INTERNATIONAL Montcalm Property NICKEL VENTURES · 2017. 1. 16. · - Montcalm Mine Road accessed...

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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

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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

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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

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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.

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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

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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.

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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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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.

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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.

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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

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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.

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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

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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

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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.

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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.

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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.

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Appendices

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Appendix A: Diamond Drill Logs

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••••••••••••••••••••••••••••••••••••••••••••

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


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


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




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




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.




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


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.


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


<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



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


<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


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




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


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



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


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


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 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


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




107.00 112.00 GAB

Texture 107.0C 112.00 Hypidiomorphic


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


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



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 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


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




115.60 117.50 GAB


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


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




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


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




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


<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(


Details

From To Description

DIA

Green, Ig, non magnetic.

Texture 135.30 135.66 Massive 135.30 135.66 Fine Grained


<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


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 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


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




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



141.10 144.93 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


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 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




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 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


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



158.30 165.00 GAB

Texture


158.3C 165.00 Massive 158.3( 165.00 Hypidiomorphic


<1/2mm grains.


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


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 •••••••••••••••••••••••••••••••••••••••••••


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 !



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




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.



Mineralization 169.01 171.20 Pyrite, Disseminated, 0.01 %

<1I2mm grains

Rocks(Minor)

From To


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




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


< 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


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


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


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




180.72 190.10 mela·gabbro

Texture 180.72 190.10 Hypidiomorphic 180.7 190.10 Massive 180.7 190.10 Medium Grained


< 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


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


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




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


Occasional 1 mm vn ca 30.

Rocks(Minor)

From To


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 • ••••••••••••••••••••••


Page 1 01 16

Umts. METRIC

Project Name: Aurora - Montcalm


Claim Number:

Location: Exploralion

Section:

Primary Coordinates

Grid: UTM:

Destination Coordinates

Grid: UTM:

Collar Dip:

Collar Az:

-45.00

270.00

233.00


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


0 23.00 CASE

23.00 28.80 leueoeratie gabbro Texture


23.00 28.80 Massive

23.00 28.80 Hypidiomorphie


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.

••••••••••••••••••••••••••••••••••••••••••••

Feb 12, 2009



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



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


59.50 60.60 Vari-textured 59.50 60.60 Coarse Grained


9 < 112mm several 4mm grains in pegmatitie section


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.


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%

••••••••••••••••••••••••••••••••••••••••••••


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


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


...

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Feb 12, 2009 DETAILED LOG Page50f16

FNX MINING INC.

I Hole Number, INV-09-002 UI METRIC nI s:


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


••••••••••••••••••••••••••••••••••••••••••••

Feb 12, 2009





85.00 91.24 Medium Grained 85.00 91.24 Hypidiomorphic 85.00 91.24 Massive


<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


<112mm grains

Alteration 91.24 93.30 Calcite, VeinJets, Moderate

2% 1 mm vns ca. 10-45-70


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


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


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%

••••••••••••••••••••••••••••••••••••••••••••

Feb 12, 2009

I Hole Number INV 09 002 - -Rocks(Major) Details




95.75 98.00 Massive


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


< 1/2mm grains


(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.




._.-

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


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




140.31 142,60 VTGB Texture



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 Massive

Mineralization 142.60 143.47 Pyrite, Disseminated, 0,5%

< 1 mm grains.

Alteration 142.60 143.47 Epidote, PervaSive, Moderate


143.42 143.47 Contact, 25 tea



143.47 144.00 Medium Grained 143.47 144.00 Coarse Grained


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


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

••••••••••••••••••••••••••••••••••••••••••••

Feb 12, 2009








<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





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


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%

••••••••••••••••••••••••••••••••••••••••••••


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


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




155.30 163.68 Medium Grained 155.30 163.68 Hypidiomorphic


<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 Hypioiomorphic

163.68 175.79 Massive


<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.


Details

From To Description

QTZ White quartz, fg.


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


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


17753 In99

178.96 17923

1812C 181.6C


Details

From To DeSCription

APL Light pink aplitic dyke, 2% mafics <1mm grains.

Texture 177.53 177.99 Massive


APL Light pink. 10% mafics <lmm grains.



LAMP Dark grey, Icm chilled contacts, 15% 1 mm calcite filled varioles, very magnetic.5% 1mm phlogopite.


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

••••••••••••••••••••••••••••••••••••••••••••

feb lZ, Z009

Hole Number: INV 09 002 - -'-' Rocks(Major) Details


185.70 188.10 APL Texture

185,70 188.10 Massive 185.70 188.10 Fine Grained


veins to Zcm ca 75. 186.90 187.20 Epidote. Pervasive, Weak

186.90 187.20 Chlorite, Pervasive. Weak



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


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.



APL Pink, fg, 1 % mafies.30% qtz.



Assay Data Sample # From

Page 14 of 16

Units: METRIC

To Lengtt Sulphides % Cu% Ni% Ptgpt Pd gpt f\u gp Fe% S%

••••••••••••••••••••••••••••••••••••••••••••

Feb 12, 2009

I Hole Number INV -09-002






192.80 197.80 Massive


<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 Massive


198.73 198.75 Contact, 40 tca


198.75 223.74 Massive




< 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


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.


Details

From To Descrlption

APL Light pink, fg, 2% mafies in qtz-fsp.



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-----

••••••••••••••••••••••••••••••••••••••••••••

Feb 12, 2009

I Hole Number INV-09-002 '----' ,..



223.74 230.00 DIA Texture


223.74 230.00 Massive


<1I2mm grains


<1/2mm vns ca, 70-80.


223.99 224.10 Contact, 70 tea

229.98 230.00 Contact, 60 tca


230.00 233.00 Massive

230.00 233.00 Hyprdiomorphic



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.


Details

From To Description

APL light pink, 1 % mafics, 0% qtz in fsp.


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

••••••••••••••••••••••••••••••••••••••••••••

Feb 27,2009

Hole Number INV-09-003 Project Name: Aurora - Montcalm


Claim Number:



Section:

Collar SUlvey:

Making Water:


Primary Coordinates

Grid: UTM:

North: 5389635.00

East: 416371.03

Elev: 288.80

Pulse EM Survey:


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"


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%

••••••••••••••••••••••••••••••••••••••••••••


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

••••••••••••••••••••••••••••••••••••••••••••

Feb 27, 2009




32.40 34.20 Hypidiomorphic 32.40 34.20 Medium Grained 32.40 34.20 Massive


<1/2mm grains

Structure 34.00 34.81 JOints, 50 tca

~ -_.- -_._.- . .. ------ -- . -

34.81 FLT

-34.81 43.20 GAB


34.81 43.20 Medium Grained 34.81 43.20 Hypidiomorphic


< 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


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.


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%

••••••••••••••••••••••••••••••••••••••••••••

I Feb 27, 2009



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




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

- j--------

I I I :

I

••••••••••••••••••••••••••••••••••••••••••••

Feb 27, 2009




51.73 62.20 Medium Grained 51.73 62.20 Vari-textured 51.73 62.20 Fine Grained


<112mm grains

Structure 52.00 152.00 Joints, 60 tea


62.20 71.50 Medium Grained 62.20 71.50 Hypidiomorphic 62.20 71.50 Massive


<lmm grains


Occasionall-2mm vn ca 70 in shear bands

Structure 70.35 72.88 Shear, 70 tea


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.


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



71.50 74.57 Massive


71.50 74.57 Vari·textured


<112mm grains. 74.32 74.35 Pyrite, Euhedral, 2%

3mm grains in 1.5cm qtz vn ca. 70


74.57 83.00 Hypidiomorphic 74.57 83.00 Massive



,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



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



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


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


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.


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



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


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




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


Details

From To Description

MFVL Dark green, mafic basalt, dense, Dark green fg amphibole matrix, weakly magnetic. Sharp contact with mg gabbro.


Mineralization 171.07 172.50 Pyrrhotite, Disseminated, 3%

< 1/2mm grains


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


-.. -._-


--

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




187.00 200.22 INQD Texture

187.00 200.22 Fine Grained 187.00 200.22 Flow Banded


<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.


Rocks(Minor) Details


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,


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.


••••••••••••••••••••••••••••••••••••••••••••

Feb 27, 2009







205.53 214.85 Massive


<1l2mm grains


occasional <1/2mm vn ca. 85.

Structure

205.53 206.14 Shear, 70 tea



214.85 215.83 Aphanitic

214.85 215.83 Massive


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 Massive



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.



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 _. _. - . .-




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.


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: - --


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


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


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


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--

••••••••••••••••••••••••••••••••••••••••••••


FNX MINING INC.

Hole Number I NV -09-003 Units: METRIC I


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

••••••••••••••••••••••••••••••••••••••••••••



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


1-2mrn vns 282.00 Pyrrhotite, Infill. 3%

2mm vns

283.00 Pyrrhotite, Il1fill, 7%

2mm vns


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.




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 =, .----~


From To

290.37 293.00

293.00 301.70

From To Description

IQD Texture




~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


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(


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 --



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


-~--

303.30 303.93 IQD Texture




2mm clots

Alteration 303.30 303.93 Sericite, Banded, Moderate

brown irregular bands to 2cm


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


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


Rocks(Major) Details From To

305.00 312.80

From To Description

IQD Texture



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


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


312.80 316.27 Massive



<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.




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


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


.1 % 1-4mm vns ca 70-60

Vein 331.7C 331.80 Simple, 20%, CHL, 45 lea

euhedral grains

~ 334:06---- --- MFVL


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


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


••••••••••••••••••••••••••••••••••••••••••••

[Feb 27.2009 Page 24 of 26

[HoleNur~ber INV-09-003


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


-- --

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 ~~.


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


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 Hypidiomorphic 369.71'> 389.00 Medium Grained 369.76 389.00 Massive


< 1/2mtn grains

Alteration 369.76 389.00 Quartz, Veinlels, Weak

1% 1mm vns ca. 60

Structure 370.47 371.00 Shear, 55 lea


~- -~

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


Claim Number:

Hole Type~ Exploration


Section:


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< .=


~~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


I I I


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.



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 -__ ~ __ _



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


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 --------



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.



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''''''''''''-_


Details

From To Description

DIA

Green.grey, very fine grained, sheared. non magnetic. Sharp contacts.


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


"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


< 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


_._--.

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


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

--


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,


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_' _____ ~'_,

,-----~-'


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


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


1% vns to 2.5c01 ca 80~70.

Structure 167.6. 167.68 Contact. 45 tea

GliB/porphyritic GAB

~

~


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


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



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


<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


<1/2mm grains


MGABIGAB

••••••••••••••••••••••••••••••••••••••••••••

[,;, "-,2-0-0-9----- --------------


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


< 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


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


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


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.



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 -

--- -"" .~. ---


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


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


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.


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.




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




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 "- .


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


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


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.


299.9, 300.5E


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 ~-


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


312.61 313,7

318.5 323.26


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


,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 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 ----



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 Massive 324.10 325.40 Poikilitic

Alteration 324.1C 325.40 Calcite, Veinlets, Weak

Occasional 1 mm irregular vn.

Rocks(Minor)

From To


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%

••••••••••••••••••••••••••••••••••••••••••••





Claim Number:


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.


Grid: UTM:

North: 5390308.04

East: 417192.01

Elev: 289.44

Multishot Survey:

Is Cemented:

Verified:

To Description

Assay Data

Conlractor:



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


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.



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




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


Scm strong shear

1 1 73.

571

73.59 Contact, 30 tea

I I 1 em strong shear

Rocks(Minor)

From To

I I


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 ~-



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.


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.



QTZ

Milky white quartz vein, sharp contacts. 2% chlorite in slips ca 30.



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


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



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




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


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<


Details

From To Description

QTZ

Milky white quartz, 15% 1-3cm chloritic gabbro clots.


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


LGABIGBBX sharp et

I I I 14(;28

1 146.3°1 ~~~~~!~ ~haarp ct I I

Rocks(Minor)

From To

I I


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.



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



167.65 170.90 DIA

Texture 167.65 170.90 Aphanitic 167.65 170.90 Fine Grained

167.65 170.90 Massive


<1/2mm grains


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


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.ge 173.20 Massive


<1/2mm grains

Alteration 170.ge 173.20 Calcite, Veinle!s, Weak

occasional <1/2mm vn ca 40

••••••••••••••••••••••••••••••••••••••••••••

Mar 03,2009




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


< 1I2mm grains

Alteration 173.2C 174.30 Quartz, Vein lets, Weak

1% 1mm vns ca, 20.


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




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


occasional vn 2mm ca 40



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


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


<1(2mm grains


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


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




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


< 1I2mm grains

Alteration 189.3( 209.00 Calcite, Veinlets, Weak

189.31

occasional <1/2mm vn ca. 40-80.


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




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 '------'




Claim Number:


Section:

Primary Coordinates

Grid: UTM:


Grid: UTM:


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


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:



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



< 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


Details

From To Description

BSLT

Dark green, fg, massive, non magnetic, 30% quartz with subhedral amphibole to l/2mm.


45.90 46.60 Massive


<1/2mm grains


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



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'


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




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


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



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


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


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.


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



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,


1mm. pink vns ca. 40-60. 83,6C 84.48 Hematite, Pervasive, Strong

pink fsp.

84.48 85.44 GR


Alteration 84.41 85.44 Hematite, Pervasive, Moderate

pink fsp 84.41 85.44 Calcite, Veinlets, Moderate

1% <lmm vns ca. 45-70


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


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


87.10 90.18 GR

Texture


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.


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 -




Texture



90.18 98.00 Massive


1-3mm grains


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


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



98.00 99.18 PYRT

Texture

980~ 99.18 Massive


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


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


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




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.


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



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.


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.


GABIDIA 122.8! 122.90 Contact, 20 tca

DIANTGB

Rocks(Minor)

From To

122,5( 122.9C


Details

From To Description

I

DIA

Grey, fg-aphanitic, non magnetic.



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



122.90 127.00 VTGB

Texture


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


Dark grey, ghosty mixture of felsic and mafic gabbros, 20% felsic gabbro remainder MLGB to PYRT in composition. Weakly magnetic.


Details

From To Description


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


,lmm vns ca 40


PYRT/GR 131 q1 133.93 Contact, 70 tea

GR/PYRT

136.52 139.90 GR Light grey, fg, quartz-feldspar-bi granite dyke.



<1/2mm vns ca 70-60. 136.5 139.90 Hematite, Pervasive, Weak

pink fsp


PYRT/GR 139,88 139.90 Contact, 45 tca

GR/PYRT


Details

From To Description

GR

Light grey, fg granite dyke. Quartz-feldspar-biotite granite.


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



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

--


I I


--

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


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


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


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


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


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


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


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

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •


Date Submitted: 11-Mar-09

Invoice No.: A09-1202

Invoice Date: 30-Mar-09

Your Reference: MONTCALM


700-55 University Ave. Toronto ON M5J 2H7 Canada


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


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


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:


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


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·

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •


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:


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'


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 .,.


55 University Ave. Suite 700 Toronto ON M5J 2H7


Date Submitted:

Invoice No.:

Invoice Date:

Your Reference:




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.



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


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

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • -



55 University Ave. Suite 700 Toronto ON M5J 2H7





Your Reference:

CERTIFICA TE OF ANAL YSIS


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.



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


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 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


%

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



Invoice No.:

Invoice Date:

Your Reference:

A09-0776 (i)

02-Mar-09



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.



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

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •



Clark Expl. Consulting 1000 Alloy Dr. Thunder Bay ON P78 GA5 Canada

ATTN: Gary Clark




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.


CERTIFIED BY

~-~ ,./ c...-~.:>:::/


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


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


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


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 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


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


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


•••••••••••••••••••••••••••••••••••••••••••• 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


•••••••••••••••••••••••••••••••••••••••••••• 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


• ••••••••••••••••••••••••••••••••••••••••••• 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


•••••••••••••••••••••••••••••••••••••••••••• 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


INTERNATIONAL Montcalm Property NICKEL VENTURES · 2017. 1. 16. · - Montcalm Mine Road accessed...

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