial clear OTZ rounded grains to 1 mm, random distribution, 45% palgioclase laths t03mm.
Fg grey dyke, Plagioclase laths with light green olivine, 5% 1mm rounded feldspar xenoliths.
Rocks(Minor) From To
DETAILED LOG FNX MINING INC.
Details From To Description
._.-
Page 7 01 16
Umts. METRIC
Assay Data Sample # From To Lengt! Sulphides % Cu% Ni% Pt gpt Pd gpt Au gp Fe % 5%
-- ---
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Feb 12,2009 DETAILED LOG Page 8 of 16
FNX MINING INC.
Hole Number I NV -09-002 Units: METRIC
Rocks(Major) Details Rocks(Minor) Details Assay Data
From To From To Description Comments From To From To Description Sample # From To Lengt! Sulphides % Cu% Ni% Ptgpl Pd gpl v>.u gp Fe % S 0/0
98.70 139.40 GAB Hornblende
Texture gabbro, grey,
1264C 193051 -1()9.:le - 110.30 -1.0( - - --- ,.-- -- -- . --- -- -_.
magnetic, 35- 126.71 LAMP py 0.0 98.70 139.40 Hypidiomorphic 45% 1-3mm 193052 - 110.3'e '11O.6E 03E -- ---- - --- ---- --
Grey lamprophyre dyke. Chilled FO-CP-PY 0.5 98.70 139.40 Medium Grained euhedral black 1 em cIs with 2mm calcite vein
---- --- 110,6€ . l1UE 1l)C -_. - ----- _._-- - --
98.70 139.40 Massive hornblende 193053 py 0.0
fracture fillings al cts. ca. 25. 20% -- ---- -- - - - --- -- - ----- -- -.
Mineralization rhombs and 1 mm white calcile amygdule
98.70 132.50 Pyrite, Disseminated, 0.01% laths to 3mm, fillings, dark grey fg matrix with 1 % magnetite 20% <lmm mafic fragments.
<lf2mm grains <lmm, 1-10% 102.60 102.80 Pyrite, Disseminated, 2% interstitial clear Texture
<1mm grains to blue QTZ 126.40 126.71 Amygdaloidal
110.3C 110.66 Pyrrhotite, Disseminated, 0.5% rounded grains 126.40 126.71 Massive
2-3mm grains with Py to 1 mm, random 12640 12671 Fine Grained
110.30 110.66 Chalcopyrite, Disseminated, 0.02% distribution, 45-55% Alteralion
2mm grain, cg section palgioclase laths 126.40 126.71 Calcite, Vein, Moderate Alteralion to 3mm. Mafics 2-3mm white calcite vns at cts ca.
98.70 103.00 Calcite, Veinlets, Strong decrease
4% <1mm pink calcite vns ca. 45 downhole.
103.20 103.70 Quartz, Vein, Moderate 2% vns to 3cm ca. 70.
134.00 139.40 Calcite, Veinlets, Weak 1% <lmm vns ca. 40-60-80.
136.10 139.40 Epidote, Banded, Strong 50% ep in bands to 10em ca. 50.
Structure
100.02 100.13 Fault, 40 tca
98.70 98,72 Contact, 70 tea
100.45 101.50 Fault, 50 tea
139.40 140.31 PGDK Pink,2%
Texture hornblende in 1cm p'lnk
139.40 140.31 Pegmatitie feldspar, 30% 139.40 140,31 Coalse Grained QTZ.
Alleration 139.40 140.31 Epidote, Veinlets, Weak
1 mm vns ca. 60.
Slruclure 139.40 139.60 Contact, 80 tca
••••••••••••••••••••••••••••••••••••••••••••
Feb 12, 2009
I Hole Number INV-09-002
Rocks(Major) Details
From To From To Description
140.31 142,60 VTGB Texture
140.31 142.60 Vari-textured
140.31 142.60 Medium Grained
140.31 142,60 Pegmatitic
Alteration 140.31 142.60 K-Feldspar, Pervasive, Moderate
pink fsp. 140.31 142.60 Calcile, Veinlets, Moderale
2% 1 mm pink calcite vns ca. 50, 140.60 141.00 Chlorite, Flooding, Weak
replacing hornblende
Structure
141.00 146.00 Joints, 70 tca
140.31 140.33 Contact, 70 tca
142.60 143.47 RHY Texture
142.60 143.47 Porphyritic
142.60 143.47 Fine Grained
142.60 143.47 Massive
Mineralization 142.60 143.47 Pyrite, Disseminated, 0,5%
< 1 mm grains.
Alteration 142.60 143.47 Epidote, PervaSive, Moderate
Structure 142.60 142.65 Contact, 25 tea
143.42 143.47 Contact, 25 tea
143.47 144.00 VTGB Texture
143.47 144.00 Vari-textured
143.47 144.00 Medium Grained 143.47 144.00 Coarse Grained
Alteration 143.47 144.00 Calcite, Veinlets, Moderate
2% <1mm vns ca. 70.
Commenls
Mg-Cg gabbro with pegmatitic bands to 40cm, 3% blue qlz clots t07mm.
light greenish-grey, siliceous, 1 % 1mm pinkish feldspar grains. Dyke, sharp contacts.
40% cg pink felsic gabbro bands'ln gabbro.
Rocks(Minor)
From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Page 9 of 16
Units' METRIC
-
Assay Data
Sample # From To Lengtt Sulphides % Cu% Ni% Ptgpt Pd gpt I\u gp Fe% S%
I
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Feb 12, 2009
I Hole Number: INV-09-002
Rocks(Major) Details
From To From To Description
144.00 145.80 mela-gabbro Texture
144.00 145.80 Hypidiomorphic
144.00 145.80 Medium Grained
Mineralization 144.00 145.80 Pyrite, Disseminated, 0.05%
<1mm grains
Alleration 144.00 145.80 Calcite, Veinlels, Strong
3% 1 mm pink calcite vns ca. 70-85.
Structure
144.00 144.20 Contact, 70 tca 145.14 145.80 Shear, 50 tca
145.80 148.14 VTGB Texture
145.80 148.14 Medium Grained
145.80 148.14 Fine Grained
145.80 148.14 Vari-textured
Alleralion 145.80 148.14 Calcite, Veinlets, Weak
<ll2mm vns ca 20, irregular.
Structure
147.75 148,14 Shear, 70 tea
146.00 168.00 Joints, 45 tca
146,00 168.00 Joints, 70 tea
Comments
Dark grey, magnetic, 35% plagiodase laths 102mmwilh subhedral black hornblende. 112% lmm magnetite grains.
Grey, 20% felsic gabbro matrix as irregular fillings in fg gabbro with hornblende phenocrysts to 3mm.
Rocks(Minor)
From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Page 10 of 16
Units' METRIC
Assay Data Sample # From To Lengt\ Sulphides % Cu% NiO/O PI gpl Pd gpl !<Iu gp Fe 0/0 S%
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Feb 12, 2009 DETAILED LOG Page 11 of 16
FNX MINING INC.
Hole Number I NV -09-002 Units: METRIC
Rocks(Major) Details Rocks(Minor) Details Assay Data From To From To Description Comments From To From To Description Sample # From To Lengt! Sulphides % Cu% Ni% Pt gpt Pd gpt f',u gp Fe % S%
148.14 154.65 mela-gabbro Grey, 30%
Texture plagioclase laths and grains to 14923 14954 LAMP
148.14 154.65 Massive 4mm, with Dark grey, magnetic, 10% 148.14 154.65 Medium Grained 1-4mm black <1/2mm calcite varioles, 2% 1 mm
Mineralization subhedral diopside ? grains, 5% <1/2mm
148.14 154.65 Pyrite, Disseminated, 0.01% hornblende. mafic grains or fragments, dense
<1/2mm grains Magnetic rock, sharp contacts.
153.90 153.96 Pyrite, Disseminated, 2% Texture
4mm subhedral grains in sheared 149.23 149.54 Massive
qtz rich section. 149.23 149.54 Fine Grained
Alteration 154.10 154.40 Chlorite, Veinlets, Moderate
1 em irregular vn with qtz in vn ca 25
Structure 149.23 149.25 Contact, 40 tca
153.90 153.96 Shear, 70 tca
154.14 154.16 Fault, 45 tca 149.52 149.54 Contact, 45 tca
Vein 154.2C 154.40 Irregular, 40%, QTZ, CHL, 25 tca
I
154.65 155.30 HBlT .-
5% plagioclase
Texture laths to 1 mm in massive
154.65 155.30 Medium GrainEd subhedral I
I I I I
154.65 155.30 M5ssive hornblende. Magnetic. Non magnetic. Gradational Icontacts.
••••••••••••••••••••••••••••••••••••••••••••
I Feb 12, 2009
I INV 09 002 Hole Number: - -Rocks(Major) Details
From To From To Description
155.30 163.68 GAB Texture
155.30 163.68 Porphyritic
155.30 163.68 Medium Grained 155.30 163.68 Hypidiomorphic
Mineralization 155.30 163.68 Pyrite, Disseminated, 0.01 %
<1/2mm grains.
Alteration 155.30 163.68 Calcite, Vein lets, Weak
1 % < 1 mm pink calcite vns ca.BO.
Structure
159.00 159.20 Fault, 45 tca 159.20 166.00 Shear, 5 tca
163.68 175.79 GAB Texture
163.68 175.79 Medium Grained
163.68 175.79 Hypioiomorphic
163.68 175.79 Massive
Mineralization 163.68 173.00 Pyrite, Disseminated, 0.5%
<1/2mm grains. 16938 169.50 Pyritp., Dissp.min:lted, 3%
lmm grains in felsic 10cm band 170.40 170.50 Pyrite, Disseminated, 2%
1 mm grains in felsic 7cm band
Alteration 163.68 168.00 Quartz, Veinlets, Moderate
3% vns to 1 cm ca 70-40. 169.58 170.40 Chlorite, PervaSive, Strong
in shear
Structure 168.00 173.00 Joints, 45 tca 175.77 175.79 Contact, 45 tca 173.00 200.00 JOints, 70 tca 169.50 170.40 Shear, 45 tca 168.00 173.00 JOints, 70 tca 174.93 174.95 Contact, 20 tea 173.00 200.00 Joints. 45 tca
Rocks(Minor)
Comments From To
Porphyritic gabbro, 20% 3-5mm blocky plagioclase crystals, some rimed,45% euhedral-subhedl black hornblende, 50% plagioclase, 5% clear quartz, 2% 1/2mm magnetite grains. Magnetic.
Grey, strongly magnetic, 45% euhedral-subhedl 17493 17579 homblende with 52% plagioc\ase laths and grains to 3mm, 3% <1I2mm magnetite. Occasional 1 Oem feldspar rich bands ca, 45.
DETAILED LOG FNX MINING INC.
Details
From To Description
QTZ White quartz, fg.
Texture 174.93 175.79 Massive 174.93 175.79 Fine Grained
Assay Data
Sample # From
Page 12 of 16
Units: METRIC
To Lengt! Sulphides % Cu% Ni % Ptgpt Pd gpt \"ugp Fe % S%
I
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I Feb 12, 2009
I INV 09 002 Hole Number: - -Rocks(Major) Details
From To From To Description Comments
175.79 176.64 HBLT CG, dark grey,
Texture non magnetic, 1 cm oikocrystic
175.79 176.64 Massive hornblende 175.79 176.64 Coarse Grained grains.
176.64 185.06 GAB Porphyritic
Texture gabbro, 20% 3-5mm blocky
176.64 185.06 Porphyritic plagioclase 176.64 185.06 Medium Grained crystals, some
Mineralization rimed,45%
176.64 185.00 Pyrite, Disseminated, 0.02% euhedral-subhedr black
<1/2mm grains, euhedral cubes on hornblende, 50% 'nts plagioclase, 5% Structure clear quartz, 1 %
178.97 178.99 Contact, 55 tca 1/2mm magnetite 179.21 179.23 Contact, 40 tca grains. Non
181.58 181.60 Contact, 45 tea magnetic. 178.53 178.55 Contact, 65 tca 178.96 178.98 Contact, 45 tca
181.20 181.22 Contact, 30 tca
185.06 185.70 HBLT Dark grey, non
Texture magnetic, 10% interstitial
185.06 185.70 Massive plagioclase 185.06 185.70 Medium Grained grains with black
Structure subhedral hornblende.
185.68 185.70 Contact, 85 tca
Rocks(Minor) From To
17753 In99
178.96 17923
1812C 181.6C
DETAILED LOG FNX MINING INC.
Details
From To DeSCription
APL Light pink aplitic dyke, 2% mafics <1mm grains.
Texture 177.53 177.99 Massive
177.53 177.99 Fine Grained
APL Light pink. 10% mafics <lmm grains.
Texture 178.96 179.23 Massive
178.96 179.23 Fine Grained
LAMP Dark grey, Icm chilled contacts, 15% 1 mm calcite filled varioles, very magnetic.5% 1mm phlogopite.
Texture 181.20 181.60 Fine Grained
181.20 181.60 Variolitic
181.20 181.60 Massive
Page 130f16
Units: METRIC
Assay Data
Sample # From To LengU Sulphides % Cu% Ni% Pt gpt Pd gpt i"u gp Fe % S%
I
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feb lZ, Z009
Hole Number: INV 09 002 - -'-' Rocks(Major) Details
From To From To Description
185.70 188.10 APL Texture
185,70 188.10 Massive 185.70 188.10 Fine Grained
Alteration 185.70 188.10 Quartz, Veinlets, Weak
veins to Zcm ca 75. 186.90 187.20 Epidote. Pervasive, Weak
186.90 187.20 Chlorite, Pervasive. Weak
Structure 188.08 188.10 Contact, 40 tca
188.10 190.80 GAB Texture
188.10 190.80 Porphyritic 188.10 190.80 Massive 188.10 190.S0 Medium Grained
Mineralization 188.10 190.S0 Pyrite, Disseminated, 1%
< 1I2mm grains
Alteration 188.10 190.80 Quartz, Vein!ets, Weak
1 % 2mrn vns ca. 60.
Structure 188.35 189.00 Shear. 40 tca
190.80 192.80 HBlT Texture
190.80 192.80 Porphyritic 190.80 192.80 Goarse Grained
190.80 192.80 Massive
Alteration 190.S0 192.80 Epidote, Veinlets, Weak
2mm vn ca. 40. 190.80 192.8 o Chlorite, PervaSive, Weak
Structure 192.20 192.Z 2 Contact, 40 tea
Rocks(Minor) Comments From To
Light pink, light grey, fg, 1% mafics, occasional 2cm qtz vn ca. 75. 186.9-187.2 m brecciated chloritic and silicified gabbro. Light grey-green irregular vein fillings in gabbro. Possible silicified gabbro xenolith in APL dyke.
Porphyritic gabbro, 20% 3-5mm blocky plagioclase crystals, some rimed,45% euhedral-subhedl black hornblende, 50% plagioclase, 1 % clear quartz, 1 % 1/2mm magnetite grains. Non magnetic.
Hornblende grains to 1 em, 3% 3mm 192.2C 192.8C feldspar phenocrysts. Non magnetic. QTZ and aplitic bands to 6cm.
DETAILED LOG FNX MINING INC.
Details From To Description
APL Pink, fg, 1 % mafies.30% qtz.
Texture 192.20 192.80 Massive
192.20 192.80 Fine Grained
Assay Data Sample # From
Page 14 of 16
Units: METRIC
To Lengtt Sulphides % Cu% Ni% Ptgpt Pd gpt f\u gp Fe% S%
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Feb 12, 2009
I Hole Number INV -09-002
Rocks(Major) Details
From To From To Description
192.80 197.80 GAB Texture
192.80 197.80 Hypidiomorphic
192.80 197.80 Medium Grained
192.80 197.80 Massive
Mineralization 192.80 197.80 Pyrite, Disseminated, 1%
<112mm grains
Alteration 192.80 197.80 Calcite, Veinlets. Moderate
2% <1 rnm vns ca. 60
Structure
196.00 196.20 Contact, 40 lea
196.38 196.40 Conlact, 65 tca
197.80 198.75 APL Texture
197.80 198.75 Fine Grained
197.80 198.75 Massive
Structure 197.80 197.82 Contact, 45 tea
198.73 198.75 Contact, 40 tca
198.75 223.74 GAB Texture
198.75 223.74 Massive
198.75 223.74 Hypidiomorphic
198.75 223.74 Medium Grained
Mineralization 198.75 223.72 Pyrite, Disseminated, 0.5%
< 1/2mm grains and on jnts as cubes
Alteration 198.75 203.40 Epidote, Patchy, Weak
10-20cm concentrations in bands 198.75 223.72 Calcite, Veinlets, Moderate
1% vns 102m ca.50-70.
Structure 202.96 202.98 Contact, 60 lea 203.30 203.32 Contact, 45 tea
Rocks(Minor) Comments From To
Grey, weakly magnetic, 45% euhedral-subhedl 196.00 196.40 hornblende with 52% plagioclase laths and grains to 3mm, 3% <112mm magnetite. Occasional 2-30cm feldspar rich aplitic and granophyric bands ea. 45.
Light pink, Ig qtz-fsp matrix.
Grey, weak to strongly magnetic, 20296 20332 50-45% euhedral-subhedl green hornblende with 52% plagioclase laths and grains to 3mm, 3% <112mm magnetite. Occasional 2cm feldspar rich bands ca. 45.
DETAILED LOG FNX MINING INC.
Details
From To Descrlption
APL Light pink, fg, 2% mafies in qtz-fsp.
Texture 196.00 196.40 Massive
196.00 196.40 Fine Grained
DIA Light grey felsic dioritic dyke, 15% euhedral amphibole laths in grey fsp- quartz. Non magnetic.
Page 15 of 16
Units: METRIC
Assay Data
Sample It From To Lengl Sulphides % Cu% Nt % PI gpl Pd gpl I'.u gp Fe% S%
.c-----
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Feb 12, 2009
I Hole Number INV-09-002 '----' ,..
Rocks(Major) Details
From To From To Description
223.74 230.00 DIA Texture
223.74 230.00 Fine Grained
223.74 230.00 Massive
Mineralization 223.74 230.00 Pyrite, Disseminated, 0.01%
<1I2mm grains
Alteration 223.74 230.00 Calcite, Veinlets, Weak
<1/2mm vns ca, 70-80.
Structure 223.74 223.76 Contact, 80 tca
223.99 224.10 Contact, 70 tea
229.98 230.00 Contact, 60 tca
230.00 233.00 GAB Texture
230.00 233.00 Massive
230.00 233.00 Hyprdiomorphic
230.00 233.00 Medium Grained
Alteration 230.00 233.00 Calcite, Veinlets, Weak
1 mm vns ca 35.
I
232.32 232.56 Epidote, Vein, Moderate 2cm ep vn ca 30.
Rocks(Minor)
Comments From To
Grey, fg, diorite dyke, 15% euhedral 223.74 224.1C hornblende laths in qtz-fsp matrix., Finer grained contacts" Non magnetic.
Grey, weak to strongly magnetic, 50-45% euhedral-subhedr green hornblende with 52% plagioclase laths and grains to 3mm, 3% <1!2mm magnetite. EOH.
DETAILED LOG FNX MINING INC.
Details
From To Description
APL light pink, 1 % mafics, 0% qtz in fsp.
Texture 223.74 224.10 Massive
223,74 224,10 Fine Grained
I
Assay Data
Sample # From
Page 16 of 16
Units' METRIC
To lengt! Sulphides % Cu'% Ni% Pt gpt Pd gpt u gp Fe "/0 S%
I
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Feb 27,2009
Hole Number INV-09-003 Project Name: Aurora - Montcalm
Project Number: MONTCALM
Claim Number:
Hole Type: Exploration
Location: Exploration
Section:
Collar SUlvey:
Making Water:
DETAILED LOG FNX MINING INC.
Primary Coordinates
Grid: UTM:
North: 5389635.00
East: 416371.03
Elev: 288.80
Pulse EM Survey:
Destination Coordinates
Grid: UTM:
North: 5389635.00
East: 416371.03
Elev: 288.80
Multishot Survey:
Is Cemented:
Date Started: Feb 13, 2009
Date Completed: Feb 26, 2009
Date Entered: Feb 13,2009
Logged By: rpoulin Gas Intersected:
Plugged'
Object In Hole: Verified:
Comments: Norex drilling, test anomaly # 52, 171m vertical depth. Deepen hole by 100m on Feb 24-09.
Survey Data
Depth Azimuth Dip Test Flag Depth Azimuth Dip Test Flag Decimal Decimal Type Decimal Decimal Type
101.00 136.00 -44.30 R OK 203.00 143.70 -44.40 R DO
290.00 157.60 -44.70 R DO 389.00 157.00 -40.10 R
Rocks(Major) Details Rocks(Minor) Details From To From To Description Comments From To From To Description
0 15.30 CASE NW casing, clay.
Assay Data
Contractor"
Core Storage: Core Shed
Casing: left in Hole
Hole Size: NQ
Sample # From To lengt~ Sulphides % Cu% Ni%
Page 1 of 26
Units: METRIC
Collar Dip:
Collar Az:
Length:
Start Depth:
Final Depth:
Pt gpt Pd gpt p,ugp
-45.00
135.00
389.00
0.00
389.00
Fe% S%
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Feb 27, 2009 DETAILED LOG Page 2 of 26
FNX MINING INC.
Hole Number: INV-09-003 Units: METRIC
_. .. ---Rocks(Major) Details Rocks(Minor) Details Assay Data
From To From To Description Comments From To From To Description Sample II From To Lengt Sulphides % Cu % Ni% Pt gpt Pdgpt ~ugp Fe% S%
15.30 21.00 VTGB 30% hornblendite
Texture bands to 50cm in 15.30 21.00 Medium Grained gabbro. Fine
15.30 21.00 Massive grained,
15.30 21.00 Fine Grained green-grey HBL T
15,30 21.00 Vary Textured with gabbro. Gabbro 15-20%
Mineralization clear quartz,
15.30 21.00 Pyrite, Disseminated, 0,03% 40-45% black
<1/2mm grains in HBL T subhedral
Alteration hornblende, plagioclase
20.03 20.55 Silica, Pervasive, Moderate grain'; to 2mm ,
20.03 20.55 Biotite, Banded, Strong Non magnetic. 1 cm bands ca 45-40 in shear
Structure
15.30 19.80 Joints, 45 tca
19.80 19.85 Fault, 30 tca
19.85 25.43 Joints, 45 tca
20.05 20.80 Shear, 40 tca
19.50 19.55 Fault, 40 tca
20.34 20.40 Fault, 50 tca
~ 32.40 GAB Grey, 50-55% black
Texture euhedral-subhedl 21.00 32.40 Medium Grained hornblende with
21.00 32.40 Massive subhedral
21.00 32.40 Hypidiomorphic plagioclase
Alteration grains to 2mm. 1% <1/2mm
24.70 25.30 Calcite, Veinlets, Weak magnetite 1mm vns ca 45 grains, 1-5%
24.70 25.30 Chlorite, PervaSive, Weak clear quartz"
24.70 25.30 Biotite, Pervasive, Strong non magnetic,
10% brown occaSional 4-5cm fg mafic
Structure xenoliths. 21.80 21.84 Fault, 45 tca
25.43 34.0 o JOints, 50 tca
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Feb 27, 2009
I Hole Number. INV-09-003
Rocks(Major) Details From To From To Description
32.40 34.20 GAB Texture
32.40 34.20 Hypidiomorphic 32.40 34.20 Medium Grained 32.40 34.20 Massive
Mineralization 32.40 34.20 Pyrite, Disseminated, 0.01 %
<1/2mm grains
Structure 34.00 34.81 JOints, 50 tca
~ -_.- -_._.- . .. ------ -- . -
34.81 FLT
-34.81 43.20 GAB
Texture 34.81 43.20 Fine Grained 34.81 43.20 Massive
34.81 43.20 Medium Grained 34.81 43.20 Hypidiomorphic
Mineralization 34.81 43.20 Pyrite, Disseminated, 0.01%
< 1 f2mm grains
Alteration 42.60 43.00 Chlorite, Pervasive, Strong
shear
Structure 34.81 43.00 Joints, 20 Ica 34.81 43.00 Joints, 60 tca 40.60 40.70 JOints, 60 tea
42.60 43.00 Shear, 50 tca 43.00 52.00 Joints. 45 tea
Rocks(Minor) Comments From To
Grey, 35-40% black euhedral-subhedl homblende with subhedral plagiodase grains to 2mm. 1%,1mm magnetite grains, 1-5% dear quartz" non magnetic
.------ - - .. ~
Cataclastic quartz vein, broken in <4cm pieces,5cm chlorite mud at upper ct. Contacts broken.
Grey, 50·55% black euhedral·subhedl hornblende with subhedral plagioclase grains to 2mm. <1% <1/2mm magnetite grains, 1·5% clear quartz" non magnetic. Variable grain size.
DETAILED LOG FNX MINING INC.
Details
From To Description
Assay Data
Sample # From To Lengtr
Page 3 of 26
Units: METRIC
Sulphides % Cu% Ni% Pt gpt Pd gpt p,u gp Fe % S%
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I Feb 27, 2009
I Hole Number INV-09-003
Rocks(Major) Details From To From To Description Comments
43,20 48.70 VTGB Grey, patchy
Texture looking with 2cm coarser feldspar
43.20 48.70 Hypidiomorphic patches in 43,20 48.70 Vari-textured gabbro, 50-55% 43,20 48.70 Medium Grained black
46.12 46.78 Coarse Grained euhedral-subhedl hornblende with
Mineralization subhedral 43.20 48.70 Pyrite, Disseminated, 0.01 % plagioclase
<1/2mm grains grains to 2mm, 1%,1mm magnetite grains, 1 ~5% dear to blue quartz., non to weakly magnetic.
48.70 51.73 DIA Grey, vfg, 10% eUhedral
Texture hornblende laths 48.70 51.73 Massive in grey siliceous 48.70 51.73 Fine Grained matrix.,
Mineralization Magnetic., O.4m
48.70 51.73 Pyrite, Disseminated, 1% gabbro xenolith in centre of dyke,
,1 mm grains, cubes on joint faces 4cm rounded J\lteration YE"nolith at lower
48.70 51.73 Quartz, Veinlets, Weak contact. Occasional 1 mm vens ca 25
Structure 48.70 48.72 Contact, 20 tca 51.71 51.73 Contact, 80 tea
I 49.20 49.30 Fault, 70 tea
Rocks(Minor) From To
DETAILED LOG FNX MINING INC.
Details From To Description
I
Assay Data Sample # From To lengt!
I I I
Page 4 of 26
Units: METRIC
Sulphides % Cu% Ni% Ptgpt Pd gpt ftlu gp Fe% S%
I
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I I I :
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Feb 27, 2009
I Hole Number INV -09-003
Rocks(Major) Details From To From To Description
51.73 62.20 VTGB Texture
51.73 62.20 Medium Grained 51.73 62.20 Vari-textured 51.73 62.20 Fine Grained
Mineralization 51.73 62.20 Pyrite, Disseminated, 0.01 %
<112mm grains
Structure 52.00 152.00 Joints, 60 tea
62.20 71.50 GAB Texture
62.20 71.50 Medium Grained 62.20 71.50 Hypidiomorphic 62.20 71.50 Massive
Mineralization 62.20 71.50 Pyrite, Disseminated, 0.01%
<lmm grains
Alteration 70.54 71.50 Calcite, Veinlets, Weak
Occasionall-2mm vn ca 70 in shear bands
Structure 70.35 72.88 Shear, 70 tea
Rocks(Minor) Comments From To
Grey, patchy looking with 2cm coarser feldspar patches in gabbro. Several MlGB composition bands to 20cm and felsic bands to 30cm. Grey, 50-55% black euhedral-subhedl homblende with subhedral plagioclase grains to 2mm. <1% <1/2mm magnetite grains, 1-5% dear quartz., non magnetic.
Grey, 40-45% black euhedral-subhedl homblende with subhedral plagioclase grains to 4mm. 1% ~1I2mm magnetite grains, 1-5% clear quartz., non magnetic.
DETAILED LOG FNX MINING INC.
Details
From To Description
I
Assay Data
Sample # From To lengt
I
Page 5 of 26
Units: METRIC
Sulphides % Cu% Ni% Ptgpt Pdgpl p'u gp Fe % S%
••••••••••••••••••••••••••••••••••••••••••••
I Feb 27, 2009
I HoleNumber INV-09-003 '-" --Rocks(Major) Details
From To From To Description
71.50 74.57 VTGB Texture
71.50 74.57 Massive
71.50 74.57 Medium Grained
71.50 74.57 Vari·textured
Mineralization 71.50 74.57 Pyrite, Disseminated, 0.03%
<112mm grains. 74.32 74.35 Pyrite, Euhedral, 2%
3mm grains in 1.5cm qtz vn ca. 70
74.57 83.00 GAB Texture
74.57 83.00 Hypidiomorphic 74.57 83.00 Massive
74.57 83.00 Medium Grained
Mineralization 74.57 83.00 Pyrite, Disseminated, 1%
,1rnrn grains
Alteration 79.83 80.88 Quartz, Banded, Weak
in shear 79.83 80.88 Chlorite, Banded, Weak
in shear Structure
79.83 80.86 Shear, 60 tca
Comments
Grey, patchy looking with 2cm coarser feldspar patches in gabbro. 40-45% black euhedral-subhedr homblende with subhedral plagioclase grains to 2mm. 1%,1mm magnetite grains, 1-5% clear to blue quartz., non magnetic.
Grey, 40-45% black euhedral-subhedr hornblende with subhedral plagioclase grains to 4mm. 1% <1/2mm magnetite grains, 1-5% clear quartz., non magnetic.
I
Rocks(Minor) From To
DETAILED LOG FNX MINING INC.
Details
From To Description
I I I I
Page 6 of 26
Units' METRIC
Assay Data Sample # From To Lengtt Sulphides % Cu% Ni % Pt gpt Pd gpt ~u gp Fe % S%
1---
I
I I I I
I t .. t t t I -
•••••••••••••••••••••••••••••••••••••••••••• Feb 27, 2009
I Hole Number: INV-09-003
Rocks(Major) Details From To From To Description
83.00 96.80 mela·gabbro Texture
83.00 96.BO Medium Grained B3.00 96.BO Massive
B3.00 96.BO Hypidiomorphic
Mineralization B3.00 96.BO Pyrite, Disseminated, 0.02%
<1/2mm grains B3.00 96.BO Chalcopyrite, Disseminated, 0.01%
< 1 f2mm grains
Alteration 83.00 96.BO Quartz, Vein. Weak
occasional vn to 3cm ca 70.
96.BO 10B.l0 GAB Texture
96.80 10B.l0 Massive
96.BO 10B.l0 Medium Grained
96.BO 10B.l0 Hypidiomorphic
Mineralization 96.BO 10B.l0 Pyrite, Disseminated, 0.01%
<1/2mm grains
Alteration 103.70 lOB.l0 Quartz, Veinlets, Weak
1% 1-2 mm vns ca. 40-70
108.10 112.95 DIA Texture
10B.l0 112.95 Hypidiomorphic 10B.l0 112.95 Fine Grained 10B.l0 112.95 Massive
Alteration 10B.l0 109.BO Epidote, PelVasive, Moderate
10B.l0 112.95 Quartz, Veinlets, Moderale 3% 1-2mm vns ca. 20-45
Structure lOB.l0 108.12 Contact, 20 tca 112.93 112.95 Contact, 40 tca
Rocks(Minor) Comments From To
Grey, 60-75% black euhedral-subhedl homblende with subhedral plagiodase grains to 3mm. 1% <1/2mm magnetite grains, 1 % clear quartz., non magnetic. Gradational contacts.
Grey, 40-45% black euhedral-subhedl homblende with subhedral plagiodase grains to 2mm. 1% <1I2mm magnetite grains, 1-5% dear quartz., non magnetic.
Grey, dioritic dyke, 5% gabbro xenoliths to 32cm, 30% lmm green-black laths of homblende in quartz matrix.
DETAILED LOG FNX MINING INC.
Details
From To Description
Assay Data
Sample # From To Lengt Sulphides %
Page 7 of 26
Units' METRIC
Cu % Ni % Pt gpt Pd gpt p'u gp Fe % S%
,.-
•• I'III'IIIIIIIIIIIIII."I't'I't"'III'~'llllilll IIII1I11111I1I1
L I Hole
Rocl
Frc
160
Feb 27, 2009
Hole Number: INV-09-003
Rocks(Major) Details
From To From To
112.95 147.22
112.95 147.22 112.95 147.22 112.95 147.22
112.95 147.22
112.95 123.00
112.95 123.00
123.30 123.63 112.95 112.97 131.42 131.44 136.00 136.20
130.75 130.82
147.22 160.18
147.22 160.18 147.22 160.18 147.22 160.18
147.22 160.18
154.50 158.38
154.50 158.38
154.50 158.38 152.00 166.00
,,-
Description
GAB Texture Medium Grained
Massive Hypidiomorphic
Mineralization Pyrite, Disseminated, 0.02% <1/2mm grains
Alteration Quartz, Veinlets, Moderate 3% 1-2mm vns ca. 40-50. Calcite, Veinlets, Moderate 2% 1 mm vns ca. 80.
Structure Shear, 80 tca
Contacl, 80 tca Contact, 80 tca Shear, 45 tca
Vein Simple, 95%, QlZ, 75 tca
VTGB Texture Fine Grained Vari-textured
Medium Grained
Mineralization Pyrite, Disseminaled, 0.01% <1I2mm grains
Alteration Biotite, Pervasive, Strong 15% Ig brown Quartz, Banded, Strong 15% bands 10 1 cm
Structure Shear, 45 tca Joints, 45 tea
DETAILED LOG FNX MINING INC.
Rocks(Minor) Details Assay Data
Comments From To From To Description Sample # From
Grey, 40-45% black euhedral-subhedl 13124 13144 DIA hamblen de with Grey, aphanitic dyke ca 80, 2% subhedral 1 mm white rounded feldspar plagioclase grains. grains to 3mm.
Texture 1% <1/2mm magnetite 131.24 131.44 Massive
grains, 1-5% 131.24 131.44 Aphanitic clear quartz., 1 % black pyroxene, non magnetic, Slight variations in Isp content.
40% felsic bands
I to 56cm in fg to mg gabbro, Varies from LGAB to almost MLGB. Visible 4mm pyroxenes in LGAB section at 147.22-147.4301.
IIIII 1 1 I I I I I , .. Page 8 of 26
Units: METRIC
To Lengtr Sulphides % Cu% Ni% Pt gpt Pd gpt f,ugp Fe % S%
• •••••••••••••••••••••••••••••••••••••••••••
Feb 27,2009
I Hole Number. INV-09-003
Rocks(Major) Details
From To From To Description Comments
160.18 172.50 GBBX Light grey-green,
Texture non magnetic,
160.18 Medium Grained Silicified fg
172.50 matrix of quartz 160.18 172.50 Fine Grained with white 160.18 172.50 Brecciated feldspar rims
Mineralization surrounding ghosty contorted
160.18 162.50 Pyrrhotite, Disseminated, 5% to rounded 1-2mm grains xenoliths,
162.50 172.50 Pyrrhotite, Disseminated, 2% xenoliths irregular grains to 2mm average 1 em to
Alteration 10cm, numerous gabbroic 1RO 18 172.50 Silica, Pervasive, Strong
matrix to breccia textured rounded patches to 1 cm,
Structure some mafic 160.18 160.20 Contact, 70 tca basalt fragments 172,49 172.50 Contact, 65 tca to l,4m, dark
166.00 215.00 Joints, 55 tca green, amphibole (actinolite) rich and very fine grained. Some contorted brown very fine grained alteration bands to 3cm. 2% clots of blue quartz gr~ins to 4mm surrounding ghosty xenoliths. Breccia is mostly silicified gabbro with mafic basalt and possible meta-sediments and felsic volcanics.
Rocks(Minor)
From To
171.07 172.50
DETAILED LOG FNX MINING INC.
Details
From To Description
MFVL Dark green, mafic basalt, dense, Dark green fg amphibole matrix, weakly magnetic. Sharp contact with mg gabbro.
Texture 171.07 172.50 Massive 171.07 172.50 Fine Grained
Mineralization 171.07 172.50 Pyrrhotite, Disseminated, 3%
< 1/2mm grains
Alteration 171.07 172.50 Quartz, Veinlets, Weak
occasional <1I2mm vn ca 80.
Assay Data
Sample # From
194476-- lBO.1E
194477 -i61.0C
194478 16Z.5C ----
iS4.Oc 194479 - .. _-
+-16551: 194480 -- --
194481 167.0(:
194482 168.5C ---
I.- 169:6i: 194483
194484 171.0-= ------- -
Page 9 of 26
Units' METRIC
To Lengtr Sulphides % Cu% Ni% Pt gpt Pd gpt I\u gp Fe % S %
161.0( - ---- ----- -- - .-
0.8< PO 5.0 -162:5i 1.se
---- -- .- ----- -
PO 5.0
1S4.0( 1.5C ---- . - --I- --- - - -- -----
PO 2.0 -i65.5( 1:SC
.. _-- -- - --- - ... -
PO :'.0 ---- ---- -- - ----
167.0( 1.5C PO 2.0 --168.5( 15C
--- - ---- "--- -- - --- -
PO 2.0
1~6( 1 :IC ------._" -- - --- --
PO 2.0 --- -- -- - --
171.0 1,4 PO 2.0
~72~( -- --- ---- - - -
1,4 PO 5.0 ._-
--~-- -- --
•••••••••••••••••••••••••••••••••••••••••••• Feb 27. 2009
I Hole Number: INV -09-003 --,-- -- . __ .- _.
Rocks(Major) Details Rocks(Minor) From To From To Description Comments From To 172.50 182.74 GAB Grey. 50%
Texture black-green subhedral
172.50 182.74 Hypidiomorphic hornblende 172.50 182.74 Massive 1-2mmwith 172.50 182.74 Medium Grained 5-10% clear
Mineralization quartz and 40-45% suhedral
172.50 182.74 Pyritp.. Disseminated. 0.01 % plagiodase. <1% <1I2mm grains fine magnetite. Alteration non magnetic.
172.50 182.74 Calcite. Veinlets. Weak Occasional <1/2mm vn ca. 40-30
Structure 182.72 182.74 Contact. 55 tca
Vein 178.56 178.66 Simple. 95%. QTl. 50 tca
182.74 187.00 GBBX Grey-dark grey.
Texture mixture of 10em xenoliths of felsic 182.74 187.00 Brecciated volcanic rocks,
182.74 187.00 Fine Grained gabbro and 182.74 187.00 Medium Grained altered mafic
Mineralization basalt. Fine grained siliceous
182.74 187.00 Pyrrhotite. Disseminated. 2% matrix and rounded grains to 2mm in gabbro Ifregular mg sections. gabbro bands to Alteration 2cm. Breccia
183.45 185.10 Calcite. Veinlets. Strong unit has sharp
15% 1-2mm calcite vns ca 50.in contact with
old FL T felsic volcanic
185.10 187.00 Quartz. Veinlets. Strong block below and
3% 1-40mm vns ca. 80 and 50. gabbro above.
Structure 183.45 185.10 Fault. 50 tca 186.98 187.00 Contact. 80 tca
DETAILED LOG FNX MINING INC.
-.. -._-
Details From To Description
--
Assay Data
Sample # From
--
193060 182.74 ----
-184.0C 193061 --
193062 ~855c - --
To Lengtl Sulphides
--
i:2E ------184.0( PO
-iss.S( -i.sC PO
187'-Oi i'5( f------PO
---
Page 10 of 26
Units' METRIC
% Cu % Ni% Pt gpt Pd gpt f'.u gp Fe % S%
-~- ---- - - ----
2.0 - -- --- r----- -c---- -- ~-
2.0 ~-- - ~ -- -~
2.0 - -- - - - r----- --- -~
••••••••••••••••••••••••••••••••••••••••••••
Feb 27, 2009
I Hole Number INV-09-003
Rocks(Major) Details
From To From To Description
187.00 200.22 INQD Texture
187.00 200.22 Fine Grained 187.00 200.22 Flow Banded
Mineralization 187.00 187.70 Pyrrhotite, Disseminated, 2%
<1mm grains 187.70 188.50 Pyrrhotite, Disseminated, 10%
< 1 0101 grains partial bands to 3mm ca. 30
188.50 190.00 Pyrrhotite, Disseminated, 1 % < 1 mill grains
190.00 191.40 Pyrrhotite, Disseminated, 10% <lmrn grains
191.40 200.22 Pyrrhotite, Disseminated, 1%
Alteration 187,00 200.22 Quartz, Veinlets, Strong
4% 1-3mm vns ca. 40-90 Vein
195.70 195.98 Simple, 60%, FSP, QTZ, 30 tca
200.22 202.30 GBBX Texture
200.22 202.30 Medium Grained 200.22 202,30 Brecciated
Alteration 201.60 202,30 Silica, Pervasive, Strong
fault ca 10
Structure 201,70 202,30 Fault Breccia, 10 tca
Comments
Light grey-blue, siliceous quartz-feldspar fg matrix with 10% <1I2mm chlorite-amphibol clots, ghosty banding as layers to 2cm ca 70, white feldspar rich veins <lmm ca 50. One 14cm gabbroic looking rounded xenolith at 196.22m. t-l0% Po and trace Py disseminated in matrix as grains to 3mm. No evidence of shearing.
Gabbro section to 77cmwith 26cm basalt fragment and altered felsic veins cutting altered gabbro due to a fault.
DETAILED LOG FNX MINING INC.
Rocks(Minor) Details
From To From To Description
Page 11 of 26
Units: METRIC
Assay Data
Sample # From To Length Sulphides % Cu %1 Ni % Pt gpt Pd gpt~u gp Fe % S %
193063 187.00 187.7( 6.70 FO-- -2':1)- -=-1---- -----1----- --
~~~~~ -~.~~:~.-.-~~ 1~:~. __ 1~:~-. __ -~--~- ~~--~- .. --~~~_ i90.o(: 191.4( 1.4CpO 10.0 --- _-_=_ ~~ 19306719i.4(: 1930C 1:6c po--~--i-~6-
-19-30-S-8--1il3:0G .. -194.5c1:5(fpo-- ~-l-. 0 j -- -1930S9 194.5C 196:OC1~5( PO 1.0 - ------
19307T-i9ii:OC 197.5C 1.5( PO Tn --- --'193on197.5c 199.oi -'1.5( PO -- 1.0- - --~--193073 199.0( 200.2 1.2 PO l.-U- -- ---- ---
--- --- --- .-t- -- ---
202.30 205.53 MFVL I-::=-::+-=-=-:t----j--+:-::=-c:--------+::--:-----+---+--I---+---- -------------+-----I-----jf--+----+----l---l---1--+--+--+-+-
Dark grey-green,
Texture 202.30 205.53 Massive
20% round black pyroxene with 20% euhedral
202.30 205.53 Fine Grained actinolite laths in Alteration green amphibole
202.30 205.53 Quartz, Veinlets, Strong 3% 1-2mm vns ca. 70-35
matrix., non magnetic.
Structure 205.51 205.53 Contact, 70 tca
••••••••••••••••••••••••••••••••••••••••••••
Feb 27, 2009
I Hole Number INV-09-003
Rocks(Major) Details
From To From To Description
205.53 214.85 mela-gabbro Texture
205.53 214.85 Hypidiomorphic
205.53 214.85 Medium Grained
205.53 214.85 Massive
Mineralization 205.53 214.85 Pyrite, Disseminated, 0.01 %
<1l2mm grains
Alteration 205.53 214.85 Calcite, Veinlets, Weak
occasional <1/2mm vn ca. 85.
Structure
205.53 206.14 Shear, 70 tea
214.85 215.83 DIA Texture
214.85 215.83 Fine Grained
214.85 215.83 Aphanitic
214.85 215.83 Massive
Alteration 214.85 215.83 Calcite, Veinlets, Weak
1% 1mm vns ca. 70-40
Structure
214.85 214.87 Contact, 70 tea
215.81 215.83 Contact, 70 tca
215.00 221.10 Joints, 45 tca
215.83 216.40 mela-gabbro Texture
215.83 216.40 Hypidiomorphic
215.83 216.40 Massive
215.83 216.40 Medium Grained
Rocks(Minor) Comments From To
Grey, 70% black-green subhedral hornblende 1-3mm with 3% dear quartz and 35% suhedral plagiodase, non magnetic.
Grey, non magnetic, chilled cts., 20% vfg brown biotite.
Grey, 70% black-green subhedral hornblende 1-3mm with 3% dear quartz and 30% suhedral plagiodase, <1/2% fine magnetite, non magnetic.
DETAILED LOG FNX MINING INC.
Details From To Description
Assay Data Sample # From To Lengt!
Page 12 of 26
Units: METRIC
Sulphides % Cu% Ni% Pt gpt Pd gpt ~u gp Fe% S%
••••••••••••••••••••••••••••••••••••••••••••
Feb 27, 2009
I Hole Number: INV-09-003 _. _. - . .-
Rocks(Major) Details
From To From To Description
216.40 217.10 DIA Texture
216.40 217.10 Massive
216.40 217.10 Aphanitic 216.40 217.10 Fine Grained
Structure 216.40 216.60 Contact, 40 tca 216.99 217.10 Contact, 60 tca
217.10 219.36 HBlT Texture
217.10 219.36 Medium Grained 217.10 219.36 Massive
Alteration 217.10 219.36 Calcite, Veinlets, Strong
3% 1-4mm vns ca. 30-60. 217.10 219.36 Biotite, Pervasive, Weak
219.36 222.16 GR TextUre
219.36 222.16 Medium Grained 219.36 222.16 Coarse Grained 219.36 222.16 Massive
Alteration 219.36 222.16 Quartz, Vein, Moderate
3% 1-2cm vns ca. 70 219.36 222.16 Calcite, Veinlets, Weak
1 % 1-3mm vns ca. 40
Structure 221.10 250.00 Joints, 40 tca
219.36 219.38 Contact, 35 tea
222.14 222.16 Contact, 40 tea
.. --Rocks(Minor)
Comments From To
Grey, non magnetic, chilled cts., 20% vfg brown biotite.
Dark grey, 5% plagioclae in subhedral green-black 11Ornblende.
Light pink-grey, 5-25% mafic rninerals with quartz-feldspar. Dyke, sharp contacts, Bottom 11alf granodioritic.
DETAILED LOG FNX MINING INC.
Details
From To Description
Assay Data
Sample # From To Lengtt Sulphides
Page 13 of 26
Units: METRIC
% Cu% Ni% Pt gpt Pd gpt Au gp Fe % S%
••••••••••••••••••••••••••••••••••••••••••••
I Feb 27, 2009
~- b INV 09 003 Hole Num er: - --
Rocks(Major) Details From To From To Description Comments
222.16 228.64 mela-gabbro Green-grey, non magnetic, 30%
Texture plagioclase 222.16 228.64 Medium Grained interstitial to 222.16 228.64 Massive euhedral-subhedr 222.16 228.64 Hypidiomorphic green amphibole
Mineralization to 2mm. <1% fg magnetite.
222.16 228.64 Pyrite, Disseminated, 0.01 % Leucocratic < 1/2mm grains veins at bottom
of unit.
228.64 229.42 MFVL Dark green aphanitic basalt.
Texture Magnetic. 228.64 229.42 Fine Grained 228.64 229.42 Massive
Mineralization 228.64 229.42 Pyrrhotite, Disseminated, 5%
tvery fg
229.42 238.05 INOD Light grey, feldspar-quartz
Texture rich fg matrix 229.42 238.0S Brecciated with 20% mafic 229.42 238.05 Fine Grained minerals and
Mineralization chlorite grains <1I2mm_ Ghosty 229.42 238.0S Pyrrhotite, Dissemmated, :;°/0 black xenoliths
< 112mm grains to 3cm and Alteration occasional
229.42 238.0S Silica, Pervasive, Strong fresher green basalt with
Structure disseminated 229.42 229.44 Contact, 70 tca pyrrhotite. 5%
I 238.03 23805 Contact, 70 tca isolated blue quartz eyes, Occasional rounded 2-3cm gabbroic xenolith. White feldspar form rim shapes but original rock fragment recrystallized to q uartz-fedspar. Dioritic composition.
Rocks(Minor)
From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Assay Data
Sample If. From To
- - .----227.OC 193074 228.6
--- - - --
------- -- - -----
193075 228.6 229.4 - -- - -
-2300C ----193076 2294 i93077- - 230.0C 231~C 193078 ~3~~ 233.0(
'193079 233.0C 234.SC
193080-
c~;~r~: 193081
193082 -~7-:S -23~oi
I
Page 14 of 26
Units: METRIC
Lengt~ Sulphides % Cu% Ni% Pt gpt Pd gpt fU gpt Fe % S%
--- -- -- ----- -- - ---1-- - ---~
1.6 py 0.0 --- - -- -- -r- _0 __ -- ---- - --- --
--- --- -- -- --~i t<) s. ,)
._------- -- -- -- ----
-- -- -- - --- - - f--G.5E PO 3.0 --3.0-- --~- -- - ---- -
1.5C PO - _0 __ - - -
15C PO 3.0 - --- -- --- -- I- -----
1.Se PO 3.0 - --~- - ---- - -- --
1.5( PO
~:1 I --- --- - - -----
l.S( PO - -~~- ----- +-- -
..i:5T PO 3.0 - --- - --
I
••••••••••••••••••••••••••••••••••••••••••••
Feb 27, 2009
I Hole Number' INV -09-003
Rocks(Major)
From To
238.05 243.14
243.14 244.39
244.39 246.13
Details
From
238.05 238.05 238.05
238.05 238.05
238.05
243.12
243.14 243.14
243.14
243.14
To Description
GBBX Texture
243.14 Fine Grained 243.14 Medium Grained 243.14 Brecciated
Mineralization 243.14 Pyrite, Disseminated, 1% 243.14 Pyrrhotite, Disseminated, 1%
Alteration 243.14 Quartz, Veinlets, Moderate
5% 1cm veins ca. 70
Structure
243.14 Contact, 80 tca
MFVL Texture
244.39 Fine Grained 244.39 MaSSive
Mineralization 244.39 Pyrrhotite, Disseminated, 5%
jvery fine grained
Alteration 244.39 Quartz, Veinlets, Weak
vns to 1 cm ca 30 and 80
Structure 243.14 244.39 Conlacl, 85 lea
244.39 244.39 244.39
244.39
GBBX Texture
246.13 Brecciated 246.13 Fine Grained 246,13 Medium Grained
Mineralization 246.13 Pyrrhotite, Blebby, 15%
grains to 5mm
Comments
Grey-green, 70% very fg dark green mafic basalt subangular fragments surounded by matrix of leuco-gabbro and fine grained quartz dioritic material. Basalt blocks to 40cm, pyrrhotite and or magnetite concentration in leuco-gabbro matrix and xenolith edges.
Dark green fg mafic basalt. Green-black Ig pyroxene-amphib with Ig pyrrhotite.Dense. MagnetiC.
Grey. well brecciated with rounded gabbro xenoliths 1 cm to 40cm. matrix felsic gabbro to Ig diorilic. Blebby pyrrhotite in matrix surrounding gabbro xenoliths.
Rocks(Minor)
From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Page 15 of 26
Units. METRIC
Assay Data
Sample # From To Lengt Sulphides % Cu % Ni % Pt gpt iPd gptf'>.u gp Fe % S %
193083 238§ -239.2! - 1.2t po~py
193084 239.2! 240-.5< 1:2' po- py
193085 --240.5 242.0'~i .5' PO-Pi 193086- _242.0( • 2~:~ -1~f PO-py -
193087
i 93088 - 244.3! 245.2 193()89- 245.2 246.1
----1---- --
0.8 PO ---0.91 PO
2.0 --t--- - --
" 0
2.0 '-~~r---- --::.0
--
5.0
15.0
15.0 -- I--
••••••••••••••••••••••••••••••••••••••••••••
Feb 27, 2009 DETAILED LOG Page 16 of 26
FNX MINING INC.
Hole Number I NV -09-003 Units: METRIC I
Rocks(Major) Details Rocks(Minor) Details Assay Data
From To From To Description Comments From To From To Description Sample # From To Lengtr Sulphides % Cu% Ni% Pt gpt Pd gpt ~u gpt Fe % S%
246.13 249.32 INQD Light grey-light _.
----~------ - ._- ---blue, ---- -- --246.94 Texture 193091 246.1 0.81 PO 4.0 feldspar-quartz ---- ------ -- ._- -.- --246.13 249.32 Fine Grained rich fg matrix 193092 246.9 - 248.Oc 1.0E PO 4.0
-1----_._---248.00
--- ----~---._- -- -- ---- . 246.13 249.32 Brecciated with 5% mafic 193093 ~:3 1.3 PO 4.0 _._-minerals and ... __ . __ 0-
-----~- ---- - .- --- .-
Mineralization chlorite grains 246.13 249.32 Pyrrhotite, Disseminated, 4% <1/2mm. Ghosty
g black streached Alteration xenoliths. One
246.13 249.32 Silica, Pervasive, Strong 30cm pyrrhotite rich mafic basalt xenolith. Dioritic composition. Looks like flow banding in felsic volcanic rock. Disseminated pyrrhotite thoughout.
249.32 278.34 GAB Grey, 50%
~O94 1--- --. -- - - -- .-euhedra~subhedl 249.3, ~503; i.Ot py 0.0 Texture black --- f-- . - ---- ._- ._- -- ---
249.32 278.34 Hypidiomorphic hornblende, 193095 277.0( 278.3 1.3 py 0.0 --- _C . __ .-. ._- ------ -_.
249.32 278.34 Massive 5-10% clear 249.32 278.34 Medium Grained quartz, 40%
Mineralization euhedral plagioclase
249.32 278.34 Pyrite, Disseminated, 0.01% laths. 271 m to < 112m grains end of unit, Alteration occasional mafic
249.32 260.20 Calcite, Veinlets, Weak xenolith to 3cm
occasional 1 mm vn ca. 45-50 with Po grains. Gabbro intruded
Structure breccia unit? 250.00 290.00 Joints, 70 tca
••••••••••••••••••••••••••••••••••••••••••••
I Hole Number: INV-09-003
Rocks(Major) Details
From To From
278.34 283.96
278.34
278.34
278.34
278.34
279.00
280.00
281.00
282.00
283.00
278.34
278.34
L86~;;j _.-
283.96
283.96
283.96
283.96
285.00
286.00
283.96
To Description
GBBX Texture
282'.96 Fine Grained
283.96 Medium Grained
283.96 Brecciated
Mineralization
279.00 Pyrrhotite, Infill, 8%
201m vns 280.00 Pyrrhotite, I I1fill , 6%
2-3mrn vns
281.00 Pyrrhotite, Infill, 5%
1-2mrn vns 282.00 Pyrrhotite, Infill. 3%
2mm vns
283.00 Pyrrhotite, Il1fill, 7%
2mm vns
283.96 Pyrrhotite, Infill, 4%
2mm vns
Alteration
283.96 Chlorite, Veinlets, Moderate
1-5mm borders on Po vns,
Sttucture
278.36 Contact, 70 tea
INUD Texture
286.59 Brecciated
286.59 Fine Grained
Mineralization
285.00 PYTrhotite, Infill, 5%
2mm Vns 286.00 Pyrrhotite, Infill, 10%
2-4mm vns
286.59 Pyrrhotite, I"fill, 8%
2-4mm vns
Alteration
286.59 Chlorite, Pervasive, Weak
only in mafic xenoliths
Comments
Dark grey, well brecciated with rounded chloritic mafic xenoliths in siliceous fg now banded matrix. 25% mafic xenoliths, remainder are 9hosty with pyrrhotite bands to 4cm wrapping around the gh051y xenoliths. Some contorted flow banding in the matrix. Pyrrhotite veins have 2-5mm chlorite borders.
Light gley-biue, 2% ghosty green rounded mafic xenoliths to 3cm,siliceou5 matrix, 10% fg mafic minerals in matrix, contorted flow banding, pyrrhotite forms veins as in fills around ghosty xenoliths. Contacts appear gradational.
DETAILED LOG FNX MINING INC.
Rocks(Minor) Details
From To From To Description
Page 17 of 26
Units· METRIC
--Assay Data
Sample # From To Lengtl Sulphides % Cu % Ni % Pt gpt Pd gpti"-u gp Fe % S %
--- ----
r---- -
-
••••••••••••••••••••••••••••••••••••••••••••
Feb 27, 2009
Page 18 of 26 DETAILED LOG FNX MINING INC.
f ·HoleNurnberINV-09_003;~====~===============~~~~:,,;,;,,~~~~==============================1 ,- ~.
Rocks(Major) Details From To From To Description 286,59 290.00 GBBX
Texture 286.59 290.00 Brecciated 286.59 290.00 Medium Grained 286.59 290.00 Fine Grained
Mineralization 286.59 288.00 Pyrrhotite, Infill, 3%
2mm vns 288.00 289.00 Pyrrhotite, Infil/, 12%
3mrn vns, clots 289.00 290.00 Pyrrhotite, Infill, 25%
clots to 3cm and bands to Rem
Alteration 28659 290.00 Chlorite, Motlled, Strong
around xenoliths and against pyrrhotite veins, clots.
290.00 290,37 MASU Texture
290.00 290.37 Massive 290.00 290.37 Fine Grained
Mineralization 290.00 290.37 Pyrrll0tite, Massive, 85%
Comments
Grey-green, well brecciated with felsic silicified xenoliths and siliceous matric, strong chlorite-amphibol alteration with pyrrhotite infills around xenoliths. Xenoliths are up to 10em in size, Pyrrhotite forms bands to Bcm
Massive pyrrhotite with 1mm grains, contacts Irregular with breccia, chloritie cls.2-3cm chlorilic
. . ..---'=
Rocks(Minor) Details From To From
Units: METRIC
Assay Data To Description Sample If- From To Lengtr Sulphides % Cu % Ni % Pt gpt Pd gpt!o-u gp Fe % S %
'- --. ,------. -_.-
Alteration 290.00 29037 Chlorite, Flo(ldi'1g, Moderate
lower ct.
Structure 290.00 389.00 Joints, 60 tca
L.. ______ ..l _________ L-_____ -L _______ L.. _____________________________ I::.~::_-~_-'_s_a_t ___ _L ______ L.. ____ ..L------L..----~------------------------~------1---__ _L _____ _1 ____ ~ ___________ _1 __ ..J _____ L.. __ JL __ ~~ ___ ~ ___ JL __ ..J
••••••••••••••••••••••••••••••••••••••••••••
Feb 27, 2009
[H~le Numb~r INV-09-003 =, .----~
Rocks(Major) Details
From To
290.37 293.00
293.00 301.70
From To Description
IQD Texture
290.37 293.00 Brecciated
290.37 293.00 Fine Grained
Mineralization 290.37 291.47 Pyrite, Disseminated, 1%
~nlln grains in po 290.37 291.47 Pyrrilollte, Infill, 15%
1 em ragged bands 291.47 292.08 Pyrrhotite, Infill, 8%
bands to 51ll1Tl, clots 291.47 293.00 Pyrrhotite, Disseminated, 3%
<1/2f1lfll grams
Alteration 290.37 293.00 Chlorite, Pervasive, Moderate
293.00
293.00
29:1.00
293.00
293.50
296.00
297.50
mafic xenoliths
MTBS Texture
301.70 Fine Grained 301.70 Massive
Mineralization 293.50 Pyrrhotite, Veinlets, 3%
4mm vn in fit ca 2 293.50 Pyrite, Veinlels, 4%
with po
296.00 Pyrrhotite, Disseminated, 1% ill chioritic fracture ca.5
297.50 Pyrrhotite, Blebby, 3% 1mm grains
299.09 Pyrrhotite, lnfiU, 3% 1 mm partial vns
?9~09 300~50 Pyrrhotite, Infill, 2%
1 mm partial vns
Alteration 293.00 301.70 Quartz, Vein lets, Sirong
10% vns to 1cm ca. 60-70. 293.00 301.70 Sericite, Patchy, Moderate
brown irregular bands to 2cm
Structure 301.68 301.70 Contact, 45 tea
Comments
Light grey, siliceous fg matrix. 30% ghosly ehloritic xenoliths with pyrrhotite bands to 1 em mostly ea 70.
Light-dark grey, fg, weakly magnetic, quartz-feldspar dots and bands 10 4cnl throughout. Fine disseminated, blebbyand irregular grains of pyrrhotite to 2mm.Mottled sericillc palches. Quartz ladder veinlets due to fault above.
Rocks(Minor)
From To
293.9C 296.0(
DETAILED LOG FNX MINING INC.
Details Assay Data
Page 19 of 26
Units: METRIC
From To Description Sample # From To Lengtt Sulphides % Cu % Ni % Pt gpt Pd gptf'\u gp Fe % S %
293.90
290.37 291.4 ~i-:1i: po- Py--'l6~ 0 291.47 ~ 292.01 0.61 PO 11. 0
193113
193114
193115 ~~~~£=-0.9 i9~-=-3:O-=~~_
FLT 193116 -'293.0(: 293.5i02_~.55~~ Pp-:o{~P<i---~l:.()O- f-~ Chloritie fracture ca 5 with Py-Po 19311"7- - 293.5C -296.01 "' 5mm vein filling, strong shearing. 1931 18----29~ 297:5c - 1.Si po-·--:l~. 0
Alteration 193119 297 5c 2990 1.SS PO 3.0 296.00 Chlori\e, Pervasive, Strong 193120 299.0~300.5-1~4i PO--- 2.0
193121 ~360~~3~i!{ --1.~ =.--~~-- -~
.~--.--
- ---
--f-- -
--
-I-e-1-
••••••••••••••••••••••••••••••••••••••••••••
Lb 27, 2009
I Hole Number I NV -09-003 --
Rocks(Major) Details From To From To Description
301.70 303.30 GAB Texture
301.70 303.30 Massive 301.70 303.30 Hypidiomorphic 301.70 303.30 Medium Grained
Mineralization 301.70 303.30 Pyrrhotite, Veinlets, 2%
201m vns ca 40 301.70 303.30 Pyrite, Euhedral, 2%
cubes to 2mm on jnt faces caAO Alteration
301.70 303.30 Quartz, Veinlets, Weak Occasional 4rnrn vn ca 40 with Po-Py fillings to 2mm
Structure 303.10 303.30 Contact, 60 tca
-~--
303.30 303.93 IQD Texture
303.30 303.93 Brecciated
303.30 303.93 Fine Grained
Mineralization 303.30 303.93 Pyrrhotite, Disseminated, 4%
2mm clots
Alteration 303.30 303.93 Sericite, Banded, Moderate
brown irregular bands to 2cm
Structure 303.91 303.93 Contact, 70 tca
303.93 305.00 GAB
L..-._
Rocks(Minor) Cornments From To
Grey, strongly magnetic, 5% subhedral biotite, to 1mm,50% green amphibole with 10% dear quartz and 40% subhedral plagiodase to
12mm. I
I I I
[
I ~ight grey, I siliceous fg Imatrix, 30% ghosty gabbro fragments to
15cm with I pyrrhotite clots to 3mm.
I
I Grey, strongly I magnetic, 5% I subhedral biotite, Ito 1mrn, 50% Igreen amphibole \'.,vith 10% clear
I quartz and 40% subhedral plagioclase to 101m.
I
DETAILED LOG FNX MINING INC.
Details From To DescripHon
I
Assay Data Sample It From
=3Di.:~ 193123 -_._-
193124 y03.3c
----- -------193125 303.9 --- -----,-
Page 20 of 26
Units: METRIC I
To Lengt Sulphides % Cu% Ni% Pt gpt Pd gpt Au gp Fe % S%
__ 36i3C -1~~ __ 0 _______
~- ~ -~ -~ --- ---- -. --- ----PO-py 4.0
-------- - - ---- -~ -- -~~ ---
303,9- --- -~- -- - ----- ~~ - I-I--- ~ .. 0_6 PO 4_0 -~ ---~ -1---- --- ---- ._-- ---- --
_305:~6 --~ ---- --- - -- --- - ~ ---- --
1.01 ----
- - - - ---,---- --~ --- - --- - -- -~- --
••••••••••••••••••••••••••••••••••••••••••••
I Feb 27, 2009
I Hole Number I NV -09-003
Rocks(Major) Details From To
305.00 312.80
From To Description
IQD Texture
305.00 312.80 Brecciated
305.00 312.80 Fine Grained
Mineralization 305.00 305.30 Pyrrhotite, Infill, 4%
3-4rmn bands, silica rich 305.30 306.40 Pyrrhotite, Infill, 15%
infills to 3cm surrounding ghosly ragments
305.30 306.40 Pyrite, Disseminated, 5% grain to 3mm in po
30f) 40 307.14 Pyrrhotite, Disseminated, 4'}(, g
307.14 307.93 Pyrrhotite, Disseminated, 1% 1mm grains
307.93 308.72 Pyrrhotite, Infill, 5%
308.72
310.00
311.00
312.00
305.00
305.00
312.60
307.43
308.82
4mm irregular bands 310.00 Pyrrhotite, Disseminated, 3%
lmm grains 31 LOO Pyrrhotite, Disseminated, 1%
imm grains in 1-2cm qtz rich vns ca. 45.
312.00 Pyrrhotile, Veinlets, 2% 2mm vn ca 10
312.80 Pyrrhotite, Disseminated, 3%
'9
Alleration 312.80 Sericite, Patchy, Weak
brown 312.80 Quartz, Veinlets, Strong
4% vns to 21cm ca 40 and 60-70
Structure 312.80 Contact, 65 tea
Vein 307.50 Simple, 80%, QTZ, 70 tca
309.04 Simple, 80%, QTZ, 65 tca
Comments
Light grey, siliceous Ig matrix. 50% ghosly rounded gabbro-mafic fragments to Scm with pyrrhotile clols and in'lils to Smm and 3cm. Non magnetic.
I Rock$(Minor) From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Page 210126
Units: METRIC J Assay Data Sample # From To Lengte Sulphides % Cu % Ni % Pt gpt Pd gpt r'-u gp Fe % S %
" ~
----' ~
• •••••••••••••••••••••••••••••••••••••••••••
Feb 27, 2009
[ Hole~umber INV-09-003
Rocks(Major) Details From To From To Descdption
312.80 316.27 GAB
Texture 312.80 316.27 Medium Grained
312.80 316.27 Massive
312.80 316.27 Hypidiomorphic
Mineralization 312.80 316.27 Pyrite, Disseminated, 0.5%
<1I2mm grain
Alteration 117.80 31627 Calcite. Veinlets, Weak
<1mm vns ca, 65
Structure
312.80 312.82 COlltact, 65 tca
316.25 316.27 COlltact, 70 tca
. --
Commenls
Dark grey, strongly magnetic, 5% clear quartz, 50% 1-3mm green euhdral-subhedra amphibole with 35% subhedral-euhedl plagioclae.
DETAILED LOG FNX MINING INC.
Rocks(Minor) Details
From To From To Description
Page 22 of 26
Units' METRIC
Assay Data Sample It From To Lengll Sulphides % Cu % Ni % Pt gpt Pd gpt lIu gp Fe % S %
- -0.5
-:iiG.27~2i -~-~- --M--r-B-S---------..!I-li-gt-,t-.'\-a-rk-g-r-ey-,-,---.- ~- - ~f---+----_+_------------l-----1---+--+--+-----+-+--- .-----jf---l-----t---l------1
Texture 316.27 324.22 Fine Grained
316.27 324.22 Massive
Mineralization 316.27 324.22 Pyuhotite, Disseminated, 1%
g 320.80 321.10 Pyrrhotite, Inlill, 4%
Gem siliceous matrix vein ca, 60
1 Alteration
316.27 324.22 Quanz, Veinlets, Strong 5% vns <1 nun to 1.5cm ca, 40, 60, 70 Structure
324.20 324.22 Contact, 80 Ica
L.. ~-"------...
Ig, weakly Illagnlic, quartz·feldspar dots and bands to 4Cnl th,oughoul. Fine disseminated, b\ebbyand irregular grains of pyrrhotite to 2mm. Mottled sericitic patches.
-~~-~.
••••••••••••••••••••••••••••••••••••••••••••
I Feb 27, 2009
EUlTlber I NV -09-003 ,----Rocks(Major) Details
From To From ----,---------------~
324.22 332.93
To Description
GAB Texture
324.22 332.93 Hypidiomorphic 324.22 332.93 Medium Grained 324.22 332.93 Massive
Mineralization 329.55 329.57 Pyrile, Veinlels, 60%
4mm py vn interlocking grains 331.70 332.00 Pyrrhotite, Disseminated, 5%
in coarser felsic gabbro irregular vem
Alteration 324.22 332.93 Quartz, Veinlets, Weak
.1 % 1-4mm vns ca 70-60
Vein 331.7C 331.80 Simple, 20%, CHL, 45 lea
euhedral grains
~ 334:06---- --- MFVL
Texture 332.93 334.00 Massive 332.93 334.00 Fine Grained
Mineralization 332.93 334.00 Pyrrhotite, Disseminated, 1 %
9
332.93 332.95 Conlaet, 45 lea 333.98 334.00 Contact, 80 lea
Comments
Dark grey, strongly magnetic, 5% clear quartz, 60% 1-3mm green euhdral-subhedra amphibole with 35% subhedral-euhedr plagioc/ae.
[lark grey, fin grained, non magnetic.
Rocks(Mlnor)
From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Assay Data
Sample # From
193139 331.0C 193140 -331J( 193141 33~OC
193143
To Lengl
331.7C O:n 332.0[ oj(
332.9 0.9
Page 23 of 26
Units: METRIC
Sulphides % Cu % Ni % PI gpt Pd gpI~U gp Fe % S %
-_._- .. -- - ----_._--
---~ ------m 5.
-----. ---- -
1.0 ------~
--- ---
~ Structure
334.~OO~-3-4-0-.-3~O~-·- -----~---------------t'[-)a-rk-gl;eyy.,---1----t----j---i_--_t------------------1-------+-----i---~---i------i--i--i--+---~---+---+--~ T extu ro strongly
~34.00 340.30 Medium Grained magnetic, 5% clear quartz,
334.00 340.30 Massive 60% 1-3mm 334.00 340.30 Hypidiomorphie green
Mineralization euhdral-subhedra
334 amphibole with .00 334.40 Pyrrhotite, Disseminated, 3% 35%
60lm grains in 2cm qtz vn ca. 70 subhedral-euhedl Alteration plagiodase.
334.00 340.30 Quartz, Veinlets, Weak Occasional 1-4mm vn ca 70-60
Structure 340.28 340.30 Contact, 45 tea
••••••••••••••••••••••••••••••••••••••••••••
[Feb 27.2009 Page 24 of 26
[HoleNur~ber INV-09-003
DETAILED LOG FNX MINING INC.
Units: METRIC Rocks(Major)
From To
340.30 348.81l
348.80 349.55
I
BSLT
Details. __ --, ___________ ~ Rocks(Minor) Details Assay Data FrO!~ 10 Description ·-c;:::::o:::m:::m:::e:::n=t:::s-t-;F:::r:::om-::--'r-:;:T-O~+-F:-r..::o..::m=T---:T=-O-,----::D:-e-s-c-rr.-Pt-r.o--n-----+.:s::a-::m~p:.,e~~;.:.~F:ro-m-,----,---,------.,.---r---,----,.--~-~--~~
'.'..J. .. To Lengtl Sulphides % Cu % Ni % Pt gpt Pd gpt u gp Fe % S %
340.30 348.80 340.30 348.80 340.30 34880 340.30 348.80
340.30 341.00
341.00 342.00
34700 34783
342.83 343.55
343.55 344.00
344.00 346.00
346.00 347.20
34720 348.80
340.30 348.80 340.30 348.80
348.80 349.55
348.80 349.55
348.80 349.55
348.80 350.20
Texture Amygdaloidal Massive
Fine Grained
Brecciated
Mineralization Pyrrholite. Blebby. 3% 1mm and fg Pyrrhotite, Disseminated. 3% 1mm and fg Pyrrhotite, Disseminated, 1 % 1mm and 19 Pyrrhotite, Semi-Massive, 40% 20cm bands 80% po Pyrrhotite, Disseminated, 4%
9 Pyrrhotite. Disseminated, 4% 9 Pyrrhotite.lnlil!.15% irregular VI1S fo 1 em Pyrrhotite. Banded. 5% bad 10 4cm ca. 60. Alteration Sericite. PatdlY. Weak
Quartz. Vein lets. Weak Occasional 1 mm vn ca. 35
MTSD Texture Fine Grained
Mineralization Pyrrhotite. Banded. 5% 2mm bands en 30
Alteration
Chlorite, Pervasive. Weak
Structure
Shear. 30 tca
Oark grey-green. rnagnetic, feldspar-quartz rich fin~ grained rock. possible now breccia now mineralized with pyrrhotite as infills and replacing sercite?, some 1mm rounded light pink garnets in alteration bands. 20% 1-2mm amygdules fillied '.'lith garnet and a few pyrrhotite ~lrains.
White-grey. siliceous f9 layered ca. 30. sheared.
---'- ----
--
+----
~ -_._-f---
••••••••••••••••••••••••••••••••••••••••••••
\ Feb 27, 2009
[~oleNumber INV-09-003 -
~~
RockslMajor) Details From To From To Description Comments
349.55 353~ 11 MTBS Green, fg, green
Texture amphibole
349.55 353.11 Massive -:: 1/2mr n with interstitial white
349.55 353.11 Fine Grained fsp. Non magnetic.
353.11 35660 MFVL Dark grey, Ig,
Texture non magnetic.
353.11 356.60 Massive 10% <1/2mm plagioclas lalhs
353.11 356.60 Fine Grained in green-grey fg
Structure mafic minerals.
35311 3S3 12 Cont~c:I, 90 tr:>l
356.58 356.60 Contact, 85 tca
f----- --- ---356.60 357.32 GAB Dark grey, 5%
clear quartz, 60% 1-3mm green Buhdral-subhedra amphibole with 35% subheclral-euhedl plagioclase.
-~
Rocks(Minor)
From To
DETAILED LOG FNX MINING INC.
-- --
Details From To Descr"lprlon
1-Assay Data Sample It- From To Lengtl Sulphides %
349.5~ -y51~6( 1.45 -"--- ~-~
193156 ~~ -~ ~---- -
Page 25 of 26
Units: METRIC
Cu % Ni% Pt gpt Pd gpt I\u gp Fe % S%
- - - -- - -- - ~- -~
-~ .. -~ --- --- - - ~
- --.
••••••••••••••••••••••••••••••••••••••••••••
I Feb 27, 2009
[H"Ole Number INV-09-003 ~~.
Rocks(Major) Details From To From To Description
357.32 369.76 IQD Texture
357.32 369.76 Fine Graineo 357.32 369.76 Brecciated
Mineralization 357.32 359.75 Pyrrhotite, Disseminated, O.5°/'l
1 mill grains 359.75 360.42 Pyrrhotite. Infill, 5%
1-2mm grains 360.42 365.95 PYTfho\ile, Disseminated, 0.03%
1 mill grains 365.95 366.95 Pyrrhotite, Disseminated, 3%
1 mrTl grains 366.95 367.95 Pyrrhotite, Disseminated, 6%
lmm grains 367.95 368.95 Pyrrhotile, Disseminated, 0.5%
1 rnrn grains
Alteration 357.32 364.00 Quartz, Veinlets, Weak
occasional 1 mm vn ca 80 357.32 369.76 Chlorite. Pervasive, Weak
in mafic xenoliths only 364.00 369.76 Quartz, Veinlets, Sirong
5% 1-20101 vns ca 60-80 and irregular
Structure 369.74 369.76 Conlact, 90 lea 361.45 361.72 Shear, 30 tca
369.76 389.00 GAB Texture
369.76 389.00 Hypidiomorphic 369.71'> 389.00 Medium Grained 369.76 389.00 Massive
Mineralization 369.76 389.00 Pyrite, Disseminated, 0.03%
< 1/2mtn grains
Alteration 369.76 389.00 Quartz, Veinlels, Weak
1% 1mm vns ca. 60
Structure 370.47 371.00 Shear, 55 lea
DETAILED LOG FNX MINING INC.
~- -~
Comments
Grey to green, 5% gabbro rnatrix sections 10 20cm, 50% mafic volcanic dark green fg blocks to 60cm, siliceous matrix wilh 40% ghosty light green xenolitlls to 3cm .. Some Po as partial infills. Non magnetic.
Dark grey, strongly-weakly magnetic, 5% clear quartz, f)O% 1-3mm green euhdral-subhedra amphibole with 35% subhedral-euhedl plagioclase. EOH
Rocks(Minor) Details From To From To Description
Page 26 of 26
Unils: METRIC
Assay Data
Sample II From To Lengl Sulphides % Cu % Ni % PI gpl Pd gpli"-u gp Fe % S %
-j:O( po-~-- 6.s - - --- - ~~ --
0.6 PO 5.0 ---~-
1.0CPO- 0.0 -O.9~ PO-~-Q.6-1---- ---1.0( PQ-'"-- -3-. 0- ~+-
i.oc PO 6.0
i.Ge ~o- 0.5
I
••••••••••••••••••••••••••••••••••••••••••••
I---~~-~~--
-----~.~~--~----
Feb 25, 2009
l!0le Number INV -09-004
Project Namp,: Aurora ~ Montcalm
Project Number: MONTCALM
Claim Number:
Hole Type~ Exploration
Location: Exploration
Section:
DETAILED LOG FNX MINING INC.
Primary Coordinates Destination Coordinates
Grid: UTM:
North: 5389496.95
East: 4t5847.02
Elev: 287.34
Grid: UTM:
North: 5389496,95
East: 415847.02
Elev: 287.34
Dale Started: Feb 18, 2009 Contractor:
Date Completed' Feb 23, 2009 Collar Survey: Pulse EM Survey: Muttishot Survey: Core Storage: Core Shed
Date Entered: Feb 19, 2009 Making Water: Plugged: Is Cemented: CaSing. Left in Hole
Units: METRIC 1
Collar Dip: -45.00
Collar Az.: 180.00
Length: 325.40
Start Depth: 0.00
Final Depth: 325.40
I Logged By: rpoulin Gas Intersected: • Object In Hole: Y Verified: Hole Size: NQ I Comments: Norex drilling, test anomaly #84 at 141 m vertical depth. Casing sunk to ;:,5a~m:::-;:b:-u-;-t--W-::a::s-:S:;:h--0-':rt-O-;f-::b--e-;dr-o-c':'-k--, N:-::::O-s"':'tr--in-g-st--u-c--k--\0--:I=-04--M:-:-, -cu-t-N--O':"::s':':tr::'in:::g:::a--t-4-S-M-a-n--d-d--ri-n-w-it-h-B-O-. ____ :..:::::.:::..::::::.:::....~~ ____________________ ..J
Survey Data
Depth A7imtllh [lip Test rlay Depth Azill1Utll DIp Test Flag Oecirnal Decim;]\ Type Decimal Decimal Type
101.00 183.40 -44.20 R 01< 200.00 187.70 -42.70 R OK
323.00 194.50 -41.80 R 01< .=
Rocks(Major) Details Rocks(Minor) Details Assay Data
~~1 from To From 10 DeSCriptIOn Cornrnents From To From To Description Sample # From To Lengtl Sulphides all'l Cu 0/" f\u gp Ni% Ptgp\ Pd gp\ Fe% S%
0 50.00 CASE NW casing Clay
I oIJerburden 0 8m gral1lte boulder WIth 6cm basal till clay with pebbles beneath. Casing not anchored in rock. NO rods stuck. go back down with Bel string.
••••••••••••••••••••••••••••••••••••••••••••
rr;; 25,20-0--9----.----
I
r;Ole Number: I NV -09-004 -- - -
-----~~~ -Rocks(Major) Details ~--
From To From To Description Comments -~r--
50.00 68.30 PYRT C:;reen, dense rock, non magnetic, 20% black irregular pyroxene grains ill subhedral-euhedr green amphibole. No alteration, <3% fine white plagioclase.
Texture 50_0C 68.30 Massive 50.0C 68.30 Medium Grained
A'teration 50.0C 62.30 Calcite, Veinlels, Weak
1% 1-2rnm vns ca, 25-70.
Structure 50.0C 319.80 Joinls, 45 tca
1-21m !i6.2( 56.24 Shear, 45 lea
3cm chloritic mylonite 68.l( 68.30 Contact, 40 tea
, ,PYRTIVTG8 I
Rocks(Minor) From To
I I I
DETAILED LOG FNX MINING INC.
Details
From To Description
I
Assay Data
Sample #- From To
I I I I
,,," ""1 Units' METRIC I
lengl Sulphides % Cu% Ni% PI gpt Pd gpt f',u gp Fe% S%
I I I I I I I I I
••••••••••••••••••••••••••••••••••••••••••••
~~------.---------- ..
Feb 25, 2009
\ Hole Nurn~er INV-09-004 -----
Rocks(Major) Details From To Frorn To Description
68.30 72.93 VTGB
i
Texture 68.30 72.93 Fine Grained 68.30 72.93 Medium Grained 68.3C 72.93 Massive
68.3r 72.93 Vari-texlUled
68.3l 72.93 Glornerophyric
Alteration 683[ 71.43 Ouart7, Veinlp.t~, Morlerate-
2% vns to 6cm ca 30-50.
Vein 68.41 68.57 Simple, 80%, QTZ. 351ca
py crusl on cl
72.93 73.75 GBBX
Texture 72.9 73.7 5 Brecciated 72.9, 73.7 5 Medium Grained 72.9 73.7 5 Coarse Grained
Structure 72.9 72.9 5 COlllacl, 45 Ica
VTGBIGBBX 73.7 73.7 5 Contact, 70 tea
GBBXIGAB
Com ments
Ie gabbroic Variab seetiol some glome exture o fine secHa nagne brown equigr gabbr Plagio conte 50% v blackhomb
1S 10 a.6m, wilh rporphyrilic
I , medium I grained
IlS. Non r lie, 3%
biotite in anular o sections dase
rtl 35 10 lith green lende.
hornblendile 30% fragrr wilh
lents to gem gabbro.
Rocks(Minor) From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Assay Data
Sample # From To
Units: METRIC .]
Lenglh Sulphides % Cu% Ni% PI gpl Pd gpl ~u gp Fe % S%
I
••••••••••••••••••••••••••••••••••••••••••••
E~Number INV-09-004 -__ ~ __ _
Rocks(Major) Details
From To From To Description Comments
73.75 GAB Grey. 35-40% green-black subher al-euhedra hornblende grains and lalhs. 50-55% euhedral-subhedr plagiodase. 5-10% clear quartz. 1 % black blohte. Non magnetic.
TextUre 73.7. 88.75 Hypidiolllorphic 73.7. 88.75 Massive
88.75 Medium Grained
Alteration I 88.75 Quartz, Vein\ets, V""-eaK
Occasional \'11 to 3crn ca. 75 Structure
8UJO Contact, 35 h:a GABIDIA
81.0 81.10 Contact, 35 tea DINGAB
M'~ 84.6 9 Conlacl. 15 Ica FLT
85.1. 85.1 7 Contact, 20 tca FLT
Rocks(Minor)
From To
80.n 81.1e
84.67 85.1
DETAILED LOG FNX MINING INC.
Details
From To Description
DIA
Dark grey, Ig, chilled contacts over 1cm, non magnetic.
Texture 80.70 81 10 Fine Grained
80.70 81.10 Aphanitic 80.70 81.10 Massive
FLT
BroKen core <'3cm pieces due to joinls ca. 15 .. chloritic 1-1 Omm rock fragments.
Units: METRtC 1
Assay Data
Sample # From To Lengle Sulphides % Cu% Ni% Pt gpt Pd gpt ~u gp Fe % S%
••••••••••••••••••••••••••••••••••••••••••••
Feb 25, 2009
Hole Number INV-09-004 --------
Rocks(Major) Details From To From To Description
88.75 92.36 leucocratic gabbro
Texture 88.7~ 92.36 HVpldiomorp~\ic 88.7 92.36 Massive 88.7~ 92.36 Medium Grained
Mineralization 88.7. 92.36 Pyrite, Disseminated, 0.01 %
< 1/2mm grains Structure
92.3 92.36 Contact, 40 tr:a
LGABNTGB
CarT lments
lion a I Grada ontac uhedr reenornbl
c Is, 25-30% e al-subhedr 9 black i1 ende,
" e ral-subhedr '5-60~ uhed lagiod
'Iear-b \lon m
p ase, 10% <. lue quartz. I agnetic.
Rocks(Minor) From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Assay Data Sample # From To Lengt
Units' METRIC
Sulphides % Cu % Ni% PI gpt Pd gpl ~u gp Fe % S%
••••••••••••••••••••••••••••••••••••••••••••
~Ie Number INV-09-004 r---------.. --~-,----------Rocks\Major) Details
From To .~~- To Roc ks\ Minor)
I ----
Description Comments From To
92.36 100.75 VTGB Grey, variable textured gabbros in sections to 1 m, banded and patchy white feldspar.
Texture 93.32 93.52
5 Medium Grained 5 Veri-textured
" ,J 100.7 92.3 100.7
Mineralization 92.3 100.7 5 Pyrite, Disseminated, 0.01%
<1/2rnrn grains
Alteration 97.2 2 Quarlz, Veinlets, Strong
35% lineated in shear fabric 1-3mm 960 97.2 2 Chlorite, PerJasive, Weak
mafic minerals in shear Structure
93.32 93.5 2 Sllear, 60 tea sheared mylonitic DIA
96.0" 97.2 2 Shea" 40 tea strong shear, c fabric in centre, lineatpri ann Pl" '"', .. iii .... ~ 'J''''''''''''-_
DETAILED LOG FNX MINING INC.
Details
From To Description
DIA
Green.grey, very fine grained, sheared. non magnetic. Sharp contacts.
Texture 93.32 93.52 Fine Grained 93.32 93.52 Massive
Alteration 93.32 93.52 Chlorite, Pervasive, Weak
Assay Data
Sample # From To
Units: METRIC I
Lengtt Sulphides % Cu% Ni% Pt gpt Pd gpt r.u gp Fe % S%
I I I I I I I
••••••••••••••••••••••••••••••••••••••••••••
Feb 25, 2009
DETAILED LOG FNX MINING INC.
"on owl rHOle-nUmber INV-09-004=============='==================~==~~===========================~ - Units' METRIC I ._._-- ._.- '---' -Rocks(Major) Details Rocks(Minor) Details Assay Data
From To Frorn To Description Comments From To From To Description Lengt~ Sample # From To Sulphides % Cu% Ni% Pt gpt Pd gpt !"U gp Fe % S%
100.75 107.84 GAB Grey, 50% euhedral-subhedr green-black hornblende grains with 40% subhedral plagiodase grains and 10% clear-blue quartz. Non magnetic.
Texture 100.7" 107.84 Massive
100.7" 107.84 Hypidiomorpllic 100.7" 107.84 Medium Grained
Alteration 102.6C 104.90 Quartz, Veinlels, Moderale
2'ljo VIlS to 3cm ca, 45 Structure
102.5C 103.10 Shear, 45 tea
moderate shear, 20% quartz veins 10 3cm ca 45.
107 AJ 110.3J I IGAB IpO'PiwriiiC I I I I I I I I
gabbro, grey,
I 10% euhedral feldspar phenocrysts, matrix sheared, chloritic and quartz rich. Non magnetic.
Texture 107.84 110.33 Medium Grained 107.8 110.33 Massive 107.84 110.33 Porphyritic
Mineralization 107.8 110.33 Pyrite, Disseminated, 0.03%
< 1/20101 grains
Structure 107.8 110.33 Shear, 70 tca
weak shearing
••••••••••••••••••••••••••••••••••••••••••••
Feb 25, 2009
0,." .,,; I HoleNumber INV-09-004~===============================~===========================~J
U't METRIC I
DETAILED LOG FNX MINING INC.
_._--.
Rocks(Major) Details From To From
110.33 117.09
110.3
110.3. 110.3.
110.3
110.3
117.07
1
11410
1
To
117.09
117.09
117.09
11709
110.35
117.09
Oeser ptlon
GAB
Texture Massive
Medium Grai ed Hypidiomorpl lie
Mineralizati. n Pyrite. Disse <1I2mm gJai
inated, 0.02% m n s
Structure Contact, 55 , a porphyritic G A BIGAB Contact, 35 ! :a GABlporphyr iticGAR
Ivein
114.24 Simple, 60%, graniic border
QTZ, FSP, 35 tca s
nI s:
Rocks(Minor) Details Assay Data Comments From To From To Description Sample # From To Leng! Sulphides % Cu% Ni% Pt gpt Pd gpt Au gp Fe% S%
GreY,l1on magnetic, 50-55% black-green euhedral-subhedr hornblende with 10% clear quartz, 1 % brown biotite, 35-40% euhedral-subhedr plagioclase to 2mm.
I I I I
••••••••••••••••••••••••••••••••••••••••••••
Feb 25, 2009
\------ .-.----~---Hole Number INV -09-004
Rocks(Major) Details
From ---.,-----
From To To Desc ~~-+--~~~~--~~-
riplion
117,09 119,16
119,16 121,94
GAB
Texture 119.16 Massive
119.16 Porphyritic
119.16 Medium Gra
119.16 Fine Grained ined
leis, Weak Alteration
119,16 Quartz, Vein 1% vns to 3.
119,16 Chlorite, Pe 5mm ca. 70-40, rvasive, Weak
a Structure
119.16 Shear,SOte weak, lineal ed mineral grains
GAB
Texture 119,1 121.94 Massive
119.1 121.94 Medium Gra ined
119.1 121.94 Hypidiomorp hie
Mineralizat ion 119.1 121.94 Pyrite, Disse rninaled, 0.02%
<1f2mm gra ins
--
Rocks(Minor) Comments From To
Grey, porphyritic gabbro wilh 15% rimmed white blocky feldspar phenocrysts to 3mrn ill fine grained matrix of green amphibole and feldspar. Non magnetic.
I
Grey, non magnetic, 50-55% black-green euhedral-subhedr hornblende with 10% clear-blue quartz, 1 % browrl biOtite, 35-40% euhedral-subhedr plagioclase to 2mm,
DETAILED LOG FNX MINING INC.
Details
From To Description
Assay Data
Sample # From To Lengtt Sulphides
' .... "'"1 Units' METRIC I
% Cu% Ni '% Pt gpt Pd gpt i"u gp Fe % S%
••••••••••••••••••••••••••••••••••••••••••••
IFeb 25, 2009
L= [ 'Hale _Nu_m~er~NV' .. O_9_-0_0_4_' _____ ~'_,
,-----~-'
Rocks(Major) Details
r-_F_ro_n_'~ __ T_0 __ 1 __ Fr_o_nl_l TO_~~ _____ D_e_s_c -
fiplion
121,94 128,00 GAB
tca ",,I
1279~ Structure
121.96 Contact, 35 GABlporph)
128,00 Contact, 30 porphYI itic (
'l'iticGAB tca ;ABIGAB
Comments
Grey, porphyritic gabbro with 15% rimmed white blocky feldspar phenocrysts to 3mm in fine grained matrix of gleen amphibole and 50% feldspar - quartz. Non Illaglletic.
Rocks(Minor)
From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Assay Data
Sample # From
Units: METRIC I
To Lengt~ Sulphides % Cu% Ni% PI gpl Pd gpt Au gp Fe % S%
••••••••••••••••••••••••••••••••••••••••••••
~lole Number INV -09-004 ---~~--- ---. -~--~-----~ Rocks(Major) Details
~
From To From To Oeser iption
128.00 167.68 GAB
Texture 128.0[ 167.68 Medium Grained
::::~ 167.68 Massive
167.68 Hypidiomorphic
Alteration 148.5 154.72 Quartz, Veinlets, Weak
1% vns to 2.5c01 ca 80~70.
Structure 167.6. 167.68 Contact. 45 tea
GliB/porphyritic GAB
~
~
Rocks(Minor) Comments From To
Grey, non magnetic, 50~55%
black-green euhedral~subhedr hornblende v/ith 10% clear-blue quartz, 1 % brown biotite. 35~40% euhedral-subhedr plagioclase to 2mm. Slight variations in grain size and increase in plagioclase with larger grain size. Chloritized fine grained basalt xenoliths 136.39~136.75m
and 143.85~144.1m
I
DETAILED LOG FNX MINING INC.
Details
From To Description
Assay Data
Sample II From To Lengte Sulphides
" .. " ''''1 Units' METRIC
% Cu% Ni% Pt gpt Pd gpt I\u gp Fe % S%
••••••••••••••••••••••••••••••••••••••••••••
Hole Number: INV -09-004 .~---- -
-~~--~~--~.-.---------
Rocks(Major) Details From To From To I Oeser plion
167.68 178.20 GAB
Texture 167.6 178.20 Porphyritic 167.6 178.20 Medium Grai ed 167.61 178.20 Massive
167.6, 178.20 Fir Ie Grained
Mineralizatit 11
167.61 178.20 Pyrile, Disse m inaled, 0.01 % <1I2mm grai s
167.6~ Alteration 178.20 Quanz, Vein
1% vns tD 2c
I Structure
178.0 178.20 Conlacl, 451 or h ritie G I 1
els, Weak m ca, !iO.
ca AB/GAB
Commenls
Grey, porphyritic gabbro wilh 15% rimmed white blocky feldspar phenocrysts to 3mm in fine grained matrix of green amphibole and 50% feldspar - quartz, 2% brown biotite lalhs.I'on magnetic.
I I
Rocks(Minor) From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Unils METRIC I Assay Data
Sample # From To LengU Sulphides % Cu % Ni% PI gpl Pd gpl p.u gp Fe % SOfa
I
••••••••••••••••••••••••••••••••••••••••••••
I ''" " """ ''''''.'J I-HOleNumber-INV-09=004====~===========================~~==~=====================~ Units' METRIC I ------
---'--=--. Rocks(Major) Details Rocks(Minor) Details Assay Data -
From To From To Description Comments From To From To Description Sample # From To Lengt Sulphides % Cu% Ni% Pt gpt Pd gpt !"U gp Fe% S%
178.20 180.40 GAB Grey·green, 50% euhedral·subhedr green·black hornblende \0 2mm with 10% clear quartz and 40% euhedlal-subhedr plagioclase to 3mm.
Texture 178.2C 180.40 Medium Grained 178.2C 180.40 Massive
178.2C 180.40 Hypidiomorphic
Mineralization 178.2C 180.40 Pyrite, Disseminated, 0.5%
<1mm grains
I 180.40 181.34 mela-gabbro Oark grey 70%
euhedral-subhedr green-btacK IlOrnblende to 3mm and 30%
I euhedral·subhedr plagioclase \0 3mm. Non magnetic.
Texture 180.4C 181.34 Medium Grained 180.4C 181.34 Massive
Mineralization 180.4C 181.34 Pyrite, Disseminated, 0.03%
<1/2mm grains
Structure 181.3 181.34 Contact, 70 tca
MGABIGAB
••••••••••••••••••••••••••••••••••••••••••••
[,;, "-,2-0-0-9----- --------------
DETAILED LOG FNX MINING INC.
Page 14 of 26
,1.;0~~=~n=,b=e=r~I.~N~V~-=O_=9=-~O=O~4============~====================~==================================================================================~ I r Units' METRIC
RockslMajor) Details RockslMinor) Details Assay Data From To From To Description Comments From To From Lengte ~u gp To Description Sample # From To Sulphides % Cu% Ni% Pt gpt Pd gpt Fe% S%
181.34 18249 GAB Grey-green, 50% eUhedral-subhedr green-black hornblende to 2mm with 10% clear - blue quartz and 40% euhedral-subhedr plagioclase to 3mm.
Texture
'""1
18249 Hypidiomorphic 181.3 18249 Medium Grained 181.3 18249 Massive
Mineralization 181.3 182.49 Pyrite, Disseminated, 0.01 %
< 1/2mm grains
182.49 185.80 GAB Grey, porphyritic gabbro with 15% rimmed white blocky feldspar
I
pt"-ienocIY::;(s io 2mm ill fine grained matrix of green amphibole and 50% feldspar - quartz. Non magnetic.
Texture I 182.4£ 185.80 Fine Grained
182.4£ 185.80 Medium Grained 182.4£ 185.80 Porphyritic
Mineralization 182.4~ 185.80 Pyrite, Disseminated, 0.03%
,1/2mm grains Alleralion
182.4' 185.80 Quartz, Veinlets. Moderale vns to 3mm some S folding
Structure 185.2C 185.95 Shear, 80 Ica
S folding, weak shear
••••••••••••••••••••••••••••••••••••••••••••
Feb 25, 2009
ENumb~er INV-09-004 ------~ --- _.--.
Rocks(Major) Details From To From I To I
185.80 221.32
18S.8( 221.32 18S.8( 221.32 185.8( 221.32
18S.8( 221.32
'"'"1
221.32
185.9 185.95
185.9 18B.11
I I
-----~---------------
Description
GAB
Texture
Hypidiomor pille
Massive
Medium Grained
Mineralization Pyrite, Disseminated, 0.05% < 1/2mm grains
Alteration Calcite, Veinlets, Weak Occasional <112mm VI1 ca 45~40.
Structure
Contact, 45 tca porphyritic GABIGAB Shear, 45 !ea
strong. O.6m cillori!ic myloni!e, lineated mineral grains
Comments
fey-green, G 4 5-50%
c b 4
uhed, al~subhedr reen-black ornblende to mill with 10% lear quartz, 1 % fown biotite and 0% uhedral-subhedr lagioclase to P
3 o h
mm. ccasional ornblendite-pyro
r ounded x 2 el10liths 3cm to Oem.
Rocks(Minor)
From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Assay Data
Sample # From To
Units' METRIC I
Lengtl Sulphides % Cu% Ni% Pt gpt Pd gpt p,u gp Fe% S%
I
I •••••••••••••••••••••••••••••••••••••••••••
~Ie tjun;~er INV-09-004 ~------
Rocks(Major) Details -From To From To Description
221.32 228.95 leucocratic gabbro
Texture 221.3 228.95 Hypidiomorphic 221.3 228.95 Medium Grained 221.3 228.95 Massive
228.95 231.13 PYRT
Texture
""j 231 13 Massive
228.9 231.13 Fine Grained
I Mineralization 228.9~ 231 13 Pyrile, Disseminated. 2%
<1I2mm subtledral grains
Alteration 228.9: 231.13 Chlorite, Perlasive, Weak
Structure 228.9: 228.97 Contact, 85 tea
LGAB/PYRT 231.11 231 13 Contact. 85 tca
PYRT/GAB intrudes gabbros Ig cts in PYRT
Comments
Light grey, gabbro with 25-30% subhedral-euhedr green-black hornblende with white plagioclase to 3rnm I 10% quartz. Trace magnetite. Non rnagnetic. 223.08-223.40m coarse grained pyroxenite xenolith.
Green, non magnetic, 2% "1/2ml11 piagiociase with Ig green euhedral-subhedr pyroxene.
Rocks(Minor) From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Units: METRIC
Assay Data
Sample # From To Lengtl Sulphides % Cu% Ni% Pt gpt Pd gpt flU gp Fe% S%
••••••••••••••••••••••••••••••••••••••••••••
~leNumber: INV-09-004 -
--- -"" .~. ---
Rocks(Major) Details From To From To Description
231.13 233.33 GAB
233.33 235.70 LAMP
Texture
"": 235.70 Brecciated
233.3 235.70 Massive 233.3 235.70 Fine Grained
Alteration 233.3 235.70 Quartz, Veinlets, Moderate
3% 1-2mnl vrlS ca. 45-70. Structure
233.3, 233.35 Conlacl, 30 Ica GAB/LAMP
234.6, 234.70 Faull. 80 lea 1 em chlorite mud
235.61 235.70 Conlact, 45 Ica LAMP/GAB
Rocks(Minor) Comments From To
Grey, non magnetic, 35% euhed, al-subhedr black hornblende grains 10 2mm with 2% dear quartz and 63% interstitial white plagiodase.
Lighl brown siliceous matrix with 2% feldspar rims coating gllOSly xenolilhs <1/2mm, 5% round ghosty mafic xenoliths, 15% fg brown phlogopile., Non magnetic. 234.52-235.6m gabbro xenolilh in dyke.
DETAILED LOG FNX MINING INC.
Details
From To Description
I
Assay Data
Sample It From To Lengtt
Units: METRIC I
Sulphides % Cu% Ni% Pt gpl Pd gpt la.ugp Fe% S%
••••••••••••••••••••••••••••••••••••••••••••
Feb 25, 2009
Fe Number INV -09-004 ~'--"
Rocks(Major) Details From To From To I Description
235.70 241.90 GAB
Texture 235.7C 241.90 Medium Gramed 23S.7C 241,90 Massive
235.7C 241,90 Hypidiomorphic
Structure 235,97 235,99 Contact. 70 tea
5mm chlorite mud <, em pieces
241.90 242,98 LAMP
".J Texture
242.98 Fine Grained 241.90 242,98 MaSSIve
Alteration 241.9C 242.98 Quartz, Veinlets, Weak
<1% <1mm vns ca 80
Structure 241.9C 241.9 2 COlltact, 85 tea
GAB/LAMP 242.9E 242.9 8 Contact, 85 tea
LAMP/GAB
Comments
Grey,llon magnetic, 40-50% euhedral-subhedr black tlOrnblende 9 rains to 201m with 2% clear quartz and 70-50% interstitial wllite plagioclase,
ligllt brown siliceous matrix 5% round ghosty mafic xenoliths, 5% fg brown pillogopite 1 mm laths., Non magnetic.
Rocks(Minor) From To
DETAILED LOG FNX MINING INC.
Details From To Description
Page 18 of 26
Units: METR~ -~
Assay Data
Sample # From To Lengt Sulphides % Cu% Ni% Ptgpt Pd gpt ~u gp Fe % S%
I
••••••••••••••••••••••••••••••••••••••••••••
Feb 25, 2009
------~--,-----
Rocks(Major) Details ~
From To From To Oeser iption ~
242.98 254.77 GAB
Texture 242.ge 254.77 Hypidiomorp h ic 242.98 254.77 Medium Grair led 242.98 254.77 Massive
Mineralizatio n 242.9E 254.77 Pyrite, Oisse m ina ted, 1%
<1mm grains , subhedral
Alteration 242.9E 254.77 Calcite, Vein lets, Weak
occasional ,1 111m vn ca. 40
Comments
Grey, non magnetic, 40~50%
euhedral~subhedr
black hornblende grains to 2mm with 2% clear quartz and 60~50%
interstitial white pl~gindase
Rocks(Minor) From To
DETAILED LOG FNX MINING INC.
Details From To Description
Units' METRIC I
Assay Data Sample # From To Lengt Sulphides % Cu% Ni% Pt gpt Pd gpt f-u gp Fe % S%
• •••••••••••••••••••••••••••••••••••••••••••
Feb 25. 2009
IHoie Number I NV -09-004 "- .
Rocks(Major) Details From To From To Description
254.77 262.14 GAB
Texture 254.77 262.14 Fine Grained 254.77 262.14 Massive 254.77 262.14 Medium Grained 254.77 262.14 Porphyritic
Alteration 254.77 262.14 Calcile, Veinlels. Weak
Occasional1 mm vn ca. 40·45 Structure
254.7 254.79 Conlacl. 50 Ica GAB/porpyritic GAB
I 2~2.1i 262.14\ Conlact, 70 I"a porphyritic GABIPYHT
Comments
Light grey, porphyritic gabbro with 15% 1-2mm blocky euhedral while fldspars, 20% fin clear qlJartz, 2% gabbro inclusions to 10em. 50-55% black·green hornblende I 11011
magnetic.
Rocks(Minor)
From To
DETAILED LOG FNX MINING INC.
Details
From To Description
e, .. "." I Units: METRIC I
Assay Data Sample # From To Lengt! Sulphides % Cu% Ni% Pt gpt Pd gpt l'Iu gp Fe % S%
I I I I I I I I I I
••••••••••••••••••••••••••••••••••••••••••••
I';;' '" '""' DETAIL ED LOG '''.'' • '" I L FNX MINING INC. .
r·~Ole ~umber: INV -09-004 Unils METRIC I
~----~-~.~--~~-~.---------====:====~======~:====================~========================================~ Rocks(Major) Details Rocks(Minor) Details Assay Data From To
262.14 294.15
From I To Descriolion Comments From To
262.1 262.1 262.1
262.1
262.1
284·°1
262.1
262.1
PYRT
Texture 294.15 Massive 294.15 Coarse Grained 294.15 Ophitic
Mineralization 294.15 Pyrite, Disseminated. 0.03%
<lmm grains subhedral 294.15 Pyrrhotite, Disseminated, 0.01%
< 1 mOl grains subhedral 284.40 Chalcopyrite, Disseminated, 0.25%
< 1 mm grains subhedral 284.40 Pyrrhollte, Disseminated, 0.25%
< 1 min grains subhedral
Alteration 294.15 Calcite, Veinlets, Weak
occasional 1 rnm vn ca 20 29415 Quart" Veinlet" Weak
Occasional 1 02111m vn ca. 30
Dark green, non magnetic, 25% 4-5mm oikocrysls 01 black pyroxene in green subhedral amphibole, 8% euhedral-subhedr plagiodase laths to 1mnl. Disseminated primary Cp-Po-Py trace to 1%.
From To Description Sample II From To Lengtt Sulphides % Cu % Ni % PI gpl Pd gptl'\u gp Fe % S %
19:iio821iioC284.OC-1:Qo py:,:po· -0:0'-----, -- - ----1--
193io9-t-::~~~~ .2a~ ~:~PO-CP::F"r'0·.5~ - .. - ..... -193111 ....z84.40 285.40 _~O ~Y=PO 0:0 .. -
••••••••••••••••••••••••••••••••••••••••••••
I Co" ".'~
[HOle Number I NV -09-004 ~---- - -
------,---Rocks(Major) Details
From To From To Descriotion
294.15 299.17 mela-gabbro
Texture 294.15 299.17 POlkilitic
294.1" 299.17 Massive
294.1" 299.17 Medium Grained
Alteration 294.1: 299.17 Calcite, Veinlets. Weak
Occasional 1 rnm irregular vns.
Comments
Dark green, non magnelic, 25% 3mm oikocrysts of black pyroxene in green subhedral amphibole, 20% euhedral-sublledr plagioclase laths to 101m.
Rocks(Minor)
From To
DETAILED LOG FNX MINING INC.
Details
From To Description
' .. ""." I Units' METRIC I
Assay Data
Sample # From To Lengtt Sulpllides % Cu% Ni% Pt gpt Pd gpt Au gp Fe % S%
••••••••••••••••••••••••••••••••••••••••••••
Feb 25. 2009
---~-----
--------- ---
Rocks(Major) Details From To From
299.17 301.00
299.17
299. t7
299.17
299.17
299.11
299.1
299.9~
300.5f
To Descriplion
DIA
Texture
301.00 Fine Grained 301.00 Massjv~
301.00 Aphanitic
Mineralization 301.00 Pyrite, Disseminated, 0.01%
<1/2mm grains
Alteration 301.00 Quartz, Veinlets, Moderate
2% <1mm vns to 4mm ca 75 and stockwork.
Structure
299.19 Contact, 75 tca PYRTIDIA
299.97 Contact, 75 tca
DINPYRT 300.58 Contact. 45 tea
PYRTfO!.1'l. 301.001 Contact, 55 tea
DINPYRT
I Comments
Grey-green quartz diabase. aphanitic-fine grained, non magnetic.
Rocks(Minor) From To
299.9, 300.5E
DETAILED LOG FNX MINING INC.
Details
From To Description
mela-gabbro
Dark green, non magnetic, 25% 3rnrn oikocrysts of black pyroxene in green subhedral amphibole. 20% euhedral-subhedral plagioclase laths to 1 mm.
Texture 299.95 300.58 Coarse Grained 299.95 300.58 Medium Grained 299.95 300.58 PoikHitic
Units: METRIC
Assay Data Sample # From To Lengtl Sulphides % Cu% Ni% Pt gpt Pd gpt f\u gp Fe % S%
I I I I I I I I I I
••••••••••••••••••••••••••••••••••••••••••••
[,."'"=.2=0=~=~=·==~======~============ ~;e Number INV ~09-004
---- ------==- -. Rocks(Major) Details
From To Fran] To Description f-------.
301.00 309.40 PYRT
Texture 301.0( 309.40 Medium Grained 301.0( 309.40 Massive 301.0( 309.40 Poikilitic
Mineralization 301.0( 309.40 Pyrite, Disseminated, 1%
< 1/2mm grains
Alteration 301.0( 309.40 Celcite, Veinlets, Weak
Occasional <1mm 'In ca. 20-10 Vein
I I I 302.67
1
302.91 Simple, 80%, OTZ, 35 tea sheared lowel cl
_.
Comments
Dark green, non magnetic, 25% 3mm oikocrysts of black pyroxene in green subhedral amphibole, 5% euhedral-subhedr plagiodase laths to 1m01. 3052·305,47m DIA ca. 75.
Rocks(Minor} From To
DEl AILED LOG FNX MINING INC.
Details
From To Description
"""" ,,[ Units' METRIC I
Assay Data Sample # From To Lengt Sulphides % Cu% Ni% Pt gpt Pd gpt f'.u gp Fe % S%
I I I I I I I I
••••••••••••••••••••••••••••••••••••••••••••
I Hole Number: I NV -09-004 ~-
Rocks(Major) Details From To From To Description Comments
309040 324.10 DIA Grey-green quartz diabase, aphanitic-fine grained,2% tmmwhite feldspar phenocrysts, non magnetic. 5% PYRT xenoliths to 30cm,
Texture 309AC 324.10 Aphanitic 309AC 324.10 Porphyritic 309AC 324.10 Fine Grained
:l09.4C 324.10 Massive
Mineralization 309AC 324.10 Pyrite, Disseminated, 0.03%
<112mm grains 309A( 324.10 Chalcopyrite, Disseminated, 0.01%
few grains on jnt planes
Alteration 309AC 324.10 Quartz, Veinlets, Weak
Occasional 1 mm vn ca 60.
Structure
""; 312.70 Contact, 70 tca
DINPYRT 313.7 313.72 Contact, 25 tea
PYRTIDIA 318.5 318.54 Contact, 70 tea
I 3198
1 PYRTIDIA
I I
323.60 Fracture Set, 50 tea 201m
Rocks(Minor) From To
312.61 313,7
318.5 323.26
DETAILED LOG FNX MINING INC.
Details
From To Description
PYRT
Dark green, non magnetic, 25% 3mm oikocrysts of black pyroxenE in green subhedral amphibole, 5% euhedral-subhedral plagioclase laths to 1 mm.
Texture 312.68 313.72 Poikilitic 312.68 313.72 Medium Grained
312.68 313.72 Massive
Mineralization 312.68 313.72 Pyrite, Disseminated, 0.01%
,1I2mm grains
PYRT
Dark green, non magnetic, 25% 3mm oikocrysts of black pyroxenE in green subhedral amphibole, 5% euhedral-subhedral plagioclase laths to 1 mm,
Texture 318.52 323.26 Poikilitic
318.52 323.26 Medium Grained
318.52 323,26 Massive
Page 25 of 26
Units: METRIC
Assay Data
Sample # From To Lengtt Sulphides % Cu% Ni% Pt gpt Pd gpt ~u gp Fe % S%
••••••••••••••••••••••••••••••••••••••••••••
Feb 25, 2009
rHOle Number: INV-09-004 ----
Rocks(Major) Details
From To From To Description Comments
324,10 325.40 PYRT Dark green, non magnetic, 25% 3mm oikocrysts of black pyroxene In green subhedral amphibole, 5% euhedral-subhedr plagiodase laths to 1mm. EOH.
Texture
324.1C 325.40 Medium Grained
324.1C 325.40 Massive 324.10 325.40 Poikilitic
Alteration 324.1C 325.40 Calcite, Veinlets, Weak
Occasional 1 mm irregular vn.
Rocks(Minor)
From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Assay Data
Sample # From To
Page 26 of 26
Units: METRIC
Lengt Sulphides % Cu% Ni% Pt gpt Pd gpt I\u gp Fe % S%
••••••••••••••••••••••••••••••••••••••••••••
DETAILED LOG FNX MINING INC.
I Hole Number: INV-09-007
Project Name: Aurora - Montcalm
Project Number: MONTCALM
Claim Number:
Hole Type: Exploration
Date Started: Feb 27.2009
Location: Exploralion
Section:
Primary Coordinales
Grid: UTM:
North: 5390308.04
East: 417192.01
Elev: 289.44
Date Completed: Mar 03,2009 Coliar Survey: Pulse EM Survey:
Date Entered: Feb 28, 2009 Making Water: Plugged:
Logged By: rpoulin Gas Intersected: Object In Hole:
I Comments:Norex driliing, testing anomaly #149, 93m vertical depth. No apparent cause for anomaly.
Survey Data
Depth Azimuth Dip Test Flag Depth Azimuth Dip Test Flag Decimal Decimal Type Decimal Decimat Type
101.00 268.90 -39.90 R OK 209.00 273.40 -33.50 R OK
Rocks(Major) Details Rocks(Minor} Details From To From To Description Comments From To From
0 38.90 CASE NW casing to 39m., Clay-pebbles.
Destination Coordinates
Grid: UTM:
North: 5390308.04
East: 417192.01
Elev: 289.44
Multishot Survey:
Is Cemented:
Verified:
To Description
Assay Data
Conlractor:
Core Storage: Core Shed
Casing: Left in Hole
Hole Size: NO
Sample # From To Lengte Sulphides % Cu% Ni%
Units: METRI~
Coliar Dip: -45.00
Coliar Az: 270.00
Length: 209.00
Start Depth: 0.00
Final Depth: 209.00
Pt gpt Pd gpl Au gp Fe % S%
••••••••••••••••••••••••••••••••••••••••••••
Mar 03,2009
I Hole Number. INV -09-007 -
Rocks(Major) Details From To From To Descriplion
38.90 70.06 leucocratic gabbro
Texture 38.9C 70.06 Massive
38.9C 70.06 Medium Grained 38.9C 70.06 Hypidiomorpllic
Alteration
::1 55.00 Hematite, Pervasive, Weak
patchy orange feldspar sections to 10cm
68.00 Calcile, Veinlets, Weak thin <1/2mm orange coatings on jnts ca. 55
68.0 70.06 Hemalite, Pen/asive, Moderale patchy orange feldspar sections to 10cm
Structure
'"1 84.70 Joints, 20 tca
112m 38.9 104.00 JOints, 55 tca
1-2/m
Commenls
White-green, 10% 1 mm clear quartz, 60% euhedcal-subhedr plagioclase to 3mmwith 25-30% subhedral green amphibole grains to 2mm and 1% 1 mm biotite. Non magnetic.
Rocks(Minor) From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Page 2 of 14
Units' METRI~
Assay Data
Sample # From To Lengl~ Sulphides % Cu % Ni% Pt gpt Pd gpt f-u gp Fe % S%
I
••••••••••••••••••••••••••••••••••••••••••••
Mar 03,2009
I Hole Number. INV-09-007
Rocks(Major) Details
From To From To Description Comments
70.06 73.59 DIA Grey-brown, fg, non magnetic, quartz diabase, 50% quartz-feldspar interstilial to mafic grains< 1/2mm. 2% 1mm rounded white feldspar phenocrysts. Matachewan. Sheared contacts.
Texture 70.DE 73.59 Massive
7D.OE 73.59 Fine Grained
Alteration 70.DE 73.59 Quartz, Veinlets, Weak
Occasional 1 mm vn ca 10-15
70·°1
Structure 70.08 Contact, 30 tea
Scm strong shear
1 1 73.
571
73.59 Contact, 30 tea
I I 1 em strong shear
Rocks(Minor)
From To
I I
DETAILED LOG FNX MINING INC.
Details
From To Description
I I I
Assay Data
Sample # From To
I I I
Page 30114
Units' METRIC
Lengt Sulphides % Cu% Ni% Pt gpt Pd gpt Au gp Fe % S%
I I I I I I I I I
••••••••••••••••••••••••••••••••••••••••••••
I Hole Number INV -09-007 ~-
Rocks(Major) Details From To From To Description
73.59 86.15 leucocratic gabbro
Texture 73.5~ 86.15 Medium Grained 73.5~ 86.15 Hypidiomorphic 73.5, 86.15 Massive
Alteration 73.5S 86.15 Quartz, Veinlets, Weak
Occasional 1 mm vn ca. 45 Structure
""1 82.72 Contact, 20 tca
GAB/QTZ 84.7 96.00 Joints, 10 tca
113m
M'1 96.00 JOinls, 45 tea
31m 85.3 85.40 Joints, 80 tca
uneven ct
86.15 87.54 GAB
Texture 86.1! 87.54 Massive
86.1! 87.54 Fine Grained
Alteration 86.1! 87.54 Chlorite, Pervasive, Moderate
Structure 86.15 87.54 Shear, 10 tca
strong, gabbro altered with chlorite.
Rocks(Minor) Comments From To
White-green, 10% 1 mm clear quartz, 60% euhedral-subhedr plagioclase to 3mmwith 25-35% subhedrat green amphibole grains to 2mm and 1% 1mm biotite Non magnetic.
82.7( 85.4
Grey-green, sheared gabbro. Non Magnetic, Cataclastic, mylonitic.
DETAILED LOG FNX MINING INC.
Details From To Description
QTZ
Milky white quartz vein, sharp contacts. 2% chlorite in slips ca 30.
Texture 82.70 85.40 Massive
Assay Data Sample # From
Page 4 of 14
Units' METRIC
To Lengt Sulphides % Cu% Ni% Pt gpt Pd gpt f,u gp Fe % S%
••••••••••••••••••••••••••••••••••••••••••••
I Hole Numbe, INV-09-007 -Rocks(Major) Details
From To From To Description Comments
87.54 89.35 leucocratic gabbro White-green, 10% 1mm clea, quartz, 60% euhedral-subhed, plagioclase to 3mmwith 25-35% subhedral green amphibole grains to 2mm and 1% 1mm biotite. Non magnetic.
Texture
87.54 89.35 Medium Grained 87.54 89.35 Massive
87.54 89.35 Hypidiomorphic
Alteration 87.5 89.35 Quartz, Veinlets, Moderate
2% 3-10mm vns ca 20 and 70
89.35 91.00 FlT Fault in gabbro, ca 15, core broken in 10em pieces, upper ct 3cm chlorite mud, lower ct two 3cm chlorite mud slips. 20% qtz veins in gabbro ca 20 and 70.
Structure
~'1 89.37 Contact, 15 tca
chlorite shear 3cm 90.9 91.00 Contact, 15 tca
chlorite shear 3cm
Rocks(Minor) From To
DETAILED LOG FNX MINING INC.
Details From To Description
Assay Data Sample # From To Lengt~ Sulphides %
I
Units' METRIC I
Cu% Ni% Pt gpt Pd gpt ~u gp Fe% S%
I I I I I I I
••••••••••••••••••••••••••••••••••••••••••••
Mar 03,2009
I Hole Number. INV-09-007 --
Rocks(Major) Details From To From To Description Commenls
91.00 137.90 leucocratic gabbro White-green, 10% 1mm clear-grey quartz, 60% euhedral-subhedr plagiodase to 3mmwith 25-35% subhedral green -black amphibole grains to 2mm and 3% 1mm biotile. Non magnetic.
Texture 91.00 137,90 Medium Grained 91.00 137.90 Massive
91.00 137.90 Hypidiomorphic
Alleralion 91.00 99.90 Quartz, Veinlets, Strong
5% vns to 18em ca 85-60
Slructure 91.47 91.79 Contact, 70 tca
GAB/QTZ
I I I 92.3~ 92.32 Contact, 70 tca
QTZlGAB 96.0 151.00 Joints, 60 tea
113m
Rocks(Minor)
From To
91.4 92.3<
DETAILED LOG FNX MINING INC.
Details
From To Description
QTZ
Milky white quartz, 15% 1-3cm chloritic gabbro clots.
Texture 91.47 92.32 Massive
Page 6 of 14
Units' METRIC
Assay Data
Sample # From To Lengt~ Sulphides % Cu% Ni% Pt gpt Pd gpt Au gp Fe % SOfa
••••••••••••••••••••••••••••••••••••••••••••
Mar 03,2009
\ Hole Number. I NV -09-007 ,-------
Rocks(Major) Details From To From To Descriplion Comments
137.90 146.30 GBBX Grey to white, leueogabbro matrix with mixed gabbro matrix and both contain 35-40% rounded xenoliths averaging 1 em to 8cm of melagabbro and mafic equivalents, on 60cm pyroxenite xenolith .. Contacts sharp and intrudes between LGAB and GAB.
Texture 137.9C 146.30 Medium Grained 137.9C 146.30 Brecciated
Structure 137.9C 137.92 Contact, 35 tea
LGABIGBBX sharp et
I I I 14(;28
1 146.3°1 ~~~~~!~ ~haarp ct I I
Rocks(Minor)
From To
I I
DETAILED LOG FNX MINING INC.
Details
From To Description
I
Assay Data
Sample # From To
I I I I
Page 7 of 14
Units' METRIC
Lengt~ Sulphides % Cu% Ni% Pt gpt Pd gpt I<\u gp Fe% S%
I I I I I I I I
••••••••••••••••••••••••••••••••••••••••••••
Mar 03, 2009
I Hole Number INV-09-007 ,-----Rocks(Major) Details
From To From To
146.30 167.65
146.3C 167.65 146.30 167.65
146.3C 167.65
146.3C 167.65
157.0( 157.30
146.3( 167.65
146.3 167.65
151.0C 152.00
152.0C 209.00
157.16 157.25
'- ..
Description
GAB
Texture Massive Medium Grained
Glomerophyric
Mineralization Pyrite, Disseminated, 0.03% <112mm grains Pyrrhotite, Coarse Grained, 2% 1cm grain in qtz vn with py Alleralion Quartz, Veinlets, Weak occasional vn 1 mm to 4cm ca 45. Calcite, Veinlets, Weak <1mm ~ns ca 45
Structure Joints, 20 tca 21m Joints, 45 tca 1-3/m
Vein Simple, QTl, PY, PO, 50 lea 1 em po grain with py stringers
Comments
Dark grey, almost MLGB, poorly formed glomeroporphyriti texture as feldspar clots to 3cm, 10% blue-clear quartz to 1mm. 35% subhedral to euhedral plagioclase and 55% subhedarl green amphibole. Non magnetic.
Rocks(Minor) From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Page 8 of 14
Units: METRIC
Assay Data
Sample # From To Lengt Sulphides % Cu% Ni% Ptgpt Pd gpt f-u gp Fe % S%
-----, -~
-- --- -156.0( 1570( -1-:00 I 193165 py 0.n ----~--- ---- -~ ~--- :
193166 157.0( 157.30 0.30 PO-py 2.0
~3167 -- --- -~ -- --- ---~ ---_. - ~57.3C 15SjO i.oo py 0.0 '
- ---- --- -- ---r--
••••••••••••••••••••••••••••••••••••••••••••
Mar 03,2009
~leNum~er INV-09-007
Rocks(Major) Details
From To From To Description
167.65 170.90 DIA
Texture 167.65 170.90 Aphanitic 167.65 170.90 Fine Grained
167.65 170.90 Massive
Mineralization 167.65 170.90 Pyrite, Disseminated, 2%
<1/2mm grains
Alteration 167.65 170.90 Quartz, Veinlets, Moderate
3% 105mm brown vns ca, 80-60.
Structure
'"": 167.67 Contact, 85 tea GABIDIA
170.8 170.90 Contact, 85 tea DIAlMLGB
Comments
Grey-green-brow aphanitic contacts over 20cm, non magnetic, central portion is a fine grained gabbroic composition, with 112mm green subhedral amphiboles in a feldspar-quartz matrix. Brown colour due to brown mica.
Rocks(Minor)
From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Page 9 of 14
Un'ts METRIC I
Assay Data
Sample # From To Lengt Sulphides % Cu% Ni% Pt gpt Pd gpt ~u gp Fe % S%
••••••••••••••••••••••••••••••••••••••••••••
Mar 03, 2009--------------------------------------------------------------------------------------------------------------------------------------------------------------------------
DETAILED LOG Page 100! 14
FNX MINING INC.
I Hole Numb~r INV -09-007 U't ME RIC nl s: T
Rocks(Major) Details Rocks(Minor) Details Assay Data From To From To Description Comments From To From To Description Sample If. From To Lengn Sulphides % Cu% Ni% Pt gpt Pd gpt !\u gp Fe% S%
170.90 173.20 mela-gabbro Dark grey, non magnetic, 4% rounded blue quartz, 20% subhedral 1 mOl plagioclase, 80% green-black subhedral
I amphibole.
Texture
170.9C 173.20 HypidiofTlorprlic
170.9C 173.20 Medium Grained
170.ge 173.20 Massive
Mineralization 170.9C 173.20 Pyrite, Disseminated, 0.3%
<1/2mm grains
Alteration 170.ge 173.20 Calcite, Veinle!s, Weak
occasional <1/2mm vn ca 40
••••••••••••••••••••••••••••••••••••••••••••
Mar 03,2009
I Hole Number I NV -09-007
Rocks(Major) Details
From To From To Description Comments
173.20 174.30 DIA Grey-brown , aphanitic, non magnetic. 8% < 1I2mm brown mica clots in siliceous matrix.
Texture 173.2C 174.30 I\phanitic 173.20 174.30 Fine Grained
173.20 174.30 Massive
Mineralization 173.2C 174.30 Pyrite, Disseminated, 0.3%
< 1I2mm grains
Alteration 173.2C 174.30 Quartz, Vein lets, Weak
1% 1mm vns ca, 20.
Structure 173.2C 173.22 Contact, 40 tea
MLGBIDIA 173.BC 173.83 Contact
core broken < 1 em pieces, possible fault
I I 174.2
l 17 4.3016~~~~~5 tea I
Rocks(Minor)
From To
I I I
DEl AILED LOG FNX MINING INC.
Details
From To Description
I
Assay Data
Sample # From To Lengtr
l I I
Page 11 of 14
Units' METRIC
Sulphides % Cu% Ni% Pt gpt Pd gpt I\u gp Fe % S%
I I I I I I I I I
••••••••••••••••••••••••••••••••••••••••••••
Mar 03, 2009
I Hole Number: INV-09-007
Rocks(Major) Details
From To From To Description Comments
174.30 183.54 mela-gabbro Dark grey, non magnetic, 4% rounded blue quartz, 20% subhedral 1 mrn
I plagiodase, 80% green-black subhedral amphibole.
Texture
174.3C 183.54 Massive 174.3C 183.54 Medium Grained
Mineralization 174.3 183.54 Pydte, Disseminated, 2%
< 1/2mm grains
Alteration 174.30 183.54 Quartz, Veinlets, Weak
occasional vn 2mm ca 40
Rocks(Minor) From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Assay Data
Sample # From To
Page 120f14
Units: METRIC l
Lengtr Sulphides % Cu% Ni% Pt gpt Pd gpt f.u gp Fe % S%
••••••••••••••••••••••••••••••••••••••••••••
Mar 03,2009
I Hole Number INV -09-007 ,-------Rocks(Major) Details
From To From To Description
183.54 185.49 FDPR
Texture 183.5 185.49 Fine Grained 183.5 185.49 Porphyritic 183.5 185.49 Medium Grained 183.5 185.49 Massive
Mineralization 183.54 185.49 Pyrite, Disseminated, 0.01 %
<1(2mm grains
Alteration 183.54 185.49 Quartz, Veinlets, Moderate
vns to 5mm in shear fabric. Structure
183.54 183.56 Contact, 65 tea MLGBIFDPR
'''1 185.49 Shear, 4D tca
moderate, minerai alignment, weak mylonitic at cts.
185.4 185.49 Contact, 40 tca FDPRlMLGB
Comments
Poorly formed feldspar porphyry dyke, grey-green-brown siliceous matrix with 15% blocky 1mm feldpsr phenocrysts, non magnetic, sharp contacts.
Rocks(Minor)
From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Page 13 of 14
Units: METRIC
Assay Data
Sample # From To Lengte Sulphides % Cu% Ni% Pt gpt Pd gpt f>.u gp Fe% S%
••••••••••••••••••••••••••••••••••••••••••••
Mar 03,2009
I Hole Number: INV-09-007
Rocks(Major) Details From To From To Description
185.49 189.30 mela-gabbro
Texture 185.4~ 189.30 Massive 185.4, 189.30 Medium Grained
Alteration 185.4, 189.30 Quartz, Veinle!s, Moderate
2% 1-2mm vns ca 30-40
189.30 209.00 PYRT
Texture 189.31 209.00 Massive 189.3( 209.00 Medium Grained
Mineralization 189.3( 209.00 Pyrite, Disseminated, 0.5%
< 1I2mm grains
Alteration 189.3( 209.00 Calcite, Veinlets, Weak
189.31
occasional <1/2mm vn ca. 40-80.
Structure 189.50 Contact, 25 tea
MLGB/PYRT
Comments
Dark grey, non magnetic, 4% rounded blue quartz, 20% subhedral 1 mm plagioclase, 80% green-black subhedral amphibole.
Dark-grey-green, non magnetic, 25% rounded black pyroxne grains in amphibole matrix, 1 % blue quartz, 5% subhedral plagioclase. EOH
Rocks(Minor) From To
DETAILED LOG FNX MINING INC.
Details From To Description
Page 14 of 14
Units: METRIC
Assay Data Sample #- From To Lengtt Sulphides % Cu% Ni% Pt gpt Pd gpt "'-U gp Fe % S%
••••••••••••••••••••••••••••••••••••••••••••
Mar 07,2009
I Hole Number. INV -09-008 '------'
DETAILED LOG FNX MINING INC.
Project Name: Aurora - Montcalm
Project Number: MONTCALM
Claim Number:
Location: Exploration
Section:
Primary Coordinates
Grid: UTM:
Destination Coordinates
Grid: UTM:
Hole Type: Exploration
Date Started: Mar 04, 2009
Date Completed: Mar 06, 2009
Date Entered: Mar OS, 2009
Logged By: rpoulin
Collar Survey:
Making Water:
Gas Intersected:
Comments: Norex drilling, test anomaly 148 at 62m vertical depth.
Survey Data
Depth I
Azil11ult, I Dip Test Flog Depth Decimal Decimal Type
101.00 1 91801
-44.70 R OK 167.00
Rocks(Major) Details From To From To Description
0 44.60 CASE
Azimuth Dip
North: 5390212.00
East: 417820.97
Elev: 290.65
Pulse EM Survey:
Plugged:
Object In Hole:
Test Flag Decimal Decimal Type
91.10 -41.40 R OK
Rocks(Minor) Details Comments From To From
45mofNW casing, clay, boulders, pebbles. 1.5m of pebbles ill box. , I I I I
North: 5390212.00
East: 417820.97
Elev: 290.65
Multishot Survey:
Is Cemented:
Verified:
To Description
I
Assay Data
Contractor:
Core Storage: Core Shed
Casing: Left in Hole
Hole Size: NQ
Sample # From To Lengt Sulphides %
I I I I
Cu% Ni%
I I I
Page 1 of 20
Units' METRIC
Collar Dip:
Collar Az:
Length:
Start Depth:
Final Depth:
Pt gpt Pd gpt p'u gp
I I I
-45.00
90.00
167.00
0.00
167.00
Fe % S%
••••••••••••••••••••••••••••••••••••••••••••
Mar 07,2009
I Hole Number. I NV -09-008 ,-------
Rocks(Major) Details Rocks(Minor) From To From To Description Comments From To
44.60 49.40 GBBX Green, coarse breccia with mg grey gabbro matrix to 45cm and fg green basalt fragments to 64cm. Basalt is green, massive and non magnetic.
Texture 45.9C 46.6C 44.6 49.40 Medium Grained
44.6C 49.40 Brecciated
Mineralization 44.60 49.40 Pyrite, Disseminated, 0.02%
< 1I2mm grains Structure
46.8C 48.70 Joints, 5 tea curved chloritic. 21m
48.6( 48.70 Fault, 25 tca 3cm chloritic mylonite
48.7( 86.80 JOints, 60 tca l-3/m
DETAILED LOG FNX MINING INC.
Details
From To Description
BSLT
Dark green, fg, massive, non magnetic, 30% quartz with subhedral amphibole to l/2mm.
Texture 45.90 46.60 Fine Grained
45.90 46.60 Massive
Mineralization 45.90 46.60 Pyrite, Disseminated, 0.02%
<1/2mm grains
Assay Data Sample # From
Page 2 of 20
Units' METRIC
To Lengt Sulphides % Cu% Ni% Pt gpt Pd gpt f.u gp Fe% S%
, , , , I I
••••••••••••••••••••••••••••••••••••••••••••
Mar 07, 2009
I HoleNumber INV-09-008
Rocks(Major) Details
From To From To Description Comments
49.40 54.25 BSLT Dark green, fg, massive, non magnetic, 30% quartz with subhedral amphibole to 112mm.5% brown mica.
Texture 49.4( 54.25 Massive 49.4( 54.25 Fine Grained
Alteration 49.4( 54.25 Quartz, Veinlets, Moderate
2% 101m irregular IIns and ca, 20
Structure 51.4 51.80 Fault, 25 tea
5cm chlontic mylonite 53.81 54.25 Shear, 25 tca
sheared ct, mylonitic, quartz sweats to Smm
S4.2S 1 "oj UL..uu 1 IGR IWhite-!ight grey, 1
8% <1mm biotite, 40% white feldspar and 50% white quartz" Non magnetic. Dyke intruding gabbro.
Texture 54.2~ 62.00 Massive
54.2~ 62.00 Medium Grained
Structure 54.2~ 54.27 Contact, 25 tca
BSLTIGR 61.1E 61.18 Contact, 35 tca
GRIGAB 61.7 61.74 Contact, 45 tca
GABIGR 61.9E 62.00 Contact, 40 tca
GRIGBBX
Rocks(Minor)
From To
1 1
61.1E 61.7'
DETAILED LOG FNX MINING INC.
Details
From To Description
1
GAB
Grey, porphyritic gabbro, 50% green subhedral amphibole and 50% plagioclase" non magnetic.
Texture 61.16 61.74 Porphyritic
5% 2mm blocky feldspar 61.16 61.74 Massive 61.16 61.74 Medium Grained
/Alteration 61.16 61.74 Quartz, Veinlets, Weak
1cm vn ca, 30
Page 3 of 20
Units: METRIC
Assay Data
Sample It From To Lengtr Sulphides % Cu% Ni% Pt gpt Pd gpt f'u gpt Fe % S%
1 1 1 1 1 1 1 1 1 1
••••••••••••••••••••••••••••••••••••••••••••
Mar 07,2009
I Hole Number: INV-09-008
Rocks(Major) Details
From To From To Description
62.00 71.30 GBBX
Texture 62.0C 71.30 Massive 62.0C 71.30 Medium Grained 62.0( 71.30 Hypidiomorphic
Mineralization 65.2C 66.10 Pyrrhotite, Disseminated, 4%
< 1 mm vns ca 70 and diss 65.2C 66.10 Chalcopyrite, Disseminated, 0.01%
<li2mm grains With po 65.2C 66.10 Pyrite, Disseminated, 2%
<1/2mm grains
Alleration 62.0C 71.30 Quartz, Veinlets, Weak
occasional 5-20mm vn ca 70-50 62.OC 71.30 Calcite, Veinlets, Weak
< 1/2mm vns in jOints ca. 60-70
Structure 62.OC 83.00 Joints, 60 tca
1-2/m 71.2f 71.30 Contact, 70 tca
GBBX/GAB
Comments
15% dark green pyroxenitic rounded xenoliths in gabbro matrix. One 47 em basalt block at upper ct. Grey, 35-40% subhedral plagioclase grains to 2mm, 1 % biotite grains to 1 mm, 60-65% green-black amphibole. Non magnetic.
~~
Rocks(Minor)
From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Page 4 of 20
Units: METRIC
Assay Data
Sample # From To Lengt Sulphides % Cu% Ni% Pt gpt Pd gpt r-u gp Fe % S%
~ --- - -- -~--
1.Oc ------ ---- --- -- - ---',
193168 64.2C 65.20 i. __ -65.2C -66:10 ---c- .- -- ----- -- i .-
193169 0.90 PO-pY-Cp 6.0 i -- -56:1\: 1--67.10 i.Oc ----.--~--- - ------
193170 f---- '----- --- -- -- -- .- - ... -
••••••••••••••••••••••••••••••••••••••••••••
Mar 07, 2009
\ Hole Number. INV-09-008
Rocks(Major) Details
From To From To Description
71.30 77.80 GAB
Texture 71.3C 77.80 Medium Grained
71.3C 77.80 Hypidiomorphie 71.3C 77.80 Massive
Alteration 71.3C 77.80 Quartz, Veinlets, Weak
occasional 6mm vn ca. 45 71.3C 77.80 Calcite, Veinlets, Weak
<1l2mm vns in jOints ca 60-70
Structure
77.7< 77.80 Contact, 70 tea GAB/GBBX
_.-
Comments
Grey, 35-40% subhedral plagiodase grains to 2mm, 1 % biotite grains to 1mm, 60·65% green-black amphibole. Non magnetic.
Rocks(Minor)
From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Page 5 of 20
Units' METRIC
Assay Data
Sample II From To Lengt Sulphides % Cu% Ni% Pt gpt Pd gpt f",ugp Fe % S%
••••••••••••••••••••••••••••••••••••••••••••
Mar 07,2009
I Hole Number: INV -09-008
Rocks(Major) Details
From To From To Descriplion
77.80 BOAO GBBX
Texture 77.BO BO.40 Brecciated 77.BO BO.40 Fine Grained 77.BO BO.40 Medium Grained
Alteration 77.BC BOAO CalCite, Veinlets, Weak
<1/2mm vns ca 40 and 70 77.Se BOAO Quartz, Veinlets, Weak
3cm vn ca 50
Structure 00
1 80.40 Contact, 60 tca
MLGB/GAB
80AO B3.60 PYRT
Texture BO.4 83.60 Medium Grained BOAC B3.60 Porphyritic BO.4C B3.60 Fine Grained 80.4C 83.60 Massive
Rocks(Minor)
Comments From To
Green, coarse breccia with mg grey gabbro matrix to 40cm and fg green basalt fragments 10 40cm and melagabbro fragments to 60cm. Basalt is green, massive and non magnetic.
Green, fg with 10% 2mm pyroxene porphyroblasts in fg green amphibole matrix, 5% interstitial subhedral plagioclase. One 14cm gabbro vein at B1.8m. Non magnetic.
DETAILED LOG FNX MINING INC.
Details
From To Description
Assay Data
Sample # From To Lengt
Page 6 of 20
Units: METRIC
Sulphides % Cu% Ni% Pt gpt Pd gpt f'u gp Fe % S%
••••••••••••••••••••••••••••••••••••••••••••
Mar 07,2009
Rocks(Major) Details
From To From To Description
83.60 84.48 GAB
Texture 83.6C 84.48 Massive 83.6C 84.48 Medium Grained
Mineralization 83.6C 84.48 Pyrite, Disseminated, 0.01 %
<112mm grains,
Alteration 83.6C 84.48 Calcite, Veinlets, Weak
1mm. pink vns ca. 40-60. 83,6C 84.48 Hematite, Pervasive, Strong
pink fsp.
84.48 85.44 GR
Texture 84.41 85.44 Massive 84.41 85.44 Medium Grained
Alteration 84.41 85.44 Hematite, Pervasive, Moderate
pink fsp 84.41 85.44 Calcite, Veinlets, Moderate
1% <lmm vns ca. 45-70
Structure 84.41 84.50 Contact, 60 tca
GABIGR 84.41 84,60 Shear, 55 tca
cataclastic, minor mylonite 85.4 85.44 Contact, 60 tca
GRIGAB
Comments
Grey-pink, non magnetic, 50% subhedral green amphibole to 2mm and 50% subhedral plagioclase. Altered due to fault.
Pink-grey, quam-feldspar-PI granite dyke.
Rocks(Minor)
From To
I
DETAILED LOG FNX MINING INC.
Details
From To Description
Page 7 of 20
Units' METRIC
Assay Data
Sample # From To Lengt Sulphides % Cu% Ni% Pt gpt Pd gpt p.u gp Fe% S%
••••••••••••••••••••••••••••••••••••••••••••
Mar 07, 2009 DETAILED LOG Page 8 of 20
FNX MINING INC.
Hole Number: INV-09-008 Units: METRIC
Rocks(Major) Details Rocks(Minor) Details Assay Data From To From To Description Comments From To From To Description Sample" From To Lengt~ Sulphides % Cu % Ni% Ptgpt Pd gpt f\u gp Fe% S%
85.44 87.10 GAB Grey-pink, non magnetic, 50% subhedral green amphibole to 201m and 50% subhedral plagiodase. Altered due to fault.
Texture 86.8C 87.10 FLT 85.44 87.10 MedIum Gra!ned Cataclastic GAB, core broken in 85.44 87.10 Massive < 1-3cm piecs, chlorite veins to
Alteration 4mm., calcite fillings in shear
85.4 87.10 Calcite, Veinlets, Weak bands.
1 mm vns ca 40-60 85.4 87.10 Hematite, Pervasive, Weak
pink fsp
Structure
86.3C 88.50 JOints, 60 tca 6fm
86.8C 87.10 Falllt, 45 tca GABfGR contact
87.Of 87.10 Contact, 55 tca
I I I I I I I I I I I I I IGABfGR I I I I I I I
••••••••••••••••••••••••••••••••••••••••••••
Mar 07,2009
I Hole Number: INV -09-008
Rocks(Majorj Details
From To From To Description
87.10 90.18 GR
Texture
87.10 90.18 Medium Grained
87.10 90.18 Massive
Alteration 87.1C 90.18 Hematite, Pervasive, Weak
pink Isp.due to flt 87.1C 90.18 Quartz, Veinlets, Weak
occasional vn to 2cm ca 60.
Structure 87.1C 88.50 Brok.en Core
1-5cm pieces 88.5C 166.00 Joints, 60 tca
1-2/m 90.1E 90.18 Contact, 25 tca
GR/MGAB
Rocks(Minor)
Comments From To
Pink-grey, non magnetic, quartz-Ieldspar-bi granite dyke.
DETAILED LOG FNX MINING INC.
Details
From To Description
Page 9 01 20
Units: METRIC
Assay Data
Sample II From To Lengt Sulphides % Cu% Ni % Ptgpt Pd gpt I\u gp Fe% S%
••••••••••••••••••••••••••••••••••••••••••••
Mar 07,2009
I Hole Number INV-09-00a -
Rocks(Major) Details
From To From To Description
90.18 98.00 mela-gabbro
Texture
90.1 98.00 Medium Grained
90.1 98.00 Hypidiomorphic
90.18 98.00 Massive
Mineralization 97.20 97.50 Pyrrhotite, Disseminated, 3%
1-3mm grains
Alteration 90.18 98.00 Calcite, Veinlets, Weak
1-2mrn vns ca 30-40 90.18 98.00 Quartz, Veinlets, Weak
I I 979~
1 % 1-15rnnl VIlS ca. 40-60
Structure 98.00 Contact, 45 tca
MLGB/PYRT
Comments
Dark grey, non magnetic, 15% euhedral-subhedr plagioclase to lmm with green-black euhedral-subhedr amphibole. 3% mafic or felsic palches of pyroxenitic and gabbroic rock.
I
Rocks(Minor)
From To
I I
DETAILED LOG FNX MINING INC.
Details
From To Description
Page 10 of 20
Units: METRIC
Assay Data
Sample # From To Lengt Sulphides % Cu% Ni% Pt gpt Pd gpt Au gp Fe % S%
-----~----
- 96.2C i.oo ----_.- - - --- ---I --- --- - -
193172 97.20 --- - ------- --- -- 1--- ---- ---". ---
193173 97.2C 97.50 0.30 PO 3.0 1 --- -97.5[- -0.50
-- --- -~~ -.------i - .- ---- .. -193174 98.00 --- ------ -- --- ~
.". ____ I f--
••••••••••••••••••••••••••••••••••••••••••••
Mar 07, 2009
I Hole Number. INV-09-008
Rocks(Major) Details From To From To Description
98.00 99.18 PYRT
Texture
980~ 99.18 Massive
98.0 99.18 Fine Grained
98.0~ Alteration
99.18 Calcite, Veinlets, Moderate 1% <lmm vns ca. 60-70
98.0e 99.18 Quartz, Veinlets, Moderate 1-3cm vns ca 60-50
98.0e 99.18 Chlorite, Pervasive, Moderate
Structure 98.0e 99.18 Shear. 45 tca
weak shear 99.1E 99.18 Contact, 45 tca
PYRT/MLGB
99.18 100.70 mela-gabbro
I
100.6,
Structure 100.70 Contact, 45 tca
MLGB/GAB
Comments
Dark green, Ig, weakly sheared with chlorite alteration.
Dark grey, non magnetic, 15% euhedrai-subhedr plagiodase to 1mmwith green-btack euhedral-subhedr amphibole.
Rocks(Minor)
From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Page 11 0120
Units: METRIC
Assay Data
Sample # From To Lengt Sutphides % Cu% Ni% Pt gpt Pd gpt flu gp Fe % S%
••••••••••••••••••••••••••••••••••••••••••••
Mar 07,2009
I Hole Number I NV -09-008
Rocks(Major) Details
From To From To Description
100.70 105.00 GAB
Texture 100.70 105.00 Hypidiomorpllic 100,7C 105.00 Medium Grained
100.7C 105,00 Massive
Mineralization 100.7e 105.00 Pyrite, Disseminated, 0.02%
<1/2mm grains.
Alleration 100.71 105.00 Quartz, Veintets, Weak
1-2mm vns ca 40.
105.00 106.00 PYRT
Texture 105.0C 106.00 Fine Grained 105.0C 106.00 Medium Grained 105.0C 106.00 Massive
Mineralization 105.0C 106.00 Pyrrhotite, Disseminated, 0.01%
one 2mm grain
Rocks(Minor)
Comments From To
Grey, non magnetic, 40% euhedral-subhedr plagioclase to lmmwith green-black euhedral-subhedr amphibole. 1 % ,1/2mm biotite grains, Several more felsic or mafic sections to 30cm in unit.
I
Dark green, fine grained amphibole with 5% 1-3mm black pyroxene subhedral grains. contacts gradational over 2cm. Non magnetic.
DETAILED LOG FNX MINING INC.
Details
From To Description
Assay Data
Sample # From To Lengt~
Page 12 of 20
Units: METRIC
Sulphides % Cu% Ni% Pt gpt Pd gpt i"u gp Fe % S%
••••••••••••••••••••••••••••••••••••••••••••
Mar 07,2009
I Hole Number INV -09-008
Rocks(Major) Details From To From To Description Comments
106.00 116.50 GAB Grey, non magnetic, 40% euhedral-subhedr plagioclase to 1mmwith green-black euhedral-subhedr hornblende. 1 % ,112mm biotite grains. Several more felsic or mafic sections to 15cm in unit.
Structure 116.3C 116.50 Contact, 50 tca
GABIMLGB
116.50 122.90 mela-gabbro Dark grey, non magnetic, 15-20 % euhedral-subhedr plagiodasp. , 1-5% clear quartz to 1mmwith green-black euhedral-subhedr amphibole.
Structure 122.5C 122.52 Contact, 85 tca
GABIDIA 122.8! 122.90 Contact, 20 tca
DIANTGB
Rocks(Minor)
From To
122,5( 122.9C
DETAILED LOG FNX MINING INC.
Details
From To Description
I
DIA
Grey, fg-aphanitic, non magnetic.
Texture 122.50 122.90 Massive
122.50 122.90 Fine Grained
122.50 122.90 Aphanitic
Page 13 of 20
Units' METRIC
Assay Data
Sample # From To Lengt Sulphides % Cu% Ni% Pt gpt Pd gpt f',u gp Fe % S%
• •••••••••••••••••••••••••••••••••••••••••••
Mar 07,2009
I Hole Number I NV -09-008
Rocks(Major) Details From To From To Description
122.90 127.00 VTGB
Texture
122.9C 127.00 Brecciated
122.9C 127.00 Massive
Mineralization 124.0C 125.00 Pyrrhotite, Disseminated, "t%
fg 12S.0C 126.00 Pyrrhotite, Disseminated, 2%
fg In patches to 1 em 126.0C 127.00 Pyrrhotite, Disseminated, 1%
fg
Alteration 122.9C 127.00 Calcite, Veinlets, Sirong
4% 1 mm vns ca. 30-40
Rocks(Minor) Comments From To
Dark grey, ghosty mixture of felsic and mafic gabbros, 20% felsic gabbro remainder MLGB to PYRT in composition. Weakly magnetic.
DETAILED LOG FNX MINING INC.
Details
From To Description
Assay Data Sample # From
193175 124.00
193176 '125.00
193177- . 12600
Page 14 of 20
Units: METRIC
To Lengt Sulphides % Cu% Ni% Pt gpt Pd gpt Au gp Fe % S%
125.00 1.00 P0 1. 0 ' l ~'.00
. - _ .. -,r - ,_ I 126.00 PO :.0 i ;
.. 127.00 ---- , - -" -. -
1.00 PO 1. 0 I I - - --- - - -
, , ,
••••••••••••••••••••••••••••••••••••••••••••
Mar 07,2009
~~e Numb~r I NV -09-008
Rocks(Major) Details Rocks(Minor) From To From To Description Comments From To
127.00 136.52 PYRT Dark green, dense, non magnetic, 5% fine quartz with dark green amphiboles, 2% irregular 1-3cm feldspar-hamblen rich veins, pyroxenite fg with 5% 1-3mm hornblende phenocrysts.
Texture 133.30 133.9 127.0C 136.52 Massive 127.0C 136.52 Porphyritic 127.0C 136.52 Fine Grained
Alteration 127.0C 136.52 Calcite, Veinlets, Weak
,lmm vns ca 40
Structure 133.3C 133.32 Contact, 45 tca
PYRT/GR 131 q1 133.93 Contact, 70 tea
GR/PYRT
136.52 139.90 GR Light grey, fg, quartz-feldspar-bi granite dyke.
Texture 136.5 139.90 Fine Grained 136.5 139.90 Massive
Alteration 136.5 139.90 Calcite, Veinlets, Weak
<1/2mm vns ca 70-60. 136.5 139.90 Hematite, Pervasive, Weak
pink fsp
Structure 136.5 136.54 Contact, 60 tca
PYRT/GR 139,88 139.90 Contact, 45 tca
GR/PYRT
DETAILED LOG FNX MINING INC.
Details
From To Description
GR
Light grey, fg granite dyke. Quartz-feldspar-biotite granite.
Texture 133.30 133.93 Fine Grained
133.30 133.93 Massive
Assay Data Sample If- From To
193178 -12i.O( 128.00 "-. -- -- .. ~ _ .. -
Page 15 of 20
Units: METRIC
Lengt Sulphides % Gu% Ni% Pt gpt Pd gpt f-u gp Fe % S%
1.00 --- --~
:~! --- -- .~
-=-l .-
-' .. -- - -.
••••••• 1111111'I'I'lllltllll'III'II,'IIIIIIIIIIIIII!I!' , I ••••••••••••••••••
Mar 07,2009
----~------ - --- ~
Rocks(Major) Details F,om To From
142,61 146,19
142.61
142.61
142.61
14617
-- ---. Rocks(Major) Details r---' ---.- ----,..---__ _
From To From To Description _.
139.90 142.61 PYRT
Texture 139.90 142.61 Massive
139.90 142.61 Fine Grained
Alteration 139.90 142.61 Quartz, Veinlets, V Veak
occasional 1mm v n ca 60, 140.90 141.60 CalCite, Veinlets, M oderate
2% lmm vns ca 4
Structure 142.61 Contrlr.t 7r; tr~
I PYRT/GAS--
0
Comments
Dark green, dense, non magnetic, 5% fine quartz with dark green amphiboles, 2% irregular 1-3cm feldspar-hamblen rich veins, pyroxenite fg with 5% 1~3mm Ilornblende phenocrysts. Sharp ct with GAB below,
I
--
Rocks(Minor) From To
I I
DETAILED LOG FNX MINING INC.
--
Details
From To Description
I I
Assay Data
Sample It From To
I I I
Units' METRIC I -
Lengtl Sulpllides % Cu % Ni% Pt gpt Pd gpt i'lugp Fe% S%
I I I I I I I I I
••••••••••••••••••••••••••••••••••••••••••••
Mar 07, 2009
I Hole Number 'NV-09~008 r------
146.19 152.70
14fi l' 146.1'
146.H
147.0(
Hsor
I 146.1S
PYRT
T£!xture 152.70 BreCCIated
152.70 Massive
152.70 Fine GrailJp.d
Mineralization 148.00 Pyrrhotite, Oissem
Ig 149,00 Pyrrilol!le, [li~sem
Ig
Alteration
- --
inated,4%
inated,4%1
'leak i52.70I Qucutl, Veiniets, V 1 fllfll V!lS ca, 60-85
Rocks(Minor) Comments From To
Dark green, dense, non magnetic, looks likeghosty brecciation of aU nlafic material, contacts brecciated and looks intrusive to the gabbro unit. 5% 1-2mm hornblende phenocrysts ill Ig ampibole.
I I I I
DETAILED LOG FNX MINING INC.
Details
From To Description
I I
Assay Data Sample # From To
--- .-
193179 146.1 147.00 ----
193180 147.0C 148.00 ---
14s:Dc --
193181 149.00
193182 149.0C 150.00 ._- - - --
I I
Units' METRIC I
Lengtr Sulphides % Cu% Ni% Pt gpt Pd gpt I\u gp Fe% S%
-- I- - ---
0.81 ._- -- ----
- -- --
4.0: ---- _.
1.00 eo , , - -- --- - , - ----
1.00 E=O 4.0 I I
1.00 ---- -- , ' - .. -- -
.- - .. - ---- ----- -- .-1----
I I I I I I I I I I
••••••••••••••••••••••••••••••••••••••••••••
I~";'~"- .... . ..... . -----------------DETAILED LOG
FNX MINING INC.
--~---------.
Page 190120
[Ho;eNumber INV-09-008 .. ... .. = .. ===============================~====~~====~ --~~----.-----------~- Units' METRIC
-_._.
~cks(Major) D~s_~_,-_ from 10 From To
152.70 158 90
158.90 159.40
152.7{
152.7(
152.7(
'"".1 1589
1 159.3
Deseri, Jtion
mela-gabb ro
T~xture
15A qo Fine Grained
158.90 Massive
Alteration 158.90 Quartz, Veinle
3% 1 mrn to 2c
PYRT
ts, Moderate
m vns ca, 40 10 60.
Is, \Neak
Texture 159.40 Fine Grained
Alteration 159.40 lluartz. Veinle
5cm vn ca 60
Structure 159.40 Contect, 45 te
PYRTIMlGI3 a
Comments
Dark grey, nOll magnetic, fine grained, 15-20 % euhedral·subhedr plagioclase, 1-S0(" clear quartz to 1mmwlth green-black euhedral-subhedr arnphibole. Occasional mg feldspar-hamblen irregular veins to 3cm.
Dark green, dense, non magnetic, contacts sharp with gabbro unit, fg green amphibole.
Rocks(Minor) Details Assay Data From To From To Description Sample # From To lengtl Sulphides % Cu % Ni% Pt gpt Pd gpt ~u gp Fe % S%
I I I
••••••••••••••••••••••••••••••••••••••••••••
I~;"U""---· ----. [ Hole N~mber I N V -0 9 -00 8
H~cl\s{Maj0!:L. Details,_ From 10
159.40 166.00
166.00 167.00
From
1594 1!)9.4.
159.4"
To
166.00 166.00
166.00
Description
mela-gabbro
Texture
Medium Grained
Massive
Alteration Quar17, Veinlets, \fI/eak occasional \in to 2crn ca 40
FlT
1166 Ol~ I Structure 167.00 Shear, 15 tca
strong
fComments
Dark grey, non magnetic, fine grained, 15-20 % euhedral-subhedr plagioclase, , -5 % clear quartz
IIo1mmwith qreen-black euhedral-subhedr
I amphibole.
Broken Core in < 1 Oem pieces, strong shearing, mylonitic and cataclastic. EOH.
I
Rocks{Minor)
From To
DETAILED LOG FNX MINING INC.
Details
From To Description
Assay Data
Sample If. From To Lengit
, ... """1 u nits: METRIC
Sulphides % Cu% Ni% Pt gpt Pd gpt f'.u gp Fe % S%
• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •
I v INiERNATIONAL NICI<EL VENTURES
Appendix B: Assay Certificates
145
• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •
Quality Analysis ... Innovative Technologies
Date Submitted: 27-Feb-09
Invoice No.: A09-0972 (i)
Invoice Date: 06-Apr-09
Your Reference: MONTCALM
International Nickel Ventures Company
700-55 University Ave. Toronto ON M5J 2H7 Canada
ATTN: Robert C. Bell
CERTIFICATE OF ANALYSIS
58 Core samples and 1 Crushed Rock sample were submitted for analysis.
The following analytical packages were requested: Code 1 C-Exp ICPOES Fire Assay ICPOES Code 1 F2 Total Digestion ICP(TOTAL) Code B Code 8-Assays REPORT AOS-0972 (i)
This report may be reproduced without our consent. If only selected portions of the report are reproduced, permission must be obtained. If no instructions were given at time of sample submittal regarding excess material, it will be discarded within 90 days of this report. Our liability is limited solely to the analytical cost of these analyses. Test results are representative only of material submitted for analysis.
Notes: Values which exceed the upper limit should be assayed for accurate numbers.
ACTIVA TION LABORATORIES LTD.
CERTIFIED BY.
Elitsa Hrlscheva, Ph.D.
Ouallty Control
~ 33[, Sandhill Drive AnCaSle" Omarlo ::':anaaa L9G 4V5 TELEPHOf~E +1 9056-469611 cr ~I aBe 228.S:27 FAX +i 905 ~4c 9612
E-MAIL ancaster@a::tlabsln! ::om ACTLABS GROUP V\.IEBSITE hllp.llWNW actlacSlr,t com
•••••••••••••••••••••••••••••••••••••••••••• IAn~IYte Symbol
lunil SyrnbClI
Detection Limit
IAn.lysis Method
1~ ~ \f)g
19311[1
191111
19:1112
10 311.1
1'131'4
,q~\ IS
lQ111~
1!l~117
tg~ \ I!'-
19J11q
193120
lq31?1
191177
193123
ICn!.-::
19.1128
193122
1 'J3 130
193UI
10.111)
1931:',5
l Q 3136
1Q 3137
193138
193139
\93140
1?31-t,
193142
1931-13
1931"4
lQ3'413
19.1147
193148
191149
19) I-'iO
1°1151
193157
19~IS3
19]1'>5
19.115B
193157
193158
193159
Au
pph
fA-ICP
207
14
"2
29
<2
41
11
?8
Ie
21
<2
Pd
F·\-tcP
-: 'j
.; S
14~O
<'i
,,'i
<'i
<: ~;
<f;
< 5
-: ~,
<',
187
<: ~)
<"'i
<,
<: :.
<'i
0( ~!
,.,:,
<5
-:. ~,
<5
rl pp\)
FA·lep
<5
<5
947
, 5
<5
-:. 5
<5
, 5
< 5
< 5
< 5
<5
"2
< 5
" < 5
<5
< 5
-:. 5
0( 5
<5
<S
< 5
<5
-:. 5
<5
,5
<5
03
TO lep
n 3
<: 0:3
03
11
04
n 5
<03
03
<03
03
< 0 3
<03
<: 0:3
i i 6
, 03
03
-: 0 3
04
07 o. 03
O. n 3
<03
<OJ.
< 0 3
< 0 3
04
<03
n'
<03
'03
<03
03
<03
<03
<: 0 3
<: 0 3
< 0 3
03
09
05
07
< 0 3
09
04
DB
03
<03
<03
< 0 3
AI
910
785
190
701
0')1
581
8 O'
914
844
'49
881
930
741
891
B 18
102
834
971
e 80
890
836
6 ~4
757
B 12
950
932
998
116
9 18
103
639
855
96.
990
964
914
990
890
899
591
382
7.90
726
815
646
7 ~7
660
852
929
682
513
As
ppm
TO-Iep
<3
< 3
< 3
<3
<3
<3
<3
<3
<3
< 3
<3
<3
< 3
< 3
<3
<.3
<3
<3
< 3
< 3
< 3
< 3
<3
<3
< 3
<3
< 3
< 3
Activation Laboratories ltd. Ba Be B, Co Cd Co
ppm ppm ppm
001 03
10-ICP 10·ICP TOXP TO-ICP
HJ5 ~ 1 < 2 604
62 ~ 1 < 2 5 5"3
25
5S
..:: 7
96
119
17,
133
163
165
135
106
146
82
246
162
272
214
9. 172
247
205
244
30.
378
208
195
424
258
351
145
136
182
459
170
20S
237
305
258
268
15
137
74
332
118
142
49
73
19-1
203
161
'1
"
<I
< 2
<2
< 2
<2
, 2
< 2
<2
< 2
< 2
< 2
< 2
16
, 2
< 2
< 2
< 2
< 2
< 2
< 2
< 2
<2
<2
< 2
< 2
< 2
< 2
< 2
< 2
< 2
< 2
.-:: 2
< 2
< 2
< 2
< 2
< 2
< 2
< 2
< 2
< 2
< 2
< 2
< 2
218
471
1 46
463
") 86
481
6 19
601
678
715
5.54
611
442
541
574
459
437
383
517
348
388
'53
439
480
590
542
802
696
733
528
565
596
536
732
533
551
4 05
450
346
814
502
562
459
53.
489
5.51
653
662
572
518
TO-ICP TD-ICP
05 54
~ 0 3 54
22
07
16
08
11
O. 05
05
09
06
D.
05
25
03
10
03
04
11
03
~03
03
.-:: 0 3
< 0 3
<03
<03
04
D. 03
03
OS
O. 03
0,
06
03
06
03
< 0.3
0.5
16
05
05
< 0 3
09
O.
0.4
0.5
04
13
<03
591
77
33
16
18
22
55
36
44
38
27
26
'6
12
16
82
23
21
29
14
" 15
24
19
'0 55
.2 n
30
24
,. '6
19
19
15
49
19
28
16
32
21
27
48
25
40
23
Page 2 of 9
Report: Cr ell
ppm rprn
TD-ICP TO-ICP
278 101
15d 102
167 > 10000
649 131
61 300
85 76
34 46
46 21
16 d4
82 38
11 49
199 54
19 39
128 34
140 "> 10000
18 19
46 42
12'
66 40
135 226
107 52
100 27
68 87
174 38
144 5~
141 23
91 88
21 17
74 53
53 114
125 68
32 26
38 71
51 25
117 38
99 108
100 40
'2 14
95 44
87 22
106 21
30 237
235 64
67 110
71 29
58 163
75 71
140 65
116 102
74 23
71 59
111 28
A09-0972 (i) rev 2 Fe Ga Hg
% ppm ppm
001
TO-ICP TO-ICP TO-ICP
818 23 < 1
7 Ba 21 < I
270 10 ~ 1
900 20 .-::1
495 < 1 < 1
202 16 <1
114 22
7 B9
127
108
117
103
999
866
6.16
824
122
B ~O
861
200
769
4.B1
931
618
519
389
587
9 '3
642
577
926
25
26
26
27
26
28
27
25
26
29
2B
17
25
21
23
25
25
26
2.
29
27
26
10.1 27
9.68
5.24
10.
892
27
25
27
28
939 27
865
5.42
763
246
"4 123
612
160
2. 2' 22
10
22
21
2.
18
115 n 8.54
102
7.14
123
679
20
25
25
23
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
<1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
..:: i
< 1
<I
< 1
< 1
< 1
< I
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
K
%
001
To·rep
026
0.12
0'5
o 16
002
0.23
0.21-
030
0.32
039
050
041
029
036
1.22
n 85
045
057
027
022
0.42
0'2
053
1.03
1 19
075
04'
1.18
i 25
0.90
035
036
039
12.
033
048
054
061
029
040
0.14
037
042
0.79
038
O.2~
012
0.26
02"
o ~g 021
Mg
%
001
TO-ICP
528
497
1 14
6.62
058
177
129
128
204
208
2.34
2.03
142
157
2.19
12.
168
07.
049
0.71
1 16
0.62
070
156
091
1.22
120
1.07
230
208
221
1.15
1 35
1.44
3.48
234
1 05
127
141
092
104
239
158
132
0.B4
181
134
104
308
2 ~?
249
169
MOl
ppm
TD-fCP
1210
1150
614
1210
764
4860
2240
1690
2310
2150
1980
19]0
2020
2080
79.
1930
2560
1500
1130
.90
1520
894
947
1190
916
786
1290
1600
1060
990
961
1600
1680
1660
873
1800
1510
1770
2770
2390
2990
5510
4580
d060
2410
5340
3630
lBOO
1350
1540
2050
13[:0
Mo
ppm
TD-ICP
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
<1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
tJa
%
001
TD-ICP
199
176
12.
129
0.05
1.'\1
260
278
2.08
237
223
241
291
259
2.99
298
23'
316
3.04
2.43
337
339
315
314
3.47
350
3.13
2.78
2.62
1.97
252
2.35
219
255
230
203
261
266
272
2 B8
295
051
241
1.80
281
1.33
257
241
211
2.44
203
234
Ni
ppm
269
302
> 10000
523
172
51
40
29
:JZ
27
27
27 ,. 30
4090
10
35
35
157
56
41
68
57
" 53
90
10
56
57
53
18
2. 19
40
51
47
32
43
102
46
58
41
67
59
51
119
82
97
81
0001
TO-ICP
0092
0089
0060
0.075
0005
00"""
0.056
0.079
DJ)97
0.091
0099
o OB3
0.121
0.141
0.084
0.156
0064
0114
0.079
0043
0.060
0047
0.050
0.051
0.056
0069
0.056
0158
0.146
0.115
0.140
0.125
0077
0125
0047
0.124
0.127
0182
0.061
0.050
0030
0.02B
0024
0.036
0.041
0.031
0.034
0.036
0030
0057
O.O'3Q
00:;6
• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • IAnalytc Syrnhol Au P'1
Activation Laboratories Ltd. Report: A09-0972 (i) rev 2 PI PO Al IUnit Symool
A, 8, 8e a; C. prh Cd Co Cr CU PP'l rrh rpm "'" Fe Ga Hg K --~------rpm rpm Mg Mn Mo Detection Limit ppm rpm ;~ ppm f'l:'rn N. Ni P OJ 001
pprn ppm % ppm ppm % % Analysis Methud 001 03
ppm PPIll '% ppm % r/l.-ICP F,', ICP FA-ICP lD-ICP TO-!ep 0.01 001 TD·ICP TD·ICP lD·ICP iD·ICP 001 001 19J1f'O
TD-ICP TD-Iep TO-ICP TO-Iep TO-Iep TD·ICP 0.001
13 " TO-Iep TO-Iep TD"ICP TO-Iep 'S .; 0 3 859 <3 120
._-------.- TO~ICP TD·le? TD·le? TD-Iep TO-Iep 19~1f' 1 '1 < 2 716 03 1\ ' , -:.5 03
37 73 87 794 27 < 1 7'2 , 3 021 2 17 1931117 82 " < 2 611 03 1520 < 1 254 42 0.175 277 lFi1fl 985 71
29 113 61 675 22 < 1 400 <3 2' 0.16 22" 1260 193161 11 <2 2.19 19 598 ' 1 178 31 0091 <::'i <5 0' B 4. '06 > 10000 277 < , 0.47 114
19316-1 120 " <2 78' 05 676 < 1 1.30 > 10aOO o 06~
" <S 04 9 59 36 54 10~ 104 n < 1 033 <3 209 332 1930 < 1 159 r'pp hl.11T~,
'2 < 2 7 '0 03 38 44 0105 .-!j <5 -: 0 3 568
67 76 9 '0 26 < 1 0.68 <3 297 318 1690 < 1 < 2 814 -::03 166 51 0104 12 4S 17 283 21 < 1 ,,. 277 838 < 1 288 '2 0076
Page 3 of 9
•••••••••••••••••••••••••••••••••••••••••••• IAnalYte Symhol
Unit Symbol
I'Dett'Clion Limit
Analysis Method
lQ3110
19:1111
11)11 If'
l~.li 13
19}116
193117
1Q.?\ lB
191119
193120
Iq3121
1!-l3122
193123
103124
193128
1931?9
193130
1Ql1Jl
\911-\4
lQl\l<;
!!!3PS
1931 ~R
193nr:;.
1 Cl:,\140
1931·11
1931112
Hl 3\df)
1931,fi
193141'1
1931-19
1931!'iO
1911S1
l Q3152
1931S3
lq31~4
193155
19315fl
19;\1'i7
1 ~31r;8
193159
Ph
ID-lCP
'3
q
, 3
,"
.- '3
<3
. \
"
<: 3
< 3
'3
, 3
< 3
SII
11) ICP
'-.'i
"
• S
.:: 'j
<'1
-: S
<: 5
·.S
< ';
<'i
"
< 5
< 5
< 5
<S
-: S
001
10lCP
010
011
442
495
3?3
1 76
325
1 013
079
115
131
100
142
007
206
011 ,,, 7 55
231
153
294
In
086
034
111
026
038
067
0-111
048
012
009
033
034
011
111
075
1 14
543
242
J 59
1 16
362
2,9
206
012
027
087
032
rpm
TO-ICP
19
" 16
27
18
]I
30
34
36
19
32
16
24
16
'2
'I
13
16
11
11
17
22
3S
32
i3
15
25
:10
17
·13
22
30
16
10
16
14
12
10
11
11
10
25
21
23
"
lD-1CP
161
129
204
252
202
208
220
285
241
293
410
280
732
274
253
219
253
268
313
239
JOB
300
2f1d
444
452
.B8
237
246
308
444
273
279
288
225
235
226
79
221
165
222
134
22.
156
150
235
193
213
To
POI11
< 2
<2
<2
'2
<2
<2
< 2
<2
<2
< 2
<2
< 2
<2
<2
<2
<2
<2
Activation Laboratories Ltd. n n
% ppm
001
u
ppm
10
V
ppm
W
ppm rpm
lD-ICP TO-lep TD-ICP TO-fep TO-Iep TO-Iep
057
051
002
029
042
053
0.55
079
085
046
072
050
042
060
0'6
044
040
016
038
025
021
028
031
033
029
o S8
053
054
054
025
018
O.3G
060
035
031
040
030
0.29
011
029
022
0.27
020
029
024
051
0.29
0.'13
029
<5
'5
'5
, 5
< 5
<5
'5
< 5
'5
, 5
'5
, 5
, 5
< 5
< 5
< 5
'5
'5
< 5
'5
'5
< 5
< 5
<5
<5
< 5
< 5
'5
<5
'5
< 5
<5
<5
<5
<5
'5
<5
<5
< 5
< 5
'5
< 10
-: 10
<:: 10
, 10
-: 10
< 10
, 10
-:10
< 10
< 10
< 10
< 10
< 10
< 10
, 10
, 10
< 10
< 10
, 10
< 10
< 10
< 10
, 10
, 10
< 10
< 10
< 10
-: 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
, 10
, 10
< 10
< 10
< 10
< 10
< 10
<10
<10
< 10
'10
, 10
< 10
< 10
, 10
, 10
<10
111
101
89
70
17
90
93
115
164
241
270
185
160
90
124
28
75
20
51
43
114
86
77
9'
76
9'
116
32
208
207
195
89
46
38
107
217
21
23
113
83
92
42
85
74
78
65
86
69
109
103
112
98
, 5
< 5
<5
< 5
< 5
< 5
, 5
< 5
, 5
< 5
< 5
< 5
<5
< 5
'5
< 5
, 5
< 5
<S
< 5
<5
, 5
< 5
<5
<5
<S
< 5
< 5
<5
< 5
<5
<5
< 5
<5
< 5
< 5
'5
<5
<5
<5
, 5
, 5
< 5
<5
< 5
<5
<5
<5
< 5
, 5
Page 4 of 9
17
15
15
19
14
17
27
25
28
21
'6 25
13
" 18
16
10
14
21
15
'5
15
11
15
20
14
24
18
24
24
10
12
10
15
10
11
19
11
14
Report: A09-0972 (i) rev 2 Zn Zr Cu Ni Co Fe
ppm ppm % % % 'Yo
D.OOI 0003 0003 0003 TO-tep TO-Iep lCP-OES tCP-OES ICP-OES ICP-OES
91
91
205
98
31
97
66
65
110
113
131
119
124
121
161
1~1
149
127
97
72
BP
51
49
71
70
57
87
131
82
Sg
73
129
125
131
66
124
114
119
124
92
126
121
'3 59
114
103
67
127
116
153
102
58
54
62
51
27
51
51
59
30
32
30
23
30
21
119
30
48
21
107
37
59
31
39
50
34
42
39
20
24
22
23
25
10
16
176
33
19
16
'9
51
65
52
67
9' .5 .3 74
57
36
2S
33
28
1 53 272 0055
o 030 0 o~O 0 004
0010 0007 <0003
0.004 <: 0 003 "'".: 0 003
111 0402
0.022 0016 0.007
0009 0.007 < 0 003
0024 0.011 0004
0021 0015 0.003
30 {
56.8
190
102
213
962
19.3
12.4
Au Pd PI
g/tonne g/Ionne gitonne
FA-Iep rA-Iep FA-Iep
• ••••••••••••••••••••••••••••••••••••••••••• IAnCllyte Symbol Ph Sh
Activation Laboratories Ltd. Report: A09-0972 (i) rev 2 sc S, Te Ti TI IUllit Symbol U V W r/ll!l ['f 'ril ~;, Y Zn Zr flP:-n rpm ppm %
Cu Ni Co Fe Au Defection Limit ppm pPfll pprn Pd Pt -I Q 01 ppm ppm ppm ppm %, % Allalysj~ Method
001 10 % ~(O g/lonn€' q'tollne g'lonol'! 10ler lC-ICf' 10lCP TD·IC;P TO ICP 0001 0003 TO~ICP TO~ICP 0003 0003 TO~ICP TD·!CP TO lep TO· rep It)'" jf~O TO-fep TO-Iep TO-rep rep-OEs . , ·c ICP-OES rep·DES rCP·OES 1 19 '0 371 FA-rep FA·ICP FA-rep
\031"'-\ 11 075 ·5 -:: 10 212 '-:', <: ~, ·5 15 98 147 " ", <2 046 21
I'):, 1r~;l - 5 .10 176 71 <: ~, 16 , < 5 13 as 20 ~~D 10} 1[;:'. 023 -5 <: 10 00 ·5 <, 19B " 373
212 63 1 56 771 0.056 305 10'1.11;<1 0'5 < S < 10 187 <] -; ~. 1 10 ·5 19 127 38 32 :>;20 <2 1'1(>[1/111'11- 053 < S < 10 10 5 005 ·5 19 124 71 245 025 < 5 < 10 61 <5 15 39 99
Page 5 of 9
•••••••••••••••••••••••••••••••••••••••••••• r--Quality Control
Analyte Symbol
Unit Symbol
Detection Limit
!\nalysis Method
GYP., M ... w~
(.:":!.? I ('PI!
fltJC 'Mf"il"
DNC·' ('I'll
G'<R-.t Mf';'1<;
GYP--1 C"rl
G-'\P::, Mrrt ..
GXR 2 r:pJI
VC 111, M1;>.lS
v.C-I/I r:- .... rr KC'. 'tI, Mp:"l:>
kr 'I'\. C'P.tI
KC·ll1, Mr;n<;
K<:'-ll'1. ("it
CZH-l M":1<;
CZN-:'! Cpll
elf'! ~ M("~"
CZN-~ ('''n
CZt'J J M"'<ls
r;;:n < r"d
rrM '"M";,,, rIM 1;'1 C('r'
SOC'-! Mf'i'I<;
SDC 1 C"tI
sro t Mp"!,,
SCO-l CpII
G:<:n G Mp:=!".
GXR·GCf'r\
cru lC MNI<;
Ceu Ie Cpr'
Cr:lf-rc M"'il<;
Cell-1e Cr"
ceU-le Mf':1<;
eeu Ie Cprt
rrs 1~ ~'M~;1", P1C-1Cl Crr'
Plr la M(';!';
prC:-l<l C,'"
PTC-l<J Mf';l<;
P1C-1::t C .... "
r;ml rGM'3 9 M";Js
CON PGMS 9 Cprt
CDN rGM<:; 9 M .... :ls
CDN-PGr,,~s-q ('I'd
CQf\J-f'GMS·9 MPil<;
CDN-r(~M·S-9 ('Nt
aPEAS 13r' Mr'il<;
OR[lIS I;>.P Cprl
OPEIIS nr Meas
OPEl,S Dr' Cert
OPEAS Dr Mf'<l<;
ClR[AS I1P rell
OREAS Dr Me<lS
ORFA.S 13P Cf'rl
OREAS HP Mf';:I<;
ORFAS 14P ('PI 1
ORf:AS 14F' Me';:),;
Au
rrb
rl\-ICP
lOGO
11)40
1O~O
1040
1010
H)40
Po
ppb
F/,ler
2660
2600
74"0
21)00
258n
2600
PI
rrb
798
710
"34 710
728
710
rpm
03
lD-1CP
30 6
310
03
00270
J3
400
181
170
': 0 3
00410
" 0 3
o 134
06
130
AI
001
lO-ICr
7R4
352
10 1
969
74<
720 141
165
B 137
834
7.73
724
146
177
Activation Laboratories Ltd.
As
ppm
TO-ICP
484
427
0200
119
980
32
250
B,
ppm
TD-1CP
834
750
101
114
68
1640
> 1000
2240
630
0220 630
11 590
124 570
252 > 1000
330 1300
Be
ppm
TD-I':::P
1
122
" 1 100
2
190
170
3
3 DO
2 184
140
Bi
TO·lep
13?O
1380
c 2
00200
14
190
< 2
0690
< 2
260
< 2
0370
< 2
0290
Ca Cd Co
% ppm ppm
001 03
TO-ICr TD ICP TO.lep
o 9S 33
0960 '330 820
i 76 55
806 547
114 04 14
1010860 146
098 4 a 0930 410 860
1 13 .-: 0.3
1 00 00800
201 03
187 0140
020 03
0180 100
Page 6 of 9
16
179
" 105
14
136
Report:
Cr
ppm
To·rcp
18
120
279
285
73
640
26
360
64
680
63
960
Cu
TO-ICP
1170
1110
94
960
6460
6520
81
760
29
3D 0
27
287
69
660
2540
2500
A09-0972 (i) rev 2
Fe
%
001
TO-Iep
239
236
671
694
307
:3 09
185
186
4.73
482
345
3.59
567
556
756
758
G,
ppm
TO-ICP
13
138
19
150
22
200
36
370
36
350
Hg
ppm
TO-ICP
4
390
0110
290
< 1
00680
K
%
001
TD-rep
o OS
o O'iOO
020
0190
271
<01
150
137
1.75
272
195
230
207
1.87
Mg Mn Mo
%
001
TO-ICP TO-ICP TO-ICP
024
0217
573
6.06
174
166
0.86
0850
101
1.02
1.56
164
0.63
0609
907
RS2
1030
1150
155
155
986
10\0
694
863
385
410
1090
1010
15
180
< 1
0700
31'
310
I
210
< 1
0.250
< 1
1.J7
< 1
240
-- ~---- -- .-
N.
%
001
TO-ICP
005
00520
141
1 39
052
0.564
056
o SS5
1.52
152
067
0670
0.10
0104
N. -.il ppm %
1 0001
_T.?~~ __ ~D~ 44
410
240
247
47
420
22 210
37
380
29
270
2B
270
2150
2260
0.0130
00650
0026
00370
0137
0120
0061
0105
0057
00690
o Di8
00900
0035
00350
•••••••••••••••••••••••••••••••••••••••••••• !
QUality Control
(Ilrtlyte Symhnl
IUllit SYlllhol ID . I election limit
,Analysis Method
npFf\~ ,.ir' r"r!
('PE"'; lAr Mn)':
nr'rcA:'; ItWr,'PII
OP['\S 111' rvh'·l~.
'-'PF ~ ,'; 1·1[' r:"I'
C('~J r~(;t·.I!S 11 M"'l~
SOil I'\"o~.·'<; 1\ ~~r'll
r:rllJ r'(;r.1S ft r,1r-;:J<'
r[llJ rGf,,1':::-R ('011
Cnfl rY;r.~, P M".,c,
nlll r(;~,1S fl rprj
193' n~ ()(I~l
1911011 51,111
\Q310Q (\1111
19110Q [)tlJl
191' 19 Orlq
19311901111
193120 nrlq
Fl'PO lllJr
1\111:::'Q (lwl
1!'j",I?Q Ullr
1Q31:'\IICll1C!
19:'1134 [>11[1
1'-(',11, (JIl()
l~Jl'i' SI,III
10 31111 ('1IIQ
191 1 c\ot [11!p
Hlll5<1 (1riq
\0315·i rltp
11:.1"11'1<1 ('rlQ
lQ11S<I Sf'lrl
\?ll'H (lll{!
r.lf-tllI,d P,jrll1lr, Mplhnd RI;J!l~
M"1I1nt1 81;1nk Mr-Ihl)d Rlrlilk
fl.l"Ol(wl FlI;H1k Mothnrj 81.11lk
Mplh''li Rl,H1k Mf'ttl.)(1 Blillll;
fvj'.'\llOd 81<1111<, Mr>Umd 81;Hlf,
M"\h\~,' 81"11\1. Mr-lhqrt Rhn).:
M"th"o P!<111k Mr-thod Rl<!1l1\
fI.1BthQd Rl'\!\k M'-'\h"d Rl;JII"
Mf'lhnd f31;JIlk Mf'!tl!)d 8\::\111'
Mpth(l(j AI;;jn~ M<>I'IQct RI<l(]~.
Melhlld 131;:lJIk Mp!!\r)rl f11:tllk
r-..1'~lh()d Rlank M .... lhurl Pt<llll-
Mplhnrl 81:1111<. Mpt/H)ri SI;;jllk
803
fl7f1
,e' 820
, ,
. , '" 16
< ?
, 2
\-12J
ISO']
<S
<;
:S
, "i
<"i
<5
rl
r ,to-leI"
<5
<5
<5
<5
<5
<5
<5
<5
<: 5
< 5
< 5
C 3
TO-\cr
03
04
'" 0 1
04
'" 0:1
04
<03
<:: a ~
04
06
< 0 3
<03
<OJ
<: 0 3
AI
001
l!J-lcr
910
102
"8 834
935
929
9 I.
865
959
902
< 0 01
001
<:: 0 01
<: 0.01
As
ppm
TD·tep
< 3
<3
<3
< 3
<3
< 3
<3
< 3
<3
Activation Laboratories Ltd.
Be 8, Ca Cd Co rpm pom PPIll pprn rpm
001 03
lO-ICP TD-I:::;P TO-ICP TO-tcp TO·lep T[1.ICP
105
111
103
'OA
208
208
258
257
209
205
<7
< 7
<7
<7
" 1
" '1
<, <1
< 2
< 2
< 2
<2
<2
<2
< 2
604
640
531
Sir
5 B9
591
696
694
7<0
723
001
<:: 0 01
<:: 0 01
05
04
04
03
<03
03
03
< 0.3
03
05
<03
<: 0 3
<: 0 3
<03
Page 7 of 9
755
750
54
56
26
28
/3
25
55
54
38
39
< 1
< 1
<1
<1
Report:
CI Cu
ppm rpm
TO-tcp TO.tCP
278
254
" 19
9, 89
S3
65
67
lOB
75
9420
9970
101
108
'" 39
102
" 114
115
76
78
< 1
< ,
< ,
A09-0972 (i) rev 2
Fe Ga Hg
% ppl!1 ppm
001
lO-ICr' TD-rcp TO-rcp
329
372
• '8 866
9 74
'02
589
S os 616
809
940
917
< 0 01
< 0 01
< 0 01
< 0 01
23
23
27
26
25
24
26
26
23
< ,
< ,
< I
< ,
, I
< 1
'1
< 1
< 1
< 1
<I
< ,
< 1
< ,
< 1
K
001
TO-ICP
026
029
a 23
030
075
074
'" , 24
068
068
< 0 01
<:: a 01
<: 0 01
<: 0.01
Mg
'\
00,
To-rCp
528
552
i 3, 147
120
120
208
2 os
3,"
3.10
< 0 01
<: 0.01
<: 0 01
<: 0.01
Mn
pprn
To-rep
1210
1280
2030
lono
1290
1300
990
99'
1690
1650
Mo
ppm
TO ICP
< ,
< I
< I
< I
< 1
1 < 1
<,
< 1 < 1
< 1
< ,
< 1
< 1
%
00'
TO-!CP
, 99
212
286
296
316
311
197
1.95
, 86
I 8'
< 0 01
<: 0.01
< 0 01
< 0.01
Nj
ppm
llJlCP
,. 10000
21000
269
29'
29
29
90
90
57
57
5'
- J "
0001
T~:~
o og2
0096
0126
0116
o OS7
0.055
0115
0109
0104
<: 1 <: 0 001
<: 1 < 0 001
<: 1 < 0 001
<1 <0.001
•••••••••••••••••••••••••••••••••••••••••••• /QUality Control
IAIl:JIYfIJ Symbol
l
unit Symbol
Detection limit
Analysis MetilOd
(~Xn 1 Mr~s
r;vp 1 ('ntt
f'f II' 1 ~-'r~<;
nr>lC' 1 r"li
GYR -1 '-"'rt
G:<1l: 2 M,':l';
GYR 2 ("rolf
VC-1A, Mp~<;
¥1'::·I/\ Crrt
I-':r:-l/\ fI.1r>;f<;
Ke·tA Cr>rt
KC 1/1, Mr><'I<;
V,C-l11., \.('11
ClrJ1M<>;]<;
CZN;I C(>rl
czr~·~ Crr!
elll.:,,; Mf'~<;
CZtl 3 r",1
['IM~ ... M"iI""
rnJl 1", Cr·rj
SOC-! M('a~
SDC 1 ('Pit
seQ 1 Mp;]s
S(,0·1 r('lt
G:;p 6 Mf'<lS
nl(R-6 ('prt
Cell 1(' M",;],:
(,C!.I-IC' C'f'r1
r(~11 II' M,':!'";
CCU-1C e",1
CCU-tc fv1f'<l',
ceU-lt' Crrt
PTe-til Mf':l<;
~'fe-lil Crrl
rlC-1J Mr>'lS
rlC.til Cpr'
P1',,·I;] MI'A<;
F'TC-l<l (('I'
CDN rl~MS-Q M,,,,~
CON PGMS 9 ('I'd
CDN P(~MS·9 M<>;J:;
CDtJ-r~MS_!=I Crrt
CDH-f'GMS_9 Mf';1':;
CDn PGMS 9 C('11
OPF.AS Dr r..1P.<1<;
ORC\S 1 W Cprt
ORE 1\3 1 ~r Me;)'>
OPEr~S lJr Celt
OREfl,S Dr M(';")<;
OPEi\S 111" C"'II
OREAS l1P Mp(l<;
ORE!\~ 13P Cf'rt
OREII.S ,liP ~J1P.RS
OREN:; HP ('en
OPE/I.s 14P M('~<:;
Ph
TD-ICP
744
21
25 "
3"
310
"' 101
1111Cr'
li9 !)
001
1\1-1CP
021
0257
005
o 01QO
181
177
002
00313
..-- 'i 006
05-10 OOGSO
750
... ~; 0 01
3f'(} 00160
lO-ICP
I.S8
31
31 0
770
688
'6
110
12
108
" 276
SI
TD-ICP
2?'3
275
12~
145
211
221
157
160
171
183
163
17"1
10
1D-ICP
15
130
, 2
0970
<2
0690
"10 -: 2
35000180
Activation Laboratories Ltd.
1j 11 u w y % pom r'prn ppm PPm ppm
001 '0
TD-ICP TO+:P TD-ICP TO.1CP TO ICP lD.1CP
027
0281
024
0606
030
o 3~O
-5
o ~90 "' 5
'J 0260 ., 5
320 ., 5
103
< 5
220
40
3d 0
< 10
a ,GO
< 10
620
<: 10
290
, '0 , 54
93
'00
142
'dB
9'
B70
56
52 a
62
'02
'30
'" 107
'B6
160
IS' <5
0200
" 30 B
, 5
190
<5
0800
< 5
, 40
< 5
, 90
Page 8 of 9
31
320
'6 '80
15
140
'7 170
35
40 ° 21
260
'5 14.0
Report:
Zn Zr
ppm ppm
TD-rep TD-ICP
744 43
760 380
55 56
66.0 410
73 72
73 a 185
536 242
530 269
100
'03
96
'03
131
118
7S
290
74
'60
9S
110
A09-0972 (i) rev 2
Cu Ni Co Fe
% % %
0.001 0003 0003 0003
ICP'OES IGP·OES ICP·OES lCP-OES
0619
0629
0631
0629
0630
0629
0.685
0685
0685
o SR';
0697
0685
25 S
24.96
256
256
256
256
256
256
135
13.5
13.5
135
'" 135
0257
0250
0.2S1
0250
0260
0250
, 00
0997
, 03
467
4744
'0 2
10' g., '01
'0 2
'0 1
0222
0226
0225
0.226
0226
0228
2.10
2 '0
2.10
196
2 AS
0301
0.300
iJ 272
0_300
0.073
00750
0070
'04
'0 9
'0 9
109
350
34 B
350
346
5.71
75'
2-6.0
372
3'0
•••••••••••••••••••••••••••••••••••••••••••• Quality Control·
Anf1lytp. SymhoJ
Unit Symbot
Detectioll Limit
Analysis Method
oPr I\S 14F' C"11
riP-FilS 'clr r,1r>;l~ OPF~flS 14r C"r!
CIP~/\S 1<1F' Mr;1,
c,pr ,\:; j4P Cpr!
CDH.PGMr-; 8 Mf';1<;
('nl~ P(',M<; p, CPI!
cor J rGrl.1S f1 Mr;']<;
CDr l-rGr,1;;-A Cor I
CUiJ-rGMS f( rdcw;
COl" rGM8.f\ en!1
lQ310801l(1
193108 Srhl
19~10';'\ 0110
1!'l~109 DIIp
1£11119 Q!!~1
l q 311Q Dul'
1931}OOrt fl
10 3120 [Wp
1911;'9 Orin
\g3lnUltp
1~J1J4 ()IIQ
19~134 Dur
\Q3137 (YII[:I
19:1137 Sf,!Jl
1931<14 ()1I1l
193144 Dun
1931~4 0rio
11?:31S4 Dur
10311';" Olio
p:'ll1G4 S"ill
1931S401!Q
1911R4 Dup
''''''211It.'l1 t~l;1111r Mf'lhnd FlI;ln~
M':'tlHlU BI;1I)~ Ml'!!ind Bbf1!o:
Method 8lan~ M~lho(1 FJlcll1k.
MfC'tlwd Blank M"lIlOd Olank
M"'ltlnr1BICllIIr Mf'lIl1'(1 RIFlIlK
M,:,lhl"r:l BI:lllk ME'lhnrJ BI,lIIk
M"lhnd 81;111k MC!JH\d 81;1111\
Me\hor! Fllllnh Mr>lhorl Bl;jnk
Method Bl.:ll1~ ME'lhnd 8t:m~
MelhllrlRlflll'lc Mf'!hurl 8!<lllk
Method Blank Metrmrj 8bnl<
Mel\wd B\:m'" M('\hod Bl:1nk
Method Bl~nk Mel1l'ld Bl"'nk
Ph
firm
llJ-ICP
·3
d
<3
n 01
m-Ic:r TD leI'
<5
·5
·5
<: S
-:: 5
OlD
011
129
133
111
1" (167
065
1 10
1 10
<:: 0 01
<: 0 01
< 0 01
<:: 0.01
So
PPlIl
TD-1CP
19
22
15
23
17
17
32
30
32
30
< 4
< 4
Sr Te
prl1l ppm
266
266
226
256
302
298
452
446
120 310
.~ 1
< 1
< 1
<2
<2
5
<2
< 2
<2
Activation Laboratories Ltd.
Ti Tl
% ~Pll\
001
lD·ICP TD·ICP
057
056
094
IJSr'l
029
029
054
045
o S3
045
< 0 Ot
< 0 01
< 0.01
<: 0 01
<5
< 5
<5
·5
'5 d
< 5
< 5
, 5
, 5
u
ppm
10
TO·lep
<to
< 10
.-: 10
<10
<10
.-: 10
<'; 10
<: 10
<'; 10
<'; 10
< 10
<: 10
< 10
< 10
v w ppm ppm
lD-1CP TO Icr
111
114
203
116
116
115
207
160
195
169
<2
< 2
<2
< 5
< 5
< 5
d
<5
<5
d
<5
<5
< 5
<5
< 5
<5
< 5
Page 9 of 9
y
ppm
To-rep
17
19
12
19
15
15
1. 18
< 1
<1
< 1
< 1
Report: A09-0972 (i) rev 2
Zn Zr Cu Ni Co Fe ppm ppm % % %
0001 0003 0003 0003 fO-tCp
TO-Iep rCP-OES ICP-OES tCP-OES rep-DES
91
97
121
12'
87
86
69
68
124
123
< 1
< 1
< 1
58
58
2.
39
38
22
16
71
58
< 5
<5
< 5
< 5
0.997
0984
0997
210
216
210
00750 372
<: 0.001 <: 0 003 <: 0.003 <: 0 003
<0001 <0003
.-:: 0.001 <: 0.003 <:: 0003 <: 0003
• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •
Quality Analysis ... Innovative Technologies
Date Submitted: 11-Mar-09
Invoice No.: A09-1202
Invoice Date: 30-Mar-09
Your Reference: MONTCALM
International Nickel Ventures Company
700-55 University Ave. Toronto ON M5J 2H7 Canada
ATTN: Robert C. Bell
CERTIFICATE OF i\NAL YSIS
19 Core samples were submitted for analysis.
The following analytical packages were requested: Code 1C-Exp ICPOES Fire Assay ICPOES Code 1F2 Total Digestion ICP(TOTAL)
REPORT A09-1202 Code 8 Code B·l\ssays
This report may be reproduced without our consent. If only selected portions of the report are reproduced. permission must be obtained. If no instructions were given at lime of sample submittal regarding excess material, it will be discarded within 90 days of this report Our liability is limited solely to the analytical cost of these analyses. Test results are representative only of material submitted for analysIs.
Notes:
Values which exceed the upper limit should be assayed for accurate numbers.
ACTIVATION LABORATORIES LTD.
CERTIFIED BY .
Elltsa Hrlscheva, Ph.D
Quality Control
133E Sandrl1l: Dr ve Ar'lcaSler ·=mlarIO Canad2 L9G 4\/5 TELEPHONE: +1 90S 6489511 0"
+~ 8Et :22 ::::2-:- FAX """1 9056469613
E-MAIL ancaste:'"@actlab,Slnt cc'm ASTLABS GROUP WEBSITE ntrD /Iwv,/w actJabslnl com
•••••••••••••••••••••••••••••••••••••••••••• 'l'AnaIYle Symbol
Unit Symhol
IDetection l ifllit
!Analysis M~th(}n
1?11"'S
1 ~:11Sn
1 Q'1, 11'1 ~
lQJ 1138
10! 1 if)
1 01 1 ~ 1
1931 ;;::
19:'; 1,"
lSI:"; 17R
193177
19.117Q
1931fH"J
19) 18.1
Il,u
pph
F!\-!c:r'
-2
< 2
c 2
-; 2
-,
FA-ICF
c5
<S
<\
"'5
c\
• 5
PI
fA ISf"'
< 5
c 5
<5
<\
<5
< \
<5
<5
<5
<5
-5
03
TD ICP
<03
03
<:; 0 '3
.-:; 0]
.-:; 0 3
[) :3
<: 0 ~
-:: 0 '3
03
04
<: 0 3
< 0 3
'" 3 <113
OJ
-:: 0 :3
53
AI
1) 01
TD-ICr
n 45
'17
-, 99
n ],
IJ R7
;' 9)
In 2
-,. 74
[127
"0 B
994
9 <13
II 72
'01
060
'759
994
<'\18
As
p~lIn
lD-ICP
< J
<3
< 3
< 3
< 3
<3
< 3
< 3
< 3
< 3
< 3
< 3
< 3
<J
Activation Laboratories Ltd. Be Be Bi Ca Cd
ppm ppm ppnl rr'Hn 001 03
TD-ICP TD lep TD"ICP TD.ICP TD-ICP
90 .-:; 1 < '2 607 D. '2
151
138
110
123
342
152
132
152
267
169
163
85
77
90
65
65
21
<I
< I
< 1
< 1
< 1
< 1
< ,
<: 2
-:: :;
<2
<2
< ('
< 1
< 2
< 2
< ;
< 2
361
505
• 93 'iE'S
578
• 05 552
458
• 94 576
554
611
71B
574
630
<318
591
207
<: 0 '3
O.
05
05
06
<:" 0 3
D.
06
O. 1B
03
04
0<
04
06
06
04
25
Page 2 of 5
Co
ppm
TD-ICP
3B
55
37
21
37
29
25
20
23
24
39
3. 35
3'
23
41
38
25
539
Report: A09-1202 Cr Cu Fe GA
ppm ppm "':'0 ppm
0.01
TO-fep TD-ICP TO-ICP TD-ICP
2'35 llR 707 22
207 230 496 19
411 62 639 20
56 35 730 24
101 133 8.97 23
39 35 B 19 25
113 27 395 20
114 43 7.06 25
103 365 802 20
103 16 685 24
109 114 823 26
B6 183 733 24
125 191 7.59 24
44 2B 782 23
157 660 24
206 145 134 22
145 161 122 21
1<;A '1 6 ~n 24
110 > 10000 284
HQ
ppm
TD-ICP
< 1
<1
< 1
< ,
<1
0.01 001
TO-ICP TD-ICP TO-ICP
030 4 39 1090
028 241 576
042 4 89 1020
041 162 1230
042 2fl2 1480
037 207 1300
085 251 662
048 1941370
048 218 1490
052 219 1350
090 264 1370
051 2101210
043 245 1340
026 325 1660
023 271 1690
037 363 3250
028 3 50 2850
021 293 1690
041 1.14 674
Mo
TO-ICP
< 1
<1
< 1
<1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
<1
< 1
< 1
< 1
< 1
Na
%
001
TD-ICP
1 70
1 94
1.66
208
1 B8
207
165
216
1.61
204
225
222
213
1 8.
220
131
105
191
127
ppm
TD-ICP
14.
106
173
26
65
34
30
52
46
66
75
61
54
37
99
132
12'
106
> 10000
%
0001
TO-Iep
0046
0.014
0032
0181
0100
0137
0.038
0120
0.060
o OBB
0167
0143
0.115
0111
0059
0.034
0022
0035
0051
•••••••••••••••••••••••••••••••••••••••••••• IAnalYfe Symbol
IUnit Symbol
IDetection Limit
IAnalysis Method
'~31f3G
19.~ Ifi?
lC'JJ1F;11
lQ1'71
1!'11177
10,175
10 3177
lP] 178
l Q 31 i~
1911fl!J
191H'!1
1931P.1
pr"ll
![) Icr
- ,
-,
107
-J
'3
~. 'i
.,
.5
·5
-, ,5
-,
'5
001
TD-ICP
o 14
010
OH
0,"
0" 007
005
0<4
008
045
057
036
[') 05
o U4
069
074
009
So
PI)!l)
TO·le D
,9 " 11
27
27
18
76
20
22
1'1
24
2.
20
:>on
'" 2'
s,
lD-ICP
225
19'
135
'" 221
JiQ
110
174
2'5
216
239
157
104
216
122
97
T,
oom
TD-ICP
12
15
10
11
20
Activation Laboratories Ltd. T; TI
001
TD·ICP TD-ICP
060 <: 5
033 -:: 5
033 , 5
096 <.5
[') Fjl -:: 5
013 <: 5
023 < 5
o 2B <' 5
0313 <: 5
031 -: 5
061
054
050
056
042
054
039
025
023
" < 5
< 5
< 5
< 5
< 5
< 5
< 5
< 5
u ppm
10
v
ppm
w y
ppm porn
TD-lcr TO-ICP TO-ICP 10-ICP
<10 198 <5 19
-:: 10 155 < 5 14
-:: 10 125 <: 5 20
<10 156 <5 14
<: 10 127 <: 5 17
<10 56 <5 18
<10 Rl <5 12
<: 10 61 <: :; 14
<: 10 60 <: 5 20
< 10 83 <: 5 17
< 10
< 10
-:: 10
< 10
<: 10
< 10
<: 10
< 10
131
92
98
204
136
201
165
< 5
< 5
, 5
<5
Pag8 3 of 5
15
" 15
11
12
10
Report: In Zr
ppm rplll
lO-ICP TO-ICP
61 5'5
41 61
69 56
84 23
105 22
9' 51 88
B4 11
86 2S
77 f8
623 12
81 29
78 26
82 15
70 19
99 19
89 20
71 18
198 43
A09-1202 CII Ni
% %
0001 0003
rep-OES rCP-OES
154 287
Co
%
0.003
ICP-OES
0061
Fe
%
0003
rCf=:-OES
31 1
- --
• ••••••••••••••••••••••••••••••••••••••••••• IQuality Control i IAnalYle Symhol
iUnit SYIlIhlJ1
iDptection limit
!Analysis Method
r:XR-l ~}I<-';)S
(:YR-l r"lt ntJC-' Mr:l'>
r)fJ,' I ("I'd
r;vp_tI /1""1';
~...,,<p ., ('nil
v.r~_I1\ r,!\f';Y,
VC 1/\ Cpr'
C7r~·1 M"<l<;
C7r~ 3 ('ell
rlM-l~ Mf";l'";
PIM Tel r"l\
S(lC'-IIIJ(>;,.,
S[1C \ ('''1\
sr::n 1 M"il<;
~~co- t r'PI! GYp fJ M'-':l';
r'TC 11 r.,lp;')5
rlr; 1:1 r"rl
r:Of j r 'Cr,1S ? M 'i-I"
C'(lt'J f'GM~_o r",\
':Jm.I\,; 1:"Il'r,1"';I'"
f}pr/l~ 111' ,'''r
(H::>E=flS ttlr M",I";
('PEl.S 1 <if"' ('PI'
con PGMS B M~:l<;
Cf1r'J-FGM~_R r"ll
lQltH 011{]
19311I\DlIp
\QJ 177 I )flq
101 177 f)
lQl1R2 r":lllq
1?1132 Spill
nnlB7 Spt,t
M'~IIl<)rl BI<1nk Mf'!t ,0r1 BI;:mk
M"t!wr1 f~"ln~ MI'H'nr/ 8t:)'1~
U"Ii1w\ nLll1~ Tvlf'1h"d 8L1nk
M~'ll1n(j 81,H\k r"'"II'wl RI;::!I1~
An
Il}an
1040
'-2
<2
<2
Pri
rr,h
rA-ICf'
1190
lS00
- , <5
'- 5
<5
<5
<5
PI
ppM
FA ICF'
743
710
"4 4'0
<5
<5
< 5
< 5
AQ
rrrn
01
fO-\CP
295
310
o 02iO
32
400
< 0 :3
00410
04
o 1 ~1
13)
< 0 3
03
<03
< 01
< 03
AI
001
,0ICP
~ 85
352
1] 6
r;!?8
, 20
ll8
33.
307
i 74
' .. 1/1
10 I
') 01
Activation Laboratories Ltd.
As Bo Be Bi Cd Co pprn ppm ppm ppm pvm
001 03 TD-ICP TD lCP TD-rep TO-Iep TD-rep TD.rCp TD-rcp
422
427
< 3
0200
100
980
719
750
96
", 67
r640
64)
0220 630
545
124 570
346 > 1000
330 1300
< 3
<3
163
162
65
66
<7
122
<I
1.00
i.90
300
2 184
140
< 1
< 1
1<1S0
128()
00200
10
19 D
260
<2
0370
<2
0290
<2
<2
< 2
086
o 96!)
"9 906
1 00
101
114
100
195
1 87
0,"
0180
603
6 18
59,
600
<: 0 01
35
330
04
0860
03
00800
O. 0140
'113
100
05
0,"
D. 04
<03
Page 4 of 5
820
52
5'7
13
146
19
179
11
105
13
138
3<
35
25
27
< 1
Report:
Cr Cu
ppm ppm
TO-Iep TO.lep
20 1120
12 a 1110
171 91
285 96 a 58 60eo
640 6520
63
640
70
680
99
960
81
169
15.
135
30
300
27
2.7
62
660
2480
2500
222
159
21
26
< 1
A09-1202
Fe Ga
% rpm
001
TO-ICP TD-ICP
234 12
236 138
I') fl.} 19
694 150
290 20
309 200
493
• '2 357
359
535
55.
7 16
7.58
747
7.70
660
677
'" a 01
36
350
23
25
24
24
< 1
Hq
ppm
TD-ICP
3.90
0110
00680
< 1
< 1
K
%
001
TD-ICP
004
0.0500
018
0190
241
401
262
272
2 12
230
1 23
1 '7
043
043
021
021
<:: 0 01
Mg
001
TO·ICP
022
0217
5 '6
606
1 ,6
106
102 10;:>
155
164
057 f)f;llrl
<:: 0 01
Mn
pprn
TD-ICP
661
852
1020
1150
145
155
879
M3
385
410
1040
1010
1320
1370
1690
1710
10
Mo
ppm
TD-ICP
12
180
< 1
0700
279
310
< 1
0250
< 1
137
240
< 1
< 1
< 1
< 1
< 1
N.
%
001
TO-ICP
005
00520
137
1 39
046
0564
149
152
064
0670
009
o 104
2.10
215
1.91
1,93
~ 0.01
Ni
ppm
TD-rer
38
410
235
247
39
420
39 360
30
270
28
270
1910
2260
p
%
0001
TO-ICP
0056
00650
0025
00370
o 124
0.120
0057
00690
0066
00900
0037
00350
52 01U
55 0115
106 0035
114 0037
..: 1 <: 0 001
• ••••••••••••••••••••••••••••••••••••••••••• !Quality Control I iAllalyle Symhol
'Unit Symbol
'Ioelectinll Limit
An<llysis Method
G:-,r~ 1 Mp:j<;
GXF~_l '-"'\
LllJC 1 r .. ,,,~<;
l.'rJr: 1 ~'-:!
,."".;vp 1 M";l"
GYp ,1 ('PI!
1/('-If1.I\.1";]<;
VC lA ('('!1
c;,r J .'. ~1r·.1<;
r:ZI J " Con
F'TM 1:1 M(';~",
rlM l<lC~d
;,DC 1 Mr>.1<;
snC-l ('''11
seQ-I Mp;,<;.
S(~r-=L 1 ('orl
(';XP G MP;1<;
V-:I~ 6 C"rl
ccu Ie Mf':l5
r:,:u Ie CPlt
rTC-t.'l M"'''l<'
F'lCl;:)C:"r\
r:[)I"H'GM:, Q M"';l<;
C[)IJ f-'(_~MS.q cO',' CRF::AS 13f"l M"';I<;
ORE":.; I~r CPI'
OPt AS HI' Mf';"t<;
ORE~\S ! 4r Cpr1
CDf\JrGr.1S f\ r~ 'C1~,
CDtl P(~MC-;_R r"F1
lq31i~ Orl9
1!:l~ 174 [111p
19',177 Drip
1911(1;:' "'!Ill
Iq31 R? SpIll
lCnl~2 Split
lvklhn(j Rbllk Mf'lIIClr1 Rl;H\~
I\.1r!h,,,-' RlcHlK Mp IIIP!1 GIc!IIK
M"lll.-"\ RI;1!1k M"!i\il'\ Pliltl~
M"thnd RI:lIlk. ~.~,·ttl'''' 8Lmk
Ph
TD-Icr
6?fI
no
4, 52 (I
2?
250
26
310 q, 101
"
"
"
Sh
TLJ-ICP
" In '5
4 ~c
0540
<:: 5
360
'5
<5
<5
001
lO-ICP
(123
0'57
005
o OJ9{)
163
117
006
00650
002
00160
0]6
(136
009
012
< 0 01
Sr.
ppm
" 4
158
" 310
770
16
170
1?
10 R
2R
216
,. 24
21
22
< •
D[)rn
TO ICP
:no 275
176
1rl'i
196
221
173
16'
1'i1j
17-1
:n
:'52
?62
202
:'06
Te
ppm
TD-ICP
17
Un
0970
a alBa
11
3
< 2
Activation Laboratories Ltd.
001
028
0287
008
0506
036
0380
045
054
025
034
< 0 01
TI
pom
, 5
0390
00260
<S
320
< 5
220
, 5
< 5
< 5
< 5
<5
LJ
10
40
349
--10
0100
<:: 10
62n
<10
1 54
< 10
< 10
< 10
< 10
< 10
v ppm
79
8U 0
1313
14R
83
870
32
102
127
131
185
186
88
108
96
124
< 2
w ppm
TO-ICP
139
164
·5 0200
37
]08
< 5
o BOO
< 5
140
, 5
190
< 5
<5
< 5
<5
y
ppm
TD·ICP
]1
32.0
11
180
15
140
40
400
23
260
15
140
15
15
10
10
<1
Page50f5
Report:
Zn Zr
TO-ICP T O-ICP
685 30
760 38 a 53 39
660 41 fJ
69 44
730 186
10]
103
95
103
124
118
77 ,. 71
72
< 1
35
290
122
160
119
110
2. 27
18
23
< 5
A09-1202
Cu Ni Co
%
0001 0003 0003
ICP·OES ICP-DES JCP-OES
06-18
0629
0685
0685
255
2496
756
256
135
13.5
0244
0250
102
0997
479
4744
• 9' 101
0232
0226
210
210
, 07
205
0291
0300
00,2
0.0750
Fe
001)3
ICP-OES
110
109
350
34.6
36 a 372
<0001 <0003 <0003 0010
• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •
Quality Analysis ...
Clark Expl. Consulting
1000 Alloy Dr.
Thunder Bay ON P7B 6AS
Canada
A TIN Gary Clark
No. samples
19
19
19
19
RX1-T-Timmins
1 C-Exp ICPOES
1F2
Sample Disposa! Fee
INVOICE Description
Net 30 days 1 1/2 % per month charged on overdue accounts.
Bank Transfers can be made to: ACTIVATION LABORATORIES L TO at ROYAL BANK OF CANADA 59 WILSON STREET WEST ANCASTER. ONTARIO CANADA L9G 1 N1 TRANSIT # 00102 003 ACCOUNT # 100 1544 SWIFT CODc# ROYCCAT2
Innovative Technologies
Invoice No.: AOS-0832
Purchase Order:
Invoice Date: 30-Mar-09
Date submitted: Z3-Feb-09
Your Reference: I\,~ONTCAL~.~
GST #: R121979355
Unit Price
$ 10.00
$ 17.00
$ 17.50
$ 0.20
SubtotaL
GST5%
AMOUNT DUE: (CAD)
Total
$ 190.00
$ 323.00
$ 332.50
$ 3.80
$ 849.30
$ 42.47
$ 891.77
Please reference the invoice number when making a payment by BanklWire transfer. Thank youl
ACTIVATION LABORATORIES LTD.
1336 Sandhili DriVE Ancasler Omano Canada L5G 4\/5 TELcPHOI\E -~ 9DS 1348 9611 Of
+18382285227 FAX -'-I 9056469513
E-M.£l,!L ancaster@actlaos1fi: cor., ACTLA8S GROUP WEBSITE htt:::: IIW'WIA' actiaOSlnt cor·
• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •
Quality Analysis ... Innovative Technologies
Clark Expl. Consulting
1000 Alloy Dr.
Thunder Bay ON P7B 6A5
Canada
A TIN Gary Clark
No. samples
19
19
19
19
RX1-T-Timmins
1 C-Exp ICPOES
1F2
Sample Disposal Fee
INVOICE Description
Invoice No.: A09-0832
Purchase Order:
Invoice Date: 30-Mar-09
Date submitted: 23-Feb-09
Your' Reference MONTCALM
GST # : R121979355
Unit Price
$ 10.00
$ 17.00
$ 17.50
$ 0.20
Subtotal:
GST5%
AMOUNT DUE: (CAD)
Total
$ 190.00
$ 323.00
$ 332.50
S 3.80
$ 849.30
$4247
$ 891.77
Net 30 days. 1 112 % per month charged on overdue accounts.
Bank Transfers can be made to:
Please reference the invoice number when making a payment by Bank/VI/ire transfe:
ACTIVATION LABORATORIES LTD at ROYAL BANK OF CANADA 59 WILSON STREET WEST ANCASTER. OI\JTARIO CANADA L9G 1 N1 TRANSIT # 00102 003 .A.CCOIJNT # 100 1544 SWIFT CODEt ROYCCAT2
Thank you'
ACTIVATION LABORATORIES LTD.
1336 SandhJl1 Drive An:::aster Ontarrc Canada L9G L.V5 TEL=PHOf\'E +1 50S 642 5c1- (l~
+1 85e=:28 5227 FA): -r-: 9056489613
E-fv1AIL ancasler@acliahslnt com ACTLABS GROUD VVEBSITE http IIWWW actlabslnt com
• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •
Quality Analysis .,.
International Nickel Ventures Company
55 University Ave. Suite 700 Toronto ON M5J 2H7
ATTN: Robert C. Bell
Date Submitted:
Invoice No.:
Invoice Date:
Your Reference:
CERTIFICATE OF ANALYSIS
19 Core samples were submitted for analysis.
Innovative Technologies
23-Feb-09
A09-0832
30-Mar-09 P.llro.,,'""T"r"lIr "' .. IVIVI~ I vMLlVI
The following analytical packages were requested: Code 1C-Exp ICPOES Fire Assay ICPOES Code 1F2 Total Digestion ICP(TOTAl)
REPORT A09-0832
This report may be reproduced without our consent. If only selected portions of the report are reproduced, permission must be obtained. If no instructions were given at time of sample submittal regardirg excess material, it will be discarded within 90 days of this report Our liability is limited solely to the analytical cost of these analyses. Test results are representative only of material submitted for analysis.
Notes: Values which exceed the upper limit should be assayed for accurate numbers.
ACTIVATION LABORATORIES LTD.
CERTIFIED BY
Eiltsa Hflscheva. Ph.D.
Quality Control
1336 Sandhd! DriVE AncaSler On;arlo Canaaa L9G ':'V5 TELEPHONE +1 90:> 64.5 561 ': or -t', 83622E52:r FA.X . .j-190564~96E
E-MAI~ an:aste~@act:a(Jsmt C:)rT ACTLABS GROUP \l\!EBSJTE htlD IIWWV'/ aclia(lsl~t com
I •••••••••••••••••••••••••••••••••••••••••••
iAnalYle Symbol
:Unit Symbol
IDetection Limit
iAnalysis Method
l~:>.n 15
lrnn~Q
19·Ofq
1?3086
19]DR,
1930n!
1330~.j
ppb
F/I·tc'F'
, 2
"
< ,
"2
Cd
r fllrr
'\
'S
.- 5
,S
PI
rph
FA,ICP
<5
< 5
<S
<5
<5
< 5
< 5
< 5
<5
-:: 5
< 5
TO-ICP
<: 0.3
04
01
03
... 0 J
03
< 0 3
<: 0:3
<: 03
03
-: a 3
<03
<: 0 J
, 03
-: 0.1
03
03
AI
001
[OICP
765
676
497
518
798
704
653
891
736
901
867
877
706
1)72
196
B 7q
976
9 OJ
:::·\3
As
TO,ICP
< 3
,3
< 3
< 3
<3
< 3
< 3
<3
<3
< ,
< ,
< J
Activation Laboratories Ltd.
ppm
TO,ICP
ISS
294
31~
317
287
254
206
232
150
194
143
106
97
202
161
1119
361
198
8e 8; Ca Cd
rpm ~'r'r'l rpm
001 03
TO-ICP TO-IeI' TD·ICP TO-ICP
<2
<2
<- :2
<1
<2
0::: 2
.:: 2
<2
<2
544
601
341
376
405
404
405
459
472
560
492
59.
S 22
593
505
411
527
358
• 82
05
DB
< 0 3
<03
< 0 3
<: 0 3
<03
-: 0 3
03
07
07
OB
06
07
05
03
05
<03
o.
Page 2 of 5
Co
prrn
To-rep
35
44
18
15
13
17
20
11
15
47
25
27
37
42
16
31
1R
12
Report: Cr Cu
ppm rpm
TD·1CP TD-ICP
182 25
17 130
51 S2
67 33
96 25
67 43
103 36
80
312 10
52 149
12<1 49
206 28
3B 110
52 139
47 46
117 27
84 65
1(j'i "'1
36 28
A09-0832 rev 1 Fe Ga Hg
% ppm PP'" 001
TO-tep TD-ICP TO-Iep
883 2<1
111 26
341 23
316 23
304 21
314
378
35.
387
22
22
23
22
103 26
933 28
103 27
910 26
112 25
760 27
421 23
711 27
28'3 24
719 27
c 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
<1
%
001
lO-ICP
040
032
n 69
075
077
059
053
0'6
036
033
045
038
022
0.21
047
n 1<;
0'2
062
0'2
%
001
TO-rcp
230
2.14
052
069
086
0.64
081
099
097
163
098
165
163
188
102
105
127
044
06.
Mn
ppm
TO-ICP
1340
1550
406
518
541
481
625
641
743
1430
1220
1750
1650
2070
1300
831
86.
255
1340
Mo
ppm
TO-ICP
<1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
<1
< 1
001
TO-Iep
214
176
"4 228
228
2.17
2.20
221
248
22' 290
2 '5
256
189
295
273
327
340
296
Ni
rpm
TO-ICP
57
'5
40
43
36
41
38
33
44
56
37
36
60
'6
40
'5
54
'9
11
p
%
0001
TD-ICP
0073
0113
0042
0040
0038
00.2
0049
0045
0049
0101
0088
0124
0.112
0099
0086
0049
0077
0054
0103
•••••••••••••••••••••••••••••••••••••••••••• I ' Il\lltll y fe Syrnl10l
IlJllit Symbol
joetection Limit
!Analysis Method
l~no(1';
\QJ077
1910f'.11
IQUjA)
19::Vl>U
\01(113<1
19~OR6
18:,\(187
lQ]ORR
rh
, )
, )
<)
q
.~ 3
<1
<)
'3
, 3
< 3
Sh
'\
.\
, \
.\
'\
'\
<5
·5
< 5
':5
'5
<\
< \
<\
001
TD-II':P
009
I" 072
(137
014
o J6
016
002
006
124
035
017
OS<
062
0"1
046
153
o 7S
020
Sr
20
25
10
27
14
20
20
12
10
IB
18S
171
17z
197
197
179
207
233
235
279
210
204
1B3
268
197
223
I,"
1e
TD·ICP
14
10
13
18
13
21
10
IJ
Activation Laboratories Ltd. Tj TI u v w y
ppm rpm ppm
001
TD-ICP TD-ICP TO-ICP TD-ICP TO-ICP TO-ICP
072 -::5 <10 133
o gg -c 5 <;. 10 248
031
o 2fl
020
023
015
027
029
063
060
097
078
103
050
029
o 1'i2
0)0
062
<5
< 5
< 5
< 5
< 5
< 5
< 5
< 5
<5
<5
-:: 10
<10
<10
<:1(1
-::1(J
0( 10
<10
<10
< 10
<10
<: 10
<HI
<to
<:: 10
<: 10
<: 1(1
<: 10
70
51
58
96
69
85
141
89
138
154
271
70
77
147
87
38
< 5
<5
<5
<5
'5
< 5
< 5
< 5
< 5
< 5
< 5
<5
<5
<5
< 5
< 5
<5
Page 3 of 5
20
27
11
10
10
10
25
14
23
19
13
10
21
12
Report: A09-0832 rev 1 Zn Zr
ppm ppm
TO-ICP TO-ICP
103 22
104 27
48 45
57 46
56 48
46 38
63 38
57 38
70 28
140 24
139 26
149 28
129 23
137 27
110 34
61 50
72 70
102 38
•••••••••••••••••••••••••••••••••••••••••••• Quality Control
A"elyte Symbol
,Unit Symbol
IDetection Limit
l~naIY!;is Method
Gvp_l r\A"n~
C;:;;P-I (- .... 11
r)!'J(~ 1 (',-.11
G'<T' <1 flJr>;:]o;
GX.R-;:' IPr!
S['C 1 ('('II
seo-I M"<l'<
GXP.-t, f\1f';),
GXP·f' C"II
(Tlt~ r'GMS q MI':].<;
CDIJ r(~MS q Crd
emJ PGMS·9 M",,;
C[ill rr:;I-...1;; q rrr1
con PGMC; Q M,,:'1';
cor'J r-'r,M:::; q Cr'!!
rnrJ·r'C::MS 9 M";1<;
C(1I'J rGr\l1~31 (:'11
r}PEi\S 1:>.[' M",1<:'
f]P.Ei\;; 13r' C:f'!1
CDr') rG~.1S Po M,';;!".
\ ['If J rt.:;M;; Po ~r r!
\[)N-rr.r'.~S'8 M";l-,
Cl'IJ-rGMS ij Crt!
rnr~ rr;rvlS B r..1P:1~
! \Itl FGMS-R Crd
1930R13 01iu
I Q 30RI'; 0\11'
19:'0840110
1?1(1t)<1 Spill
103()(1.1 ()llq
lQ3ng-t Spill
M"Ulnd 81,Hlk Mpttwd RI~llk
!\,kUlPr"! RIClI\~. Mcthnrl
M<;tll'"J l'd;-]llk r,,1"\!Hld 81;'j"k
Mplhod RI:1I\k Mo:'lhnd RI"rlk
Mclhod m;:lnk Mr'ill(lrj RI;lnk
Mplhp\1 BI~H1~, Mrlh:'d 81;JIlk
Mf'!iIf1'i Bl(lnk M<>lh'1rl 81;::erlk
Mollinrj RLlnk M~'th'ld BI~rrk
J\..1"1I1'Hl FlIClI1~ M"l1nrl 81.111k
rA·ICP
1100
IO·tO
101;0
1010
10·10
1050
1040
754
<2
<7
.: 2
.~ 2
F/IICP
7fi~n
2f'iOO
2G60
2600
~F;orl
24-1IJ
2600
1 ~ In
1<;00
1420
150n
1520
\500
'5
< 5
< 5
-5
<5
-5
PI
Fi'19
710
79R
710
710
6J"-
710
4;"8
«0
370
"0 413
«0
<5
< 5
<5
<5
<5
-: 5
< 5
- 5
, 5
< 5
I\g
03
rtJ-ICP
3\0
<: 0 3
00270
36
400
201
170
--: 0:3
00.110
05
o 134
05
110
03
< 0 1
< 0 3
< 03
AI
001
10·P:;P
r, 97
352
n 90
q 69
711
, '0 1\ 0
If'S
063
1l.34
1:18
"( 24
n6
776
f, 49
<:: () 01
TD·1CP
365
427
0200
110
980
30
25_0
0220
10
124
366
330
<3
<3
< 3
< 3
Activation Laboratories Ltd,
Ba
rpm
TD-ICP
:>- 1000
iSa
06
"4 8<0
1640
:> 1('100
2240
633
630
592
570
:> 1000
1300
108
103
19'
206
Be
ppm
1
172
< 1
100
1 90
1 70
300
2
184
140
< 1
Bt
TD-ICf'
129[1
1]80
00200
190
0690
260
0.37(·
o 2~O
< 2
<2
Ca
%
001
TD·ICP
088
0960
737
805
106
101
066
0930
107
100
220
187
021
0180
535
509
482
491
001
Cn
rpm
03
lD-ICP
33
330
04
0860
47
410
04
00800
03
0140
< 03
1 DO
07
06
04
08
< 0 3
Co
ppm
To-rep
820
52
547
14
145
10
860
18
179
10
105
13
138
38
36
12
12
< 1
Page 4 of 5
Report:
C,
ppm
TD·1CP
229
285
59
640
44
360
86
640
65
580
90
960
40
35
35
38
Cu
ppm
TD·1CP
977
1110
9' 960
6430
6520
89
750
27
3D 0
26
26 i
63
660
2490
2500
113
107
28
27
< 1
A09-0832 rev 1
Fe
001
TO-ICP
204
236
686
694
307
309
206
186
467
482
392
359
641
558
747
758
9"
e.77
719
733
<: 0 01
Ga
ppm
TO-ICP
15
338
20
150
22
200
37
370
350
26
26
27
26
< 1
Hg
rpm
TD·1CP
:3 90
0110
2.90
o OG80
< 1
< 1
K
%
001
TDICP
005
(10500
013
0190
380
401
1 42
117
243
272
249
230
.2 16
187
022
042
050
.~ 0 01
Mg
%
001
TD-ICP
o J5
0217
539
6.06
1.65
166
072
0850
097
102
203
1.64
097
0609
HiS
161
064
075
<: 001
Mn
ppm
1D-ICP
776
852
1020
1150
145
155
lOla
1010
B76
883
379
410
1090
1010
1580
1630
1340
1320
Mo
TO ICP
13
180
< 1
0700
295
310
210
< 1
0250
1
137
1
240
< 1
Na
%
001
lOICP
007
000:;20
138
139
049
0564
059
0556
145
1 52
065
0670
0.09
0104
260
252
2.96
297
<: 0.01
r~i p
ppm %
0.001
TD·ICP _T_D...:~pJ 39 0046
410 00'350
236 0.025
247 00370
39 0133
420 0120
24 0071
2100105
36 0054
380 00690
27 0095
270 00900
26 0067
270 00350
19ao
2260
6' 56
"
0114
0111
0.103
0113
-: 0.001
•••••••••••••••••••••••••••••••••••••••••••• jQuality Control
iAnalyle Symbol
'Iunil Symbol Detection Limit
Analysis Method
GXR-l Mf'as
GXR-1 CPll
ONe 1 M"<I<;
D!'-JC 1 Crrt
GXR·4 Mrw;
(-;YR-4 Crrt
GXR-2 Mp;JS
GXR-2 Cpr1
SOC-1 Mew;
SOC-, Cflrt
SeQ-1 MPR<;
SeQ-1 Cpr1
GXR 6 MP.AS
GXR·6 Cpr!
CDN-PGMS·9 Mf'<ls
CDN-PGMS-9 C'~r1
CON-PGMS·9 Mp<ls
CDN-PGMS·9 r"rt CDN-PGMS-9 Mf>8<;
CON PGMS·g C,~rt
CON.PGMS·9 Meas
CON PGMS·9 C"'11
OREAS 13P M!:';lS
OREAS 13P CPr!
CmJ-PGMS-8 Mp<l<;
CON PGMS·8 CPr!
CDN-PGMS-8 Me<ts
CDN-PGMS-8 C,.,rt
CON PGMS-8 Mp~"
CON PGMS·8 C>')rt
1930860ng
193086 Our
1930!H Dng
193094 Split
1930940JI!]
193094 Split
Method BIAlik Mpthod J31;;Jl1k
Method Blank Mr>thnd BI;:lI1k.
Method Blank Method Brank
Method Blank M(~th()rl BI<lllk
Meth0r! Blank Mr,thod BtClnk
Method Blank M(~!ll(l(t 81<II1k
Melhnrt Blank Mf~lhlJrl BIalik
Method Blank MdllOd Blank
Mplilorj 81m)'" Mr~lhnd Blank
Ph
rpm
ro-ICP
61<
730
3
fi 30
'0
~2 0
745
690
22
250
25
310
93
101
< 3
" <3
"
< 3
Sh
ppll1
TD·ICP
36
122
< 5
U ']60
<80
34
490
< 5
0540
250
<5
360
< 5
<5
< 5
< 5
< 5
s %
001
TO-ICP
019
0257
005
00390
172
177
003
00313
006
00650
002
00160
056
0.52
020
021
< 0 01
Sc
ppm
TO-ICP
< 4
1 18
24
310
8
770
688
16
170
22
108
49
276
22
17
10
17
<4
Sr
pprn
fO-ICP
256
275
128
145
217
221
143
160
164
183
187
174
46
350
217
191
245
266
< 1
Te
ppm
16
130
0970
7
0.690
00180
14
11
13
14
<2
Activation Laboratories ltd.
%
001
TI
ppm
u ppm
10
v w ppm ppm
y
ppm
TD-ICP TO-ICP TO-ICP TO-ICP TD-ICP TD-ICP
028
0287
023
0606
039
0380
078
079
062
050
< a 01
<I
0390
<I
00260
< 5
320
< 5
103
220
< 5
< 5
< 5
<5
30
349
< 10
0100
< 10
620
< 10
290
< 10
15·,
< 10
< 10
< 10
< 10
71
800
138
148
BB
870
51
520
46
102
105
131
165
186
163
145
3B
30
<2
147
164
0200
36
308
7
190
< 5
o BOO
<S
140
< 5
190
< 5
, 5
< 5
< 5
Page 5 of 5
24
320
14
180
16
140
16
170
37
400
40
260
29
140
21
16
12
21
< 1
Report:
Zn Zr
ppm ppm
TO-IGP TO-ICP
609 46
760 380
53 37
660 41.0
71 52
730 186
607 161
530 269
98 38
103 290
90 164
103 160
126 125
11B 110
130
i27
102
103
< 1
23
22
38
36
< 5
A09-0832 rev 1
• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • -
Quality Analysis ... Innovative Technologies
International Nickel Ventures Company
55 University Ave. Suite 700 Toronto ON M5J 2H7
ATTN: Robert C. Bell
Date Submitted: 20-Feb-09
Invoice No.: A09-0808 (i)
Invoice Date: 17-Mar-09
Your Reference:
CERTIFICA TE OF ANAL YSIS
24 Core samples were submitted for analysis.
The following analytical packages were requested: Code 1C-Exp ICPOES-Tbay Fire Assay ICPOES Code 1F2-Tbay Total Digestion ICP(TOTAL) Code 8-Tbay Code B-Assays REPORT Aos-oaos (ij
This report may be reproduced without our consent If only selected portions of the report are reproduced, permission must be obtained. If no instructions were given at time of sample submittal regarding excess material, it will be discarded within 90 days of this report. Our liability is limited solely to the analytical cost of these analyses. Test results are representative only of material submitted for analysis.
Notes: Values which exceed the upper limit should be assayed for accurate numbers.
ACTIVATION LABORATORIES LTD.
CERTIFIED BY :
I
-->---.. ~
Elitsa Hrischeva. PhD.
Quality Control
1336 SandhIll Drive. Arcaster Ontario Canada L9G 4V5 TELEPHONE +: 90564896"1 or .1888228.5227 FAX +1 9056489613
E-MAIL ancaster@actlabsln: com ACTLABS GROUP WEBSITE http IIwww.actlabslnt com
•••••••••••••••••••••••••••••••••••••••••••• IAn.,yte Symbol
IUllit Symbol
!Oetection Limit
lA~lalysis Meth"d
194476
194477
194478
194479
194480
194481
1944R2
194483
lq44R4
194485
193060
193061
193062
193D63
193064
193065
'9'3066
193067
19306B
1930SCJ
193070
193071
193072
193073
Au
pph
FA-fep
<2
<2
<2
< 2
< 2
<2
q
< 2
< 2
<2
,2
<2
<2
<7
<2
243
<2
<2
< 2
Pd
- ppb
FA·ICP
< 5
< 5
< 5
< 5
< 5
< 5
< 5
<5
< 5
< 5
< 5
< 5
<5
< 5
< 5
< 5
< 5
< 5
<, < 5
1440
< 5
< 5
<5
PI
rpb
5
FA-ICP
< 5
<5
< 5
<5
<5
<5
< 5
<5
<5
<5
<5
< 5
< 5
< 5
-:.: 5
< 5
< 5
< 5
< 5
86.
<5
< 5
<5
AQ
pprn
03
TO-ICP
04
A.
0' 03
03
04
<03
<: 0 3
03
as < 0 3
03
04
03
05
03
04
03
03
< a 3
88
0.3
<03
03
AI
%
001
TO-ICP
7,47
fi 82
.1 96
687
fJ 93
780
813
731
617
" 28
749
543
584
765
~).96
719
695
680
(] 65
601
114
463
522
756
As
ppm
TO-ICP
<3
< 3
< 3
<3
<3
< 3
< 3
<3
< 3
< 3
< 3
<3
<3
<3
<3
< 3
< 3
<3
<3
<3
< 3
< 3
<3
Activation Laboratories Ltd. Ba Be BI
ppm ppm ppm
Ca
%
Cd
ppm
{) 01 0.3
Report: Co Cr Cu
ppm ppm ppm
TO-ICP TO-ICP TO-ICr TO·ICP TO-ICP TD-ICP TO-ICP TO.ICP
180
270
237
199
163
249
279
205
95
528
268
252
195
359
223
368
222
353
302
378
45
322
422
375
< 2
<2
< ,
<2
<2
<2
<2
<2
<2
<2
< <
<2
<2
<2
< 2
<2
<2
<2
< 2
<2
<.
8M
6n
619
678
6M
7~
6U
7m
6n
5m
5~
5~
5~
4~
3M
3~
278
316
3~
3.40
219
3M
3W
3M
05
10
12
O.
16
07
12
07
05
< 0 3
11
07
09
03
05
<03
06
04
<03
<:; 0.3
23
<03
<03
05
Page 2 of 7
" W
H
" H
" 31
n U
n H
n
" 17
" 17
27
14
12
13
~4
19
15
~
~
M
e
~
9
~
W
m 14
'" 1U
U
~
M
~
9
57
U
n ~
154
85
87
65
59
51
35
48
97
27
80
65
72
38
B1
33
66
30
16
21
93 > 10000
6'
80
86
34
28
45
A09-0aoa (i) rev 2 Fe
%
001
Ga
ppm
Hg
ppm a/a
001
TD-ICP TD-ICP TO-fep TO-Iep
803 25 -.:: 1 049
8.m
~M
7H
aM
7" 7~
104
11.8
.~
6,56
6U
~~
3~
5H
3M
5.81
3n
311
2~
US
40
3.69
3~
H
23
H
H
~
~
U
v ~
H
~
V
21
21
II
n 21
~
~
11
H
~
H
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
0.73
OM
0.51
00
0.70
0.63
00
O§
10
1m 1m ~n
1.33
1e ,.~
1m 161
135
1 12
060
1 16
166
106
Mg
%
001
TO-Iep
255
252
2.21
243
2.40
269
2.23
109
245
332
216
121
2.14
061
0.43
048
050
061
O.SO
056
121
1.06
091
053
Mn Mo
ppm ppm
TO·ICP lO·ICr
1360 <.1
1430 <.1
1350 <.1
1380 <.1
1310 <.1
1450 <.1
1370 <.1
1670 <.1
1790 < 1
895 < 1
1590
1220 <.1
1950 <.1
476 <.1
437
347
299
340
413 < 1
343 <.1
718 <.1
595 <.1
467 <.1
354 <: 1
Na N,----Pj 0/" ppm %
001 1 0001
TO·ICP TO-ICP TO-ICP -~ - ------
212 48 0.125
176 51 0.116
172 500117
218 550125
235 51 0.113
2.26 53 0131
262 34 0.107
254 26 0.114
190 34 0.103
215 29 0050
227 71 0.087
224 54 0,065
195 54 0.091
2.44 48 0.049
2 13 59 0.038
250 39 0044
234 48 0043
2 19 39 0.044
2.20 40 0.043
218 38 0038
1 15 =- 10000 0.065
214 47 0.D48
232 45 0048
254 48 0.054
•••••••••••••••••••••••••••••••••••••••••••• IAnalyle Symbol
Unit Symbol
Detection limit
Analysis Metllod
19"-176
194477
194478
194479
194480
194481
194482
194483
194484
194485
193060
193061
193062
193053
19101'14
193065
193066
193067
It)J069
193070
193071
HBOI:J
193073
Ph
ppm
TD-ICP
<3
<3
< 3
.-: ]
< 3
" <3
9R
< 3
<3
Sb
ppm
TD·ICP
< 5
< 5
<5
< 5
< 5
< 5
< 5
< 5
< 5
< 5
<5
< 5
< 5
< 5
< 5
< 5
<5
< 5
< 5
< 5
< 5
<5
S
%
001
TD·lep
1 12
1.15
124
083
056
034
023
029
061
006
049
106
1 86
113
212
133
223
086
[) 49
058
169
085
081
088
Sc
ppm
TD·ICP
28
28
13
26
26
32
27
24
30
16
15
17
10
Sr
pprn
TD·ICP
419
43'
J95
'39
438
426
366
'28
250
471
241
256
2J2
219
209
19,
213
2J2
228
194
255
208
1B2
212
Te
ppm
TD·ICP
< 2
<2
< 2
<2
<2
<2
< 2
<2
11
<2
Activation Laboratories Ltd. ----------
W Y Ti TI u V % ppm ppm ppm ppm ppm
001 10
TD·ICP TD·ICP TD·leF TO-ICP TD·ICP TO.lep
060 <5 10 196 <5 19
060 <5 <10 216 <5 19
a 55 < 5 <: 10 205 < 5 11
064 <::S <10 217 <5 18
041
066
025
024
045
033
041
039
0.73
029
025
028
0.27
028
028
025
0.24
030
030
032
< 5
< 5
< 5
< 5
< 5
< 5
< 5
< 5
< 5
< 5
<5
< 5
< 5
< 5
< 10
< 10
< 10
< 10
< 10
10
< 10
< 10
< 10
10
< 10
10
10
10
10
10
< 10
10
10
10
139
220
108
102
180
108
106
78
188
73
63
63
65
60
63
56
85
76
73
74
< 5
< 5
< 5
< 5
<5
< 5
< 5
< 5
<5
<5
< 5
< 5
< 5
< 5
< 5
<5
< 5
<5
Page 3 of 7
18
21
23
23
32
17
14
19
13
11
13
12
17
13
10
Report: Zn
ppm
Zr
ppm
A09-0808 (i) rev 2 Cu Ni
% %
0001 0003
TD-ICP TO-ICP ICP-OES ICP-OES
98 44
87 39
87 32
86 27
91 17
103 32
116 16
137 18
132 14
70 117
123 43
111 54
120 49
37 69
35 73
36 86
35 58
45 fj-';
67 18
58 66
223 45 1.64 268
96 64
54 60
41 44
•••••••••••••••••••••••••••••••••••••••••••• 1
6ua'itYControi-
An.lyte Symbol
IUnit Symbol
[Detection limit
An.lysis Method
GXR·I M"<lS
C;XR 1 CPI1
ONe-1 Mf><ls
DNe-1 Cprt
GXR -fMpf}s
GXR,4 C"rt
G){R-2Mp<'l'>
GXR-2 CF.'rt
CZN-3 Mpas
CZN-3 Cel!
SOC·t Mea:;
SOC-1 Celt
SCOot Mens
SeO-1 l.Pr1
GXR-6 Mf'a5
GXR-6 CE'rt
CCU-1C Mp::I'>
CCU-1C Cert
F'fC-l.'l MCClS
PTe-til lNt
OREAS np M!;'<l'i
OREAS 13P Cprt
OREAS 13P Mf'ilS
OREAS t3P Cf'rt
OREAS 14P Mpa"
aREAS 14P Cpr!
DMMAS-l05 Mf'RS
DMMAS-l05 Cerl
11=14485 Qng
1844850110
1930680rtg
193068 Dup
193059 Qng
193069Dup
193073 Ol1g
193073 Split
Method Blank Method 81;:tnk .
Method Blank M€'lhod Btank
MF.'thod Blank Melhnrl Blank
Mplhod Bialik Melhod BIClnk
Method Bli'mk Method Blank
Method BI'lnk Method Blank
Melhod Bl<lflk Method Rhmk
Method Blank Method Bt<lllk
Mf'\tlOd BIClnk Mf'thnd 81<'lnk
Method Blank Method Blank
Method BI<"1nk Method Blank
ME'lhnd Blank Mf'thod Blal1k
rpb
FA-ICP
<2
<2
< 2
< 2
<2
<2
Pd
ppb
FAICP
< 5
< 5
<S
.-:S
< 5
PI
ppb
FA-ICP
<5
< 5
<S
< 5
< 5
<5
AQ
ppm
03
TO-ICP
317
310
<03
00270
35
, 00
168
170
.-:03
00410
04
0134
05
130
0' <03
03
<03
< 0 3
<03
<03
<03
< 0 3
<03
< 0 3
<03
<03
<03
<03
AI
%
001
TO-ICP
260
:1 52
" 55 g 69
551
720
103
165
672
834
727
7.24
117
17.7
6.70
660
756
751
< 0 01
001
< 0 01
< 0 01
001
< 0 1)1
< 0 01
< 0.0\
< 0 01
< 01)1
< 0.01
As
ppm
TO-ICP
447
427
<3
0.200
106
98.0
14
250
<3
0220
10
124
302
330
1850
1693
< 3
<3
, 3
<3
< 3
< 3
< 3
<3
<3
<3
< 3
<3
< 3
<3
< 3
Activation Laboratories Ltd. Report: A09-0808 (i) rev 2
Ba Be B; Ca Cd Co Cr
ppm ppm ppm % ppm ppm ppm
a 01 03
TD-ICP TO-ICP TO-ICP TO-ICP TO-ICP TD-ICP TO-ICP
833
750
114
114
263
1640
> 1000
2240
630
630
587
570
:> 1000
1300
645
742
300
303
375
371
<7
< 7
< 7
<7
<7
<7
<7
<7
< 7
<7
< 7
122
< 1
1.00
2
1.90
2 1.70
300
2
184
1
140
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
1370
138(1
<2
00200
29
19 C
<2
0690
< 2
260
0370
< 2
0290
<2
<2
< 2
< 2
<2
<2
<2
< 2
< 2
< 2
< 2
< 2
< 2
<2
< 2
093
0960
809
806
105
101
080
0.930
33
3.30
04
0860
38
410
108 08
1 00 00800
210 I) '3
187 0140
023 07
0180 100
355
354
388
387
< 001
< 0 01
< 0 01
< 0.01
< 0 01
< 0 01
< a 01
< 0.01
< 0 01
< 0 01
< 001
<03
<03
05
< 0 3
<03
<03
<03
< 0.3
<03
<03
< 0.3
<03
<03
05
<03
Page 4 of 7
820
53
547
13
146
860
19
179
12
105
15
138
52
48
12
11
20
16
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
12
120
247
285
83
640
36
360
59
640
70
680
83
960
9. 97
63
80
86
83
43
Cu Fe Ga Hg
ppm % ppm ppm
0.01
TD-ICP TO-ICP TO-ICP TO-ICP
1230
1110
101
960
6380
6520
77
760
29
300
27
287
62
660
2650
2500
16
16
45
45
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
24.5
23.6
724
694
3.05
309
1.63
186
471
482
367
~ ~g
479
558
767
758
721
6.17
311
; 1?
338
339
< 0 01
< a 01
< 0.01
< 0.01
< 0.01
< 0 01
< 0 01
< 0.01
< 0 01
< 0 01
< 0 01
15
138
19
15.0
21
200
36
370
38
350
20
22
25
21
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
390
0110
2.90
0.0680
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
%
0.01
TO-ICP
006
00500
025
0190
200
4.01
1.56
137
1.68
272
1 B6
2: :30
205
167
139
131
106
1.04
-<:: 0 01
<: 0.01
<, 0.01
<: 0 01
~. 001
<: 0 01
<: a 01
<: 0 01
<: 0 01
<: 0.01
Mg
%
001
TO-Iep
023
0217
608
606
1.63
166
076
0850
1.01
102
167
1.64
062
0609
079
080
063
063
<001
<:: a 01
<: 0 01
<: a 01
< 0 01
< 0 01
<: 0 01
< 0.01
< 0 01
< 0.(11
Mn
ppm
TO-ICP
920
852
1130
1150
153
155
908
1010
926
B83
407
410
1020
1010
413
413
354
352
6
< 1
< 1
< 1
< 1
< 1
Mo Na N; p
ppm % ppm %
001
TO-ICP TO-ICP TD-ICP
0001
TD-ICP
16 005 41 0.0£0
0.0650
0.029
18 0 0 0520 41 0
.-: 1 1.31 249
0.700 1.39 247 00370
0135
0120
0.060
0.105
313 044 40
310 0.564 42.0
2.10
< 1
0.250
1
137
1
2.0
< 1
< 1
<1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
0.47 19
0.556
1 35
1.52
0.60
0670
010
0104
2.BB
281
220
219
2.54
251
< 0 01
004
< 0 01
< 0.01
<: a 01
< 0 01
< 0.01
< 0.01
< 0.01
< 0 01
21.0
36
380
27
270
24
270
2070
2260
39
40
0058
00690
0.092
0.0900
0.034
0.0350
0.043
0.043
48 0054
48 0.054
< 0 001
< 0001
< 1 < 0.001
< 1 < 0.001
<1 <0001
< 1 < 0.001
< 1 < 0.001
< 1 < 0.001
< 1 < 0 001
< 1 < D.OOI
< 1 < 0.001
•••••••••••••••••••••••••••••••••••••••••••• [QUality Control
IAnalyle Symbol
ilunil Symbol Detection Limit
Analysis Method
Method Blank Mf'lhnrl 81i'11lk
Au
pph
FA-fer
PO
ppb
P\
ppb
Aq AI As
rpm % ppm
03 00\
TD-ICP TO-ICP TO-ICP
Activation Laboratories Ltd.
Ba Be Bi Ca Cd Co
ppm ppm ppm % ppm ppm
001 03
TO-ICP TO-ICP TO-ICP TO-Iep TO-ICP TD-ICP
Page 5 of 7
Report: A09-0808 (i) rev 2 ---~--.-- -~----~~--
- ----~--
Cr Cu Fe Ga Hg K Mg Mn Mo Na Ni p ppm ppm % ppm ppm % % ppm W" % ppm %
001 1 001 0.01 0.01 0001 TO-Iep TO-fep TO-ICP TO-ICP TD-JCP TO-ICP
--------- TO-ICP TO-leP TO-ICP TO·fep TO-Iep TD-tCP
•••••••••••••••••••••••••••••••••••••••••••• Quality Control
An.lyte Symbol
Unit Symbol
Detection Limit
IAn.lysiS Method
GXR-l Mp<I<;
GXR-l Cpil
ONe-1 MenS
ONe-, Cpri
GXR·4 Mp<l<;
GXR-4 emt
GXR·2 MeClS
GXR-2 Cf'r1
CZN-3 MC';!5
ClN 3 Cert
SOC.1 Me<l~
SDC-1 Cert
SeQ-, Mp.'ls
SeQ-1 Cpll
GXP-6 Mf'85
GXR-6 CPlt
CCU-tC Me;:ls
r:CU-H' ('Nt
PTC-1n Mp;:lS
pr(, 1;-] Cf'I\
OREAS 13P Me<1s
OREAS 13P Cf"n
aREAS 13P Mf'as
OREAS BP CP(~
aREAS 14P MI'.'<1<;
OREAS 14P Cf;'rt
DMMAS-l05 Mf'<lS
DMMAS 105 CI?'I1
194485 Dlig
194485 Dur
1930680"g
1930680up
193069 Dlig
193069 Dur
1930730rtq
1 Q30 73 SpIll
Method Blank Mf'thorl 81;'mk
Method Blank Me'horl BI:Hlk
Method Blank Me!horl Blank
MellWQ Blank Me!hod BI",nk
Method BI"nk Method BI<lnk
Method Blank Method Blank
Method Blank Mf'thod Fltrlllk
Method Blank Method BIAlik
ME'lhm1 81;:lI1k Me~hod Blank
Melhod Bhmk Mf:'thorl Blank
Meillod Blal1k Method B!~nk
Melhod Blank Mf'lhori BI:Jl1k
Ph
prill
TO·ICP
788
130
630
50
520
649
690
24
250
28
310
R4
101
< 3
< 3
<3
<3
< 3
<3
<3
<3
< 3
< 3
< 3
< 3
< 3
< 3
Sb
ppm
TD~ICP
47
122
0960
7
480
11
49.0
S
001
TO~ICP
024
0257
005
00390
180
177
002
00313
<; 5 006
0540 00650
< 5
250
<' 5 001
36000160
106
<5
< 5
< 5
< 5
< 5
< 5
<5
< 5
< 5
< 5
<5
< 5
048
050
088
081
< 0 01
< 0 01
-: 0 01
< 0 01
< 0 01
< 0 01
< 0.01
< 001
< 0 01
< 0 01
< 0 01
Sc
ppm
TD~ICP
<4
158
35
3' 0
770
688
15
170
14
108
23
276
16
157
<4
<4
<4
<4
<4
<4
<4
<4
<4
<4
ppm
TD~ICP
306
275 1,~2
1,15
213
2)'
136
160
173
183
177
174
46
350
2:30
226
212
209
<1
< 1
<1
<1
<1
< 1
< 1
<1
<1
<1
< 1
ppm
TD~ICP
15
13.0
0.97Q
2
0690
<2
00180
< 2
<2
<2
< 2
< 2
< 2
<2
<2
< 2
< 2
<2
<2
Activation Laboratories Ltd.
%
001
TD~ICP
030
0287
035
0606
037
0380
028
o 2B
032
0.32
< 0 01
< 0 01
< 0 01
< 0 01
< 0.01
< 0 01
< 0 01
< 0 01
< 0.01
< 001
< 0 01
TI
ppm
TO-ICP
< 5
0390
< 5
00260
7
320
<5
103
< 5
220
<5
<5
<5
<5
<5
< 5
< 5
< 5
< 5
< 5
<5
<5
< 5
<5
u
ppm
10
TO-ICP
40
349
< 10
0100
< 10
620
< 10
290
< 10
1 54
70
66
10
10
10
10
< 10
<10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
v
rprn
TO-ICP
86
ao 0
146
14B
87
870
51
520
73
102
133
131
lB3
186
62
63
74
72
<2
< 2
<2
<2
<2
<2
<2
< 2
<2
< 2
< 2
w
ppm
TD-rep
159
164
< 5
0200
36
308
190
< 5
0800
< 5
140
190
< 5
< 5
< 5
< 5
< 5
< 5
< 5
< 5
< 5
<5
< 5
< 5
< 5
< 5
y
pprn
TD-ICP
31
320
18
18.0
15
140
16
170
40
400
29
260
14
140
13
12
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< ,
Page 6 of 7
Report: A09-0808 (i) rev 2
Zn Zr Cu Ni
pprn ppm % %
0001 0003
To-rep TO~ICP rCP-DES ICP-OES
763
760
60
660
78
730
520
530
105
103
101
1n3
122
118
67
87
41
42 < ,
< ,
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
29
380
40
41.0
57
186
'59
269
60
290
133
'60
111
110
77
79
44
43
<5
< 5
< 5
< 5
< 5
< 5
< 5
< 5
<5
< 5
< 5
0685
0685
256
25.6
13.5
135
0253
0250
Q 274
0250
101
0997
101
101
0227
0226
0.225
0226
210
210
I •••••••••••••••••••••••••••••••••••••••••••
Quality Control Activation Laboratories Ltd. Report: A09-0aoa (i) rev 2
An"lyte Symbol Pb Sb So S, Te Ti TI U V W Y Unit Symbol Zn Zr ppm rpm % ppm f'rrn % ppm ppm ppm ppm IDetection Limit 001
ppm ppm ppm ppm 001 10
Analysis Method TD-Icr lO-ICP TO-ICP TO-ICP TO-ICP TD-ICP TD-ICP TO-ICP TO-ICP TD-tep TO-ICP TO-Iep TO-Iep TO-Iep Method Bialik Mpthod
-~--- -Blank
Cu Ni -j % %
0001 0003
ICP-OES tCP-OES
< 0 001 < 0 003
Page 7 of 7
--
• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •
Quality Analysis ...
Clark Exploration Consulting
1000 Alloy Dr. Thunder Bay ON P7B GAS Canada
ATTN: Gary Clark
Innovative Technologies
Date Submitted: 20-Feb-09
Invoice No.:
Invoice Date:
Your Reference:
A09-0776 (i)
02-Mar-09
CERTIFICATE OF ANALYSIS
7 Core samples were submitted for analysis.
The following analytical packages were requested: Code 1C-Exp ICPOES-Tbay Fire Assay ICPOES Code 1F2-Tbay Total Digestion ICP(TOTAL) Code 8-Tbay Code 8-Assays REPORT A09-077G (i)
This report may be reproduced without our consent. If only selected portions of the report are reproduced, permission must be obtained If no instructions were given at time of sample submittal regarding excess material, it will be discarded within 90 days of this report. Our liability is limited solely to the analytical cost of these analyses. Test results are representative only of material submitted for analysis.
Notes: Values which exceed the upper limit should be assayed for accurate numbers.
ACTIVATION LABORATORIES LTD.
CERTIFIED BY .
Elitsa Hrischeva, Ph.D.
Quality Control
1336 Sandndl Drive. Ancaster Ontar:o Canada L9G 4V5 TELEPHONE +1 905.648961', or +18882285227 FAX +1 9056489613
E-MAIL ancaster@actiabslntcom ACTLABS GROUP WEBSITE http./Iwww actiabslnt com
• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • I IAn~IYle Sy'~bol
Activation Laboratories Ltd. Report: A09-0776 (i) rev 1 ClI Ui Co Fe ,'l,u Pd PI Ag AI IUnit Symbol As Ba Be Bi Ca Cd % ~'n % n/o Co Cr eu Fe Ga ppb pph ppb ppm '% Hg K Mg M" loe,eclion Limil
ppm ppm ppm PPIll % 0001 0003 000'3 0003 ppm ppm pprn ppm % 03 001
ppm ppm % 'Yo ppm Analysis Melhod rep-OES rep-DES ICPOES ICP OES
001 03 0.01 FA-rep FA-ICP FA-ICP TO-Iep 1D-ICP TO-ICP TO-ICP 001 001
TO-ICP To-rep TD-Iep To-rep To-rep 193089 0029 To-rep To-rep To-rep To-rep To-rep To-rep To-rep 0006 0005 119 16 -------~ TO-Iep
< 5 07 498 <3 207 \93102 0002 0003 <:: 0 003 533 <2 4.77 08 41 55 295 14.6 21 , 5 < 0 3 5.90
21 , 1 059 201 1960 193103 284 <2 0002 0003 <:: 0 003 370 <03 17 59 18 608 718 < 5 04 19 < 1 069 083 2180 191104 599 < 3 283 < 2 3.72 0002 < 0 003 < 0 003 06 20 63 22 8.62 5 S1 < 5 <5 20 < 1 072 094 3080 193105
03 653 < 3 269 < 2 4.06 0001 .:: 0003 < 0 003 542 05 12 128 14 671 21 < 1 065 <5 < 5 03 604 080 2570 193106 <3 253 < 2 428 0002 <.. 0 003 <:: 0 003 07 12 79 13 830 888 < 5 < 5 03 21 < 1 051 0.89 3070 193107 527 <3 1B6 < 2 623 0007 0005 0003 1.0 10 59 16 122 195 2G 16 OB 402
20 < 1 0.51 1.90 6280 144 < 2 4,11 17 21 43 65 237 14 < 1 042 218 8310
Page 2 of 5
• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • IA~~lyte Sy;;'bol
Activation Laboratories Ltd. Report: A09-0776 (i) rev 1 Mo Na NI PO Sb Sc Sr Te Ti TI
Iunit Symbol PJltn ~o U V W y Zn Zr ppm % pprn ppm % ppm ppm ppm %
Detection Limit ppm ppm pprn ppm ppm 001 0001 001 ppm ppm
Analysis Method TO.ICP 001 10
TO·ICP TOICP TO·ICP TO·ICP TO·ICP TO·ICP TO·ICP TD·ICP TD·ICP TO·ICP TD·ICP TD·ICP 193089
TO·ICP TO·ICP TD~ICP TD-ICP Te-rep 219 68 0049 < 5 412 16 --- ---- --- --
193102 181 027 <5 < 10 85 < 5 ----~--
<1 274 40 0042 14 129 59 < 5 123 208 193103 025 < 5 < 10 71 <5 51 55 267 41 0042 <5 1 97 12 197
193104 026 <5 < 10 74 <5 11 <1 298 41 0049 58 77 <5 095 225 03\ < 5 1'~3105 <I 287
< 10 79 < 5 57 53 36 0047 < 5 144 1?3106 228 029 < 5 < 10 78 < I 177 39 0036 57 54
<5 207 14 193107 151 10 0.23 < 5 < 10 71 < 5 11 <1 , '7 64 0029 80 78
< 5 762 13 log 16 017 <5 < 10 65 14 96 6'
Page 3 of 5
•••••••••••••••••••••••••••••••••••••••••••• Quality Control
Analyle Symbol
Unit Symbol
Detection Limit
IAnalysiS Method
GXR·l Mf';1S
GXR 1 Cprt
mJC-! ME'''':>
ONe-1 Cpr!
GXR-4 Mf'<'I<;
GXR-4 CPr!
GXR-2 M~[\.<;
GXR 2 eNt
KC-1AM['i'ls
KC-1A C?11
CZN.] MC<1s
CZN-~ Ccrt
SOC-, Mpi'!<;
SDC-l Cprj
~r.()_1 ~MClS
SeQ·1 Cpr\
G'<.RBMp;!<;
r;XR 6 CPr!
ccu Ie Mf'<lS
CLU-1C I.prl
PTC-l"Mp.<lS
PTe-If! CPr!
OREAS l1P M"<lS
ORCAS DP Cf'r\
aREAS 14P Meas
aREAS 14P CPr!
DMMAS·l0S Meas
DMMAS-l05 Ccrt
CDN-PGM8-13 MeCl<;
CDN-PGMS-13 Cerl
\93107 Orin
193107 Split
Mf'lhorl 8!:1nk Mf'lhnrl Stank
Mclhod BIClllk Mf'lhod Btank
Mf'thod Bl;mk M€,lhnd Blank
Method Bbnk Method Blilnk
Mf"thnri B!~nk Mplhod RI:'lnk
M('thod Blcwk Mptl\m1 Blank
%
0001 0003
CD
%
0003
Fe AT.! Pd
ppb ppb
0003
ler·OES ICP-OES lCP-OES lCP-OES FA-Iep FA-Iep
0627
0629
0685
0685
?56
256
135
135
02<;8
02';0
0966
0997
0- 007
0007
102
101
0232
0226
210
210
0005
0005
0306
0300
0075
o 07"iO
0003
0003
109
109
348
345
551
758
370
372
1470 4570
14100() 4S1COO
195 26 16
196 28 <5
<5
<0001 <0003 <0003 <0003
Activation Laboratories ltd. Report:
~ ~ N ~ ~ Be Bi Ca
ppb ppm % ppm ppm ppm ppm 'lf~
03 0 01
FA-rep TD-rep TD-Iep TD-Iep TO-Iep TO-Icr TO-lep
001
TO-Iep
1270
125000
7
< 5
< 5
321
31 0
04
00270
33
400
165
170
03
n 00110
04
0134
06
130
08
07
<03
<03
<03
201
352
748
9.69
559
720
954
165
305
834
577
724
116
177
402
3 ~~
< 0 01
< 0.01
< a 01
< 0 01
472 8413
427 750
< 3 121
0200 114
107 218
98.0 1640
20 > 1000
250 2240
630
0.220 630
645
124 57D
208 > 1000
330 1300
1780
1693
<3
< 3
<3
411
742
144
143
< 7
<7
< 7
Page 4 of 5
122 , 1
1.00
3
190
170
300
184
1
140
<1
< 1
< 1
< 1
1390
1380
00200
12
190
<2
0690
< 2
260
< 2
0370
< 2
o :;oqO
< 2
< 2
< 2
< 2
0.99
0960
8 19
806
1 10
101
094
0930
073
100
197
187
022
o IRa
411
4.10
< 0 01
< 001
< 001
<: 0 01
A09-0776 (i) rev 1
Cd Co Cr Cu
ppm ppm ppm ppm
0.3
TD-ICP TD-ICP TD-ICP TD.ICP
33
330
06
0860
41
410
05
00800
0.5
0.140
08
1 on
1.7
1.5
<03
<03
<03
<03
820
54
547
14
146
850
19
179
10
105
14
'"
50
48
21
28
< 1
< 1
< 1
218
285
35
360
48
640
61
613 0
58
060
105
97
43
40
37
73
1250
1110
99
960
£nso Ei520
77
760
25
300
26
287
64
'360
':::'710
':::'500
65
66
<1
< 1
< 1
< 1
Fe
%
0.01
TD-ICP
251
236
688
694
302
309
1.73
186
403
482
332
3.59
5.17
558
792
758
657
617
23.7
236
'" 0 01
< 0.01
< 0 01
< 0 01
Ga Hg
ppm ppm
TD-ICP TD-ICP
13
138
19
150
20
200
32
370
36
350
14
14
< 1
,1
< 1
< 1
390
< 1
0110
2
290
,1
00680
< 1
< 1
< 1
< 1
< 1
K Mg Mn
(l/~ % ppm
0.01 001
TO-Iep TD.ICP TO-lep
006 023
00500 0217
021 607
0190 606
480 1 73
401 166
1 63 083
1 37 0850
1 75
272
201
230
186
1.87
0..,2
042
< 0 01
<: 0 01
-::: 0 01
<: 0.01
078
102
157
164
064
0609
2.18
21B
< 0.01
<: 0 01
961
852
1110
1150
153
155
960
1010
825
883
~82
410
1050
1010
8310
8220
< 1
•••••••••••••••••••••••••••••••••••••••••••• Quality COlltr~1 .
Analyte Symbol
Unit Symbol
Detection limit
Analysis Method
GXR-! Mpf'ls
GXR 1 Cf'rt
nNC·1 Mf'.;\",
DNe-, CPr!
GXR 4 Mf'FlS
GXR 4 (>11
GXR-2 Mf':)<;
GXR-2 Cpr!
VC-1A Me:ls
KC If\ C(>I~
CZN-3 Me:lS
CZN-] Cpr!
SDC-' Mf'FlS
SDc-, Cr.r!
SCOot Mfl'::'<;
SeO-l Cf'rt
GXR-f) MpR'>
GYp R ,,,,,f CCU-1C M(,<ls
ccu 1e Co'li
P1C.la Meil,>
PTC·ln Ccrt
OREI\S 13f' Meas
aREAS 13P Cpll
aREAS 14P Mf'8S
OREAS 14P Cert
DMM!\S-105 MC'ClS
OMMAS-l05 Cert
CDN-PGMS-13 Mfas
CON-PGMS.13 Cert
1931070ng
193107 Splil
Method BIFlnk Mf'Ihorl Bl:mk
Me\hm-\ Blank. MelhoQ Blank
Mf'thorl Rlaflk Method BI<1nk
Method BI<\ok Mt~thnd BialIk
Meth0d B!;mk Melhrld BI;'lllk
Melnqct Bkmk MelliI'd Blank
Mo N;}
prm %
001
TO-\CP 1D·\Cp
15 0 OS
180 00520
<1 157
0 700 1 39
314 055
310 0.564
059
2100556
< 1
0250
·'1
137
241J
< 1
< 1
< 1
< 1
< 1
148
152
069
0670
011
0104
323
281
117
1 16
004
001
'" 0 01
< 0 01
Ni P
0001
TD-iCP 10-ICP
43 0064
410 00650
248 0027
247 00370
39 0 134
42 a 0 120
20 0061
210 0105
32 0054
380 00690
27 0080
27 a 00900
27 0033
270 00350
2230
2260
64
66
0029
0028
< 1 < 0 001
< 1 < 0 001
< 0 001
< 0 001
Pb Sb
ppm ppm
TD-ICP TO-ICP
784 29
730 122
7 " 630 09Sa
49 < 5
570 480
647
690 490
22
2~ 'J
29
310
90
101
< 3
< 5
0540
<5
250
< 5
360
< 5
106
< 5
<5
<5
< 5
<5
< 5
Activation Laboratories Ltd. Report:
%
001
TO·ICP
026
0257
005
00390
180
177
001
00313
005
00650
001
00160
762
732
< 0 01
< a 01
,; 0 01
.::: 0 01
Sc Sr Te
pprn ppm ppm
TO·ICP TD·ICP TOlCP
<4 321 16
158 275 13Q
25 147
310 145
8 224 < 2
770 221 0970
6 154 2
688 1600690
170
11
108
n 276
16
157
13
13
<4
<4
<4
130
183
161
174
45
350
109
109
< 1
< 1
< 1
< 1
18
0.0180
16
<2
<2
<2
%
030
0287
059
C.GOS
028
0380
017
017
< 001
< 0 01
< 0 01
< 0 01
TI
ppm
TO-ICP
<5
0390
< 5
0.0260
< 5
320
<5
103
< 5
220
< 5
-::5
<5
< 5
< 5
< 5
Page 5 of 5
u
ppm
10
TO-ICP
40
349
< 10
0100
< 10
620
.-:: 10
290
< 10
154
50
66
< 10
..:: iO
< 10
.-:: 10
< 10
< 10
v ppm
TD-ICP
97
800
150
148
92
670
55
520
96
102
124
'" 114
166
65
63
<2
< 2
< 2
< 2
A09-0776 (i) rev 1
w
ppm
TD·1CP
159
164
d
0200
36
30.8
190
<5
o BOO
< 5
140
1 gO
<5
y
ppm
TO-ICP
32
320
15
18.0
15
140
17
17.0
12
400
20
260
14 140
14
14
< 1
< 1
< 1
< 1
Zn
pprn
TD·1CP
78;:\
760
54
660
69
730
519
530
69
103
92
103
120
118
96
95
< 1
< 1
< 1
Zr
TD-ICP
41
360
54 410
61
166
211
269
72
290
147
160
97
11n
61
62
< 5
< 5
< 5
<5
• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •
Quality Analysis ... Innovative Technologies
International Nickel Ventures Company
Clark Expl. Consulting 1000 Alloy Dr. Thunder Bay ON P78 GA5 Canada
ATTN: Gary Clark
Date Submitted: 20-Feb-09
Invoice No.: A09-0777 (i)
Invoice Date: 17-Mar-09
Your Reference:
CERTIFICA TE OF AN.AL YSIS
17 Core sar:-:ples were submitted for analysis
The following analytical packages were requested:
REPORT A09-0777 (i)
Code 1 C-Exp ICPOES g/tonne Fire Assay ICPOES Code 1C-Exp ICPOES-Tbay Fire Assay ICPOES Code 1F2-Tbay Total Digestion ICP(TOTAL) Code 8 Code 8-Assays Code 8-Cu, Zn, Co Code 8-Assays Code 8-Tbay Code a-Assays
This report may be reproduced without our consent If only selected portions of the report are reproduced, permission must be obtained. If no instructions were given at time of sample submittal regarding excess materiaL it will be discarded within 90 days of this report. Our liability is limited solely to the analytical cost of these analyses. Test results are representative only of matenal submitted for analysis.
Notes: Values which exceed the upper limit should be assayed for accurate numbers.
CERTIFIED BY
~-~ ,./ c...-~.:>:::/
ACTIVATION LABORATORIES LTD.
Elitsa Hrischeva, Ph.D
Quality Control
1336 Sandhill Drive Ancasle' Onlarlo Canada L9G 4V5 TELEPHONE +1 905 548 96~ 1 or +1 EBB 228 5227 FAX +1905.6489613
E-MAIL ancasler@acliaDslnl com ACTLABS GROUP WEBSITE h·:tp IIwww.acllabslnl com
•••••••••••••••••••••••••••••••••••••••••••• An.lyle Symbol
Unit Symbol
Detection Limit
Analysis Method
1 ~13051
193052
19305~
1930S4
193051)
193fl56
193057
193058
193059
193090
193095
19309fl
193097
193mH\
193099
193100
193101
Ag
ppn"l
<03
03
< 0 3
03
03
03
< 0.3
03
-::03
84
< 0.3
05
04
03
n 3
03
05
AI
%
001
TD~ICP
705
476
385
383
555
5 Bl
807
794
770
316
612
540
359
3 DB
560
609
623
PPIll
TD~ICP
<3
<3
< 3
<3
< 3
<3
< 3
<3
< 3
< 3
<3
< 3
< 3
<3
< 3
Sa Be
ppm ppm
TD~ICP TD~ICP
172
182 < 1
133
120
105
53 < 1
252
220
196
55
200
219
203
217
219
222
278
BI
ppm
TD~ICP
<2
<2
< 2
<2
<2
< 2
<2
< 2
<2
<2
< 2
<2
<2
<2
<2
<2
Activation l.aboratories Ltd. Report: A09-0777 (i) rev 2 Ca Cd Co Cr Cu Fe Ga Hg K Mg Mn
001
TD~ICP
570
367
552
571
601
772
577
5.67
567
2.12
447
511
3.66
347
533
533
472
ppm
03
ppm
TD~ICP TD~ICP
07
07
12
10
04
08
06
1.0
<03
24
<03
06
09
03
06
07
09
29
42
33
31
51
23
n 28
514
17
29
15
21
34
n 10
ppm ppm %
001
TD~ICP TD~ICP TD~ICP -----~-~--
18
10
34
200
246
62
36
93
33
73
107
119
14
37
12 17
115 >10000
43
64
72
32
58
61
50
24
24
32
32
13
Page 2 of 7
7.93
921
765
736
11.4
104
585
676
692
280
743
108
6.90
707
996
.62
748
ppm ppm % %
001 0.01
TO-Iep TO·ICP TD~ICP TO-Iep -- -------------------
25
21
23
26
27
21
25
24
24
25
24
21
?2
24
21
22
< 1
< 1
< 1
< 1
< 1
< 1
< 1
068
090
050
037
034
0.22
092
0.73
074
0.55
062
045
044
051
073
063
075
217
201
203
163
289
5.55
160
191
206
125
0.80
181
0.99
0.8B
U34
1.92
1.49
ppm
TO-Iep
1110
992
1070
985
1210
1540
807
959
1010
714
1780
2770
2160
2100
2470
3180
3000
< 1
< I
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< I
< 1
< 1
< 1
< 1
1.31
209
244
2 05
1.14
2.67
251
226
20
96
179
1 22 > 10000
2.93
2.55
244
257
218
202
238
50
44
36
37
50
48
0.049
0049
0082
0.163
0263
0.218
0069
0.044
0064
0.103
0.OB5
0044
0.050
0082
0042
0042
<3
<3
< 3
< 3
85
< 3
< 3
<5
< 5
< 5
< 5
< 5
<5
< 5
<5
<5
< 5
<5
< 5
<5
< 5
<5
< 5
0.31
0.11
023
0.31
031
0.05
014
0.05
160
012
2.21
1.62
124
112
151
0.89
•••••••••••••••••••••••••••••••••••••••••••• IA~~iyte SY~,bol Unit Symbol
IOetection Limit
IAnalysis Method
193051
;93052
193053
193054
193055
193051)
193057
19305B
193059
193090
193095
193096
193097
1930gB
193099
193100
\9~101
Sr- Sr
rl~1lI pprn
TD·ICP TO.lep
20 229
34 110
14 185
10 233
13 317
36 335
14 319
21 347
24 253
250
16 210
17 226
178
175
23 ?n2
14 191
11 213
To
ppm
fD~ICP
<2
<2
<2
<2
10
< 2
%
001
TD~ICP
032
036
063
075
083
032
041
014
009
023
028
044
024
033
052
027
026
TI
ppm
TD~ICP
< 5
<5
< 5
< 5
, 5
< 5
< 5
< 5
<5
< 5
< 5
< 5
<5
< 5
<5
<5
-~-- --u V
Activation l.aboratories Ltd.
Pd --- -------
W Y Zn
Report: Zr Au
A09-0777 (i) rev 2 PI Cu Ni
ppm ppm ppm ppm ppm ppm gJtonne g/tonne gltonne % ',/" 10
0005 0001 0003 TD~ICP TD~ICP TD~ICP TD~ICP TD~ICP TD~ICP
0.002
FA~ICP
0005
FA·ICP FA-rcp tCP-OES lep-OES
10
< 10
<: 10
10
< 10
< 10
10
10
10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
202
360
308
202
244
95
118
46
31
83
10
143
73
93
155
73
69
< 5
<5
< 5
< 5
<5
< 5
<5
< 5
<5
< 5
< 5
< 5
< 5
<5
< 5
< 5
< 5
15
10
29
21
18
15
13
16
25
16
13
90
102
88
85
111
131
72
79
83
219
109
108
63
60
95
89
75
2B <:: a 002 <: 0 005 < 0 005
63 0006 <: 0 005 <: 0 005
29 <: 0.002 <: 0 005 <: 0.005
2S <: 0 002 <: 0 005 <: 0 005
22 0010 0005 <0005
12 <: 0 002 0.005 <: 0005
22 <: {} D02 <: 0.005 < 0.005
11 0010 0006 <: 0,005
<: 0 002 <: 0 005 <: 0 005
46 0400 159 1.01
23 <: 0.002 <: 0.005 <: 0.005
28 0007 <: 0 005 <: 0005
33 0 003 <:: 0 005 <: 0 005
35 <: 0002 <: 0 005 <: 0 DOS
27 0 002 <: 0 005 <: 0 005
37 < 0 002 <: 0 oas <: 0 oos
43 a 006 <: 0.005 <: 0005
Page 3 of 7
163 270
•••••••••••••••••••••••••••••••••••••••••••• I
QuaiitY Cont~ol Analyle Symbol
l
unit Symbol
Detection Limit
Analysis Method
GXR"l Mp<'lS
GXR-l (:1"11
ONe-l Mf'~s
DNC-l Cert
GXR-4 M('<l<;
GXR-4 Cf'rl
GXR·2 MCf1s
GXR-2 Cprt
CZN·3 MP.il<;
CZN-3 Cert
SOC-1 Mp8S
SOC-1 Cert
SeQ-1 Mf'HS
SeQ-l Cprl
GXR-6 MN!S
GXR-6 C:prl
CCU-1C MpH"
Cell-Ie' ('PIt
PTf.> 1a MPil<;
rTC ta Co'l!
OREAS 13P Mf'8S
OREAS 13P CNt
OREAS 13P Mf'as
OREAS t 3r Ct·~~
aREAS 14P Meas
OREAS t4P Cf'd
DMMll.S 105 MeoflS
DMMAS-l0S Cert
CDN.PGMS.l1 MpClS
CON PGMS-13 Ced
19~09{J Glig
193090 DlIr
1Q'309S Onq
'~3095 Dur
193101 ariq
193101 Sri II
Method Blank Method B!<:mk
Mrthorj Rlank Mplhod Blank
Mellwd Blank Me\twu Blank
Mr:!llOd Blank Mf'fhod RI;mk
Mclhorl BI;:'Ink Mplhnri Bli'lnk
Mclhorl 8Ian!-. M{'Ihl1(j Siank
MeltlOcl Blank Method Rlilnk
Method Btank Mf'lhorl BtHnk
Mplhorl Rlank Mf'ttlOd BIRllk
Method Bialik M~lhod Blank
Method Blank Method Blank
M~lhod RIRnk Method BIRllk
Ag
rpm
03
TO·rep
320
310
03
00270
35
400
165
170
< 0 3
00410
07
0134
05
130
85
B3
05
03
< 0 3
< II J
<; 0 3
< 0 3
<03
<03
<03
<.0.3
<03
< 0 3
< 0 3
AI
%
0.01
TO rcp
240
352
/386
969
617
720
822
165
760
"" 3 93
7 2'
5 93
177
314
317
6 23
6 27
<; 0 01
<: 0 01
<: 0 01
<; 0 01
< 0 01
<: 0 01
<: 0 at
<: 0.01
<:: a 01
< 0.01
< 0 01
As
ppm
To·rcp
460
427
< 3
0200
103
980
18
250
Sa Be
ppm ppm
TO·lep TO.rcp
725
750 122
101 < 1
114 100
185 2
1640 190
> 1000
2240 1 70
630
0220 630 300
11 491
124 570
281 > 1000
330 1300
lBOO
1693
<3
<3
<3
< 3
<3
< 3
<3
< 3
<3
< 3
<3
<3
649
742
40
70
278
28r
<7
< 7
< 7
<7
<7
<7
< 7
<7
< 7
<7
< 7
184
1
140
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
8i
ppm
TO·ICP
1380
1380
<2
00200
22
19.0
<2
0690
4
260
<2
0.370
<2
0290
< 2
<2
< 2
<2
<2
<2
< 2
< 2
<2
<2
<2
<2
<2
Activation Laboratories Ltd.
Co
%
001
Cd
ppm
03
Co C, Co
ppm ppm ppm
Fe
%
001
TD·1CP TO·1CP TO·lep TO·ICP TO·ICP TO.rcp
092 33 17 1j90 244
0960 330 820 120 1110 236 803
806
106
101
078
0930
1 16
100
164
187
018
0180
211
213
472
477
<: 0 01
<:: 0 01
< 001
<:: 0.01
< 0 01
< 0 01
< a 01
< 0.01
< 0.01
< 0 01
<: 0.01
06
0860
37
4.10
06
00800
03
0140
07
100
26
?7
09
10
< 0 3
<:: 0.3
<03
< 0 3
<03
< 0 3
<03
< 0.3
< 0.3
<03
< 0.3
53
547
14
146
860
19
179
12
10.5
15
138
49
48
509
518
20
1B
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
212
285
77
640
37
360
69
640
70
680
108
97
97
960
6440
6520
74
760
30
300
28
213 ?
61
660
2410
2500
117 >10000
112 ;, 1::;000
61
70
17
15
13
13
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
<1
< 1
< 1
Page 4 of 7
740
69.
3.0B
309
159
1 B6
501
.82
354
359
449
55B
749
758
684
6.17
27.7
282
748
772
< 0 01
< a 01
< 0 01
< 0 01
< 0.01
< 0 01
< 0 01
< 0.01
<:: 0.01
<:: a 01
< 0 01
Report:
Ga
ppm
Hg
ppm
A09-0777 (i) rev 2
K Mg Mn
% % ppm
001 0.01
Mo No Ni P
ppm % ppm %
0.01 o om TO·ICP TO·ICP TO·ICP TD·1CP TO·ICP TO·rCp TO·ICP TO.rCp TO.ICP
15
130
20
150
22
200
33
370
006
390 00500
026
0190
< 1 386
0110 4 01
150
290 1.37
38 < 1
360
2.72
212
230
1.81
187 350 Q OSBO
22
20
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
054
055
0.75
076
< 0 01
< 0 01
< 0 01
< 0 01
< a 01
<:: 0 01
< 0 01
< 0.01
<: 0 01
<:: 0 01
< 0 01
0.25
0217
647
606
1 79
166
083
0850
1 12
1.02
151
164
034
0609
124
1.27
149
151
<: 0 01
< 0 01
<: 0 01
<: 0.01
< 0 01
<: 0.01
< 0 01
<:: 0.01
<:: 001
< 0 01
< 0.01
940
852
1150
1150
153
155
883
1010
970
883
412
410
960
1010
712
716
3000
3050
< 1
15
18.0
< 1
0.700
313
310
2.10
< 1
0.250
1
1.37
240
< 1
< 1
< 1
< 1
<1
< 1
<1
< 1
< 1
< 1
< 1
< 1
< 1
< 1
005
00520
t.47
1.39
050
0.564
052
0.556
155
1.52
0.67
0.670
011
0.104
2.93
2.81
44
., 0
247
247
38
420
18
210
0064
00650
0029
00370
0139
0120
o 05B
0105
36 0058
38.0 00690
29 0084
270 00900
24 0025
270 00350
1950
2260
1.21 ::- 10000 0063
0.065 1 23 > 10000
2.38
244
<: 0 01
< 0.01
< 0 01
<: 0 01
002
< 0.01
001
< 0.01
<: 0.01
< 001
<: 0.01
4B
.9 0042
0042
...; 1 < 0 001
< 1 <0001
<:: 0 001
<1 <0001
<.. 1 <:: 0 001
<. ., <:: 0 001
..; 1 <:: 0.001
<.. 1 <: 0.001
<:: 0 QOl
<: 0 001
<- 1 < 0 001
Pb
ppm
3
TO·ICP
793
730
7
630
46
520
642
690
25
250
28
310
64
101
<3
< 3
< 3
< 3
< 3
<3
-S-b -]
ppm %
001
TO-1CP ~~ICP
16 026
122 0257
<:: 5 006
0960 0 0390
5 1.Bl
4.80 1.77
<5 <0.01
49.0 0 0313
<5
0540
250
< 5
360
106
<5
<5
<5
<5
<5
< 5
<5
007
0.%50
< 0 01
0.0160
15 S
163
089
0.89
<:: 0 01
<: 0 01
<: 0 01
<; 0.01
<: 0 01
<: 0.01
<:: 0.01
<: 0.01
<:: 0.01
<; 0.01
< 0 01
•••••••••••••••••••••••••••••••••••••••••••• IQuanty Controi !
jAnalyte Symbol Aq AI
iUnit Symbol pplll %
IDetection limit 03 001
jAnalysis Method TO-ICP TO-ICP
Mf'>tlw)(i8!::ank ~''''ttlDr1 BI~!lk
As
ppm
TO-ICP
Sa Be Bi
ppm ppm ppm
TO-ICP TO-ICP TO-ICP
Activation Laboratories ltd. Report:
Co Cd Co C, Cu Fe Go Hg % ppm ppm ppm ppm % ppm ppm
001 03 001 TO-ICP TO-ICP TO-ICP TO-ICP TO-ICP TD-tCP To-rep TO-ICP
-~---------
Page 5 of 7
A09-0777 (i) rev 2 - ---- ----~ ~ -- ----- - -~-
--'--~-
Mg Mn Mo No Ni Pb Sb % % ppm ppm % ppm % ppm ppm %
001 0.01 001 0001 001 TD-ICP TO-1CP TO-ICP TO-ICP TO-ICP TO-ICP TO-ICP TO-ICP TO~I<;p_TO-Ic::P I -- ----~~ ----- ----
•••••••••••••••••••••••••••••••••••••••••••• Quality Control
An.lyte Symbol
Unit Symbol
Detection Limit
Analysis Method
GXR·l MP3'S
GXR-t CN!
ONe-l Mens
ONe-, Cert
GXR·4 Mr;;'ls
GXR-4 Cerl
GXR-2 Mf'(lS
GXR '} Cpr!
CZN·3 Mf'a<;
CZN-3 Cert
SOC-' Meils
SDc-, Cprt
SCOot Mf>3S
sea·, Cert GXR-6 Mefl<;
GXR-6 Cerl
CCU-~C M£'os
CCU Ie Cert
PTe-Ia MeHs
rrr-ll r"'t
C'lREAS 13P Mf'i'j<;
OREAS 13P C"'r1
OREAS 13P Mpas
OREAS 13P f:f'11
aPEAS 14P Mr';:J<;
OREAS 14P Cpr!
DMMAS-l05 M"'C1$
OMMAS-l05 Cert
CON PGMS-13 MefiS
CDN-PGMS-13 Cert
1910900ng
193090 Dup
193095 Ollg
193095 Our
1931010rig
191101 Split
Mt'lhod Btank M(>!tmd Blank
Method Blank. Method BIClnk
Method 81<1nk Method Blank
Method Blank Methor! Blank
Mcthnd Blank Method Blank
Method Blank Mf'Ihnd Btank
Method Blank. Method BI<lllk
Method Blank. Methorl St;mk
Method Blank Method Bl;lIlk
Method Blank Method Blank
Method Blank Method BI'lnk
Method Blank Mpthod BI;:Hlk
Sc Sf Ie Ti
001
TO-ICP TD-IC.P TD lep 10-1CP
-: 4 306 15
1 "iB 275 13 0
32 144 030
310 145 0287
13 218 <:: 2
770 221 0970
5 133 « 2
688 1600690
16
170
10 B
17
276
17
157
11
11
<4
< •
<. <. <. <. <. <. <4
<. < •
185
183
143
174
32
350 00180
249
251
213
215
< I
< I
< I
< I
< I
< I
< I
< I
< I
< 1
< I
12
<2
<2
<2
<2
< 2
<2
<2
<2
< 2
<2
<2
01.
0606
036
0380
023
02.
026
026
« 0 01
.;; 0 01
« 0 01
« 0 01
« 0 01
« 0 01
« 0 01
« 0.01
< 0 01
< 0 01
<:: 001
TI
ppm
<5
0390
o D260
<5
320
103
220
<5
<5
< 5
< 5
< 5
<5
< 5
u ppm
10
fD-ICP
30
349
< 10
0100
< 10
520
< 10
290
< 10
1.54
70
56
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
< 10
Activation Laboratories Ltd. Report: A09-0777 (i) rev 2
v W
ppm ppm
TO-fep TO-ICP
87 155
800 164
145 « 5
148 0200
85 39
B70 308
50
520 190
'0 102
136
131
179
185
82
83
69
70
<2
< 2
< 2
< 2
< 2
<2
<2
<2
<2
<2
< 2
< 5
0800
< 5
140
< 5
1 gO
< 5
< 5
< 5
< 5
< 5
<5
< 5
< 5
< 5
< 5
< 5
< 5
Y Zn
ppm ppm
TO-Iep TO-ICP
33 770
32 a 760
19 59
IE 0 66.0
16 76
140 73.0
14 515
17 0 530
40
.00
13
260
I. a
13
13
< I
< I
< I
< I
< I
< 1
< I
< 1
< I
< 1
< I
107
103
10.
103
119
118
217
220
75
76
< 1
< 1
< 1
< I
<1
< 1
< 1
< 1
< 1
< I
Zr Au Pd PI Cu
ppm g/lonne g/tonne g/tonne %
0002 0005 0005 0001 0.003
TO-Iep FA-ICP FA-Iep FA-ICP ICP·OES ICP-OES
32
380
43
41.0
51
185
150
269
32
290
119
160
108
110
'5 45
150
141
445
'51
121
1.25
<0002 <0005 <0.005
0006 < 0 005 < 0.005
43 0006 < 0 005 < 0.005
41 < 0.002 < 0.005 < 0 005
< 0 002 <:: 0.005 < 0.005
< 5
< 5
< 5
<5
< 5
<5
< 5
< 5
< 5
< 5
< 5
0685
0.685
256
256
135
135
0259
0250
0260
0.250
100
Q 997
100
10.1
0.231
0226
0232
0226
210
2.'0
Page 6 of 7
•••••••••••••••••••••••••••••••••••••••••••• [Quaiity Control
Activation Laboratories Ltd. Report: A09-0777 (i) rev 2
Analy!e Symbol So, Sr Te Ti TI U Unil Symbol rpm ppm ppm % ppm ppm Detection Limit 001 10 IAnalysis Method TD-ICP TD-ICP TD-ICP TD-ICP Til·ICP TD-ICP
rvh'111Od 81ank Melhon 81C'mk
v w y Zn Zr Au Pd Pt Cu Ni ppm ppm ppm ppm ppm gltonne g/lol1ne gJloflne % %
0002 0005 0005 0.001 0003 TD-ICP TD-ICP TD-ICP TD-ICP TD-ICP FA-JCP FA-ICP FA-ICP
---- --- ----- ICP·OES ICP-OES
-j < 0.001 < 0.003
Page 7 of 7
• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •
INV iNTERNATIONAL NICKEL VENTURES
Appendix C: Diamond Drillhole Cross Sections
196
•••••••••••••••••••••••••••••••••••••••••••• Drillhole: INV-09-001
417130 E 15389339 N Dip: 45 Azimuth: 270
EM Anomaly
~O
A_o_" ___ 5_0m_
206m /
Section View North (0)
Legend
Casing
Gabbro
Diabase
Aplite
Hornblendite
Section by Roger Poulin
•••••••••••••••••••••••••••••••••••••••••••• Drillhole: INV-09-002
416230 E / 5389944 N Dip: 45 Azimuth: 270
EM Anomaly
~
o 233m o 50m
Section View North (0)
Legend
~ Casing
Gabbro
Diabase
Aplite
~ Lamprophyre
Hornblendite
Section by Roger Poulin
•••••••••••••••••••••••••••••••••••••••••••• Drillhole: INV-09-003
1-10% Po / 17.5m ~ EM Anomaly
\ 1-15% Po 16.2m ~ o
~ ?~, 6-80% Po I 14. 7m ~"
1-20% Po / 7.8m ~ .~~"
Section View at 045 degrees
Legend
Casing, Fault
Gabbro
Diabase
Aplite, Granite
Gabbro Breccia and
Inclusion Quartz Diorite
Mafic volcanic
IdEl Metabasalt
416371 E / 5389635 N Dip: 45 Azimuth: 135
1-40% Po 18.5m ~"
389m o 100m
Section by Roger Poulin
•••••••••••••••••••••••••••••••••••••••••••• Drillhole: INV-09-004
Casing to 50m, NO rods 40 to 104m
415847 E / 5389496 N Dip: 45 Azimuth: 180
o 100m
,
Section View at 090 degrees
Legend
Casing, Lamprophyre
Gabbro
Diabase
~ Aplite, Granite
Gabbro Breccia and
M LGB and Pyroxenite
EM Anomaly 21 m west
325m
Section by Roger Poulin
• ••••••••••••••••••••••••••••••••••••••••••• Drillhole: INV-09-007
209m
417192 E 15390308 N Dip: 45 Azimuth: 270
o 50m
Section View North at 360 degrees
Legend
V:¥'J Casing, Fault, Quartz
• Gabbro
Diabase
Aplite, Granite
Gabbro Breccia and
MLGB, pyroxenite
Section by Roger Poulin
•••••••••••••••••••••••••••••••••••••••••••• Drillhole: INV-09-008
o 30m
Section View North at 360 degrees
EM Anomaly
b
417820 E / 5390212 N Dip: 45 Azimuth: 090
Legend
Casing, Fault, Quartz
Gabbro
~ Basalt
Aplite, Granite
Gabbro Breccia and
MLGB, pyroxenite
167m
Section by Roger Poulin