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I I I I I I I I I I I I I I I I I I II ,

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REPORT OF WORK

PROSPECTING ON THE COLDWELL COMPLEX

RECEIVED

NOV 262008 GEOSCIENCE ASSESSMENT

OFFICE

THUNDER BAY MINING DIVISION, ONTARIO, CANADA

Submitted by: Pacific North West Capital Corp.

259 Fielding Road, Unit 3B Lively, ON P3Y 1L8

Phone: (705) 674-5888 Fax: (705) 674-5883

E-mail: [email protected]

By: Daniel Ferraro November 15th

, 2008

I I I I I I I I I I I I I I I I I I I

TABLE OF CONTENTS

Summary ......................................................................... " .................................... 1 Introduction .......................................................... : ................................................ 2 1.0 Property Description and Location ................................................................... 2 2.0A.ccess .............................................................................................................. 4 3.0Climate, Local Resources, Infrastructure, and Physiology .............................. 4 4.0 Property History ................................................................................................ 5 5.0Geologic Setting .............................................................................................. 6 6.0 Property Geology ............................................................................................ 7 7.0 F'rospecting ..................................................................................................... 8 8.0 Recommendations .......................................................................................... 9 9.0 PersonneL ....................................................................................................... 9 References ......................................................................................................... 11 Certificates of Qualifications ............................................................................... 12

LIST OF FIGURES

Figure 1: Location of the Coldwell Complex in relation to Ontario ........................ 3 Figure 2: PFN's Coldwell Claims .......................................................................... 4 Figure 3: Gabbro with syenite veins in the Seeley Lake area ............................... 8 Figure 4: Metasediments and felsic intrusives in the Camp Lake area ................. 8

LIST OF TABLES

Table 1: Resource Estimate ................................................................................. 6 Table 2: Geophysical Anomaly Follow-up ............................................................. 8 Table 3: Lake Bottom Geochemistry Anomaly Follow-up ..................................... 9 Table 4: Distribution of Work .............................................................................. 10

APPENDICES

Appendix A: List of Claims .................................................................................. 13 Appendix B: Daily Log ........................................................................................ 16 Appendix C: Sample Descriptions ..................................................................... 18 Appendix D: Rock Sample Assay Results .......................................................... 20 Appendix E: Assay Certificates of Analysis ....................................................... 22 Appendix F: Laboratory Procedures ................................................................... 33

LIST OF MAPS (All maps located in back pockets)

Map 1: Seeley Lake area Map 2: Northeast Coldwell Map 3: Camp Lake area Map 4: Foxtrap Lake area

Coldwell Project 2008 Pacific North West Capital Corp.


SUMMARY

During the summer of 2007 Pacific North West Capital (PFN) staked 91 mineral claims (1250 unit's) in three non-contiguous groups. The properties are located approximately 250 kilometres northeast of Thunder Bay, Ontario, 3 kilometres north of the Town of Marathon, Ontario and 40 kilometres west of the Hemlo Gold Camp. These claims are 100% owned by PFN and cover 20,254 hectares or 200 square kilometres of land. The property has been divided into four project areas: Coldwell West, Coldwell Central, Coldwell South, and Coldwell North.

Copper-platinum group metals (PGM) occurrences are associated with the Eastern Border Gabbro of a geological area known as the Coldwell Complex. There have been 13 Copper I PGM occurrences discovered in the area. For the purpose of this report PGM refers to platinum + palladium + gold.

In 2007, a VTEM survey over the entire Coldwell Complex was carried out by GE~otech on PFN's behalf. A regional lake bottom geochemistry survey was also performed by PFN the same year, covering a similar area (Report on a Helicopter-borne VTEM Geophysical Survey, February, 2008; Report of Work: Prospecting and Lake Bottom Geochemical Sampling Survey, April, 2008).

During August and September of 2008, an extensive prospecting program was carried out. This covered various claims within the West, Central, and North blocks, as well as the Duncan Option (work done in the option has been filed separately). The purpose was to follow-up on lake bottom anomalies, previous assays, and conductors identified during the airborne survey. Fifty-seven samples were collected and sent to Accurassay Labs in Thunder Bay for multielement assay and ICP analysis.

Coldwelil Project 2008 Pacific North West Capital Corp.


INTHODUCTION

This report details the prospecting performed on PFN's Coldwell claims during August and September of 200B.

1.0 PROPERTY DESCRIPTION AND LOCATION

The Coldwell Complex is located on the northern shore of Lake Superior, including and west of the town of Marathon (Figure 1). Properties staked in the Coldwell Complex are 100% owned by PFN. There are a total of 91 unpatented mineral claims with 1250 units (Figure 2). They are located 3 kilometres north of the Town of Marathon (see Appendix A for list of claims).

The property is divided into four project areas:

Coldwell West: in the Townships of Martinet Lake, Foxtrap Lake, Walsh, Coldwell and Grain. The west group is 43 claims, 625 units which cover 100 sq km.

Coldwell Central: in the Townships of Seeley Lake, and McCoy. The central group is 19 claims, 235 units and covers 37.6 sq km.

Coldwell South: in the Township of McCoy. The south group is 9 claims, 110 units and covers 17.6 sq km.

Coldwell North: in the Townships of Martinet Lake and Seeley Lake. The north group is 20 claims, 2BO units, and covers 44.B sq km.

Coldwell Project 2008 2 Pacific North West Capital Corp.


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Thunder .f Bay. J

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UNITED STATES

100 200

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Figure 1: Location of the Coldwell Complex in relation to Ontario.



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~ PFN * 9'IOWlng ' o Duncan Option

Oth.,. D Oisposition ,

6

Figure 2: PFN claims in the Coldwell Complex with targeted areas labelled in red.

?-.o ACCESS

Areas of the West Block and North Block where samples were taken were not accessible by road. Wilderness Helicopters out of Marathon was hired to transport personnel to the sites each day. The Central Block was accessed by Wolf Camp Lake Road off of Highway #17, and a boat was flown in to map Seeley Lake.

3.0 CLIMATE, LOCAL RESOURCES, INFRASTRUCTURE, AND PHYSIOLOGY

The climate in the region is similar to other Northwestern Ontario communities along Lake Superior. Summer temperatures reach a high of 35°C while winter can be as cold as -40°C. During these particular months, precipitation and fog occurred a few times each week. The closest town, Marathon, has a population of 4400 and a municipal airport, motels, services and suppliers.

The area is heavily vegetated with typical Boreal forest and variable topographic relief. Tag alders and spruce trees occupy the lowlands, and birch and coniferous trees occur on the hills. Deadwood and blowdown are a common occurrence in the dense bush. The elevation of Lake Superior is 260m above



sea level and the land within the property can reach around 550m above sea level. Local elevation changes of 150m within a horizontal distance of 100m can occur.

Bedrock occurs mostly at higher elevations and sharp ehanges in topography. Good exposure is limited as it is often covered by thick moss and/or lichen.

4.0 PROPERTY HISTORY

Copper and nickel were discovered in 1914 in the Wullie Lake area. There have been 12 more Cu occurrences found in Coldwell Complex since then. Compared with the adjacent greenstone belts, the amount of activity within the Coldwell Complex has been minimal, generally tightly focused and attempted by specialized companies.

In the early 1960's Anaconda made a large land acquisition along the eastern contact and this is where most of the exploration in the Coldwell Complex has occurred. In the late 1960's Anaconda drilled 36,000m and was able to come up a Cu-PGM zone, but by the 1980's discontinued any further work due to declining metal prices.

In the late 1980's Polymet Mining (previously Fleck) purchased 100% of the Anaconda property, and carried out a large exploration program which increased previous reserve estimates to 37 million tons.

Marathon PGM bought the Polymet Mining property outright in early 2004, holding the lower half of the east side of the complex.

Resource Estimate: Marathon completed a 40,000 m drilling campaign during 2007 in order to

increase the size of the existing resource. The success in expanding the resource (displayed below) resulted from a systematic approach to exploration. This success has been carried out in a cost effective manner - while ultimately expanding the value of the resource (see Table 1).

Early in 2007, Marathon completed a revised preliminary economic assessment in compliance with the provisions of National Instrument 43-101, which showed a measured resource of 39.2 million tonnes containing 1.6 million ounces of PGM and gold and 285 million pounds of copper, and an indicated resource of 28.9 million tonnes containing 1.1 million ounces of PGM and gold and 1'78 million pounds of copper. The report which was completed by P&E Minino Consultants Inc and filed on SEDAR on April 5, 2007, can be viewed in its entirety on the Marathon PGM Corp. website.

Benton Resources occupies the northern half of the east side of the complex where Anaconda did some work in the late '1960's. Recent exploration at Bermuda/Bamoos has uncovered significant mineralization over a strike length of 16km. Past and recent work indicates the property has the potential to host large resources of platinum, palladium and gold with base metal credits. Benton



has completed 59 drill holes to date north of the Marathon deposit and results thus far show significant drill intercepts very similar to the Marathon deposit (Benton Resources Corp website, 2007).

Discovery PGM Exploration Ltd. has the Geordie Lake deposit with an indicated resource of 24.4 million tonnes (non 43-101 compliant) averaging 0.326 % Cu, 0.537 glt Pd, 0.007 % Co, 0.011 % Ni, 0.030 glt Pt, 2.52g/t Ag and 0.04 glt Au. An additional 5.4 million tonnes are considered inferred at an average grade of 0.360 % Cu, 0.626 glt Pd, 0.007 % Co, 0.012% Ni, 0.040 glt Pt, 3.04 glt Ag and 0.05 glt Au. (See Table 1 & www.sedar.com).

Table l' Resource Estimates oanv I Com

PGM I Disc(

Marathon lVerv PGM

Tonnes 68 million 24.4 million

Cu % 0.32 0.326

Pt g/t Pd glt I Ni% 0.25 0.91 Na 0.03 0.537 0.01

PFN has been actively working in the Coldwell area since 2007. A lake bottom geochemical survey was performed using a helicopter during September, 2007 (Report of Work: Prospecting and Lake Bottom Geochemical Sampling Survey, April, 2008). A total of 523 lake sediment samples were collected from over 450 lakes (covering the Coldwell Complex and Duncan Option), and sent for multielement analysis. A limited prospecting and sampling program was also initiatled with a total of 120 rock grab samples collected and sent for assay. In late 2007, a helicopter-borne VTEM geophysical survey was completed, covering the majority of the Coldwell Complex (411 km2

) (Report on a Helicopter-borne vrEM Geophysical Survey, February, 2008). In June, 2008, prospecting was done in the Duncan Option and the Central Block (Report of Work: Prospecting on the Duncan Option, June, 2008).

5.0 GEOLOGIC SETTING

The Coldwell Alkaline Complex is a 580 km2, Proterozoic age, alkalic

intrusive body. Radiometric age determinations for the Coldwell fall around 1108 +1- 1 Ma (Heaman and Machado, 1987). The intrusion is composed of three unmetamorphosed, related intrusive centers termed Center I, II and III. Center I is the oldest of the three and located on the eastern edge of the Coldwell. It is composed of sheet-like cones of augite syenite and has a peripheral ring dyke complex composed of several gabbro units. Center II is located to the west which is also the direction of younging. It is composed of an outer ring of alkalic gabbro to diorite with a center core o'f nepheline syenite, pyroxene syenite and quartz syenite. Center III is the youngest and furthest west. It consists of an arcuate sheet of nepheline syenite, amphibole syenite, and quartz syenite. Also within this center are fine-grained syenites and lamprophyre dikes (Sage, 1991).

Hosting the intrusion is the Archean age Schreiber-White River greenstone belt. It trends east-west and is separated by the Coldwell into two segments. The older segment is the Hemlo-Black assemblage (ca. 2.77 Ga)



which is located above the Lake Superior Hemlo fault zone. The younger segment is the Heron Bay assemblage (ca. 2.70 Ga) which is south of the fault zone (Williams et aI., 1991). The separated greenstone belts have undergone regional amphibolite facies metamorphism. Lithologies consist of:

• A mafic volcanic unit with pillowed, massive, and foliated flows as well as gabbroic and peridotitic intrusions.

• Calc alkalic mafic to felsic banded pyroclastic rocks. • Sedimentary rocks consisting of greywacke, iron formation and

conglomerate transitioning into the mafic flows.

6.0 PROPERTY GEOLOGY

The Seeley Lake area is located in Center I (as detailed above). Bedrock geology consists of iron-rich augite syenite. This is generally seen as medium grainl3d, equigranular, K-feldspar- and augite-bearing rock. Mineralization is limited to minor pyrite within the highly magnetic, often oxidized syenite. There is a small gabbroic intrusion east of Seeley Lake. Chalcopyrite mineralization is present in the mafic material mostly in veins and fractures, but occasionally occurs in the groundmass (Fig. 3). Syenite veins are present separating portions of this gabbro, so its relative age is debatable.

The area sampled termed Northeast Coldwell (see Fig. 2) is beyond the complex in a well foliated, mafic metavolcanic unit. These rocks are fairly typical of this lithology: fine-grained, generally non-magnetic, with occasional pyrite mineralization. The Llnit strikes to the northeast with -600 dip to the northwest.

The Camp Lake area is also located beyond the Coldwell Complex to the north. Regional mapping of this area shows multiple volcanic 'arms' extending north and northeast of the complex. Ground sampling revealed metasediment interlayered with tonalite gneiss (Fig. 4). At least one airborne conductor was demonstrated to be due to graphite within the metasediment unit.

Work was also done in the Foxtrap Lake area located northwest of the Coldwell Complex. The dominant lithology is a foliated tonalite to granodiorite. Often a very felsic, non-foliated granite was seen. Metasediments were also sampled bearing disseminated pyrite. Also found in this area is an olivine gabbro intrusion. This is a medium-grained, porphyritic unit with chalcopyrite, pyrrhotite, and pyrite mineralization. Although the extent of the unit is difficult to estimate, its dimensions are likely on the order of hundreds of meters.



Figure 3: Gabbro with syenite veining in the Figure 4: Metasediments with felsic intrusives in Seeley Lake area. the Camp Lake area.

"1.0 PROSPECTING

Four areas were targeted for prospecting (Fig. 2): Seeley Lake, Foxtrap Lake, Camp Lake, and the Northeast Coldwell. Fifty-seven rock samples were taken by PFN personnel based on airborne anomalies, lake bottom geochemistry anomalies, known occurrences, and local geology. Four EM conductors were investigated in the North and West blocks (Table 2) and numerous lake bottom anomalies were used in the planning of traverses (Table 3). A magnetic susceptibility meter was used in the field and high values were particularly made note of and sampled. A handheld GPS unit (NAD 83, zone 16) was used to record locations of samples and outcrops and field notes were made by hand. A daily log of prospecting activity is located in Appendix B.

Samples were placed in plastic sample bags, tagged, and sent to Accurassay Labs in Thunder Bay, ON (see Appendix C for descriptions). They were assayed for Au, Pt, Pd, Ni, Cu, and Co. An ICP analysis was also done so that rock types may be further defined (Appendix D). Certificates of Analysis and Lab Procedures can be found in Appendices E and F.

T bl 2 G a e h . IA eopllyslca I F II nomalY o ow-up Easting Northing Location Rock Type Result 538067 5415677 Camp Lake Metasediment Heavily oxidized

538142 5415498 Camp Lake Metasediment Graphite, shear zone

547592 5411889 Northeast Mafic Minor sulfides, oxidized Coldwell metavolcanics

546449 5412375 Northeast Area of felsic Inconclusive Coldwell intrusives, and

mafic to ultramafic metavolcanics



T bl 3 L k B tt G h . t A a e a e o om eoc emlS[ry I F II nomalY o ow-up Easting Northing i Location Sample Anom. Closest Rock I Result

No. Eleme- Types . nts

546979 5412082 Northeast 7711 Pt Mafic One nearby i Coldwell metavolcanic rock sample

with 67 ppb 3e 1538189 5416447 . Camp 7631 Pb, Zn, Foliated Inconclusive

Lake Cd, Ni tonalite and granodiorite

538082 5415846 Camp 1

7434 Ni,Cd, Metasediment Inconclusive Lake W

538092 5415754 Camp 7623 Pb, Zn, Metasediment Inconclusive Lake Cd, Ni,

• Cr i 5428~~9 5407612 Seeley 7726 Au Syenite Inconclusive

Lake 543345 5406549 Seeley 7728 Au Syenite Inconclusive

Lake 526292 5418231 Foxtrap 7557 Ni, Cu, Olivine Olivine gabbro

Lake Cr, Mo, gabbro and intrusive with Pd granodiorite significant Ni,

Cu rock sample values

526560 5417566 Foxtrap • 7554 Ni, Cu Granodiorite Some olivine Lake and gabbro similar

metasediment to above found in the vicinity

B.O RECOMMENDATIONS

Work in the Foxtrap Lake area has revealed an olivine gabbro body of undetermined size. There is one PGM anomaly (313 ppb Au+Pd+Pt) as well as numerous significant copper and nickel results (up to 1604 ppm Cu; 1475 ppm Ni). Further prospecting and mapping should be done here to define the extent of the body and retrieve additional samples for assay'.

9.0 PERSONNEL

John Londry (M.Sc., P.Geo), Emerald Geological Services on behalf of Pacific North West Capital Corp., VP Exploration, Geologist 259 Fielding Rd., Unit 3B Lively, Ontario P3Y 1LB

Cold weill Project 2008 9 Pacific North West Capital Corp.

I


David Powers (B.Sc., P.Geo), David Powers Geological Services on behalf of Pclcific North West Capital Corp., VP Project Development, Geologist 259 Fielding Rd., Unit 38 Lively, Ontario P3Y 1L8

Dan Ferraro (HB.Sc.), Dan Ferraro Geological Consulting on behalf of Pacific North West Capital Corp., Field Geologist 259 Fielding Rd., Unit 38 Lively, Ontario P3Y 1L8

Petelr Wallgren, Pacific North West Capital Corp., Geotechnician 259 Fielding Rd., Unit 38 Lively, Ontario P3Y 1L8

Anik Charron, Pacific North West Capital Corp., G.I.S. Specialist 259 Fielding Rd., Unit 38 Livel)" Ontario P3Y ·1L8

The field work was done by Daniel Ferraro and Peter Wallgren. John Londry, David Powers, and Anik Charron provided support from the office (see Table 4).

Table 4· Distribution of work Nam.~

Danie!1 Ferraro Peter Wallgren Anik Charron John Londry David Powers

Author: Dani€!1 Ferraro 835 Berkshire Dr. Woodstock, ON N4S BR6

Field Days 18 18 0 0 0

Email: [email protected]

Claim holder: Pacific North West Capital Corp.

Coldwell Project 2008

Office Days 3

-- J~ 2 'I 1

10 Pacific North West Capital Corp.


Exploration Office 259 Fielding Road, Unit 3B Lively, ON P3Y 1L8 Phone: 705.674.5888 Fax: 705.674.5883

Corporate Office 2303 West 41 st Avenue Vancouver, B.C. V6M 2A3 Phone: 604.685.1870 Fax: 604.685.8045

REFERENCES

Heaman, LM. and Machado, N., 1992, Timing and origin of mid-continent rift alkaline magmatism, North America: evidence from the Coldwell Complex: Contrib. Mineral PetroL, v. 110, p. 289-303.

Sage, R.P., 1991, Alkalic Rock, Carbonatite and Kimberlite Complexes of Ontario, Superior Province: Precambrian Geology Section, Ontario Geological Survey. Ministry of Northern Development and Mines. Special v. 4, Part 1, p. 683-709.

Walker, J.W.R, 1967, Geology of the Jackfish-Middleton area, District of Thunder Bay: Ontario Department of Mines, Geological Report 50.

Williams, H.R., Stott, G.M., Heather, K.B., Muir, T.L. and Sage, R.P., 1991, Wawa Subprovince: Precambrian Geology Section, Ontario Geological Survey. Ministry of Northern Development and Mines. Special v. 4, Part 1, p.485-539.

ColdweH Project 2008 11 Pacific North West Capital Corp.


CERTI FICATES OF QUALIFICATIONS

I, Daniel Ferraro of 835 Berkshire Drive, Woodstock, Ontario, N4S 8R6, do hereby certify that:

1. I am an independent geologic consultant.

2. I graduated from Lakehead University, Thunder Bay, Ontario in 2008 with an HBSc in Geology.

3. I have worked for government geologic surveys since 2006.

4. I have been working in the mineral exploration industry since 2008.

5. This report was prepared by myself and staff of Pacific North West Capital Corp.

6. I have no personal knowledge of the date of this certificate of any material fact or change not reflected in this report.

Danie!1 Ferraro, HBSc. November 15th

, 2008


I I I I I I I I APPENDIX A: List of Claims

I I I I I I I I I I I

I I List of Claims

I Units Due Date 16 28-Jun-09 16 28-Jun-09 8 28-Jun-09

16 28-Jun-09

I 16 28-Jun-09 16 28-Jun-09 16 28-Jun-09

I 16 28-Jun-09

28-Jun-09 28-Jun-09 28 28-

I 28-Jun-09 2B-Jun-09 28-Jun-09 28-Jun-09

I 28-Jun-09 28-Jun-09 28-Jun-09 28-Jun-09

I 2a-Jun-09 2a-Jun-09

I I I I I alms

I I I I I I


I I

Units Ha Recorded Due Date

I 6 97.20 3-Jul-07 3-Jul-09

16 259.20 3-Jul-07 3-Jul-09 15 243.00 3-Jul-07 3-Jul-09 12 194.40 3-Jul-07 3-Jul-09 10 162.00 3-Jul-07 3-Jul-09

I 16 259.20 3-Jul-07 3-Jul-09 16 259.20 3-Jul-07 3-Ju1-09 16 259.20 3-Ju/-07 3-Jul-09 8 129,60 3-Jul-07 3-Jul-09

I 16 259,60 3-Jul-07 3-Jul-09 16 259.60 3-Jul-07 3-Jul-09 16 259.60 3-Jul-07 3-Jul-09 4 64.80 3-Jul-07 3-Jul-09 5 81.00 3-Jul-07 3-Jul-09

I 15 243.00 3-Jul-07 3-Jul-09 6 97.20 3-Jul-07 3-Jul-09

16 259.60 3-Jul-07 3-Jul-09 13 210.60 3-Jul-07 3-Jul-09

I 13 210.60 3-Jul-07 3-Jul-09

235 3808.60

Units

I 13 14 16 8

12

I 12 11 9

15

I 9 alms 110 Coldwell North Claim No. Townshi Unjts Ha Recorded 4225231 Ma 5 81.00 31-Jul-07 4225232 Ma 16 259.

I 4225233 Martinet Lake 14 226. 4225234 Martinet Lake 16 259. 31-Jul 4225235 Martinet Lake '16 259.60 31-Jul 4225236 Martinet Lake '16 259.60 31-Jul-07

I 4225237 Martinet Lake 16 259.20 31..Jul-07 4225238 Martinet Lake 9 145.80 31-Jul-07 4225239 Martinet Lake '14 226.80 31-Jul-07 31-Jul-09 4225240 Martinet Lake 16 259.20 31-Jul-07 31-Ju1-09

I 4225241 Martinet Lake 16 259,20 31-Jul-07 31-Jul-09 4225242 Martinet Lake 16 259.20 31-Jul-07 31-Jul-09 4225243 Martinet Lake 16 259.20 31-Jul-07 31-Jul-09 4225244 Martinet Lake 16 259.20 31-Ju1-07 31-Jul-09 4225245 Seele Lake 4 64.80 31-Jul-07 31-Ju1-09 I

I 4225246 16 259.20 31-Jul-07 31-Jul-09 4225247 16 259.20 31-Jul-07 31-Jul-09

16 259.20 31-Jul-07 31-Jul-09 16 259,20 31-Jul-07 31-Ju1-09

I 10 162.00 31-Jul-07 31-Jul-09

280 4537.60

I I I I


I I I I I I I I APPENDIX B: Daily log

I I I I I I I I I I I


DAILY LOG

All work performed by Dan Ferraro and Peter Wallgren.

Au .26 '~~~=-__ +-__ ~ ____________ ~~ ____________ =~~~~~L-~ I Sept. 2n



APPENDIX C: Rock Sample Description and Location

- - - - - - - - - - - - - - - - - - -Sample Description and Location Abbrevialjons py= pyrite po = pyrrhot~e oc= outcrop

cp = chalcopyrite bo = bornite n

SampletD 0 Rock Type. relrture Graln ... lze Colour Mag Mag Sua Mineralization AltJWeathering Comments Date eo.llng Northing c: DFCWLl58 red syenite equigranular red syenite red,rusty yes 10.0-20 none oXidized 17-Aug-Oe 543390 5406080 ::E DFCWL159 red syenite eqUigranular fine-med pink yes 7 py 17-Aug-08 543055 5405934 ~ DFCWL165 syenite aquigranular iintrmw grey,pink yes 20-24 none oxidized abundant biotite, like 811<0"" from middleton 19-Aug-08 541978 5406676 '"'Q

DFCWl168 syenite equ;granular medium dk grey, red yes 35 none oxidized some peacoCk staining (bornite?) 19-Aug-Oe 542190 5406695 .... DFCWL167 syenite aquigranular medium dafl<,rusty yes 38-41 none oXidized 19-Aug-Oe 542265 5406703 <.9, OFCWL168 syenite equ;granular medium pink,rusty yes 20-30 none oXidized garnets 19-Au9-oe 542524 5406976 (1) DFCWL169 syenrte equlgranular medium dk grey yes 20-25 none oxidized 19-Aug-08 542163 5406931 ("} .... DFCWL193 mafic metavolcanic Schistose fine grey. rusty yes 10.0-50 none OXidized 26-Aug-oa 546758 5412062 N DFCWL194 mafic metavolcanic Schistose fine dk grey, rusty yes 10-100 py,po oxidized possible metasediment 26-Aug-Oe 546862 5412137 0 0 DFCWL195 mafic metavolcanIC schistose fine-mad grey no >1 none large felsic content 26-Aug-08 547084 5412075 00 DFCWLl96 mafic metavolCanic schistose fine greerush-grey no 0-2 none 26-Aug-Q8 547276 5411917 DFCWl197 mafic metavolcanic schistose fine dkgrey no >1 trace py rusty 2cm Wide qtz vein with trace py 26-Aug-08 547166 5411905 DFCWLl98 menc metavolCaniC schistose flne-med greenish-grey no >1 none 26-Aug-08 546956 5411934 DFCWl199 mafic metevotcanic schistose flOe dk grey yes 4.0-30 py oxidized 26-Aug-oe 546850 5412081 DFCWL200 mafic metavOlCanic schistose fine grey no 0.6 minorpy qtz carb veining with mineralization 04-Sep-Q8 547418 5411662 DFCWl201 mafic metavotcanic schistose fine grey no 0.6 nooe possible conductor 04-Sep-oa 547637 5411794 DFCWL202 mafic metavolcanic schistose fine grey no 0.75 minorpy some OXIdation 04-Sep-OS 547570 5411664 DFCWl203 mafic metavolcanic schistose fine grey no 1.0.4 py sampled qtz-<:arb patch ms>l 04-Sep-OS 547990 5411767 OFCWL204 mafic metavotcanic Schistose medium dk grey no 0.7 minor py very mafIC, archean gabbro Of coarser vole 05-Sep-oS 546525 5412162 DFCWL205 ultramafic POrphyritic coarse grey no 0.6-1 none >1 em phenos of px, soft, u~ramafic Q5-Sep-oa 546481 5412231 DFCWL206 mafic melavolCanic SChistose fine grey no 0.9 none carbonate veining Os..Sep-oa 546631 5412390 OFCWL207 gabbro, diabase dyke? light foUa\ion medium blaCk yes 3.0-9 minor py possible dYKe, light foliation? 05-Sep-OS 546576 5412337 DFCWL208 ultrsmafic porphyritic mad-coarse grey no 0.75 minor py 05-Sep-08 546467 5412191 DFCWL209 ultrarrnmc taxitic fine-med grey, bluish no 0.65 none ",ivery sheen Similar to molybdenum 05-Sep-OS 546511 5412133 OFCWL210 mafic metavolcanic? texitic fine-med dk grey no 1.0-3 cp 05-Sep-oa 546745 5412017 DFCWL211 oUl/ine gabbro equlgranular medium blaCk yes 45 po,py 07-Sep-oa 526323 5418177 DFCWL212 olivine gabbro equigranular medium blaCk yes 50 cp,po?,py 07-Sep-oS 526363 5416235 ....... DFCWL213 granodiOrite equigranular medium black,plnk no 1.2 none haW mafics, haM K-feklspar 07-Sep-oa 526250 5418155 \0 DFCWL214 anorthositic gabbro ophltic medium blw yes 32 none crumblY,some rust tlaK plag, other ha~ hbl,px. some mica 07-Sep-OS 526360 5417566 DFCWL215 anorthosltic gabbro ophitic medium blw yes 26-60 none 07-Sep-oa 526565 5417429 DFCWL216 diabase POrphyritiC fine-med dk grey yes 15.0-30 pO,py epidote phenocrysts 09-S<!p-oe 525545 5417843 DFCWL217 gabbro equlgranular fine-med dk grey yes 27 minorpy 1 em weatharlng 07-Sep-Q8 528491 5417914

DFCWL21B granodiOrite, diorite equigranular medium blaCk yes 5.0-10 none felsic, pink dyke 07-Sep-OS 526309 5418149 OFCWL219 olivine gabbro equigranular medium black yes 47 none 07-Sep-OS 526403 5418147 DFCWL220 olivine gabbro equigranular medium black yes none Q7-Sep-oe 526339 5418218 DFCWL221 diabase equigranular flne-med dk grey yes 20-30 none 09~Sep"08 525945 5418004 DI'CWL222 paragneiss or mctc:-';ods SChistose rille grey no 0.5-2.5 none some oxidation 09-Sep-08 526175 5418482 DFCWL223 metasediment SChistose fine grey no 10-2 py dipping NE 09-Sep-oa 525001 5416581 DFCWL224 diorite equigranular fine-med dk greY,pink yes 25-40 minorpy some ltAek!spar 10-Sep-OS 538063 5416327

f DFC\tVL225 felsiC fntrusivB wI metaseds gneissic flne-med grey no 0.3 dissempy 10-Sep-08 536015 5416141 DFCWL228 metasediment Schistose fine grey,rusty no >1 none heav~y oxidized 10-Sep-08 53e043 5415651 S DFCWL229 metasediment schistose very fine dk grey, rusty no >0.5 none conductor due 10 large amts of graphite 10-S<!p-oe 538128 5415514 ("} DFCWL230 metasediment Schistose fine grey no >1 minor py 10-Sep-OS 538198 5415036 Z DFCWL236 gabbro ophit:c medium dk grey yes 45 none small rust spots (retra ol,opx?). amphibole 12-$ep-OS 537729 5414854 0 DFCWL237 mafIC into breccia pyrOdaslic flOe-med blaCk yes 80-110 none fragments of other mafics (mg) 13-Sep-08 544446 5406942 S. DFCWL238 gabbro porphyritiC fine-med llIaCk yes 70 cp cp in veins and fractures 13-Sep-OS 544457 5406958 DFCWL239 gabbro porphyritic fine-mad blaCk yes 80 none 13-Sap-Oe 544663 5406957 ~ DFCWL240 mafic intruSive porphyritic fine-rned blaCk yes 140 none 13-Sep-08 544749 5407025 G DFCWL241 gabbro equigranular medium dk grey yas 95 cp 13-Sep-08 544685 5407014 en - DFCWL242 syen~e equigranular med-<:oarse rusty brown yes 15 none oxidized 15-Sep-08 543218 5407942 n DFCWL243 syenite equlgranular medium rusty dk red yes 30-60 none 15-$ep-08 542661 5407650 .g DFCWL244 syenite equlgranular medium rusty, blk yes 30-80 none 15-Sep-oa 542754 5406801 ::;." DFCWL245 syenite equigranular medium rusty red yes 30 none 15-Sep-08 542959 5406673 e:. DFCWL246 syenite equigranular med-<:oarse almostblk yes 25 none green mineral, apatfte? 15-Sep-OS 543331 5406468 n DFCWL247 syenite equigranular medium dk rusty yes 8.0-30 none 15-Sep-oa 543134 5406725

~ DFCWL248 syenite equigranular medium dk rusty yes 2.0-15 none 15-Sep-OS 543274 5407469 DFCWL249 syenite equigrenuiar medium grey yes 20 none silvery weathering vein-like, Within regular syenite 16-Sep-OS 542761 5407437


APPENDIX D: Rock Sample Assay Results

-(j o 0::

~ 4'

..g. (1) n -tv o o 00

- - - - - - - - - - - - - - - - - -Rock Sam ole Assay Results FA = Fire ass"}' with ICP finish ICPMA = ICP with multi-acid digestion Analyte Au PI Pd Co Cu NI Ag AI As B Sa Be BI Ca Cd Cr Fe K Li Mg Mn Mo Na P Pb Sb Se SI Sn Sr TI TI V W Y Zn Method FA FA FA ICPMA lePMA ICPMA ICPMA ICPMA ICPMA ICPMA lePMA ICPMA ICPMA lePMA lePMA lePMA lePMA lePMA ICPMA tePMA lePMA ICPMA lePMA lePMA (ePMA lePMA lePMA lePMA lePMA ICPMA lePMA ICPMA lePMA lePMA lePMA !ePMA

Detection 5 15 10 1 1 1 1 0.01 2 10 1 1 1 0.01 4 1 0.01 0.01 1 0.01 100 1 0.01 100 1 5 5 001 10 3 10 1 2 10 1 1 Un"s loob lopb Ipob ppm lopm lopm loom 0/0 oom loom loom Ipom loom 0/0 loom loom 0/0 0/0 loom 0/0 loom oom % I1£m lJ>pm loom lopm % loom loom Ipom ioom I porn lopm lopm Ipom Samole 10 DFCWL158 9 <15 <10 8 11 11 <1 0.26 8 38 99 <1 10 0.3 <4 101 4.03 0.12 3 0.0.1 676 4 nn7

V.VI 1086 7 <5 ...::5 0.06 ~ 10 13 67./. <1 :l <10 11 50 urCVVL i!>9 <0 22 <10 7 25 7 <1 0.71 11 37 114 <1 7 0.44 <4 111 3.6 0.39 19 0.1 749 3 0.16 686 8 <5 <5 0.12 <10 15 1207 <1 <2 <10 24 79 DFCWL165 <5 19 10 24 34 12 <1 0.49 14 41 71 <1 11 1.05 <4 69 5.47 0.2 12 0.25 1079 4 0.19 2111 11 <5 <5 0.11 <10 20 1934 <1 19 <10 39 140 DFCWL166 <5 30 <10 19 61 21 <1 0.28 13 40 41 <1 10 0.88 <4 52 7.46 0.11 8 0.13 1664 5 0.09 2492 11 <5 <5 0.12 <10 9 1294 <1 23 <10 32 123 DFCWL167 <5 <15 14 17 45 7 <1 0.19 10 40 43 <1 11 0.65 <4 49 7.5 0.08 6 0.08 1744 4 0.06 2439 11 <5 <5 0.07 <10 7 1110 <1 22 <10 24 85 DFCWL168 13 19 <10 18 32 9 2 0.33 12 52 82 <1 7 0.89 <4 69 5.45 0.15 5 0.18 664 3 0.09 2760 8 <5 <5 0.12 <10 14 1804 <1 32 <10 29 95 DFCWL169 <5 <15 <10 11 14 9 <1 0.22 10 45 90 <1 8 0.43 <4 89 4.18 0.1 5 0.08 1048 2 0.08 1265 6 <5 <5 0.12 <10 11 1062 <1 8 <10 24 79 DFCWL193 <5 <15 <10 6 102 <1 <1 0.72 <2 26 59 <1 <1 0.83 <4 65 5.68 0.18 <1 0.41 842 4 0.17 378 3 <5 <5 0.06 <10 <3 2226 <1 55 <10 <1 24 DFCWL194 <5 <15 <10 12 272 4 <1 0.58 <2 25 17 <1 <1 0.8 <4 41 3.46 0.07 <1 0.28 422 2 0.1 269 3 <5 <5 0.04 <10 <3 566 <1 46 <10 <1 67 DFCWL195 <5 47 20 3 45 <1 <1 0.94 <2 23 9 <1 <1 0.67 <4 43 0.5 0.04 <1 0.28 <100 <1 0.16 141 1 <5 <5 0.03 16 16 417 <1 12 <10 <1 2 DFCWL196 6 21 13 4 22 <1 <1 0.49 <2 24 4 <1 <1 0.5 <4 53 1.18 0.03 2 0.35 177 <1 0.07 323 4 <5 <5 0.03 <10 <3 812 <1 25 <10 2 4 DFCWL197 <5 24 <10 8 84 8 2 0.59 <2 23 5 <1 <1 0.43 <4 84 1.24 0.05 5 0.46 133 11 0.08 210 <1 <5 <5 0.04 <10 <3 573 <1 23 <10 <1 7 DFCWL198 <5 <15 <10 3 69 <1 <1 1.16 <2 24 5 <1 <1 0.88 <4 26 0.84 0.02 <1 0.26 <100 <1 0.19 127 <1 <5 <5 0.02 21 20 414 <1 12 <10 <1 <1 DFCWl199 <5 <15 <10 13 63 14 <1 0.27 <2 24 8 <1 <1 0.53 <4 42 0.9 0.02 <1 0.09 244 <1 0.03 515 <1 <5 <5 0.02 <10 6 919 <1 15 <10 <1 19 DFCWL200 <5 <15 27 16 84 24 1 1.43 <2 32 21 <1 5 1.03 <4 101 2.69 0.1 28 1.17 438 <1 0.14 458 7 <5 <5 0.18 <10 7 2438 3 70 <10 7 28 DFCWL201 <5 <15 17 14 45 20 <1 1.15 <2 25 16 <1 <1 0.88 <4 88 2.25 0.07 23 0.97 371 <1 0.11 366 7 <5 <5 0.1 <10 5 2046 <1 59 <10 5 24 DFCWL202 <5 <15 27 8 13 9 <1 0.41 <2 25 17 <1 3 0.7 <4 59 0.93 0.03 2 0.21 173 <1 0.07 324 3 <5 <5 0.05 <10 8 1715 <1 27 <10 3 19 DFCWL203 <5 <15 27 13 226 15 <1 0.62 <2 30 7 <1 3 0.77 <4 98 1.48 0.07 2 0.08 <100 3 0.08 337 5 <5 <5 0.04 <10 8 577 <1 10 <10 2 6 DFCWL204 <5 <15 20 18 17 95 <1 1.57 <2 22 11 <1 4 0.9 <4 125 1.95 0.1 22 1.47 232 <1 0.12 214 6 5 <5 0.07 <10 8 1073 3 35 <10 3 24 DFCWL205 <5 <15 25 18 43 94 <1 1.83 <2 23 11 <1 2 0.88 <4 103 1.96 0.05 13 1.36 231 <1 0.13 217 5 <5 <5 0.06 <10 22 963 5 31 <10 2 23 DFCWL206 <5 <15 22 15 83 42 <1 0.74 <2 27 9 <1 1 0.71 <4 118 1.9 0.04 7 0.46 319 <1 0.14 288 5 <5 <5 0.06 <10 4 1175 2 43 <10 4 12 DFCWL207 <5 <15 16 19 81 32 1 3.14 3 25 22 <1 9 1.85 <4 96 2.77 0.1 9 0.88 248 <1 0.42 248 7 <5 <5 0.06 <10 54 1811 1 96 <10 4 49 DFCWL208 <5 <15 23 9 62 24 <1 0.71 <2 26 14 <1 2 0.69 <4 74 1.15 0.05 7 0.53 162 <1 0.1 208 3 <5 <5 0.05 <10 5 1355 1 35 <10 4 13 DFCWL209 <5 <15 19 19 22 131 <1 2.19 4 25 9 <1 8 1.06 <4 101 1.83 0.05 29 1.72 177 <1 0.18 280 5 <5 <5 0.1 <10 30 652 5 20 <10 2 22 DFCWL210 <5 <15 16 8 48 10 <1 0.63 <2 24 12 <1 <1 0.88 <4 58 1.74 0.04 5 0.45 214 <1 0.12 469 5 <5 <5 0.08 <10 4 892 2 54 <10 6 15 DFCWL211 <5 <15 32 94 131 952 1 1.28 4 33 109 1 12 0.66 5 368 7.49 0.24 6 8.45 936 <1 0.21 762 20 8 <5 0.13 <10 116 1068 5 62 <10 4 64 DFCWL212 19 99 195 107 1604 1475 1 0.53 8 29 31 <1 19 0.88 5 488 7.84 0.07 3 8.46 940 <1 0.07 242 19 7 <5 0.12 <10 41 552 4 29 <10 2 66 DFCWL213 <5 <15 21 22 53 46 2 1.81 <2 35 72 <1 8 1.84 <4 89 3.35 0.22 25 1.93 460 <1 0.2 2836 9 <5 <5 0.08 <10 105 2531 6 78 <10 10 66 DFCWL214 <5 <15 21 35 84 101 2 1.44 4 32 63 <1 10 0.96 <4 78 5.55 0.3 5 1.78 672 <1 0.36 1576 13 <5 <5 0.08 <10 98 2078 3 125 <10 9 50 DFCWL215 <5 <15 28 32 116 68 2 1.23 2 31 65 <1 6 0.88 <4 179 6.14 0.33 5 0.85 389 5 0.26 1550 15 <5 <5 0.1 <10 99 3378 1 351 <10 10 41 DFCWL216 <5 <15 19 27 147 32 1 2.05 <2 30 41 <1 <1 1.19 <4 91 4.75 0.14 9 0.8 344 3 0.29 559 12 5 <5 0.05 <10 42 3429 <1 217 <10 11 45 DFCWL217 <5 <15 26 28 39 21 2 1.55 6 33 37 <1 3 1.35 <4 87 4.83 0.15 14 0.76 325 5 0.15 1673 13 <5 <5 0.02 <10 31 3453 <1 181 <10 19 57 DFCWL218 <5 <15 24 24 45 71 <1 1.74 2 31 131 <1 8 1.73 <4 95 3.21 0.49 28 2.26 417 <1 0.24 2013 7 <5 <5 0.13 <10 67 2570 5 83 <10 9 49 DFCWL219 <5 <15 41 112 293 1094 1 0.59 2 29 43 <1 16 0.42 5 579 8.84 0.1 3 9.62 1137 <1 0.06 368 20 7 <5 0.15 <10 32 697 6 34 <10 2 79 DFCWL220 <5 <15 34 104 130 1047 <1 1.15 <2 29 98 <1 16 0.61 5 583 8.36 0.19 4 9.43 1120 <1 0.16 634 20 7 <5 0.13 <10 142 896 9 41 <10 3 74 DFCWL221 <5 <15 27 18 120 55 -< 3.3 3 29 26 <1 8 1.97 <4 132 3.05 0.11 4 0.76 232 2 0.52 308 6 <i- <5 0.1 <10 56 1353 2 126 <10 5 18 DFCWL222 <5 <15 17 32 71 455 3 1.39 3 28 26 <1 7 0.77 <4 857 3.14 0.19 21 0.75 236 91 0.15 574 7 6 <5 0.07 <10 17 1228 4 53 <10 4 38 DFCWL223 <5 <15 21 30 56 50 <1 1.95 4 33 46 <1 5 0.61 <4 83 4.39 0.15 45 1.35 463 <1 0.11 608 12 <5 <5 0.06 <10 40 2084 4 92 <10 9 116 DFCWL224 <5 <15 27 33 112 30 2 2.38 6 30 409 <; 9 2.55 <4 51 6.46 0.74 14 1.34 800 5 0.35 6103 15 5 <5 0.13 <10 234 2411 3 156 <10 19 49 DFCWL225 <5 <15 <10 18 19 17 1 1.22 5 30 69 <1 2 1.67 <4 69 2.68 0.44 16 1.19 358 <1 0.13 2913 9 6 <5 0.11 <10 101 2076 3 59 <10 11 54 DFCWL228 <5 <15 30 22 48 64 <1 1.72 2 28 239 <1 4 0.31 <4 284 3.7 1.01 24 1.3 512 2 0.15 632 10 5 <5 0.09 <10 18 2228 3 77 <10 9 62 DFCWL229 <5 <15 33 10 74 49 <1 1.28 <2 26 52 <1 2 0.15 <4 241 2.93 0.14 15 0.67 196 5 0.09 665 9 <5 <5 0.03 <10 14 1178 1 69 <10 5 65 DFCWL230 <5 <15 17 16 32 58 1 18 3 25 91 <1 5 0.28 « 251 2.92 111 31 1.25 412 <1 0.12 693 ~ <5 <5 0.11 <10 27 2042 <1 60 <10 5 56 DFCWL236 <5 33 15 32 155 204 <1 1.25 3 28 1n <1 8 1.05 <4 317 4.29 0.49 15 1.5 261 <1 0.35 1746 10 <5 <5 0.11 <10 76 2616 4 190 <10 9 44 DFCWL237 8 19 13 42 29 83 4 1.86 8 31 765 <1 8 1.35 4 222 7.32 1.48 46 1.88 811 7 0.39 3627 19 5 <5 0.07 <10 104 5698 3 163 <10 17 97 DFCWL238 <5 37 18 40 171 207 2 1.6 39 35 135 1 6 2.01 <4 472 6.05 0.41 29 1.32 594 4 0.43 2590 22 8 <5 0.07 <10 89 3017 3 196 11 9 65 DFCWL239 <5 38 12 41 71 186 3 1.53 10 29 453 1 9 2.33 4 409 7.03 1.04 50 1.97 951 7 0.37 3969 18 8 <5 0.09 <10 100 7089 2 199 <10 18 89 DFCWL240 <5 22 19 40 180 153 4 1.17 8 29 198 <1 5 1.22 <4 340 6.53 0.56 18 1.41 448 5 0.26 2205 17 <5 <5 0.07 <10 71 4814 3 213 <10 7 62 DFCWL241 <5 26 17 59 136 384 2 1.12 6 29 132 <1 9 1.08 <4 563 6.49 0.49 36 2.94 654 2 0.18 1717 16 7 <5 0.1 <10 52 3101 2 159 <10 4 63 DFCWL242 <5 38 10 3 20 7 <1 0.48 3 26 55 <1 3 0.58 <4 99 3.21 0.42 8 0.08 775 7 0.17 584 10 <5 <5 0.2 <10 9 791 3 <2 <10 18 82 DFCWL243 <5 <15 <10 4 17 7 <1 0.3 5 30 48 1 3 0.74 <4 95 4.54 0.17 7 0.06 946 10 0.11 613 11 <5 <5 0.09 <10 8 646 <1 <2 <10 25 109 DFCWL244 <5 28 13 3 11 5 <1 0.37 3 32 70 2 4 0.53 <4 56 3.35 0.26 8 0.09 1047 8 0.13 613 11 6 <5 0.15 <10 11 664 4 2 <10 29 92 DFCWL245 <5 34 <10 2 6 1 <1 0.32 4 31 26 <1 5 0.12 <4 82 3.38 0.21 2 0.02 338 8 0.14 291 10 <5 <5 0.14 <10 6 989 <1 2 <10 10 33 DFCWL246 <5 <15 10 6 30 2 <1 0.24 6 35 29 <1 6 0.49 4 60 7.06 0.14 4 0.06 1644 13 0.1 1254 17 6 <5 0.1 <10 9 1216 4 3 <10 29 128 DFCWL247 <5 30 <10 2 5 2 1 1.19 7 29 38 4 <1 1.51 <4 72 2.58 1.13 24 0.01 722 32 0.5 <100 12 <5 <5 0.04 <10 26 804 3 <2 <10 86 127 DFCWL248 <5 35 <10 5 22 6 <1 0.82 7 36 37 <1 3 0.88 <4 153 3.22 0.58 20 0.35 721 11 0.25 847 12 <5 <5 0.27 <10 24 1208 <1 6 <10 29 96 DFCWL249 <5 <15 <10 3 17 2 <1 0.52 3 37 41 <1 2 0.53 <4 30 3.23 0.3 7 0.06 778 11 0.21 882 10 <5 <5 0.22 <10 14 1174 3 <2 <10 30 101


APPENDIX E: Assay Certificates of Analysis

~ ; ..... , .-\\, 1046 Gor"arn StreEJI fel: www"accurassay.cOI!l

I .', '" LABORATO'RIES' fnuncler Bay, ON ::ar'iJda P7 8

Certificate of Analysis

I Monday, September 22, 2008

Pacific North West Capital Corp. Date Received: Aug 22, 2008

I 259 Fielding Rd., Unit 3B Date Completed: Sep 22, 2008 Lively, ON, CAN

P3YIL8

I Ph#: (604) 685-1870 Fax#: (604) 685-8045 Job#: 200843125 Email#: [email protected], [email protected]

Reference:

I Sample #: 71 Rock

I Ace # Client ID Au Pt Pd Rh Ag Co Cu Fe Ni Pb Zn ppb ppb ppb ppb ppm ppm ppm ppm ppm ppm ppm

262750 DFCWLlOO 15 <15 17 103 4418 161

I 262751 DFCWL 10 I <5 49 <10 143 7083 230

262752 DFCWL102 11 65 24 174 8455 405

I 262753 DFCWLl03 <5 18 II 39 187 133

262754 DFCWL104 <5 37 17 89 5257 112

I 262755 DFCWL105 11 75 <10 70 5431 191

262756 DFCWL106 <5 32 I3 42 870 46

I 262757 DFCWL107 <5 20 17 90 1037 126

262758 DFCWLl08 <5 32 23 64 191 45

262759 DFCWLlO9 <5 <15 <10 75 53 27

I 262760 Dup DFCWLlO9 <5 <15 <10 70 48 22

262761 DFCWLllO 8 <15 <10 97 117 314

I 262762 DFCWLlIl <5 <15 <10 73 38 19

262763 DFCWLI12 <5 <15 <10 42 35 7

I 262764 DFCWLl13 <5 25 15 63 35 19

262765 DFCWL1l4 <5 27 II 75 30 19

262766 DFCWL1l5 <5 41 <10 81 187 22

I 262767 DFCWLll6 <5 31 <10 79 188 18

262768 DFCWL1l7 <5 45 12 104 350 41

I 262769 DFCWL1l8 <5 58 <10 89 37 12

262770 DFCWLIl9 <5 50 15 67 30 16

I 262771 Dup DFCWL1I9 <5 24 <10 70 30 13

262772 DFCWLl20 <5 30 12 66 28 12

262773 DFCWLJ2J <5 61 12 12 16 10

I 262774 DFCWLl22 <5 132 25 44 18 28

I Page 1

I


cfo ~. B'~ ~;A TO" , E •


Monday, September 22, 2008

Pacific North West Capital Corp. 259 Fielding Rd., Unit 3B Lively, ON, CAN P3YIL8 Ph#: (ti04) 685-1870 Fax#: (604) 685-8045

1046 Gorllam Slre0\ fhunder Bay, ON C;'3naaE1 P78 5X5

Tel: t8(7) OLV'_V"V

['eX; (807)

www.accurassay.com

Date Received:

Date Completed:

Job#:

Aug 22,2008

Sep 22, 2008

200843125 Email#:[email protected]. dpowers@pfucapitaLcom

Reference:

Ace #

262775

262776

262777

262778

262779

262780

262781

ClientID

DFCWL123

DFCWLI24

DFCWLI25

DFCWL126

DFCWLl27

DFCWLI28

DFCWLI29

262782 Dup DFCWL129

262783 DFCWL130

262784

262785

262786

262787

262788

262789

262790

262791

262792

DFCWL131

DFCWL132

DFCWL133

DFCWLl34

DFCWL135

DFCWL136

DFCWL137

DFCWL138

DFCWL139

262793 Dup DFCWL139

262794

262795

262796

262797

262798

262799

Page 2

DFCWL140

DFCWL141

DFCWLI42

DFCWLJ43

DFCWLl44

DFCWLl45

Au ppb

Pt Pd Rh Ag Co ppb ppb ppb ppm ppm

<5

<5

<5

6

<5

<5

<5

7

<5

58 <10

23 <10

40

45

51

36

30

29

40

18

20

20

16

27

27

16

<5 <15 22

10

18

12

<5

18

36

<5 42 10

<5 <15 <10

<5 <15 <)0

5 17 <10

<5 <15 <10

8 <15 <10

10 26 <10

<5 21 <10

<5 26 <10

<5 16 <10

<5 <15 <10

<5 <15 <10

<5 <15 <)0

13

25

14

9

66

27

51

52

23

37

24

32

31

21

37

36

53

34

32

68

41

47

34

63

.39

Sample #:

Cu Fe ppm ppm

48

24

9

13

7

96

160

165

201

89

23

40

70

53

35

62

52

146

147

204

172

149

93

279

355

71 Rock

Ni Pb Zn ppm ppm ppm

9

15

10

8

520

55

318

330

33

66

33

81

28

28

64

52

151

62

56

102

63

36

13

29

36



Monday, September 22,2008

Pacific North West Capital Corp. 259 Fii~lding Rd., Unit 3B Lively .. ON, CAN P3YIL8 Ph#: (604) 685-1870 Fax#: (604) 685-8045

l046 Gorham Street ·rhll~der BEY, ON

PI'B 5XS

Tel: (807) UL.V·J.V"JV

r·ax: (807) vvww,accuraSS(-Iy,com

[email protected]

Date Received:

Date Completed:

Job#:

Aug 22, 2008

Sep 22, 2008

200843125 Email#: jlondry@pfncapitaLcom, dpowers@pfncapitaLcom

Reference:

Ace # ClientlD

262800 DFCWLI46

262801 DFCWLl47

262802 DFCWLl48

262803 DFCWL149

262804 Dup DFCWL149

262805

262806

262807

262808

262809

262810

262811

262812

262813

262814

262815 Rep

262816

262817

262818

262819

262820

262821

262822

262823

262824

DFCWL150

DFCWL151

DFCWLl52

DFCWL153

DFCWLl54

DFCWLl55

DFCWLl56

DFCWLI57

DFCWL158

DFCWLl59

DFCWLl59

DFCWLl60

DFCWL161

DFCWLl62

DFCWLl63

DFCWL164

DFCWLI65

DFCWL166

DFCWL167

DFCWLl68

Au Pt Pd Rh Ag Co ppb ppb ppb ppb ppm ppm

23

15

19

43

33

<5

<5

<5

<5

<5

<5

<5

28 <10

36 <10

28

49

11

10

22 <10

29 <10

34 <10

40 <10

33 <10

24 <10

30 <10

15 <10

<5 25 <10

9 <15 <10

<5 22 <10

5 <15 <10

<5 34 <]0

6 19 15

11 <15 <10

<5 <15 <10

32 21 <10

<5 19 10

<5 30 <10

<5 <15 14

13 19 <10

56

37

62

51

48

25

29

19

59

45

35

11

8

7

7

30

27

24

28

23

24

19

17

18

Sample #: 71 Rock

Cu Fe Ni Pb Zn ppm ppm ppm ppm ppm

836

570

77

206

195

36

37

35

65

45

43

22

9

II

25

24

64

73

103

86

127

34

61

45

32

89

39

378

85

80

31

93

38

201

189

121

11

29

1l

7

9

46

34

42

53

50

12

21

7

9

Page 3



Monday, September 22, 2008

Pacific North West Capital Corp. 259 Fielding Rd., Unit 3B Lively" ON, CAN P3Y1L8 Ph#: (604) 685-1870

:L046 Gorham Sll'eel Thunder Bay, ON Canada P7 B 5X",

Fax#: (604) 685-8045 Email#:[email protected]@pfncapital.com

Ace #

262825

262826 Dup

262827

Client ID

DFCWL169

DFCWLl69

DFCWLI70

Au ppb

Pt ppb

Pd Rh ppb ppb

<5 <IS <10

<5 <15 <)0

<5 19 10

Tel: (807) 62616]0 Fax (807) 622-75,'1

www.accurassay.com

assay@accurassay,coill

Date Received: Aug 22, 2008

Sep 22, 2008 Date Completed:

Job #: 200843125

Reference:

Sample #: 71 Rock

Ag Co Cu Fe Ni Pb Zn ppm ppm ppm ppm ppm ppm ppm

11 14 9

II 14 10

83 52 515

PROCEDURE CODES: AL4APP, AL4Ni, AL4Cu, AL4Co, AL4ICPAR

Certified By:

Derek Demianiuk H.Bsc., Laboratory Manager

Page 4

The results included on this report relate only to the items tested The Certificate of Analysis should not be reproduced except in full, without the written approval of the laboratory

AL917-0005-09/2212008 3:42 PM

~ LA. 0 R A r 0 R " E S

L046 Gorl,a:n Street (807) 1.630 www,accurassay.com

I ;'hU'1de( ON (3('7\ 6227571 [email protected] Canada P7B


I Wednesday, September 17, 2008

I Pacific North West Capital Corp. Date Received: Aug 29, 2008 259 Fielding Rd., Unit 3B

Date Completed: Sep 17,2008 Lively, ON, CAN P3YIL8

I Ph#: (604) 685-1870 Fax#: (604) 685-8045 Job#: 200810282 Email#: [email protected]

Reference: ON-CWL

I Sample #: 29 Rock

I Ace # Client ID Au Pt Pd Rb Ag Co Cu Fe Ni Pb Zn ppb ppb ppb ppb ppm ppm ppm ppm ppm ppm ppm

I 14309 DFCWL171 <5 <15 <10 4 19 6

14310 DFCWLI72 <5 <15 10 2 <I <I

143Jl DFCWLI73 <5 <IS <10 2 <1 <1

I 14312 DFCWLl74 <5 <15 <10 4 <1 <1

14313 DFCWL175 <5 25 II 11 21 <1

I 14314 DFCWL176 <5 <15 15 23 92 36

14315 DFCWLl77 <5 <15 <10 38 27 <1

I 14316 DFCWL178 <5 <15 <10 36 39 10

14317 DFCWL179 <5 <15 <10 24 162 2

I 14318 DFCWLI80 <5 <15 <10 23 143 <1

14319 Dup DFCWLI80 <5 <IS 13 21 127 <I

14320 DFCWLI81 <5 16 <)0 50 287 <1

I 14321 DFCWLl82 6 26 <10 54 416 10

14322 DFCWLl83 7 20 <10 34 270 11

I 14323 DFCWLl84 <5 22 <10 60 74 <1

14324 DFCWL185 7 20 <10 6 103 <1

I 14325 DFCWLI86 <5 29 <10 27 25 <1

14326 DFCWLl87 <5 26 <10 34 <1 <I

I 14327 DFCWLI88 <5 34 <10 25 135 99

14328 DFCWLl89 <5 27 <10 8 16 <I

14329 DFCWL190 <5 <15 <10 25 75 <1

I 14330 Dup DFCWLl90 <5 18 <10 24 75 <I

14331 DFCWLI91 <5 23 <10 2 <I <1

I 14332 DFCWL192 <5 16 <10 25 62 23

I Page 1

I


efta ,.~ 0 •• r 0 • IE.


Wedntsday, September 17,2008

Pacific North West Capital Corp. 259 Fielding Rd., Unit 3B Lively, ON, CAN P3YIL8 Ph#: (604) 685~1870 Fax#: (604) 685-8045 Email#:[email protected]

Ace # Client ID

14333 DFCWLI93

14334 DFCWLI94

]4335 DFCWL195

14336 DFCWL196

14337 DFCWLl97

14338 DFCWL198

14339 DFCWL199

.046 Gorham Street Thunder Bay, ON Canada P7 B 5X5

Au Pt Pd ppb ppb ppb

<5 <15 <10

<5 <15 <10

<5 47 20

6 21 13

<5 24 <10

<5 <15 <10

<5 <15 <10

Date Received:

Date Completed:

Job#:

Reference:

Sample #:

Rh Ag Co Cu ppb ppm ppm ppm

6 102

12 272

3 45

4 22

8 54

3 69

13 63

W\V'lJ,aCCUf6!Ssa:,'.corr:

assay@accurassay,co'l1

Aug 29, 2008

Sep 17,2008

200810282

ON-CWL

29 Rock

Fe Ni Pb ppm ppm ppm

<I

4

<1

<I

8

<1

14

Zn ppm

PROCEDURE CODES: AL4APP, AL4Co, AL4Cu, AL4Ni, AUICPAR

Certified By: The results included on this report relate

t-~~* only to the items tested

..-- ::> The Certificate of Analysis should not be reproduced except in full, without the

D!Hek Demianiuk H.Bsc,. Lcaboratory Manager written approval of the laboratory

AL917-0005-09/l7/2008 4:35 PM

Page 2

I ~ LA.'~· •• rO·R'E'·

1046 GorlBrn Street 1el: (80;') 6261630 'I'-lWw.3CCJraSsay"corn

lilunder Bay, ON fax: (807: 62275;'1 assay@acC~lrassay.COl1

CEIIl8U21 PiS 5X5


I Wednesday, October 8,2008

I Pacific: North West Capital Corp. Date Received: Sep 19,2008 259 Fielding Rd., Unit 3B

Date Completed: Oct 8, 2008 Lively, ON, CAN

I P3YIL8 Pb#: (604) 685-1870 Fax#: (604) 685-8045 lob#: 200843478 Email#: [email protected], dpowers@pfncapitaLcom

Reference: ON-CWL

I Sample#: 50 Rock

I Ace # Client ID Au Pt Pd Rh Ag Co Cu Fe Ni Pb Zn

ppb ppb ppb ppb ppm ppm ppm ppm ppm ppm ppm

I 289737 DFCWL <5 <15 27 16 54 24 200

289738 DFCWL <5 <15 17 14 45 20

I 201

289739 DFCWL <5 <15 27 8 13 9 202

I 289740 DFCWL <5 <15 27 13 226 15 203

289741 DFCWL <5 <15 20 18 17 95

I 204

DFCWL 289742 205

<5 <IS 25 18 43 94

I 289743 DFCWL <5 <IS 22 15 83 42 206

I 289744 DFCWL <5 <15 16 19 81 32 207

289745 DFCWL <5 <15 23 9 62 24

I 208

289746 DFCWL <5 <15 19 19 22 131 209

I 289747 Dup DFCWL <5 <15 16 17 22 125 209

289748 DFCWL <5 <15 16 8 48

I 210 10

289749 DFCWL <5 <15 32 94 131 952 211

I 289750 DPCWL 19 99 195 107 1604 1475 212

289751 DFCWL <5

I 213 <15 21 22 53 46

I Page 1

I

o9v . '. l(y46 Gorham Street ,8(7) 626-1630 VI,'WW, acc"Jrassay.cotn

I LABORATORIES Ihunrjer Bay, ON Fdx: (807) ·322-7571 assay@accurassay_com P7B 5X5



I Pacific North West Capital Corp. Date Received: Sep 19,2008 259 Fielding Rd., Unit 3B


I P3YIL8 Ph#: (604) 685-] 870 Fax#: (604) 685-8045 Job#: 200843478 Email#: [email protected], [email protected]

Reference: ON-CWL

I Sample #: 50 Rock

I Ace # Client ID Au Pt Pd Rh Ag Co Cu Fe Ni Pb Zn


I 289752 DPCWL <5 <15 21 35 84 101 214

289753 DPCWL <5 <IS 28 32 ll6 68

I 215

289754 OPCWL <5 <15 19 27 147 32 216

I 289755 DPCWL <5 <15 26 28 39 21 217

289756 DPCWL <5 <15 24 24 45 71

I 218

OPCWL 289757 219 <5 <15 41 112 293 1094

I 289758 Dup DPCWL <5 <15 42 .08 288 1042 219

I 289759 DFCWL <5 <15 34 :04 130 1047 220

289760 DPCWL <5 <15 27 (8 120 55

I 221

289761 DFCWL <5 <15 17 32 71 222 455

I 289762 OFCWL <5 223

<15 21 30 56 50

289763 DPCWL <5 <15 27 33 112

I 224 30

289764 DFCWL <5 <15 <10 18 19 225 17

I 289765 DFCWL <5 <15 16 5 9 226 20

289766 DPCWL <5 <15 18 20 3

I 227 21

I Page 2

I

~ ,'.BORATORIES

1046 GorilalTI Street reI: (807) :3261630 www,accurassay,com

I Thundey Bay, 0 N Fax (807) -522,7571 [email protected] Cf,naa3 P7B 5X5



I Pacific North West Capital Corp. Date Received: Sep 19,2008 259 Fielding Rd., Unit 3B


I P3YIL8 Ph#: (604) 685-1870 Fax#: (604) 685-8045 Job#: 200843478 Email#: [email protected], [email protected]

Reference: ON-CWL

I Sample#: 50 Rock

I Acc# Client ID Au Pt Pd Rh Ag Co Cu Fe Ni Pb Zn


I 289767 DFCWL <5 <IS 30 22 48 64 228

289768 DPCWL <5 <15 33 10 74 49

I 229

289769 Dup DPCWL <5 <15 24 10 70 49 229

I 289770 DPCWL <5 <15 17 16 32 58 230

289771 DPCWL <5 <15 21 22 58 44 I 231

DPCWL 289772 232

<5 <15 27 7 6 10

I 289773 DPCWL 44

233 37 13 10 37 4

I 289774 DPCWL <5 234

<15 <10 4 6 5

289775 DFCWL <5 32 <10 3 5 235 11

I 289776 DPCWL <5 33 15 32 155 236 204

I 289777 DFCWL 8 237 19 13 42 29 83

289778 DFCWL <5 37 18

I 238 40 171 207

289779 DPCWL <5 38 12 41 239 71 186

I 289780 Dup DFCWL <5 239 29 <10 43 73 208

289781 DFCWL <5

I 240 22 19 40 180 153

I Page 3

I


~ c.Ba •• ToR,ES

Certitkate of Analysis

Wednesday, October 8, 2008

Pacific North West Capital Corp. 259 Fielding Rd., Unit 3B Lively, ON, CAN P3YIL8 Ph#: (604) 685-1870 Fax#: (604) 685-8045

1046 Gorl1arn Street Thundc( Bay, ON

Canada P7B 5X5

Tel: (BOl) '3261630 (807) >3227571

www.accurassay.col11 assay@accurassay,co'D

Date Received: Sep 19,2008

Date Completed: Oct 8, 2008

Job#: 200843478 Email#: [email protected], [email protected]

Reference: ON-CWL

Sample#: 50 Rock

Ace # ClientID Au Pt Pd Rh Ag Co Cu Fe Ni Ph Zn


289782 DFCWL <5 26 17 59 136 384 241

289783 DFCWL <5 38 10 3 20 7 242

289784 DFCWL <5 <15 <10 4 17 7 243

289785 DFCWL <5 28 13 3 11 5 244

289786 DFCWL <5 34 <10 2 6 245

289787 DFCWL <5 <15 10 6 30 2 246

289788 DFCWL <5 30 <10 2 5 2 247

289789 DFCWL <5 35 <10 5 22 6 248

289790 DFCWL <5 <15 <10 3 17 2 249

289791 Dup DFCWL <5 39 12 3 16 3 249

PROCEDURE CODES: AL4APP, AL4Cu, AL4Ni, AL4Co, AL4ICPAR

Certified By: The results included on this report relate

~ only to the items tested ...

~ => The Certificate of Analysis should not be reproduced except in full, without the

DI~rek Demlaniuk H.Bsc .. Laboratory Manager written approval of the laboratory

AL917 -0005-10/08/2008 12:24 PM

Page 4


APPENDIX F: Laboratory Procedures


ACCURASSAYLABORATORYPROCEDURES

Sample Preparation

The rock samples are first entered into Accurassay Laboratories' Local Information Management System (UMS). The samples are dried, if necessary, and then jaw crushed to approximately 8 mesh and a 250 to 500 gram subsample is taken. The sub-sample is pulverized to 90% 150 mesh and then matted to ensure homogeneity. Silica sand is used to clean out the pulverizing dishes between each to prevent cross contamination. The homogeneous sample is then sent to the fire assay laboratory or the wet chemistry laboratory depending on the analysis required.

Precious Metal Analysis

For the analysis of precious metals (gold, platinum, palladium andlor rhodium), the sample is mixed with a lead based flux fused for one hour and fifteen minutes. Each sample had a silver solution added to it prior to fusion which allows each sample to produce a precious metal bead after cupellation. The fusing process results are lead buttons that contains all of the precious metals from the sample as well as the silver that was added. The button is then placed in a cupelling furnace where all of the lead is absorbed by the cupel and a silver bead, which contains any gold, platinum and palladium, is left in the cupel. The cupel is removed from the furnace and allowed to cool. Once the cupel has cooled sufficiently, the silver bead is placed in an appropriately labelled test tube and digested using aqua regia. The samples are bulked up with 1.0 ml of distilled de-ionized water and 1.0 ml of 1% digested lanthanum solution. The samples are allowed to cool and are mixed to ensure proper homogeneity of the solution. Once the samples have settled they are analyzed for gold, platinum and palladium using atomic absorption spectroscopy. The atomic absorption spectroscopy unit is calibrated for each element using the appropriate ISO 9002 certified standards in an air-acetylene flame. The results for the atomic absorption are checked by the technician and then forwarded to data entry by means of electronic transfer and a certificate is produced. The Laboratory Manager checks the data and validates the certificates and issues the results in the client requested format.



Base Metal Analysis

Samples analyzed for base metals (copper nickel, cobalt, lead, zinc, and silver) are weighed for a geochemical analysis and digested using aqua regia. The Hamples are bulked to a final volume and mixed. Once the samples have settled they are analyzed for copper, nickel and cobalt using atomic absorption spectroscopy. The atomic absorption spectroscopy unit is calibrated for each element using the appropriate ISO 9002 certified standards in an air-acetylene flame. The results for the atomic absorption are checked by the technician and then forwarded to data entry by means of electronic transfer and a certificate is produced. The Laboratory Manager checks the data and validates the certificates and issues the results in the client requested format.

NOTE: Any sample that contains a concentration of greater than 10,000 ppm of any element is sent back for an ore grade assay for that element. This assay is similar to the geochemical assay but requires a greater sample mass and final volume.

Quality Control

Accurassay Laboratories employs an internal quality control system that tracks certified reference materials and in-house quality assurance standards. Accurassay Laboratories uses a combination of reference materials, including reference materials purchased from CANMET, standards created in-house by Accurassay Laboratories and tested by round robin with laboratories across Canada, and ISO certified calibration standards purchased from suppliers. 8hould any of the standards fall outside the warning limits (+I- 28D); re-assays will be performed on 10% of the samples analyzed in the same batch and the reassay values are compared with the original values. If the values from the reassays match original assays the data is certified, if they do not match the entire batch is re-assayed. Should any of the standard fall outside the control limit (+1-38D) all assay values are rejected and all of the samples in that batch will be reassayed.

(Accurassay Laboratories Website 2008)


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