RPT ON STRIPPING & SAMPLING NP2 AREA SHIB II PROJECT€¦ · Shib !l Project Property Geology...

Vm m m m m

O 7 2003SEOSCIEHCnisSESSMaiT

Stripping and Sampling Report On NP-2 Area of the

Shib M Project Shibananing Township, Sudbury M.D., Ont. 1.252

By: GA. Harron P.Eng , P Geo May 7, 2003

Ci.A. llarron ft Associate* Inc.133 liichmoihl Stive! West. Suite 615, I'oionlo, Ontario, Canada M5/13S5

le/ i-t l ft) H(t5-I0(t() l-'ux.: (41 ft) 865-0213

•II

41J08NE2021 2.25287 SHIBANANING 010

lii.bJi Project^ S li ibanaai rig^ [ \\ p

Table of Contents

; , Page1.0 Summary........................................ ... . ... .......... .................... ......... .. ..... ....................;.....i....;.... 12.0 Location and Access ........................................................................ ......................................,^.L.......23.0 Property and Title.......... ....... ...... ................. ................. ............... ....... ..........................L..........24.0 General Geology................. ......... ............................................ ............................................!....i.;.'......25.0 Work Program........... ........... ........................................................................................;...;.......... :.:.......3

5.1 Stripping............................................................................................... .................................;.........,.35.2 Washing....................................... ..................... .................... ..........................................................35.3 Sampling NP-2 Area.................... ..................................................................................:........:..... v ..4

6.0 Analyses, NP-2 Area Samples ......................... ........................................ ...........................................47; 0 Results, NP-2 Area Samples.................................................................................................................48.0 References............................. ................................... ....................... ..... ...........................................59.0 Certification......................... ........ ............ ...... ........ .................. ............... ... ..................................6100 Appendix 1 Analytical Result:;. ........................................... ...................... ......................................7

List of FiguresAfter page

F: igure 1 Location Map.............. ......................... .. .... ................................. ..........................................2F: igure 2 Claim Map............... .................... .............................................. .. ..........................................2Figure 3 Property Geology ....................................... ........................... .................................................2Figure 4 1991 Grab Sample Results.. ....................................................... .........................................3Figure 5 Stripping Locations...................... ...... ................. i .................. ...... .....-................^. ^.,,T.......,3FigureG NP-2 Channel Sarr'plca, rt 8. Pd Values....... .. .................... ...... ..... ....................................4Figure 7 NP-2 Channel Samples, Plotted Values............................................... ....................................4

G.A. Harron ft Assoc. Inc. l

1.0 Summary

During the period from August 22, 2001 to December 9, 2001, MacDonald Mines Exploration Ltd, funded an overburden stripping / outcrop washing l and sampling program on claims 1118378 and 1165386;: A total of 5,750 square metres of bedrock were stripped at 5 locations, of which two were washed (1,250 square metres). A total of 99 channel samples and 7 grab samples were collected from the NP-2 area, and 1 grab sample from the NP-1 East area were collected in the November 5 to 9, 2001 period. All ; samples were analyzed for platinum, palladium and gold and an additional 52 elements. y,

-- ; : f f'. ; .

The stripped areas are underlain by medium grained gabbronorite containing pyroxenite and nodular anorthosite inclusions characteristic of the inclusion-bearing zone of the Lower Series. Sulphide j, r , mineralization consists of 1 -2Va irregular aggregates of pyrrhotite and chalcopyrite hosted in the l 3; j gabbronorite matrix. L : r

Analytical results from the NP-2 channel samples indicate an average of 529 ppb Pd, 122 ppb Pt^ Oil.9% Cu and D.07% Ni over 6.5 rn in samples # 931-943 in channel #3. ' * f

Grab samples of pyrrhotite and chalcopyrite-bearing gabbronorite from the NP-2E area returned values in the range of 246-833 ppb palladium, 66-198 ppb platinum, 1380-3310 ppb Cu, 706-1390 ppb Ni ' accompanied by a low Au value Further sampling of this area is recommended

The one grab sample (#966) from the NP-1 E area contains significant values of palladium and platinum (1000 ppb Pd and 224 ppb Pt) accompanied by a low gold value. Further sampling of this area is recommended

G A. Harron A Assoc hie

1

ShibJ I..Prq|cct jSjiibanaiwig T\vp

2.0 Location and Access J

The property is located in the central western part of Shibananing Township, Sudbury Mining Division, Ontario (Plan G-2866). The claims are approximately 18 kilometres northwest of Webbwood (located on Highway 17, and about 75 kilometres west of Sudbury (Figure 1). ! '

Access to the property is via a combination of forestry roads and trails (Figure 1). Approximately 6 km along the paved Agnew Lake Road, north of Webbwood, a Domtar Ltd. forestry gravel road bears west. This road is followed for about 10 km to a dirt road bearing northwest, which provides access to a hydro transmission line and Kitts Lake This trail is followed for about 3.5 km to the hydro right-of-way, and a further 6 km along a trail ending at Nodule Pond (local name). Manitou Stone (Canada) Inc. constructed this trail in 1992 to access a dimension stone prospect on claim 1118378 Extensive windfall removal and clearing of creek crossings was required to allow for ATV transit.

3.0 Property and Title

The property consists of 5 un-patented mining claims containing 29 units covering a nominal 464 hectares (Figure 2). Assessment work filed pursuant to this report extends the current tenure as shown in the following table.

Claim Record Date Anniv. Date Required BankedNumber Units (yy/mm/dd) (yy/mm/dd)11183781165386123752312375241237525

12O. -f,-

915.29

91/08/21 92/02/20 00/01/25 00/01/25 00/01/25

06/08/21 07/02/20

OG/01/25 03/04/25

400SCOGOG

3,6006,00010,860

25,2071,271

OOO*

26,478

Recorded Owner Brunne 66.70 Brunne 66.70Xo,Turcott Brunne 66 707o,Turcott 33.3"Xo Brunne 66.707o,Turcott SS.3% Brunne 66 7 0Xo,Turcott 33.307o

Note: * Work Report Pending (SG298), which will extend tenure for an additional year, if accepted.

MacDonald Mines Exploration Ltd. has an option to earn a 100"7o interest in the property, subject to a net smelter royalty in favour of the vendors

7 4.0 General Geology

The claims cover portions of the Marginal, Lower and Main Series lithostratigraphic units of the East Bull Lake Intrusion ("EBLI") near its eastern terminus (Figure 3). The Marginal Series consists of l : discontinuous footwall breccia (Border Zone) and aphanitic to fine grained gabbronorite (Gabbronorite Zone). Lower Series rocks consist of inclusion-bearing gabbronorite, anorthosite and nodular anorthosite. The inclusion-bearing gabbronorite contains predominantly pyroxenite inclusions. Main Series lithologies on the property comprise! massive to weakly layered and rhythmically-layered Seucogabbronorite and vari- textured gabbronorite.. : ;

In general, no major faults or folds have been noted on the property. However a north trending topographic linear of unknown significance is present immediately south of Nodule Pond. .-. .

Lower Series rocks are the focal point for magmatic contact type Cu-Ni-PGE mineralization. Contact type mineralization comprises approximately equal amounts of pyrrhotite -t- chalcopyrite (average 2-30X) combined, maximum observed 10 07o) These sulphides are most abundant in a variety of gabbroic rock types that form the matrix of the inclusion-bearing zone at the base of the Lower Series. The platinum group metals occur in, or proximal to, sulphide minerals The most common PGE-bearing minerals are Pd-Bi-Te compounds and sperrylite (PtAs^). Inclusions of melanogabbro and pyroxenite also contain PGE-enriched sulphides (Peck, O.C., James, R.S., Chubb, PT., Prevec. S.A. and Keays, R. R., 1995).

G. A. Matron ft Assoc. Inc. 2

^T) ~i ~"!(

SHIBANANING— r-

J-^7——— ^- /^ ( L- MM . •*wsy V;x!

7 --V" N -N ............/.-'-..-^——i

ORWjhATKrfl OF-Tire TQWNSHIp]oF3P/

MacDonald Mines Exploration Ltd.

Shib II Project Location Map ,

hibananingTwp.. Sudbury M.D., OntarioNorth(astro.) i ,- i

1246204"••"V"l~ *)tdnataami,

12M571118378r :: fii :? . j/

1237524


Shib II Project Claim Map

Shibananing Twp., Sudbury M.D., Ontario

After OGS Map P.3274

PROTEROZOICHuronian Supergroup15 Breccia Dyke

East Bull I&ke IntrusionMain Series'9 Rhythmically Layered Zone8 Leucogabbronorite Zone

6a massive leucogabbronortte8b massive to layered leucogabbronorite

Lover Series7 - Anorthosite Zone

7a massive anorthosite 7b nodular anorthosite

6 Inclusion Bearing Zone6a inclusion bearing leucogabbronorite 6b inclusion bearing gabbronorite

Marginal Series5 Gabbronorite Zone4 Border Zone

ARCHEAN2 Ramsey Algoma Granitoids t North'(astro.)

..-.j ,.,, ,


Shib !l Project Property Geology

Shibananing Twp., Sudbury M.D., Ont.

Figure 3 Jan. 2002

S.hibJI Project, Sliibaiuiimu; lutv

Prospecting in 1991 by Mr Brunne and Mr Turcott (property owners) discovered interesting Pt and Pd values at 2 locations (NP-1 and NP-2) southeast and southwest of Nodule Pond on claim 1118378 (Figure 4, after Turcott, 1992). Both PGE occurrences are hosted by rusty weathering gabbronorite of the Lower Series.

5.0 Work Program

The work program, consisting of power stripping, washing of selected stripped areas, collection of grab samples and diamond saw channel sampling of selected areas was conducted by Lordan Explorations Ltd. (P.O. Box 35, Whitefish Falls, Ontario POP 2HO), under contract to MacDonald Mines Exploration Ltd. Supervision of the work and provision of Qualified Person services was contracted to G.A. Harron Z Associated lnc.(133 Richmond St W., Suite 615, Toronto, Ontario M5H 2L3).

Machinery was mobilized to the property on August 22, 2001 and was removed on December 9, 20017

5.1 Stripping "~~"" "~

Prior to stripping an access trail was constructed from the hyrdo right-of-way to the site, generally along a pre-existing trail. Significant amounts of time were required to remove windfall and clear debris from watercourses. A total of 52 excavator hours was required to complete the 11 km long access trail in the August 22 to September 1,2001 period.

Mechanical stripping using a Caterpillar 225 excavator was conducted at four sites on claim 1118378 and one site on claim 116538G (Figure 5). Overburden depth ranges from zero to a maximum of 3.5 metres in one small local area. The dimensions of the stripped areas are listed in the following table.

Claim1118378 1165386'"1118378 "l"il837'8"~"~

J11J3378 Totals

"Site"""""

NP-1 NP-1E""

NP-1W NP-2ENP-2

5

Length (m). ( -" ' 'l . 1' 1*.* Jl l 1 ^ 1 L. Jj.

50 "75~" ~"' "

55 45"

60

~~Wid"th'(mT

20"icT"

10"icf "" ""50 "~"~ ""

Area (m7)1,000 " "750 ' ~" '

550"" 450'" ~"~"

3*QOO5,750

In some cases it was necessary to cut the tree cover for machine access trails and removal of heavy vegetation from the proposed stripping areas. An ATV and trailer was required for daily fuel haulage and local transportation to the work site.

A total of 191.5 machine hours was required to clear the total 5,750 square metre area, over 30 days in the September 3 to December 9, 2001 period.

5.2 Washing

Washing of the NP-1 and NP-2 stripped areas was accomplished using a Wajax pump and or a Wanda pump, with water sourced from Nodule Pond. The total area washed was approximately 250 m2 at NP-1 and approximately 1,000 m 2 at the NP-2 site. The onset of cold weather prevented the washing of other sites. One person was required for this work type, supported by an ATV and trailer for fuel and hose handling and access to the work site

The washing required 27 man days and 25 days of rental pumps and hoses during the September 11 to November 9, 2001 period

GA. Harron A. Assoc. hit

C l a im Boundary-

NIP- l SI low ing

13901 x

1.5905 t

13906 13907"

13908'

NP-2 Showing 1390913910

13911 1391? Claim 1118378

1

Samp 1 e j P

139041390513906139071390813909139 10139 1 113912

L - - -,-

r1

100 metres

t (PP

4341331741569146127330

i \ C S U

468561

981091

1375

374730

14 13

29242649

918473870

~ N

(astro.

MacDonald Mines Exploration Ltd.Shib IMProject^ 1991 Grab Sample Resets Shibananing Twp., Sudbury M.D.. Ontario

J Jan. 2002Figure 4

:: k

i•-i

11

li

l

100 modes l North (astro.)

MacDonald Mines Exploration Ltd.Shib II Project Stripping LocationsShibananingTwp., Sudbury M.D.. Ontario—————————:——i———.,.-^^————.——Pint ire 5 , ^.—J, Jan. 2002-•t—,

m315 m @ 450 to Post # 1 of 1118370Poplar , Birch , F ir St Spruce

overburdenBirch 4 Poplar

overburdenoverburdenChannel 1 .

X 962 \ 393 ,126

NP-nW TRENCH ARFA\Jackp i ne k B irch

*JP-2E TRENCH REAverou'den

NP-2 TRENCH AREA

Macdonald Mines Exploration Ltd.roject Shibar aning Twp

C A Man-on S Associates Ihc.T""1 Jan. 2003

-,.v.,ftM*••-. f-wSfc : v*.K-iS:

rzsiiSg*. 'AikSKfe

'•-rS :

5.3 Sampling NP-2 Area

A total of 99 channel samples were sawn from three channels within the stripped area of the NP-2 site (Figure 6). Stihl power saws fitted with either a single or dual 14 inch diameter diamond saw blade(s) was used to cut the 5 cm wide samples Each sample was limited to a measured 05m length. A unique number embossed on aluminum tape anchored to the bedrock marks each sample location. Figure 6'" ~ shows the locations of the channel samples. . ~ —-.r———.—r^T^T. —

In addition 7 grab samples were collected outcrops at the NP-2 site and one from the NP-1E area. The locations of these samples and their Pd and Pt contents are also shown in Figure 6.

Analytical results for all of the samples collected are listed in Report 23856, which is included as Appendix 1. A total of 108 samples were collected in the November 5-9, 200' period.

Two persons (and occasionally one person) supported by an ATV and trailer wan required to accomplish the sampling.

6.0 Analyses, NP-2 Area Samples

Activation Laboratories Ltd. of Ancaster, Ont jrio, analyzed all samples using multiple analytical techniques. Platinum, palladium and gold values were obtained by fire assay of a 30 gram sample with an ICP l OES finish for sampled listed in "Report 23856".

Samples listed in "Report 2385(3" were also analyzed for an additional 52 elements by ICP / MS techniques following aqua regia digestion.

7.0 Results, NP-2 Area Samples

All of the areas stripped are underlain by dark coloured medium grained gabbronorite intermixed with pyroxenite and nodular anorthosite inclusions characteristic of the inclusion-bearing zone of the Lower Series. Sulphide mineralization consists of 1-207o combined pyrrhotite and chalcopyrite as irregular aggregates in the gabbronorite matrix. A topographic north-trending linear immediately south of Nodule Pond may offset the NP-1 and NP-2 zones in a vertical sense.

Analytical results from the NP-2 channel samples indicate an average of 529 ppb Pd, 122 ppb Pt, D.19% Cu and Q.07% Ni over 6.5 m in samples # 931-943 in channel # 3. Numerous other narrow zones of Pd + Pt enrichment are also present in all three channels (Figure 7).

A grab samples of pyrrhotite and chalcopyrite-bearing gabbronorite from the NP-2E area returned values in the range of 246-833 ppb palladium, 66-198 ppb platinum, 1380-3310 ppb Cu, 706-1390 ppb Ni accompanied by a low Au value. Further sampling of this area is recommended.

The one grab sample (#966) from the NP-1 E area contains significant value? of palladium and platinum (1000 ppb Pd and 224 ppb Pt) accompanied by a low gold value. Further sampling of this area is recommended.

GA Harrorfft Assoc. Irk 4

i1l li i

885T 55, 5 8841.23 10 883 J. 62, 13 88211127, 20 8811.57,32 880.1. 59, 21 8791 40, 21 878.li 137, 37 8771 62,14 876-L9, 9 -- 8 75 L <4, 8 874.1.4^5 873 L <4. <5 872 L <4, <5871 870"869" 868

<4,7 <4 I <5 <4, ^ <4, <5

11,9 5,21 28^5 4^5

9531.54,8 952 [T 78, 18

693, 159 125,32

^126,44 f300, 65

94711211,49 94611264,40 945 U 469, 79 944 a512, 114

Channel 2

928"

242, 55 688, 147

|763, 157 408, 95

/644, 164 f 306, 70 354, 121

1233, 64 948, 183

j 560, 109 (889, 214 f 543, 126 1413, 109 f 64, 14 (146,34 62,9

9277/271,62926 925 q 9/1

i i i i i i i i i i i i

' 866. . 7, 15 8fi5 -12,8 864 .49,19 8631.45, 13 862 1 107,21 86 1.U 144, 108 860 f 16,13 85911254,103

Channel 1

8, 144,8

-,26, 11397,73

f 24, 8114, 38 30,9 37,22 26,12 18, 9

Sample length = 0.5 m

Values plotted as Pd (ppb), Pt (ppb)

Pd+Pt Values > 100 ppb

See F iqure 6 for locot ions

906.905904"

903902901900899898897"

896895894893 892 89f 890. 889 888 887"

886

- t s. j922^

921920 919 918;

91&36Y84 9 ^ l 32 22n 1/1 i ~*J *-' f-*-91/1 J. 26, 10 911/66,21 912.J81 31 911/59 35^31,15 909 l ci on90al)29589 907 Hi 07, 33

astro.

Citannel 3

MacDonald Mines Exploration Ltd.Shib II Project, Shibananing Twp.

NP-2 Channel Samples, Plotted Values Figure 7 | Not to ScaleG.A. Harron 4 Associates Inc. Jan. 2003

li I si

Sliib II !Vqiccl..Sliibanaiiirig T\\p

8.0 References

Pock, DC, James, R.S., Chubb, PT., Prevec S A and Keays, R R , 1995, Geology, Metallogeny and Petrogenesis of the East Bull Lake Intrusion, Ontario, OGS OFR 5923

Turcott, MB. 1992, Report on Decorative Stone Sampling and ProspecUnci -- Shibananing Twp., AFRI# 41J08NE0001.

G.A HarronA Assoc Inc. 5

Sliib (J I'rpjccj, Shibanaiiing.T\\[)

9.0 Certification

l hei eby certify:

1. that l am a Consulting Geologist, and reside at 1050 Caldwell Avenue, Mississauga, Ontario, L5H 1Z4

2. that l graduated from Carleton University with a Bachelor of Science degree 'n 1969, and that l also graduated from The University of Western Ontario with a Master of Science degree in 1972.

3. that l am a member in good standing of:The Association of Professional Engineers of OntarioThe Association of Professional Engineers, Geologists and Geophysicist'; of the NorthwestTerritories and Nunavui

4. that l have been practising my profession in North and South America, and Africa for more than 30 years.

5. that l am a "Qualified Person" as defined in Nl 43-101, and responsible for n! ; portions of this report not subject to disclaimer.

6. that the accompanying report is based on examination of private and public documents pertaining to the property The author last visited the property in October, 2001 at v\hich timo surface geology, sample sites and sampling protocol were examined l discussed.

Toronto, Ontario Gerald A Harron, M.Sc., P.QKJ., P. deq., X } j May 7,2003 Consulting Geologist \\ v^__*S,,? f

(i A. Marrou ft Assoc Inc. 6

m

10.0 Appendix 1 Analytical Results NP-2 Area

GA. Harron A Assoc lnc 7

Activation Laboratories Ltd. Work Order: 23932 Reoort: 2385t

Sample ID

NP2-859

NP2-860

NP2-861

NP2-862

NP2-863

NP2-864

NP2-865

NP2-866

NP2-867

NP2-868

NP2-869

NP2-870

NP2-870 Dup

NP2-871

NP2-872

NP2-873

NP2-874

NP2-875

NP2-876

NP2-877

NP2-878

NP2-879

NP2-880

NP2-881

NP2-882

NP2-883

NP2-884

NP2-885

NP2-886

NP2-837

NP2-839

NP2-890

NP2-891

NP2-892

STANDARD FA-1 OR

NP2-893

NP2-894

NP2-895

NP2-896

NP2-897

NP2-898

NP2-899

NP2-900

NP2-901

NP2-902

NP2-903 f

NP2-904

NP2-90S

NP2-906

NP2-907

NP2-908

Au

... ..PPb

26

3

9

6

..Z?h-i- - —

-2

-2

3

- - - - - — 4

-2

-2

-2

-2

-2

-2

3 -2

2-2r-.--

3

4

5

5

4

l---- - fl

S

3""3

....J? 492

4

...,*

3;::3'6

6

3

i......, 4-2

f- 3•2

-2

7

10

25

Pt l Pd

ppb! ppb

1031 254

13 16

108 144

21 107

13 4S

19j 49

8 12

15J 7

-5 j -4

-S -4-— -V- -- 4-5 -4::::H" - ^-48 -4

7 -4

-5 -4

-S -4

-5 4

8 -4

9 9

14 6?

37 137

21 .-in

21 59

32 57

20 127

13 62

10 23

5 55

12 27

11 j 25

- ~ v '

7l 18

-5 5

13 ! 54

13: 29

490 499

17 54

27 60

22! 89

60 226

43: 112

S 7

27, 92

7 j 27

33 85

12 29

16 12

1li 7

23 42

21 [ 61

33 107

89 i 295

Page 1 ot 3

Activation Laboratories Ltd. Work Order: 23932 Report: 23856

Sample ID j Au i

. .... ...... ........ ...-..-Pfb

NP2-909 4

NP2-910 -2

NP2-910 Dujj^ -2

NP2-911 : 3Npz-gff " " "sNP2-913 3

NP2-914 -2

NP2-91S ^ ^ 2

NP2-916 i 17

NP2-917 -.j .4

NP2-913 l -2

NP2-919 -2

NP2-92O -2—— — — — —— - - -t- ———— - NP2-92 1 8

NP2-922 -2

NP2-923 17

NP2-924 2

NP2-925 __ 2

NP2-926 H -2STANDARDFA-10R j 480

NP2-927 j 52

NP2-928 ' 8

NP2-929 ' 10

NP2-930 _ 8

NP2-931 29

NP2-932 ! 33

NP2-933 62

NP2-934 ; 60

NP2-935 64

NP2-93S j 24

NP2-937 ! 27

NP2-933 j 19

NP2-939 40

NP2-940 33

NP2-940 Dug. 29

NP2-941 54

NP2-942 37

NP2-943 14

NP2-944 30

NP2-94S i 36

NP2-94S , 16

NP2-947 16

NP2-94S 21

NP2-949 10

NP2-950 10

NP2-951 39

NP2-952 7

NP2-953 6

NP2-954 3

NP2-955 -2

NP2-9S6 l 3- - - ---""- -— ' -- i - -- —— NP2-9S7 l 3

R Pd

pph ppb

29! 61

15 31

11 33

35! 59"""""an- si

21 66

101 26

22 32

84 367

9 18

12 26

2;i 37

9 30

38; 114

8 24

73 397

11 j 26

8! 4

14 8

481 479

62 271

9] 62

34 146

14 64

109 413

126 543

214 1 889

109 560

183 948

64 ' 233

121 354

70; 306

164! 644

95 ! 408

98 416

157 763

147 688

55 242

114 5I2

79 1 469

40: 264

49 211

65 300

44' 126

32 125

159. 693

18 78

S 54

-5, 4

-5; 28

21 5

9 11

Pacie 2 of 3

Activation Laboratories Ltd. Work Order: 23932 Report: 238S6

Sample ID

NP2-958

NP2-959

NP2-960

STANDARD FA-10R

NP2-961

NP2-962 -

NP2-963 — - -'

NP2-964

NP2-965

NP2-966

STANDARD FA-10R

Accepted FA-10R

.i.. Au

,;-.—pp^

J 1 "".ViJ - ^ 60

i 22

1 483

50

i 27i - —wi 56

i 39

i 43

.i. ...ire

450-500

Pt; Pd

— ppb; _ ppb

152 600

194 833

66 246

472 475

189 694

126 393'""""198 1"" "' 687

147 796

242 730

224 1000

480 470r 1

450-50C, 450-500

.1;

Page 3 of 3

23856rpt

f

Actiabs Uitratrace 1 Job #: 239; Report*: 23856Traca Element Values Are in Parts Per Million unless otherwise indicatedVa!u3s = 999999 are greater than working range of instrument.Sample ID:NP2-B59

Client: MacDqnatd Mines Contact: F.Smeenk Negative Values Equal Not Detected at That Lower Limit.

NP2-061N'P2-862NP2-H63NP2-^64NP2-865NP2-E66NP2-837NP2-S68NP2-8,;8 RepNP2-ati9NP2-S 70NP2-8"1NP2-8V2NP2-813NP2-E/4NP2-375

NF2-3V7 NP2-8.V8 NP2-8V9 NF2-860

NP2-CB2 NP2-833

NP2-SJ5

NP2-888 (PULP ODP) NP2-889 ' NP2-890 riP2-830 Rep

NP2-8S2 NP2-893 NP2-8S4 NP2-895 NP2-896 NP2-897 NP2-898 .

NP2-900NP2-901 NP2-902 NP2-903

Li29920924.127.431.034.238.224.829,422.522,537.034323,120715.019.443.345.636.927.226.425.625.631.426.520.321.218.915.513.91388 1

12.3'2.921 821.217.51S.119.613.517,315.116816.718.01S.O-1&3-,. V*

21.722.0

Be-0,1010,10.10.10.10.30.40.40.40.50.4050,40,40,40,40.50.4020.20.1

-0.10.10.10.1

-0.10,10.10,1

-0-1-010,1

-0.10.1

-0.10,10.10.10.10.2

-0.1-0.1-0.1-0.1•0.1JQ.lG 1;" ...

,0.l02

B Na'A3 0.1332 0.1475 0.1175 0.1033 0.1332 0,110

-1 0.085-1 0.152-1 0.144-1 0,149-1 0,170-1 0.150-1 0.156-1 0.158-1 0.167-1 0.167-1 0.16110 0.14614 0.122

8 C. 1449 C, 1425 C. 1248 0,149

14 0,12310 0.15412 0.16821 0.18411 0.165-1 0.254

1 0.2S5-1 0.206-1 0,13639 0,45818 0,41519 0-501

1 0235•1 0.244-1 0,307-1 0.272-1 0.268

1 0.327-1 0.236,1 Q.232-1 0:132-1 0.147r 0.202

-1 05283 Q.22S,:rf-- V**ff ' ,

. :3 0,248.3 0254

Mg 0/, A-% Wf, Ca'/i V Cr Mn f e"/, Co Nt Cu Zn Ga G* As Se Rb Sr Y Zr 1Mb Mo j Ag Cd In2.30 3.15 0.11 1.12 36 96,1 430 3.74 49,4 526 1070 111 5.67 -0.1 -0.1 1.4 5.8 30.0 "2,8 11 -0.1 0.36| 066 0,6 -0021.64 246 012 128 48 53.8 343 2.78 220 132 462 65.6 4.89 -01 0.5 0.4 5.5 324 4,3 14 01 0.58 0.21 0,4 -0.021.61 2,43 0,13 1.16 44 38.5 350 302 339 240 678 84,5 4.74 -0.1 -0,1 08 6.3 30.8 3.7 12 -0.1 0.46 039 0,5 -0021.89 2.54 0.08 1.18 54 36.9 401 3,31 34,1 237 659 96,9 5.26 -0.1 0,2 0.9 3.9 24.6 5.0 1.8 0.1 0.591 0.49 0.8 -0,022.48 3.10 0.08 1.39 52 114 651 4.07 39.2 188 170 104 6.43 -0.1 0,2 0.1 3.8 23.0 4.6 1.4 0.1 0.41 0.09 0,5 -0,022.20 2.86 0.20 1.26 65 58.9 646 4.62 33.3 197 276 94.7 7.88 -0.1 0.7 0.4 9.1 21.2 J.7 1.6 0.1 0.36 0.16 0.6 -0.021.85 2.60 0.19 1.66 107 44.0 618 492 27.5 101 170 52,4 6,59 -0.1 1,0 0.3 8.7 35.3 "Sl.O 2.6 0.2 0.62!" 005 0.1 -0.021.75 2.47 0.22 2.09 158 63.0 720 5.45 29.1 585 233 47.4 7.63 0,1 0.9 0.3 9.6 18,1 12.3 3.7 0.2 0.68'- -0.05 -0.1 0.031,50 2.52 0.29 2.18 155 21.5 693 6.00 31.5 42,6 171 62.1 9.63 0,1 0.5 0.6 13.4 22.7 13,0 2.8 0.2 0.71 -005 0,1 0.031.37 2.33 0.28 2.24 149 19.6 709 5.65 31.2 35,0 150 58.8 8,34 -0.1 0.4 0,4 11.7 24,1 12.2 3.2 0.2 0.31;" -005 -01 0.02133 2/44 0.2S 2.46 161 20.9 742 5.92 31.9 35.1 143 58,9 8,61 0,2 0.2 0,5 11.3 21J 134 4.0 0.3 081} 005 -0,1 0.031.50 2.64 0.63 2.16 160 20.4 733 6.20 32.3 35.6 138 64.4 8.63 0.2 -0.1 0.4 36.5 25.7 12.5 3.0 0,2 0.7? 006 0.1 0.021.30 289 0,30 2.39 130 25.4 821 723 34.5 41.3 111 76.4 11.0 0.1 -0.1 0,4 14.4 30.4 13,7 3.4 0.2 0.65 -005 -0.1 0.031.49 2.66 0,65 2.24 15S 22.7 743 6.31 34.3 40.1 171 61.6 944 0.1 -0.1 0,6 35.S 26.4 13,4 2,7 0,2 0.69 0,05 -0.1 0.031.3S 2.57 056 2,32 155 19.9 724 6.07 32.5 33.7 163 60.0 9.07 0.1 -0.1 0,5 31.9 27.3 13,6 3,1 0,2 0.75 0,06 -0.1 0.031.25 231 0.45 2,40 148 18.2 687 5.45 29.8 31.7 146 54.5 8.35 0.1 -0.1 0.6 24.3 26.6 14,9 2.9 0.3 0.85 0.07 -0.1 0.031.33 2.30 0,38 2.33 154 20.5 661 5.37 28.6 32.9 128 54.4 8.45 0.1 -0.1 0.6 17.6 23.6 16.3 3.0 0.3 0.35. 0.09 0.1 0.032.25 3,14 0.23 2,09 197 568 809 6.82 37,0 52.1 166 60.4 10.6 0.1 -0.1 0.4 8.7 21.9 15,3 4.0 0,2 0.4S -005 -0.1 0.032.47 3.07 0.19 1,96 170 83.0 727 5.54 33.7 50.2 237 47.9 8.23 0.1 -0.1 0.3 8.3 22.0 14.2 5.2 0.1 0.34 -0.05 -0.1 0.022,06 3.02 0.14 1,66 83 60,1 534 4,07 30,2 105 126 41.8 6.81 -0.1 0.4 0.3 73 38.4 7.1 1.8 -0,1 034 -0.05 -0.1 -0,02t. 46 2.50 0.13 1.58 56 39.7 377 2.76 2t.O 85,3 71.3 40.3 5.14 -0.1 0,9 0.4 7,3 33.9 5.3 0.9 -0.1 0.4^ \ -0.05 -0,1 -0,021.59 2.55 0.09 1.23 41 60.4 379 2.86 23.3 102 92,9 42.6 4.85 -0.1 0,6 -0.1 4.7 26.4 3.3 0.9 -0.1 0,27 -0.05 -01 -0.021.53 2.69 0.09 1.46 49 38.4 392 2.90 23.9 125 16S 40.6 5.18 -0.1 0.6 0.4 4.7 33.2 4.2 1.0 -0.1 0.3^ 0.07 -0,1 -0.021.24 2.61 0.13 1.53 38 27.9 391 2.40 16.8 72.4 86.0 32.3 4.74 -0.1 0.1 -0.1 7.3 52,1 3.2 0.7 -0.1 0.26 -0.05 -0,1 -0.021 .97 3.20 0.11 1.62 55 42.0 489 3.85 3S.7 240 340 60.5 636 -01 -0,1 0.9 5,4 36,4 4.2 0.9 -0.1 0.83 0.15 0.2 -0.021.70 3.34 0.12 1.87 63 43.9 452 3.44 26.5 129 256 42.8 5.99 -0.1 0.1 0.3 6.0 53.1 5.2 1.0 0.1 0.5J 0.09 0.1 -0.021.10 3.16 0.14 2.07 56 37.8 306 2.37 15.9 47.4 96.0 31.2 5.36 -0,1 -0.1 0.1 6.2 69.5 4.4 14 0.1 0.3S -0.05 -0.1 -0.021.34 2.75 0,10 1.71 64 38.5 356 2.68 19.6 70.0 187 31.9 5,11 -0.1 -0.1 0.4 4.4 456 3.9 1,0 01 0.3^0.08 -0.1 -0.021.87 3.64 0.44 1.77 47 83.8 369 3.33 28.6 148 71.8 34.1 6.60 -0.1 -0.1 -0.1 17.6 65.0 3.4 1.2 -0,1 0.4 -0.05 -0.1 -0.021.52 3.24 0.38 1.68 46 62,7 326 2.82 24.5 115 16S 29.5 5.90 -0.1 -0.1 0.4 15.2 61.5 3,9 1.1 -01 0,4 '0,08 -0.1 -0.021.13 2.55 0.31 1,21 29 26.7 240 2.34 21.3 104 87.8 24.0 4.56 -0.1 0.3 0.2 12.3 46.3 2.8 0.7 -0,1 0.3J -0.05 -C.I -0.021.00 206 0.33 084 23 20,9 185 1.96 19,3 98.5 94.7 21.0 3.44 -01 1.4 04 13.3 342 24 07 -01 0 3d- -005 -0 1 -0020,39 5.04 0.07 322 23 110 114 1,05 105 29.7 303 17.3 6.44 -0.1 3.3 03 2.4 124 3.9 0.9 -0.1 MS ' 017 0.1 -0,02O.ee 4.43 0.22 2.70 39 21,0 199 1.90 19,6 83.6 1S2 18.8 6.56 -0.1 2.9 0.3 8.1 108 4.5 1.0 -0.1 0.8^ ; 0,09 -0.1 -0,02O.SS 5.32 0.23 3.24 47 22,9 253 2,18 20,4 88.8 182 19.8 7.84 -0.1 2.1 0.3 8.3 127 51 1.3 -0.1 0,53 ; 0,03 -01 -0.022.03 360 042 1 4J 45 574 376 375 32.5 189 155 410 6.65 -01-01 02 169 53.5 33 1.1 -01 053 : 0.07 -01 -0.02"1.90 3.54 0.47 1.50 46 41.5 367 3.66 31.0 164 148 39.1 6.53 -0.1 -0.1 0.2 18.7 55.0 3.4 1.0 -0.1 0,31 '.0.07 -0,1 -0.021.72 3.77 036 178 50 42.1 357 3,32 28,7 151 126 33.8 6.94 -01 -01 0.3 140 691 41 13 -0.1 061 1007 -01 -0021.64 3.71 0.48 1.63 50 47.8 362 3.54 29.6 159 - 205 36,8 6.79 -O.I -O.i 0.4 1S.S 61.6 4.3 1.3 -0.1 0.5*: O.11 -01 -0.021.87 3.58 0.56 1.66 53 56.6 366 3,79 38.4. 258 313 38.6 6.74 -0.1 -0.1 0.5 216 57.9 4.0 1.2 -01 O.S-I r,14 -01 -0.021.36 3.57 0.36 2.01 . .-79 325 ,352 3.61 .36,1 320 . 996 335 6.55 -0.1 -0.1 1.7 13.7 70.7 5.3 17 -0.1 O.QJ 45.47. 0,2 0.031.51 3.03 0.44.-,1.5S,^SO.;:.4^-v;.5SBt:'.-'3J)4va4.t.;.pt34.-iJt38.-:37ja;?;5S8..i0.1 -O.t -0.1 17.3 5t.5 4.2 1.3 -0 ; V 1.?; JJ.07 -0.1 ^0.02T.30.2.82 0.33 X43 i-.4S ,:2Z.t -.'/Jta?, ' 2-7CC2O6- 93.9^165 -^,iU5,29 ,-0.1 :.0.5. .-0.1 12.S.-.49.6 . 4,0 .1.1 -0.1 .0.4 J . Jl.10 ' .*0.1 --0021.20 218 0.96 O 85 32 -t&S "224 252 ^7;1- 212 l 3*3 -27,3^31-0,1 4.1 07 149 30,5 2.6 0.7 -0.1 0:3 j) 18 -O.I -0.02.1,31 .2,36 O^Q^^^kfefiJSê^ *t-3 0.2 112,5 33,7 2,9 .0.3 A* vO,| ,i J.08 ,0,1 .^021,35 2,^•.o^6••^3&.-.•^••.••Â^^^^âiA:.-'^•. ::,^tK':^M.^SM•.'^^ : OA. 0.3 e.s 45.6- *.i -1.1—0.1 o* 0.14-0,1 -0.02

.*1-5S'-3;14 iO.13 : :1-JW ~-*^ 42^. :35^^^^^^ît'^yB^^PSKfS"^K5"I^Â'^'-^ 0-3 t 5.4 JSS : i3^ 3J8 -0 t ,IQ,2 S 33J?."-01 ••9021.54 .3iB iO.ll -1^4 - S3~5i4*i -S^'s^JSOiiî.ciSSiî^Wi^^.tJ&ftîfcl ---0 t 0.1 --4i j4JWJ ,~4*t, , 0.7 —Q.i ÔJ l ,y CM3^ -0:1-0,02:j.72;3#.;jM5,.3^.^!H^;^^ i; ojf -^tf+XMr.1.74 3.260.15 2.07 62 ! .65.8. 420 ZA\ 26.^^2 **1vO vSg^&H -0.1 -01 0,2 6.1 537 4A t.t -0.1 OJ 3 OJ* 4U -Q.02

•" -- ' -^^-. :^;:-;------- - - - : j - -

lore

\u-."t " -:

2;-: 855rot

Actlabs Uitratrace 1 Job#: 239! Report*: 23S56Trace Element Values Are in Parts Per Million unless othewise indicated-Values ^ 939999 are greater than working range of instrument.

"iient; MacOonald Mines v Negative Values Equa! Not Detected

Contact: F.Smeenk it That Le-.ver LimS.

Sample ID:NP2-905NP2-906NP2-907NP2-908NP2-908 (PREP DUP)NP2-909NP2-910NP2-911NP2-912NP2-913NP2-914NP2-915NP2-916IMP2-916 RepNP2-917NP2-918NP2-918(PULPDUP)NP2-919NP2-920NP2-921NP2-922NP2-923NP2-924NP2-925NP2-926NP2-927NP2-928NP2-929NP2-929 RepNP2-930NP2-S31NP2-932NP2-933NP2-934NP2-935NP2-936NP2-937NP2-938NP2-939NP2-940 .NP2-941NP2-942NP2-943NP2-944 J

- NP2-845 ~ •-•- "S.-liv;.- -v' -::,. NP2-946-;1 '- -^- ' - - '•t^^MI-' ",. :*sS^9-.^.'*"'NP2.-44& -:tS,--.'9'!aS*':r:- -5'- " .,s

NP2'S48 (PUIJ^XKJP) 1-'-NP2-S48 flPU^ÔLP) Rep"

Li Be21.1 0.120.0 0.117.4 0.118.5 0.117.5 -0.119.4 -0.119.5 -0.118.2 0.119.4 0.118.4 0,217.7 0.113.5 0.116.3 -0.1150 0.1183 0.1144 0.1139 -0.1252 01175 0.116.6 0.1177 0.1149 0.215.3 0.116.5 -0.118.7 -0.117.0 0.116.4 0,117,6 -0.117,1 -0.119.7 0.116.5 0.119.1 0.115.3 0.117.5 C.2207 0.116.4 -0-118.9 -0,125.9 -0.121.4 0128.S 0,223.9 0.224.9 0.227.7 0.219.9 0.11flJ2^-O.t.196 -0.120.5 ^0.1.20,8 *-0--121.4 Ô.C21.0 0.1

B Ha'/,-1 0.286-1 0.269-1 0.298

1 0.2S4 '-1 0.124-1 0.165-1 0.233'-1 0.259

1 0.3271 0.311

-1 C.2i3-1 0.310-1 0.245-1 0.217

1 0.252-1 0.255-1 0.158-1 0108-1 0.246-1 0.285-1 0.237-1 0.280-1 0.299-1 C.206-1 0.157-1 0.162-1 0.258-1 0.220-1 0.180-1 0,2016 0.2612 . 0.2562 0.2383 0.2283 0.1561 017 T7 o.i ac3 0.1027 0.142

10 0.13213 012913 0.1236 0,1295 0.165:i 0,1232 0.125

, 3 0.177^"S 0.170*7 .0.183., .? 0,182

Mcfl, Aiy, K'/, l Za'A2.00 3.96 0.311.90 3.75 0.271,67 366 0.181.63 3,50 0.1611.20 2.14 0.13

2.03".87

M3; 01•:,93

1.41 2.45 0.21 ; M21,67 3.24 0.23 "l. 661.60 321 0,36 1.721.95 4.00 0.35; 2.131 89 3.78 0,37- M61-91 3.41 0.29' i .S31,56 335 0.31'' 2 161.65 3.18 0.18 1.951.43 2,80 0.16 1.71171 3,33 019 2.051.48 2,82 0.15 : 1,831.15 2.11 0.13- ' 1.131 95 2.52 007, 1.171.71 3.12 026* 1.881.64 3.29 0,27. 2.111,97 3.05 0,24 2.041.60 3-11 0-27 ' .3.311.69 3,37 0.241 2.251.88 2 81 0.07, 1.751.93 258 004 231.79 2.76 0.09; -' 621.69 3.13 0.30 1.901.51 2,83 0.12 ,l321.33 2.44 0.11 j t .431.70 2.99 0.1i: .671.53 3.26 0,12 :. 2.201.72 3.21 0.12 ?.171.47 239 010 I.041.G3 3.01 0.10J 1.161.33 2.92 DOS' 1 631.33 233 COS 1 511.71 2.93 0.03 1592.51 307 DOS T 211.92 2.89 0,07 1 682.23 3.33 O.ia 1,321.81 3.17 013J 1)301.71 2.98 O.lSj 1J*91.5S 2.63 0.131.59 2.79 0.081.43 2 J2 0.081,37 2.20 0.071,60 .2,74 ;0,071.89 2.93 0.081.97., 3.08^0.081,96 3.04 0.08

-i

1,521 41130--l&'zi' 42j^

V Cr60 44.550 45.754 43.351 34.829 22.340 34.749 45.051 10967 49.534 78.860 12759 71.173 43.956 45362 47.763 55,341 38,644 52.765 42.677 48069 10675 77.058 12542 17027 17847 11364 50.662 42.452 35.360 48.955 51.972 56.263 48.659 56,060 68,745 84 744 61,437 13245 88,850 66.434 11036 38.753 35.634 37.62ft 46333 39.838:43.5

i 52s 43- 1t?\ 63|

! lii -j

47. 12745 123

Mn382364360323212249310314379370387360362324373342241363375396470429426392350383402363301394332429338424427412330519445432411413

^404368

•-U324"; 235

'^373^•388-, 433

421

Fei, Co Ni3.55 31.3.46 31.

3 161J 176

333 344 2613.1 r 33,8 2362.54 38,0 3112.40 22.4 1252.87 26,3 1382.88\ 26.7 1493.44' 31.3.32- 32.f3.42 '.26.'

201j 186' 129

3.04- 24 0 1193.90,53.9 6213.61 -.65.5 5513.27 ^25,7 1082.85 '21, E 8842 18. 173 7453,31 '27.4 1203.31 123.5 1033.69 :376 3163.77.; 26.' 90.54.05 :64.2 6393.40 1-24.6 1373.01 21.; 69.42.77 2Q.E 64.23.62 : 42 S 4793.40 '. 25.:3.35 i 35.1

138265

299 34.4 2593,44 27.7 1694.13 55.8 7514.70 64.5 9364.64 82.5 13704.26 62.1 S234.19 606 3703.43 327 3333.23 40,0 457438 465 5053,97 543 7954,01 45.7 559393 68.4 11103.55 49.3 8323,50 29.9 3163,13 -40.13.07 ;49J262 2S,(2,99 2fl.(

544i578322

340-4SO 5 4903S&M&. 1-504 .359 45,4 498

, J

2 of 6

Cu 2n177 35.8297 36.1661 40.3879 34.7

1040 2S.4215 26,5251 34.4185 34,0433 37.6393 33.4151 39.6191 326

1190 41,41140 3S.9

137 35.4145 35.4150 239372 40.0197 352701 37,6130 392979 42.7279 34.3664 34.378.1 36.2

1170 46.3341 37.9554 50.7551 47.3462 44,3

1710 47.22C80 51.73440 63,72260 56.22760 90.4

724 44.31240 48,41090 S1.72090 60.8153C 67.43000 B8.01900 56.3705 67.7

1490 53.12290 43.01240 69.1415 98.6

1270*487.43b6^5OS1270 501

Ga Ge7.14 -0.16.40 -0.16,35 -0.1612 -0.14.07 -0,14.58 -0.15.39 -0.15.38 -0.16.75 -0.16.24 -0.16.67 -0.16 Si -0.16-4S -0.15,31 -0.15,59 -0.16,30 -014,51 -0 1548 -0.16.25 -0.1665 -O.I629 -0.16.32 -0.1635 -0.15,33 -0.14,70 -0.15,43 -0,16.32 -0,16.09 -0,15.15 -0.16.07 -0.16.39 -016.4S -0.*S.CS -0.16,53 -0.1s s: -o i5 EC -0 1564 -0,1S 79 ^ 16 24 -0 16.67 -0,16.11 -0.15.79 -0.15.96 -0.15.29 -0.14.56-0.14.47 -0.15.45 .-0.1.5*9 -016.19 -0.16.10 -0.1

As-0.1-0.1-0.1-0.11.00.7

-0.1-0.1-0.1-0.1-0.1-01-0.1-0,1-0.1031 00.5

-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0,1-0.1-o•0.1•0.1-o.t•C.I-0.1-0.1•0.1•C 1-0.1-01-01•0,1-0.1-0,1•0.1-0.1-0.1

-0.5-0.1•0,1-O.1-0.1

Se0.30.40.61.11.30.40.30.50.50.50.20.32.62.60.2

-0,1-010.2020.90.22.302

-0.1-0.11.50.21.21,20.33.53.447242.40.7l. 41 32.41.33.12.30.71.32.0090.6

•'1.1-

1.41.2

Rb Sr11.7 63.610.8 5977.0 67.76.2 58,556 29,184 35.48.8 49.3

14,3 55413.6 59.914.4 67.311.3 55.31?1 68.26.S 54.36.1 47.57.3 57,95.9 53,358 3483.1 17.8

10.6 47.111.5 55.39.4 39.5

105 52.29.6 60.32.5 4211.6 31.43.6 337

13.2 48.65.0 42.24.8 37.84.6 37.74,6 55.64.3 4S.23.5 47.04.1 43.53.S 23.42. S 32 -3.3 44.42.4 1773.2 31.95.9 36,275 44,38.6 44.86.7 39.43.7 45.029 30,23.7 31.2

*.3.3 43 .3;3.6-4O.4"3.9 44.63.B 43.9

Y4,93,94.14.72.93.63.93.95,25,35249C ~f

4.3E. 35.03.43.94.75.95,46,6505.3464.45.95.34.65.54,95,2596.05554

5339495.63.84.45,93.62.633

4.S'"'-4.7--4.8

Zr Nb Mo1,0 -0,1 0.370.7 -0.1 0.290.3 -0.1 0,411.0 -0.1 0,380.7 -0.1 0,490.9 -0.1 0.420.8 -0.1 0.361,0 -0,1 0.341.1 -0,1 0.411,0 -01 0.3515 -01 04109-01 o.331.2 -0.1 0.891,1 -01 0.621.1 -0.1 0.391.0 -0.1 0-3S0.8 -01 0 360.8 -0,1 0,390.7 -01 03613-01 0.440,8 -0 1 04613-01 1.1207 -01 0340.9 -01 0.2010 -0.1 0-150.8 -01 0,291.1 -0.1 0321.2 -0.1 0.331.2 -0,1 0.391.1 -01 0.500.& -0 i 0.26i. 2 -0.1 0.4009 -01 0.490,6 -O.i 0.420.6 -01 078C i -C 1 Q 321.0 -O.I 0,52C 7 -0 1 0.251.1 0,1 0.401.1 0,1 0.341.0 -0.1 0.371.0 -0.1 0.401.2 -0.1 0.4303 -0.1 0.570.8 -0.1;; 0.6ft0.8" --0.1 0.58

•f:0~^:t"t;3?;

1,0 .-o.iH.4ft

Ag0040140,300.380.460.100.120,080.190,190050.070.530.440.020.060.060,130,070290,050.420.12

-0.05-0.050.540,160,240.240.230361.X1.701.091.470320,60n î1,110,701.511.000.320.74'

M,17i;-- D74-

*O86S*#*#;

OS2,

Cd tn-0 1 -0.02-01 -C 020,2 -0,020,2 0,020.2 -0,02

-0.1 -0.020.1 -0.02

-0.1 -0.020.1 -0.020.1 -0.02

-01 -002-0.1 -0.020.2 0.020.2 0.02

-0.1 -0.02-0.1 -0.02-0 1 -0.020.1 -0.02

-01 -0,0201 -002

-01 -0 020 2 0.03

-0.1 -0.02-0.1 -0.02-C.I -0.020.3 -0020.1 -0.020.1 -0.02 -0.1 -0.020.2 -0.020.4 0.020.5 O.C3c.e 0.040.6 0.031.2 0.04o : -cc1;0,3 -0-02ft ^ .n m0 6 0 030.4 -0.0208 0030.5 0.02 : ; '|0.2—0.02 v;0.4 -6.02 ~-"'•0.5 .iV0.02 ' : - -"' '-^W

,OA:iX02 " ' ••'fK!

^f^MSpC^JSjWi"'^.™'- .-SflsawwiOA-ô!62-:^.-- - •.'••J!Si:0.3,;ô?,.;:;:;, -. : ,-*

23856rct

Ac llab s Ultratrace 1 Job #: 239; fi Trace Element Vaiues Are in Parts F1Vaiues " 9S9S99 are greater..lhan wiSample ID:NP2-949NP2-950NP2-951NP2-9S2NP2-953NP2-954NP2-955NP2-956NP2-957NP2-958NP2-959NP2-960TJP2-361NP2-962NP2-962 ReoNP2-963NP2-964NP2-965NP2-966NP2-966 (PULP DUP)

Control Material GXR-6Control Material GXR-2Control Material GXR-1Control Material GXR-4

Cert Data GXR-6Cert Data GXR-2Cert Data GXR-1Cert Data GXR-4

Li23.418.1 .25.7 ,21,0 f18,3 ;21.7 :

17.3 i26.4 i22.117.3 ;202 -26.1 /.263206 i.20.723.1 J24.3 . :22.7 :

i port?*: 238S6 ; r Million unless otnarwise indicated.

Client: MacDonaid Mines Contact: F.Smeenk Negative Vaiues Equal Not Detected at That Lowef Limit.

-king range of instrument.Be B:u 311.1 711 411 -1:,4 -i;,4 -i1.4 -112 9:.3 31.1 -1

C.I 6::.2 14: .i s'J.I 2111 212 -13.3 3),2 3

24.3 j-0.1 124.3 '-13.1 1

29,1 ' li: 9 350,8 :5,9 '

10,5 l;

32.0 i

1.0 12.0 10

1.6 1i1.4 10

54.0 j t 7 428.2 |l

11.1 lii! 15l. 9 4.5

N*y,0.1650,1830.1300.0650,1310.1880.1430.0690.1600.1660.1750.2200.1720.1440.1460.1650.1250.1700,1770.184

0.0650,1200,0430.106

0.1040,5560.0520.564

MgV.2.341.5S1.S12.001,801.541.351.101.601.731 521.751.S21,991,971.691.932.002.702-77

0440.540.17172

0.6090.6600.2171,658

AI7g

3.382.762.821.702.032.411.942.132.452,702,713.332-7S2622,612.333.713.513.703.75

7.503.490.423,04

17.716.53.1S7,20

: K.%. 0.07;0.09•D .090050.09b.14.b. 110.18(M9r,.i3IV 12(1.14C. 10005005die.0.07(,V08o.oeq. osi. 150550041 84

1.871. 37 i0.054.01

Ca'%1.541.601.391.452.462.651.981.642.351.601.681.951.851 461.462.073.472.85'1.491,50

0,180.680.920.89

0.180.930.961.01

V43464646

12618412867

130635651635656

10472654748

152217879

186528087

Cr116

44.564.5269152

24.321.433.460.176,344.250.350,5395896S9.S50.754.058.158.5

77.221.9

3.1596

96361264

Mn480359404416Sol689537324590395409445•403521514600402415503494

100010101020

153

1,0071,007

852156

Fe0/,3.812.783.783.364.445.994.382.664.653.944.343.654.S53.983.895.544.214.215.215.13

5.441.73275326

5.5S1.8623.63.09

Co35326,265.33Q.827.13Q.723.816.824.349.165846.0ICO

56.957.281.773.3766106104

13,18,68,6

154

13.88.68.2

14.6

t-l.294237765293128

34.669.444.140.3492813545

13SO706706

11301410133015301500

23317,443842.0

27214142

CuSCO565

2570457312120

96.655.7166

324037101380331Q1740172031903490298033703300

65.277,2

12306210

6676

1,1106,520

Zn50.333.262.451.257,952,546.333.044,55S.Q71 647.C53.555.556.696.5121156

95.893.6

113522801750

118530760

73

Ga6.565.665.924747,3310.47.345,167.196055967.286.536.506.287.738.737.797,397.64

17.09,4354712,0

3537

13.820

Ge-0.1-0.1-0.1-0.10.10.201

-0.1-0.1-0,1-01•C-1-o,;-01-0,10.10.1

-0,1-0.1-0.1

-0-1-0.10.70.2

.

.,.

As-0,1-0.1-0.1-0.1-0,1-0.1-010.3

•0.1•0.1-0.1•0-1-0.1-0.1-0.1-0.1-0.1-0.1-01-0.1

2032.4

468106

33025

42793

Se0,50.52.40.50.40.6030.20.42.73.11.43.32.12.14.53.32.83.43.7

0,20,2

15.557

0,940.6115.65.6

Rfa..3.0

4.14.62.22,42.2

. 2.68.77.16.55.17.45.1252.56.63.53.63.23,2

66.052.525

104

907814

160

Sr41.545.529,510,220,917.616.040.433.834246068.039.528528.014.233.642.739.740.4

38.192-2223796

35160275221

Y5.05.44.84.5

14.618.813.86.4

14.05.55.86.06.4626.18.55.96.04.041

6.410.729.512.3

14173214

Zr1.11.11.41.53.55.23. i1.12,22,01,41,11,31.11.11.41.41.30.70.7

5.94.5977.2

110269

38186

Nb-0.1010.1

-0.1D.10.20.2

-0.10.10,10.10,10.10.10.1

-0.1-0.1-0.1-0.1-0.1

-0.10.2

-0.10.3

7.511

0.810

Mo0.610.530.880.290.390.440.470.540.460.840,430,270.330390420.700,941 12050049

1.440.4218.5333

2.42.118

310

Ag0.240281,290,220.12

-0.05•0.05-0.05-0.051701.870.611.500780.771.461.611.411.291.25

0,2917531.43.S3

1.317314

Cd In0.1 -0.020,2 -0.020,5 0.030.1 -0.020.1 0.03

-0.1 0.04-0.1 0.03-0.1 -0.02-0.1 0.030.7 O.C30.8 0.04C.3 -O.C20.6 OCj0.4 0 020.4 0.020.7 0.051.0 0.031.1 00307 0.030.7 0.03

-0.1 0064,0 O.C42.7 0.79

-0.1 0.22

1 0.264.1 0.2523.3 0.77

0.86 0.27

Certifies 3y:

D.D'Arna, Dipl.T,iCPMS,7e:hnic3i Manager, Activation Latcratcriss L:a.

This repCrtsfrSnol be reproduced except in r^S wifriGtJ Or* *Tinen approval d aw-ecorato-f Uness oj-xi-^se msmjracJ, umpm mf be asposw o' 90 aeys from She dale d fris report •J "j .-' . -

Date Reported: SO-Jan-2002

3 of 6

i l i j

23856rpt

V:t!abs Uftratr; "ace Element \\l-.iues399999:S.imple ID:r^ -2-859N -2-860NP2-861rl'2.S62N 32-863N : '2-864N : '2-865M :'2-866M.32-867NP2-868h" ''2-863 Rep(v. :I2-S69f;: J2-870NP2-871TJP2-872HI; 2-873HIJ2-874fP2-S75!P2-S76|( 32-877(•P2-878IP2-879fJl-2-680[-P2-8S11 JP2-8821JP2-883NI'2-884i JI'2-885HF 2-886NF2-887i'Jt ; 2-88SN.-'2-888 (PULPi JP2-889|J('2-890Uf'2-890Rec(iF 2-891-if 2-892'^2-893NP2-894HP 2-895Nf,!-896NPl:-897Nip? -338MPS--889^PJ-900 ,iP, !-901 f^; , 'JP !-902 - j'~*~~ ij'•iP J-903 : - :•IP j^QBj^---1-"3?'"

W Z-S&MPÎ;,] | -; '"' .;"

Sn•0,05-0,05-0,05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-005-0.05•0.05-0.05-COS-D .05-0.05-0.05-0.05-0.05-0-05-0,05•COS-C .05-C.05-0.05-G.05-0.05-0.05-0.05-COS-0.05-0.05-0.05-0.05•0.05-005-0.05•0.05•0.05-0.05-0.05-0.05-0.05-0.05•0.05,

^0,05

-6.05^;*:'::;

Sb0.030.030.040.030.030.040.030.040.040.030.030,040,02

-0.020,030050,040,030030,040,060.040.040.040.140.040.030.030.030.020.020.040.240.020.02003

-0,02-0,020.02

•0.020.030.310.030030.03

,P-P2~r O.Q3-0023B&

: :;,:--; .

Te| 0.27i 0.07'iO.15

D.080.06.0.09b.04b.0513.02t). 030.0411.04

-(..02l!. 02C. 030.04Q 02

-0,02-11,02C, 04C, 090.04C. 041} .060.050.060.07f; 041.04;C.02 1C 02-0.020.040.03

-0.020020050,060.080.090.450.130.030.11

Cs0.70.70.70.60.50.90.81.11.31.01.03.11.33.22,51,91.51.51,50.60.80.70.91.11.11.21.31.12.52.11.92.00.81.51.724282.02.63.22.22.62.022

, 0.05 j '1.8-0.13,

? i04l,-;.-tKQ*"*-QlJSr|634*;:";3

1,1lir08T,3"'

Ba59.554.746,733,427459,443.853.681.564.764.118073.2160158159148

54.642.137.236.535.931.339.440.445453.7488203174142149

30.093.427.61S2209162208251165194149168142

69.864538.459,4'*-ViT-jW*V '

;U^60.4,; ; -v,-

La3.34.53.55.75.16.1

10.511.312.2909.99.6

10.71 0 fi

10712018.116.S1216.55.54.04.13.04.1543.9336.47.1626.37.88.1a c

6.36,67,17,87,6817,57,164667563657.4

•7.4

Ce7.079.3S7,5411.311.213. t21.223.924.818.419.919.822.722.222224436.834.925,012,411,68.878.916.353,9311 58,5675114.215.613313.516.117.2i Q -a

14014915,717,116,917.816.415.614.214.615.813714115.916.0

Nd3.14.63.55.45.26.3

10.411.912.593

10,210311.211, Q11 012818.915611.55.85.74,1432,940543.6336.87.4656.87.58.79.066737 43,33.!8.78.07.77.17.17.96 56.77.37,7

Sm0.71,00.81.21,11.42.12.72.72.12.3232.S25252.94.13.72.31.31.20.9090,60,91 20.90.71,31.51.31.31.51.81.91.31.41.51,7i ~

1.71.61.61.41.51.6141.41.61.7

-

Eu0.20,30.20.30.30.40.5o.a0,70.50.50.5O.So.s0.60.71.00.30.80.4

0.30.20.3c,:0,3030.2020.4O.t0.30.30.30.40.50.404040.4C .40.50.40.40.30.30.40.4040.5'-0.5'

Tb0.10.20.10.20.20.20.30.40.40,40,4040.404040.50.60.50.5020.20.10.20.10.1020.10.10.10.20.10.10,20,20,20,10 10,2020.20.20.20.2010.10,20.1"

02; 0.2;0.2

Yb Lu0.3 -0.10.4 -0.10.4 -0.10.5 -J.I0.4 -0.10.5 -0.10.9 0.11 .3 0.21 .4 0.21.4 0.21.5 0.21.5 021.4 C.21.4 0215 021.5 021.5 0,21.6 0.214 0207 -0105 -0,10,3 -0,104 -0,10.3 -0.10.4 -0,10.5 -0 10.5 -0.10.5 -0.10.3 -0.10.4 -0.10.3 -0 10.2 -0.10.3 -0.10.3 -0.10.5 -0.10 3 -0.103 -0104 -0.10.4 -0.1G.4 -0.!0.5 -010,4 -0,10.3 -0.102 -010.2 -0.10.3 -0.10.4-0,10.4 -0.1O.S -0.1

'0.5 '-0.1

Hf-0.1-O.t-0.1-0.1-O.t-0.10.10.10.10.10.10,1c.:0,1

-0 T

0 1O.t0,1o;

-0 l-01-01-0.1-0.1-0.1-0.1-0.1-0.1-0.1-01-01-0.1-0.1-0.1•Q.I-O. 1-o.--0, "i-0.1-0. :.-0.1-0,'-0.1-01

. -0.1-0.1-01-0.1

Ta-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0,05-0.05-0.05-0.05-005-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-005-0.05-0.05-0,05-0.05-005-005-0,05-0.05-0.05-0.05•0.05-0.05JO 05

.'-0.05,-O.OS-fl 05-0.05

w1.00.90.90.90.91.00.90.91.01.01.01.01.01.01.00.90,90.90.90.90.91.01.01.01.01.00.90.81.01.01.01.01.01.51.1111.01.21.11.01.01.00.91,0

.0.9.09

~ 0 B-0.9

î^ttos^'iSg"-oT:"ms

, ''J-

Re-0.001

. 0.0010.0020.002

-0.001-0.0010.0010,0010.0010.0010.0030.0020.0010,0030,002

-0,001-0.001-0.0010,0020,0020.0010.0010.001

-0.0010.00100010.002

-0.001-0.001-0.0010.001

-0.001-0.0010.0030.0010.0010.003

-C.0010.0010.0020.0050.001

-0.0010.001;.o.oot

:,Q.OO^.- jj QQt^ J

--0,004 ~"•ttfiSt*^

AuPPB7.21.12.99,6

-0,2-0,2-0,2

. -0.2-0.2-0.2-0.2-02-0.2-0.2-0.2-0.2-0.2-0.2-0.2-0.2-0.2-0.2-0.2-0.2-0.2-0.2-0,2-0.2-0.2-02-02-0.216,3-0.2-0.24.3

-0.2-0.2-0.2-0.212.0

1.1' .-0.2

.-'.0.2;

J.4-^ÂîjVjjr*

-i-W.2--•*Sj*;jt

Tl Pb0.19 31.10.07 16.70.21 24.80.11 86.10.05 14.00.09 11.10.08 19.60.10 65.70.17 14.30,15 5,660.15 5.630.40 4.360.16 5.020.39 8.350.32 2.860.26 3.410.20 7.470.09 2.390.05 (.530.03 1.180.03 4.450.03 3.390.04 3.710.04 3.42008 4.71006 2 19003 2,320.03 2.040.16 1.75014 1.670.12 1.340.13 1.11004 4.150.09 3.010.09 3.36017 1,39019 1440,13 1.S20.17 1,540.21 1.650,23 2.010.15 1.650.11 1.700.17 1.300.12 1,07

. 04U174'•is ne -- *-7TjjaWM-2.33'-

Bi0,410.070.370.140.050.070.080.03

-0.02-0.02-0.02-0.02-0.02-0.02-0.02-0.02-0.02-0.02-0.020,040,11

-0020.030,040,040,03

-0,020,030-050050040.050.050.040.030.110.070.100.190.190.900.280,040.24

.0,09..^24*^dW^m

Th0.9

. 1.41.31.71,21,52.6

, 2.73.52.72.92.83.23.0303.34.23.72.01.21.41.01.00.70.91.31.00.81.21.41.21.31.92.01,91.21.41.41.61,71.71,51.51.31,6

*, r5J ~ ^ j?fdK4^'^.3

u0,30.40,30,30,20,30,40.60.60.40.40.40.50.50.40.50.80.30.40.20.20.2'

0.20.10 l020,2010.30,30.30.30.4040.4030.30.30.30.40.40.30.30.3

'..0.30.3-::o.2 '

: 0,203'.iKj.-3^îqft2[jS5B**B^ysss2îya^t*assBt!e;-.;jj:* -"Wv V L-1.0 0BOT — n~*3f:z -Ofl7-2.36~~0.te -.-1.3 0.3

,f^Ml %/a.^. :StfeiKiy^r- ,:-^::, l l4 of 6

23856rpt

Adlabs Ultratn Trace Element ivValues = 99S99!Sample iD: Sri

: NP2-905 -0.05NP2-306 -0.05NP2-907 -005NP2-908 -O.C5NP2-903 (PR E F -005

j NP2-909 -0,05l NP2-910 -0,051 NP2-91 1 -0.051 NP2-912 -0-05- NP2-913 -0,05

NP2-914 -005. NP2-915 -005

' NP2-916 -005: NP2-916R6P -O.C5

NP2-917 -DCS, NP2-918 -0,05

NP2-918(PULF -005NP2-919 -005

, NP2-920 -0.05* NP2-921 -005

NPJ-922 -005' NP2-923 -0.05

NP2-924 -005- N D2-925 -0,05

NP2-926 -0,05NP2-927 -0,05;-JP2-928 -0.05N72-929 -0.051*1=2-929 Rep -0.05NP2-930 -0.05NP2-931 -0.05NP2-332 -0.05NP2-933 -0.05NP2-934 -0,05NP2-335 -0.05NP2-936 -0,05MP2-937 -0 05NP2-93S -0,05NP2-939 -005NP2-940 -0.05NP2-941 0.74NP2-942 -0 05NP2-943 -0.05

- NP2-944 -0.05Nf 7-945 -0.05

-v-..Nt'2^46. -^0,05W'2-947 ; -0.05N(J2-64fl . .Jtj: -0.05NP2-948 (PULP ifi.05NP2-S48(PULP^0.05

Sb0.040.030030030.040.040.030.030.03Q. 030020020020.03

-0.020.020.030.06

-0,02002006

-0.02-0.02002

-0.02-0.02-0.02-0,020.02

-0.020.030.020.02

-0.020.02

-0.02C C20.03DC?0.020.030.030.020020.020.02-

:o.03;.XXQ2 -'-002--0.02 ,

Te Cs0.05 1.70.12 1.6020 1.20,45 1.1043 1,00.10 2,00.08 1,50.11 2,00.18 2.00.16 2.10.05 .8006 .8067 20.70 .1O.C6 .2O.Q6 1.00.04 0,90.11 06O.Q7 1.60.35 1.60.05 1.40.95 1 60,13 1.30,03 0.40.04 041.08 0,60.28 1.80.57 1.00.56 0.90.32 0.91,34 1.01,50 0.91.56 0,70.51 C 70.77 C.70.18 C.7G 2q ^ 30.2S 0.5054 0.7028 0.90.47 1.1045 1.10.18 1.10.39 0.80.25 0,80.18 0.80.1 S 0.8{U4 0,8"0.22 OS-''0.23 08

Ba136125

81,874.761.695.910716516015914415688333.4S3.C74.567.3244127128115115111

34-024.0424134

52548750246053,033329,325,027.41C;12.614 520.016,021.833.827.022.629,929.224,1763

..34.7

La Ce7.8 1736,0 13656 1317.4 16.16.2 13.87.2 16.06.8 15.26.0 13.57,5 16.47-9 17,27,3 16.06.7 15.1S 1 1307.7 16.379 17.3K Q -; 5 46.4 14.558 1296,6 15,082 16,071 15.88.3 18.06.6 14.25.6 12.64.9 11.36,3 13,481 17.37.5 16,07.3 15.87.4 15.87.0 14.76.3 17.63.4 17.56.9 14.96.5 1405. S 13.13 " '335.1 10.563 '2. -S6.8 13.85.0 10.35.3 10.86.8 14.15.4 11,25.0 10.56.1 12,9'-5.8 12.4:5.7 12.4 r

60 12:45.7 li-S-

Nd8.46.56.37.96,77,87,56,57.98.38.27.4598.48.87.3y 2637.49.06.28.96.96456678,37,67.57.77.18.23.57.3676,4705.1G36.84.95.16,75,65262"82*.t-826.0

Sm1.71 31.31.61.31,61,51.4'

1.71.71.81.61 gi at a1.S1,51 41.S1.91.81.91.51.41 31,51.81.61.61.71.41.81.81 51 51 5i ^1.11.41.51.01.0141.21.1

s*f-;j..w;t.3

SXtlS-S..'

-*1 .4--^'•13--

Eu050,40,40.40.30.40.40.40.50,50.40-50 50.50.50.5040.4050,505050.50.40.40.40.50.50.50.40.50.50.50.50.50.4040.30.50.50.30.40.50.30.3•Q.?-1*

a*.:0.4"'V:*''

Tb020.20.20.20.10.20.20.20.20.20.202020.20.2r* T0,10,20.20.20.20.20.20.20.20.20.20.20.20.20.20.20.20.20.20.20.20.10.20.20.10.10.2or7 "OT

;js0,^!s~ QZ~.

fi.-o.zK•i, Q#VZ--,;0,2-"-~-

Yb Lu04 -0.10.4 -0.10,4 -0.10.4 -0.10.2 -0.10.3 -0.10.4 -0.10.4 -0.10.5 -0.10.5 -0.10.5 -0.105 -0.105 -010.5 -0.10.5 -0.1D.5 -0.10.3 -0,104 -0,10.4 -0.10,6 -0.10.6 -0.10.6 -0.10.5 -0.10.6 -0.10.5 -0,10.4 -0,10.6 -010.5 -0.10.4 .0.10,5 -0.10,5 -0.10.6 -0.10.6 -O.I0.7 -0.106 -0.10.6 -0.105 -0.10.4 -0,10.5 -0.10.6 -0.10,4 -010,4 -O.t0.6 -0,10.4 -0.10-3 -O.t. .EJ.5 M).1 : ^5-4 -0-1Ek4 -:""QC-"1P' 1

ff5*fjfl^-'-:s.s--,*oy.--

Hf-01-0.1-0.1-0.1-0.1-0.1-0,1-0.1-0.1-0.1-01-0.1-o.-*-0.1-0.1-0.1-0.1-01-0.1-0.1-0.1-0.1-0.1-01-0.1-0,1-0.1-0,1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0,1-0,1-0,1-0.1•0.1-0,1-O.T-0.1-0:1 --0,1îOS?

-0-1"-

Ta-0.05-0.05-0,05-0,05-0,05-0.05-0.05-0.05-0.05-0.05-0,05-0,05-0.05-0,05-0,05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0,05•0.05•0,05-0,05-0.05-0.05-0.05•0.05-0.05-0.05-0.05-0.05-0,05•0,05-0.05-0.05-0.05-0.05-0.05-0.05-0-05•0.05-0-05*tt05-'•4057ittOs'i

.0.05 ~

W1.01.01.00.91.11.00.90,90,9090.9091.01.00.90.91.0090.31.00,80,90.80.9O.S0.90.80,81.00,81.00.90.90.70.80.80.30.91.00,91.11.00.91.0y).AT-?"OJIv.9*'*'"fffi;*•OA-"'

Re0.003

-0.0010.003

-0.0010.0020.0010.002

-0.001-0.001-00010.00200010.0100.0080.0020.001

-0.00100020,0010.0020.0010.0100.002

-0.001-0.0010.0060,0030.005

-0.0010.0010.006o.on0.0140.0080.0080.001000!0,002Q, 0050.0020.0050.0040.0020.0030.005

•ftflWio^Sit

0.003

AuPPS-0.2-0.22.5

14.518.1-0.2-0-2-0.20.824

-0.2-0.27.29.9

-0.2-0.2-02-0,2-0,22,9

-0.2771.9

-0.2-0.28.2

-021.69.7

-0.221.723.953.625.343.812.6J 2 58.S

31 217,760,227,0

.6.0-;V.17.2

28.9'*^-f!5;V

^-""'-•13.3KKV.^jJ-^.

"•-11 'fl

it Pb0.13 2000.12 1,830.11 3.590,13 2.090.12 1.820.11 1.710,12 2.560.14 1.700.15 2.130.14 2180.10 2,410.11 1,460.18 2.C70.17 1.S30.08 1.670.07 1.50007 1.23006 2.46Gil 1.31018 1.980,03 1.34025 2.790.09 1,37

-002 1,00002 0.860,12 1.180.14 1.340.16 2.850.15 2.790.09 3.300.23 2.070.28 1.880,39 1.S50.28 2,200,33 29.00,10 1.360;5 1,330.14 1.19032 '.S30.34 2.611.02 3.020.37 3.470.12 11.8019 8.22021 1'-57

,' 0.23^-33*;

SVffr^-t.W'"•iQlff.&fW

O.tft-V.65-

Bi0.110.210.388.197.940.240.140,180.280240.1P0.091.051.0S0.080.100 100150 1C0400.071 030 11

-0.02-0.021.070.270.650.720.341 712 142661,503.080761.131.042 021.232322020.671.921.62

104

S'-f-JJ'*

roe

Th161.21.1

. 1.5; 1.4

1.51.3' 12

1.5' 1.4

1.31.31 61.41.31.01.11.00.81.71.11.71.11.00.91.11.51 41-41.71 1141.21.31.11.2i 308i 21.31,01.0

"i:0"1.0

"-1.4 1 -":is"*4 0 iL::tO:-

0.9 -

U040.3020,30.30.30.30.3030.30.303C4030.3C.2\j ^.

0.2C 20.30.30.30202020,20.30.3030.30.20.30.20,20,202

0,2220,2020.20.30.20.2020.2"02 '0*2 ' : -

02

i i

5 of 6

23356rpt

-t

Actlabs U'.-atr;

Values - 9*J393!Sample ID|NP2-S49MP2-950 -NP2-951 -NP2-952 iNP2-953NP2-954 -;NP2-955 -i i'NP2-956 ;'NP2-957 lNP2-958 ,'NP2-959 ;NP2-96C iNP2-S61NP2-962NP2-962FnpNP2-963 lNP2-964 ,NP2-965 iNP2-966 j ,NP2-966 p JLF

j :

Control Ma t- rialControl MortalControl Mf (drialControl Mitt rial

Cert Data d^R-Cert Data- OUR.CertDatad.iR.Cert Data GXR-

S r.-0.05-0.05•0.05-0.05-0.05-0.054).05-0.05-0.05-005-005-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0,05

0.10-0.0511.32.40

1.71.754

5.6

-.Sb

0.020.020.020020.040.030.02

-0.020.030.020.020.030.030.040.040.030.030,030.050,04

1,826.59101

3.32

3.649

1224.8

ê Ci0.11 0.\0.10 0?0.50 0.80.09 0.5';0.06 0.5,0.03 0.3J004 04*

-0.02 \.3\0,04 0.9 i0.44 0.80.49 0.9 \0.16 1.2 40.42 1 .0 i0.47 0.4 '0.57 0,41 .35 0.8 '0.4S 0.5,0.50 0.6;0.41 0.7 l0.45 0.7

0.05 3.7 '0.09 4.4,16.0 3.41-08 2-6

0.018 4.2 't0.69 5.2 '

13 3 -0.97 2.8

Ea29625423622.731.239.331036.856945.739.233.828424.324,442612.317.321.422.0

1150.1320

403488

1.3C-02,2iO

7501,640

La Ce7.1 15.56.9 14,76.9 1444.1 105

11.8 25.319,5 38.9214 42.112.3 24.512.3 246

7.3 15,1S.O 16,36.9 14.47.6 16,26.7 14,46.8 14.49.6 1977.4 15,16.2 12.86,3 12.862 12.5

11. 3 31.723.5 45.9

6.6 12.359.1 105

13.9 3625.6 61.4

7.S 1764.5 102

Md7,67,37 14.9

12.419.620212.012.97.37.97.4SO7.472

10,17.35,2S.25,0

10.813.0

7.1397

13191845

Srn1.61 51 51,23,04.34.12.52.61.61.61.51.71.71.62.21.61.31.31.2

2.23.32.66.2

2,673.52.76.6

Eu0.40.4040.20.71.00.90.50,70,40.50.50.50.505060.40.40.40.4

0.50.60,61,3

0,760.810.691.63

Tb0.2020,20.20,50.6050.30.40.20.20.20.20.20.20.30.20.20.10.1

0.30.40.805

0.4150.480.830.38

Yb Lu0.5 -0.10.5 -0.10.5 -0.10.4 -0.11.6 0.22.0 0.31,2 0,20.6 -0.11.5 0,20,6 -0,10,6 -0,10.5 -0.105 -0.10.6 -0.106 -010.8 0.10.7 -0.10.6 -Q.10.4 -0,10.4 -0.1

0.7 -0.10,8 -0,12,3 0,309 0.1

2.4 0.332.04 0,27

1.9 0.281.6 0,17

Hf' -0.1

-0,1-0 1-0,1-0.10.20.1

-0.1-0.1-0.1-0.1-0.1•0 1-0.1-01-01-01-0.1-0,1-0.1

-0.1-0.10.20.2

4.3S.3

0.966.3

Ta-0.05'-005-005-0.05-0.05-0.05-0.05-0.05-0.05-0,05-0,05-0.05-0,05-0.05-0-05-005-0.05-0.05-0.05-005

-0.05-0.05-0.05-005

D.4850.9

0.1750.79

W1.00.91-01,00.80.8070.90.80.91.01.11.11.00.90.91.11.11.01 0

-0.2-0.22119.3

1.91.9J64

30.8

Re0001

-0.0010.006

-0.001-0,0010.0020.0020.001

-0.0010,0040.0070.0020.0120.0030.00500090.0070.0060.0070.005

-0.001-0.0010,0040.190

.

.

.-

AuPPB2.1

1232S.6-0.2-0.2•0.2-0.2-0.2-0.238.348.79.0

33215.917,520.124.023.149.342.2

S7.415.1

3470414

9536

3,300470

Tl Pb0.08 1,440.09 1,57029 3.130.10 4.430.05 11.60.04 2.960 04 3.990.05 2.570,05 1.250,24 1.870,35 3.300.12 4.000 33 2 720,13 3.230.13 3.250.55 5590.79 16.40.83 19.20.93 3.710.90 3.81

1.83 93.00.62 670041 761303 45.1

2.2 101103 6900,39 730

3.2 52

Bi0450553.260.490.260.130.120.030.042,833531.173331.7S1.892.261.701.571.721.73

0110.12119019.2

0.290.69

1,38019

Th U•1.3 0.3

1.2 0.31.4 0.30.8 ' 023.1 0,64.3 0.84,1 0.72.4 0.42,1 0.41,7 0.31,7 0.31,3 0.315 041.3 C-31.4 031.5 0,31.8 0.31.5 0.31.0 C.41.1 04

3.6 C.S3.6 1.51,9 35.1

18,3 5.1

5.3 1.548.8 2.9

2.44 34.922.5 6.2

'

ill

î'^,S-Jgfe.si-a,i^fei i?^'js^^ -.'f-.f-.-^-. .:-^.-i.. --.- r ..,. -..,. . ... -~.- .-..

-.r^M^-^^syj^ :;.î^?^^

J1

Stripping and Sampling ReportOn

Shib i l Project Shibananing Township, Sudbury M.D., Ont.

By: G-A. Harron P.Eng., P. GeoJanuary 9, 2002

f/.-l ihvnni (C- Assoiititt's Iui\ISO York .V.'fvtV. A'.vf/,' /.svJi1;, Toronto. ()niario. Canada

It-!,: i'-/lo) ,SVi v/^fjf) /-'(/.r.: ^/


Sjiil) 11 Project. Shibananing Twp.

Table of Contents

Page 1.0 Summary..........................................................................................................................................12.0 Location and Access........................................................................................................................43.0 Property and Titte........................ .....................,.................... ..................,.................................54.0 General Geology ............,...............,...............,...............,......,.............,.,.,................,..................75.0 Work Program................................... .....................,............... ....................................................9

5.1 Stripping............. ..................................................,..,.................,.,........ .....................................105.2 Washing.....................................................................................................................................125.3 Sampling.....................................................................................................................................13

6.0 Analysis....................................................................................................................................'.157.0 Results.......................................................................................................................................168.0 References................................................................................................................................189,0 Certiftcation................................................................................................................................^lO.OAppendix 1 Analytical Results ..,............................................................. ...,. ...............................22

List of FiguresAfter page

Figure 1 Location Map.................,,....,....................................................................,.....................,..........2Figure2 Claim Map................................................................................ ................................................2Figures Property Geology ... ..........................,..................... .................................................,..,............2Figure 4 1991 Grab Sample Results............ ....................,... . ...................,................................-..........2Figures Stripping Locations................. ....................................,............................ ................................3Figure 6 NP-1 Channel Samples. Pt S Pel Values...................................... ,. ,..........,...........................4

G.A, Harron & Assoc. Int i

Shib II Project, Shibananing Twp.

1.0 Summary

During the period from August 22, 2001 to December 9, 2001, MacDonald Mines Exploration Ltd. funded an overburden stripping l outcrop washing and sampling program on claims 1118378 and 1165386. A total of 5750 square metres of bedrock was stripped at 5 locations, of which 3 were washed [1250 square metres]. TheNPl and NP2 sites were systematically channel sampled. The NP1 area was reported on in an earlier report in Jan 2002. Due to financial difficulties, the company was delayed getting the results from the NP2 channel samples and surrounding grabs samples fromNP2-E, NP1-E and NP1-W. A total of 107 channel samples were collected from the NP2 area, 23 grab samples from the NP2-E, 2 grab samples from theNPl-W and l grab sample was from the NP1-E. All samples were analyzed for platinum, palladium and gold plus 52 additional elements.

The stripped areas are underlain by medium grained gabbronorite containing pyroxenite and nodular anorthosite inclusions characteristic of the East Bull Lake inclusion bearing zone of the Lower Series. Sulphide mineralization consists of 1-2*^ irregular aggregates of chalcopyrite and pyrrhotite hosted in the gabbronorite matrix.

Analytical results from the NP2 stripped area indicate encouraging values over significant width. Ex: .689 grams/ tonne, TPGM, G.06% Ni, .17907o Cu. over 7m.

Further sampling of the above site locations is recommended.

Shib II Protect Shibananine Two

2.0 Location and Access

The property is located in the central western part of Shibananing Township, Sudbury Mining Division, Ontario (Ran G-2666). The claims are approximately 18 kilometres northwest of Webbwood (located on Highway 17, and about 75 kilometres west of Sudbury {Figure 1).

Access to the property is via a combination of forestry roads and trails (Figure 1). Approximately 6 km along the paved Agnew Lake Road, north of Webbwood, a Domtar Ltd. forestry gravel road bears west. This road is followed for about 10 km to a dirt road bearing northwest, which provides access to a hydro transmission fine and Kitts Lake. This trail is followed for about 3.5 km to the hydro right-of-way, and a further 6 km along a trail ending at Nodule Pond (local name). Manitou Stone (Canada) Inc. constructed this trail in 1992 to access a dimension stone prospect on claim 1118378. Extensive windfall removal and clearing of creek crossings was required to allow for ATV transit.

3.0 Property and Title

The property consists of 5 un-patented mining claims containing 29 units covering a nominal 464 hectares (Figure 2).

Claim Record Date Anniv. Date RequiredNumber Units (w/mm/dd) fw/mm/dd) i Recorded Owner1118378 1 91/08/21 04/08/21 400 Brunne 66,7"Xaurcott SS.3%1165386 2 92/02/20 04/02/20 60 Brunne 66.70A,Turcott SS.3%1237523 2 00/01/25 02/01/25 800 Brunne 66.7*fc,Turcott tt.3%1237524 9 00/01/25 02/01/25 3600 Brunne 66.70X),Turcott 33. 3Vo1237525 15. 00/01/25 02/01/25 6000 Brunne 66.7 0 Turcott 33^

29 10860

MacDonald Mines Exploration Ltd. Has an option to earn a 10007o interest in the property, subject to a 206 NSR in favour of the vendors.

4.0 General Geology

The claims cover portions of the Marginal, Lower and Main Series lithostratigraphic units of the East Bull Lake Intrusion ("EBLI") near its eastern terminus (Figure 3). The Marginal Series consists of discontinuous footwall breccia (Border Zone) and aphanitic to fine grained gabbronorite (Gabbronorite Zone). Lower Series rocks consist of inclusion-bearing gabbronorite, anorthosite and nodular anorthosite. The inclusion-bearing gabbronorite contains predominantly pyroxenite inclusions. Main Series lithologies on the property comprise massive to weakly layered and rhythmically-layered leucogabbronorite and vari- textured gabbronorite..

In general, no major faults or folds have been noted on the property. However a north trending topographic linear of unknown significance is present immediately south of Nodule Pond.

Lower Series rocks are the focal point for magmatic contact type Cu-Nr-PGE mineralization. Contact type mineralization comprises approximately equal amounts of pyrrhotite + chalcopyrite (average 2-30Xo combined, maximum observed '\Q0A). These sulphides are most abundant in a variety of gabbroic rock types that form the matrix of the inclusion-bearing zone at the base of the Lower Series. The platinum group metals occur in, or proximal to, sulphide minerals. The most common PGE-bearing minerals are Pd-Bi-Te compounds and sperrylite (PtAs2). Inclusions of melanogabbro and pyroxenite also contain PGE-enriched sulphides (Peck, D.C., James, R.S., Chubb, P.T., Prevec, S.A. and Keays, R.R., 1995).

Prospecting in 1991 by Mr. Brunne and Mr. Turcoft (property owners) discovered interesting Pt and Pd values at 2 locations (NP-1 and NP-2) southeast and southwest of Nodule Pond on claim 1118378

G.A. HarronA Assoc Inc. 2

i V -w ^ A,.-,~

y f : - Df*

-- -SBIBA3S! AMNGr—-

/Property

........^ ..— ~r

L-f' c-'- . ^j -—s ' "- "~""- K'- —— J '-"* ^ , t A-r

. ii iviac

Shib It Project Location Map

Mi North bî hibananingTwp., Sudbury M.D., Ontario

rrtifniiF-trr t

319 1246204!

32CTA 997323

1237524

MacDonaid Mines Exploration Ltd.Shib li Project Claim Map

Shibananing Twp., Sudbury M.D., Ontario j

No vi c k Lake

^

Cu,Ni,Pt,Pd

r-^ ne o', b,

Jntrusion 460PROTEROZOIC. . M .^,..-,; ^-^.-

Brscc-2 Dyke

After OGS Ma p P.3274

Mc.in Scries '3 Rhj1hmicai!y Layered Honeo LeucogaoDronorrte Zone

8a massive ieucogabbroncrtte 3b massive to layered l

7 Anorthosite Zone7a massive anorthosite7b nodular anorthosite

6 Inclusion Bearing Zone6a inclusion bearing leueogabbronorite6b inclusion bearing gabbronorite

5 Gabbronorite Zone 4 Border Zone

ARCHEAN2 Rarnsey Aigoma Granitoids t

3 Ne

MacDonaici Mines Expioration Ltd.

Shib l! Pj-ojiect Property GeologyShibananing Twp., Sudbury M.D., Ont.

Figure 3 Jan. 2002

'\QQ metres North (astro.)


Shib II Project Stripping Locations RhibananingTwp., Sudbury M.D., Ontario R'jura 5 Jan. 2002

Shibananini; Tvtp

(Figure 4, after Turcott, 1992). Both PGE occurrences are hosted by rusty'weathering gabbronorite of the Lower Series.

5.0 Work Program

The work program, consisting of power stripping, washing of selected stripped areas, collection of grab samples and diamond saw channel sampling of selected areas was conducted by Lordan Explorations Ltd. (P.O. Box 35, Whitefish Falls, Ontario POP 2HO), under contract to MacDoi laid Mines Exploration Ltd Supervision of the work and provision of Qualified Person services was contrac'ed to G.A. Harron k Associated lnc.(150 York St., Suite 1800, Toronto, Ontario M5H 335).

Machinery was mobilized to the property on August 22, 2001 and war, removed on December 9, 2001.

5.1 Stripping

Prior to stripping an access trail was constructed from the hyrdo right-of-wsv to the site, generally along o pre-existing trail. Significant amounts of time were required to remove v/inclf'ill end clear debris from watercourses, A total of 52 excavator was required to complete the 11 km long access trail in the August 22 to September 1,2001 period.

Mechanical stripping using a Caterpillar 225 excavator was conducted nt 4 sites on claim 1118378 and 1 site on claim 1165386 (Figure 5). Overburden depth ranges from zero to a maximum of 3.5 metres in one small local area. The dimensions of the stripped areas are listed in the following table.

Claim11183781165386 l11183781 1 1 83781118378 ^

Totals

SiteNP-1NP-1 ENP-1 WNP-2E

-NP-2-5

Length (m)5075

l 5545

r 60 "" ..

Widthjm) j Area (m^)20 l 1.00010 75010 550ID ! 45050 l 3.000

1 5,^50

In some cases it was necessary to cut (he tree cover for machine access trails and removal of heavy vegetation from the proposed stripping areas. An ATV and trailer was required fer daiiy fuel haulage and local transportation to the work site.

A total of 191.5 machine hours was required to clear the total 5,750 square ruotre area, over 30 days in the September 3 to December 9, 2001 period ~ ~~"l~~~~~~

5.2 Washing

Washing of the NP-1 and NP-2 stripped areas was accomplished using a Wfijnx pump and or a Wanda pump, with water sourced from Nodule Pond. The total area washed was approximately 250 m2 at NP-1 and approximately 1,000 rr;2 at the NP-2 site. The onset of cold weather prevented the washing of other sites. One person was required for this work type, supported by an ATV and frailer for fuel and hose handling and access to the work site

The washing required 27 man days and 25 days of rental pumps and hoses during the September 11 to November 9, 2001 period.

G.A. Harron A. Assoc. inc. 3

C la in) Boundary — ;- \ ., . , r , S \ Noau 1 e Pond S

NP-2 Showing

AnaSamp

139041390513906139071390813909139 10139 1 113912

lyt leal

NP- 1 Show ?ng

(3904 .13905 "

13906 * 13907 ,

139U8 "

13TO9 x " 139 10

."tj 11 ciaim imr/8Resu 1 ts

e j Pt (ppb)Pd (ppb)Au (ppb)

4341331741569146127330

4G8 2956 1 74

98 26109 1 49

13 975 18

374 47730 38

14 13 70

10O metres

(astro.)

MacDonald Mines Exploration Ltd.Shib [[frqjec^_1991 Grab Sample Results -^JbsinaimngJTwp. t Sudbury M.P., Ontario

Figure 4 Jan. 2002

Shib II Project. Shibananing Twp.

5.3 Sampling

A total of 107 channel samples were sawn from the stripped area of the NP2 site. Stihl power saws fitted with single and dual 14inch diamond blade [s] were used to cut 5cm wide samples. Each sample was limited to a measured 0.50 m length. A unique number embossed on aluminum tape anchored to the bedrock marks each sample location. Figure 7 shows the sample locations.

In addition 23 grab samples were collected from the NP2-E site, 6 from the NP1-W and one from the NP l-E site.

6.0 Analyses

ActLabs of Ancaster, Ontario, analyzed all samples using multiple analytical techniques. Platinum, palladium and gold were obtained by fire assay with an ICP l OES finish for samples listed in "Report 23856 & 23856rpt". Samples are identified by site initials accompanied with a numerical sequence. Ex: NP2 - 934. NP1-856.

The results of all sample analyses are included in Appendix 1.

7.0 Results

All of the areas stripped are underlain by dark colored medium grained gabbronorite intermixed with pyroxenite and nodular anthorthosite inclusions characteristic of the inclusion-bearing zone of the Lower Series. Sulphide mineralization consists of t-2% combined chaclcopyrite and pyrrhotite as irregular aggregates in the gabbronorite matrix. A topographic north-trending linear immediately south of Nodular Pond may offset the NP1 and NP2 zones in a vertical sense.

At the NP1 site, the maximum values obtained were 745 ppb Pd, 161 ppb Pt, 0.02 Cu, 0.09 Ni over 0.5 m in sample number 762. The most continuous mineralization sampled was from NP2 where channel samples averaged .689 grams per tonne TPGM over 7 metres. Other important values were encountered in grab samples at various sites however, follow up work is required to identify the significance of these samples.

SllibJI Project. Shibananing

8.0 References

Peck, D.C., James, R.S., Chubb, PT, Prevec. S A. and Keays, R.R., 1995, Geology, Metallogeny and Petrogenesis of the East Buii Lake Intrusion, Ontario, OGS OFR 5923

Turcott, M.B., 1992, Report on Decorative Stone Sampling and Prospecting - Shibananing Twp., AFRI # 41J08NE0001.

9.0 Certification

l hereby certify:

1. thalTarrfa Consulting Geologist, and reside at 1050 Caldwell Avenue. Mississauga, 'Ontari67~L5H 1Z4~

2. that l graduated from Carleton University with a Bachelor of Science degree in 1969, and that r also graduated from The University of Western Ontario with a Master of Science degree in 1972.

3. that! arn a member in good standing of:The Association of Professional Engineers of OntarioThe Association of Professional Engineers, Geologists and Geophysicsts of the NorthwestTerritoriesAssociation of Geoscientists of OntarioThe Society of Economic GeologistsAssociation of Exploration Geochemists

4. that l have been practising my profession in North and South America, and Africa for more than 30 years.

5. that l am a "Qualified Person" as defined in Nl 43-101, and responsible for all portions of this report not subject to disclaimer.

G. that l have no interest directly or indirectly, nor do l expect to receive any interest in the subject property or adjacent properties.

7. that in the past three years l have not received a majority of my income from the Company or persons for which this report was produced.

8. that the accompanying report is based on examination of private and public documents pertaining to the property. The author last visited the property in October, 2001 at which time surface geology, sample sites and sampling techniques were examined.

Toronto, Ontario Gerald A Harron, M Se, P.Big., P. Geo. January 9, 2002 Consulting Geologist.

(3 A. Harron dfe Assoc. l ne 5

Sliib 11 Project. Shibananing Tup

10.0 Appendix 1 Analytical Results

G.A. Harron Si Assoc. Inc. 6


Sample ID

NP2-859NP2-860NP2-861NP2-862NP2-863NP2-864NP2-865NP2-866NP2-867NP2-868NP2-869NP2-870NP2-870 DupNP2-871NP2-872NP2-873NP2-874NP2-875NP2-876NP2-877NP2-878NP2-879NP2-880NP2-881NP2-882NP2-883NP2-884NP2-885NP2-886NP2-887NP2-888NP2-889NP2-890NP2-891NP2-892STANDARD FA-1 ORNP2-893NP2-894NP2-895NP2-896NP2-897NP2-898NP2-899NP2-900NP2-901NP2-902NP2-903NP2-904NP2-905NP2-906NP2-907

Auppb

263963

-2-2-2-23

-24

-2-2-2-2-2-23

-22

-23345542545338

492463

1462634

-23

-2-27

10

Ptppb

10313

1082113198

15-5-5-5-587

-5-5-589

1437212132201310

51211

67

-51313

4901727226043

527

733121611232133

Pdppb

25416

144107454912

7-4-4-4-4-4-4-4-44

-49

62137405957

1276223552725

718

55429

499546089

226112

79227852912

74261

107

Page 1 of 3


Sample ID

NP2-908NP2-909NP2-910NP2-910DupNP2-911NP2-912NP2-913NP2-914NP2-915NP2-916NP2-917NP2-918NP2-919NP2-920NP2-921NP2-922NP2-923NP2-924NP2-925NP2-926STANDARD FA-1 ORNP2-927NP2-928NP2-929NP2-930NP2-931NP2-932NP2-933NP2-934NP2-935NP2-936NP2-937NP2-938NP2-939NP2-940NP2-940 DupNP2-941NP2-942NP2-943NP2-944NP2-945NP2-946NP2-947NP2-948NP2-949NP2-950NP2-951NP2-952NP2-953NP2-954NP2-955

Auppb

254

-2-2353

-22

174

-2-2-28

-217

22

-2480

528

108

29336260642427194033295437143036161621101039

763

-2

Rppb

89291511353121102284

91222

g38

87311

814

48162

93414

10912621410918364

12170

1649598

15714755

114794049654432

15918

8-5-5

Pdppb

2956131335981662632

36718263730

11424

39726

48

479271

6214664

413543889560948233354306644408416763688242512469264211300126125693

78544

28

Page 2 of 3


Sample ID Au Pt Pd ppb ppb ppb

NP2-956 3 21 5NP2-957 3 9 11NP2-958 51 152 600NP2-959 60 194 833NP2-960 22 66 246STANDARD FA-1 OR 483 472 475NP2-961 50 189 694NP2-962 27 126 393NP2-963 41 198 687NP2-964 56 147 796NP2-965 39 242 730NP2-966 43 224 1000STANDARD FA-1 OR 475 480 470

Accepted FA-1 OR 450-500 450-500 450-500

Page 3 of 3

23856rpt

Actlabs Uttratrace 1 Job #: 23932 Report*: 23856 Client: MacDonald MinesTrace Element Values Are in Parts Per Million unless otherwise indicated. Negative Values Equal Not Detected at That Lower Limit.Values s 999999 are greater than working range of instrument.Sample ID: LiNP2-859 29.9NP2-860 20.9NP2-861 24.1NP2-862 27.4NP2-863 31.0NP2-864 34.2NP2-865 38.2NP2-866 24.8NP2-867 29.4NP2-868 22.5NP2-868 Rep 22.6NP2-869 37.0NP2-870 34.3NP2-871 23.1NP2-872 20.7NP2-873 15.0NP2-874 19.4NP2-875 43.3NP2-876 45.6NP2-877 36.9NP2-878 27.2NP2-879 26.4NP2-880 25.6NP2-881 25.6NP2-882 31.4NP2-883 26.5NP2-884 20.8NP2-885 21.2NP2-886 18.9NP2-887 15.5NP2-888 13.9NP2-888 (PULP DUP) 13.8NP2-889 8.1NP2-890 12.3NP2-890 Rep 12.9NP2-891 21.8NP2-892 21.2NP2-893 17.5NP2-894 19.1NP2-895 19.6NP2-896 13.5NP2-897 17.3NP2-898 15.1NP2-899 16.8NP2-900 16.7NP2-901 18.0NP2-902 18.0NP2-903 18.9NP2-904 21.7NP2-904 Rep 22.0

Contact: F.Smeenk

Be-0.10.10.10.10.10.10.30.40.40.40.50.40.50.40.40.40.40.50.40.20.20.1-0.10.10.10.1-0.10.10.10.1-0.1-0.10.1-0.10.1-0.10.10.10.10.10.2-0.1-0.1-0.1-0.10.10.10.10.10.2

B325532-1-1-1-1-1-1-1-1-1-1-110148958

1410122111-11

-1-13918191

-1-1-1-11

-1-1-1-111333

Nt%0.1330.1470.1170.1030.1380.1100.0850.1520.1440.1490.1700.1500.1560.1580.1670.1670.1610.1460.1220.1440.1420.1240.1490.1230.1540.1680.1840.1650.2940.2850.2060.1360.4580.4150.5010.2350.2440.3070.2720.2680.3270.2360.2320.1320.1470.2020.2280.2290.2480.254

Mg'K AI0A KK Ca07o V Cr2.30 3.15 0.11 1.12 36 96.11.64 2.46 0.12 1.28 48 53.91.61 2.43 0.13 1.16 44 38.51.89 2.54 0.08 1.18 54 36.92.48 3.10 0.08 1.39 52 1142.20 2.86 0.20 1.26 65 58.91.85 2.60 0.19 1.66 107 44.01.75 2.47 0.22 2.09 158 63.01.50 2.52 0.29 2.18 155 21.51.37 2.33 0.28 2.24 149 19.81.43 2.44 0.28 2.46 161 20.91.50 2.64 0.63 2.16 160 20.41.80 2.89 0.30 2.39 180 25.41.49 2.66 0.65 2.24 159 22.71.38 2.57 0.56 2.32 155 19.91.25 2.31 0.45 2.40 148 18.21.33 2.30 0.38 2.33 154 20.52.25 3.14 0.23 2.09 197 56.82.47 3.07 0.19 1.96 170 83.02.06 3.02 0.14 1.66 83 60.11.46 2.50 0.13 1.58 56 39.71.59 2.55 0.09 1.23 41 60.41.58 2.69 0.09 1.46 49 38.41.24 2.61 0.13 1.53 38 27.91.97 3.20 0.11 1.62 55 42.01.70 3.34 0.12 1.87 63 43.91.10 3.16 0.14 2.07 56 37.81.34 2.75 0.10 1.71 64 38.51.87 3.64 0.44 1.77 47 83.81.52 3.24 0.38 1.68 46 62.71.13 2.55 0.31 1.21 29 26.71.00 2.06 0.33 0.84 23 20.90.39 5.04 0.07 3.22 23 11.00.86 4.48 0.22 2.70 38 21.00.98 5.32 0.23 3.24 47 22.92.03 3.60 0.42 1.43 45 57.41.90 3.54 0.47 1.50 46 41.51.72 3.77 0.36 1.78 50 42.11.84 3.71 0.48 1.63 50 47.81.87 3.58 0.56 1.66 53 56.61.36 3.57 0.36 2.01 79 32.91.51 3.03 0.44 1.55 50 44.21.30 2.82 0.33 1.43 45 27.11.20 2.18 0.36 0.85 32 19.51.31 2.36 0.31 0.94 35 21.61.35 2.69 0.16 1.39 48 46.91.58 3.14 0.13 1.66 43 42.41.54 3.00 0.11 1.94 53 52.41.72 3.24 0.15 2.05 62 64.51.74 3.26 0.15 2.07 62 65.9

Mn430343350401651646618720693709742733821743724687661809727534377379392391489452306356369326240185114199253376367357362366352321287224254303349366413420

Fe'%3.742.783.023.314.074.624.925.456.005.655.926.207.236.316.075.455.376.825.544.072.762.862.902.403.853.442.372.683.332.822.341.961.051.902.183.753.663.323.543.793.613.042.702.522.572.712.982.903.313.41

Co49.422.033.934.139.238.327.529.131.531.231.932.334.534.332.529.828.637.033.730.221.023.323.916.835.726.515.919.628.624.521.319.310.519.620.432.531.028.729.838.438.124.120.627.121.022.425.222.825.926.2

Ni52613224023718819710158.542.635.035.135.641.340.133.731.732.952.150.210585.310212572.424012947.470.014811510498.629.783.688.818916415115925832012493.921210313111996.1109112

Cu107046267865917027617023317115014813811117116314612816623712671.392.916586.034025696.018771.816987.894.730318218215514812620531399613818537315826814497.778.681.0

Zn11165.684.596.910494.752.447.462.158.858.964.476.461.660.054.554.460.447.941.840.342.640.632.360.542.831.231.934.129.524.021.017.318.819.841.039.133.836.838.633.937.027.127.326.627.830.527.131.431.2

Ga5.674.894.745.266.437.888.597.639.638.348.618.6311.09.449.078.358.4510.69.236.815.144.855.184.746.365.995.365.116.605.904.563.446.446.567.846.656.536.946.796.746.555.585.294.314.535.246.156.016.906.75

Ge-0.1-0.1-0.1-0.1-0.1-0.1-0.10.10.1-0.10.20.20.10.10.10.10.10.10.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.-0.-0.-0.-0.-0.-0.-0.1-0.1-0.1-0.1-0.1-0.1-0.1

As-0.10.5-0.10.20.20.71.00.90.50.40.2-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.10.40.90.60.60.1-0.10.1-0.1-0.1-0.1-0.10.31.43.32.92.1-0.1-0.1-0.1-0.1-0.1-0.1-0.10.51.11.30.4-0.1-0.1-0.1-0.1

Se1.40.40.80.90.10.40.30.30.60.40.50.40.40.60.50.60.60.40.30.30.4-0.10.4-0.10.90.30.10.4-0.10.40.20.40.30.30.30.20.20.30.40.51.7

-0.1-0.10.70.20.30.30.10.10.2

Rb5.85.56.33.93.89.18.79.6

13.411.711.336.514.435.831.924.317.68.78.37.37.34.74.77.35.46.06.24.417.615.212.313.32.48.18.3

16.918.714.018.921.613.717.312.814.912.56.55.44.56.26.1

Sr30.032.430.824.623.021.235.318.122.724.127.725.730.426.427.826.623.621.922.038.433.926.433.252.136.453.169.545.665.061.546.334.212410812753.555.069.161.657.970.751.549.630.533.745.649.948.852.453.7

Y2.84.33.75.04.65.79.0

12.313.012.213.412.513.713.413.814.916.315.314.27,15.33.34.23.24.25,24.43.93.43.92.82.43.94.55.13.33.44.14.34.05.34.24.02.62.94.13.54.14.84,8

1 of 9

23856rpt

Actlabs Ultratrace 1 Job #: 23932 Report*: 23856Trace Element Values Are in Parts Per Million unless otherwise indicated. Negative ValuesValues 5 999999 are greater than working range of instrument.Sample ID: LiNP2-905 21.1NP2-906 20.0NP2-907 17.4NP2-908 18.5NP2-908 (PREP DUP) 17.5NP2-909 19.4NP2-910 19.5NP2-911 18.2NP2-912 19.4NP2-913 18.4NP2-914 17.7NP2-915 13.5NP2-916 16.3NP2-916Rep 15.0NP2-917 18.3NP2-918 14.4NP2-918 (PULP DUP) 13.9NP2-919 25.2NP2-920 17.5NP2-921 16.6NP2-922 17.7NP2-923 14.9NP2-924 15.3NP2-925 16.5NP2-926 18.7NP2-927 17.0NP2-928 16.4NP2-929 17.6NP2-929Rep 17.1NP2-930 19.7NP2-931 16.5NP2-932 19.1NP2-933 15.3NP2-934 17.5NP2-935 20.7NP2-936 18.4NP2-937 18.9NP2-938 25.9NP2-939 21.4NP2-940 28.6NP2-941 23.9NP2-942 24.9NP2-943 27.7NP2-944 19.9NP2-945 18.2NP2-946 19.6NP2-947 20.5NP2-948 20.8NP2-948 (PULP DUP) 21.4NP2-948 (PULP DUP) Rep 21.0

Client: MacDonald MinesEqual Not Detected at That Lower Limit.

Contact: F.Smeenk

Be0.10.10.10.1-0.1-0.1-0.10.10.10.20.10.1-0.10.10.10.1-0.10.10.10.10.10.20.-0.-0.0.0.

-0.-0.0.10.10.10.10.20.1-0.1-0.1-0.10.10.20.20.20.20.1-0.1-0.1-0.1-0.10.10.1

B-1-1-11

-1-1-1-111

-1-1-1-11

-1-1-1-1-1-1-1-1-1-1-1-1-1-1-1622331737

10131365123577

Na'X)0.2860.2690.2980.2640.1240.1650.2330.2590.3270.3110.2530.3100.2450.2170.2620.2550.1580.1080.2460.2850.2370.2800.2990.2060.1570.1820.2580.2200.1800.2010.2610.2560.2380.2280.1560.1770.1800.1020.1420.1320.1290.1230.1290.1650.1230.1250.1770.1700.1880.182

MCJÎ Al'Jt K'Jfe2.00 3.96 0.311.90 3.75 0.271.67 3.66 0.181.63 3.50 0.161.20 2.14 0.131.41 2.45 0.211.67 3.24 0.231.60 3.21 0.361.95 4.00 0.351.89 3.78 0.371.91 3.41 0.291.56 3.35 0.311.65 3.18 0.181.48 2.80 0.161.71 3.33 0.191.48 2.82 0.151.15 2.11 0.131.95 2.52 0.071.71 3.12 0.261.64 3.29 0.271.97 3.05 0.241.60 3.11 0.271.69 3.37 0.241.88 2.81 0.071.93 2.58 0.041.79 2.76 0.091.69 3.13 0.301.51 2.83 0.121.33 2.44 0.111.70 2.99 0.111.53 3.26 0.121.72 3.21 0.121.47 2.89 0.101.63 3.01 0.101.83 2.92 0.081.83 2.68 0.061.71 2.93 0.082.51 3.07 0.051.92 2.89 0.072.28 3.39 0.101.81 3.17 0.131.71 2.98 0.151.58 2.63 0.131.59 2.79 0.081.43 2.32 0.061.37 2.20 0.071.60 2.74 0.071.89 2.93 0.081.97 3.09 0.091.96 3.04 0.08

CM2.031.872.132.010.931.121.661.722.182.161.932.161.951.712.051.831.131.171.882.112.042.312.251.751.231.621.901.821.431.672.202.172.042.161.681.511.591.211.681.821.801.491.521.411.001.081.421.521.631.65

V Cr60 44.550 45.754 48.351 34.829 22,340 34.749 45.051 10967 49.564 78.860 12759 71.178 48.966 45.362 47.763 55.341 38.644 52.765 42.677 48.069 10675 77.058 12542 17027 17847 11364 50.662 42.452 35.360 48.958 51.972 56.263 48.659 56.060 68.745 84.744 61.437 13245 88.850 66.434 11036 38.753 35.634 37.628 46.333 39.839 43.543 11747 12745 123

Mn382364360323212249310314379370387360362324373342241363375396470429426392350383402363301394382429388424427412380519445482411413404368324285373398433421

FM3.553.463.333.112.542.402.872.883.443.323.423.043.903.613.272.852.183.313.313.693.774.053.403.012.773.623.403.352.993.444.134.704.644.264.193.483.284.383.974.013.933.553.503.133.072.622.993.403.663.59

Co31.631.234.433.838.022.426.326.731.132.626.724.068.965.525.721.617.327.423.537.626.764.224.521.220.842.925.335.734.427.755.864.582.562.160.632.740.046.554.345.768.449.329.940.049.829.828.645.046.845.5

Ni16117626123631112513814920118612911962158110888.474.512010331690.563913769.464.247913826525916975193613709288703334575057955591110832316544578322252490504498

Cu1772976618791040215251185433398151191

1190114018714515037219770113097927966.478.1117034155455146217102080344022802780724124010902090153030001900705149022901240815127013001270

Zn35.836.140.334.729.426.534.434.037.633.439.632.641.438.935.435.423.940.035.237.639.242.734.334.336.246.337.950.747.344.347.251.763.756.290.444.848.461.760.867.488.056.367.753.143.069.198.648.750.550.1

Ga Ge7.14 -0.16.40 -0.16.35 -0.16.12 -0.14.07 -0.14.58 -0.15.39 -0.15.38 -0.16.75 -0.16.24 -0.16.87 -0,16.61 -0.16.46 -0.15.81 -0.16.59 -0.16.30 -0.14.51 -0.15.48 -0.16.25 -0.16.65 -0.16.29 -0.16.32 -0.16.35 -0.15.39 -0.14.70 -0.15.43 -0.16.32 -0.16.09 -0.15.15 -0.16.07 -0.16.39 -0.16.46 -0.16.09 -0.16.58 -0.16.52 -0.15.50 -0.15.84 -0.16.79 -0.16.24 -0.16.67 -0.16.11 -0.15.79 -0.15.98 -0.15.29 -0.14.56 -0.14.47 -0.15.45 -0.15.89 -0.16.19 -0.16.10 -0.1

As-0.1-0.1-0.1-0.11.00.7-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.10.31.00.5-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.10.5-0.1-0.1-0.1-0.1

Se0.30.40.61.11.30.40.30.50.50.50.20.32.62.60.2-0.1-0.10.20.20.90.22.30.2-0.1-0.11.50.21.21.20.33.53.44.72.42.40.71.41.32.41.33.12.30.71.32.00.90.61.11.41.2

Rb11.710.87.06.25.68.48.8

14.313.614.411.812.16.86.17.35.95.83.1

10.811.59.4

10.69.62.51.63.6

13.25.04.84.64.84.63.64.13.92.83.82.43.25.97.58.66.73.72.93.73.33.63.93.8

Sr Y63.6 4.959.7 3.967.7 4.158.5 4.729.1 2.935.4 3.649.8 3.955.4 3.969.9 5.267.3 5.355.3 5.268.2 4.954.3 5.747.5 4.857.9 5.353.3 5.034.8 3.417.8 3.947.1 4,755.3 5.939.5 5.452.2 6.660.3 5.042.1 5.831.4 4.633.7 4.448.6 5.942.2 5.337.8 4.637.7 5.555.6 4.948.2 6.247.0 5.943.5 6.028.4 5.532.4 5.444.4 5.317.7 3.931.9 4.936.2 5.644.3 3.844.8 4.439.4 5.945.0 3.630.2 2.631.2 3.343.3 4.040.4 4.544.6 4,743.9 4.8

2 of 9

23856rpt

Actlabs Ultratrace 1 Job #: 23932 Report*: 23856 Client: MacDonald MinesTrace Element Values Are in Parts Per Million unless otherwise indicated. Negative Values Equal Not Detected at That Lower Limit.Values s 999999 are greater than working range of instrument.Sample ID:NP2-949NP2-950NP2-951NP2-952NP2-953NP2-954NP2-955NP2-956NP2-957NP2-958NP2-959NP2-960NP2-961NP2-962NP2-962 RepNP2-963NP2-964NP2-965NP2-966NP2-966 (PULP DUP)

Control Material GXR-6 Control Material GXR-2 Control Material GXR-1 Control Material GXR-4

Cert Data GXR-6 Cert Data GXR-2 Cert Data GXR-1 Cert Data GXR-4

Certified By:

Contact: F.Smeenk

Li23.418.125.721.018.321.717.326.422.117.320.226.126.320.620.723.124.322.724.324.3

29.150.85.9

10.5

32.054.08.2

11.1

Be-0.10.1-0.1-0.10.40.40.40.20.30.10.10.20.1-0.10.10.20.30.2-0.1-0.1

0.91.01.01.6

1.41.7

1.221.9

B374-1-1-1-193

-1614522-13311

31210

1

1042154.5

îa%0,1650.1830.1300.0650.1310.1880.1430.0890.1600.1660.1750.2200.1720.1440.1460.1650.1250.1700.1770.184

0.0650.1200.0430.106

0.104O.S560.0520.564

MgK2.341.581.912.001.801.541.351.101.601.731.521.751.921.991.971.691.982.002.702.77

0.440.540.171.72

0.6090.8500.2171.658

ATO3.382.762.821.702.082.411.942.182.462.702.713.382.792.622.612.333.713.513.703.75

7.503.490.423.04

17.716.53.157.20

K.%0.070.090.090.050.090.140.110.180.190.130.120.140.100.050.050.160.070.080.080.08

1.150.650.041.84

1.871.370.054.01

CaVo1.541.601.391.452.462.651.981.642.351.601.681.951.851.461.462.073.472.851.491.50

0.180.680.920.89

0.180.930.961.01

V434646461261841286713063565163565610472654748

152217879

186528087

Cr11644.564.526915224.321.433.460.176.344.250.350.589.589.659.550.754.058.158.5

77.221.98.1

59.6

96361264

Mn480359404416581689537324590395409445408521514600402415503494

100010101020153

1,0071,007852155

Fe'fc3.812.783.783.364.445.994.382.664.653.944.343.654.853.983.895.544.214.215.215.18

5.441.7327.53.26

5.581.8623.63.09

Co35.326.265.330.827.130.723.816.824.349.165.846.010056.957.281.778.876.6106104

13.18.68.6

15.4

13.88.68.2

14.6

Ni29423776529312834.669.444.140.3492813545139070670611301410133015301500

23.317.443.842.0

27214142

Cu500565

257045731212096.655.7166

32403710138033101740172031903490298033703300

65.277.212306210

6676

1,1106,520

Zn50.338.262.451.257.952.546.933.044.558.071.647.058.555.556.696.512115695.893.6

11352280175.0

11853076073

Ga6.565.665.924.747.3310.47.345.167.196.055.967.286.586.506.287.738.737.797.397.64

17.09.435.4712.0

3537

13.820

Ge-0.1-0.1-0.1-0.10.10.20.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.10.10.1-0.1-0.1-0.1

-0.1-0.10.70.2

,..-

As-0.1-0.1-0.1-0.1-0.1-0.1-0.10.3-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1

2032.4468106

33025

42798

Se0.60.52.40.50.40.60.30.20.42.73.11.43.82.12.14.53.32.83.43.7

0.20.2

15.55.7

0.940.6116.65.6

Rb Sr Y3.0 41.6 5.04.1 45.5 5.44.8 29.5 4.82.2 10.2 4.52.4 20.9 14.62.2 17.6 18.82.6 16.0 13.88.7 40.4 6.47.1 33.8 14.06.5 34.2 5.55.1 46.0 5.87.4 68.0 6.05.1 39.5 6.42.5 28.5 6.22.5 28.0 6.16.6 14.2 8.53.5 33.6 6.93.6 42.7 6.03.2 39.7 4.03.2 40.4 4.1

66.0 38.1 6.452.5 92.2 10.72.5 223 29.5104 79.6 12.3

90 35 1478 160 1714 275 32

160 221 14

D. D'Anna, Dipl. T.ICPMS Technical Manager, Activation Laboratories Ltd.

This report shall not be reproduced except in full without the written approval of the laboratory. Unless otherwise instructed, samples will be disposed of 90 days from the date of this report.

Date Received: 04-Jan-2002

Date Reported: 30-Jan-2002

3 of 9

23856rpt

Actlabs Uttratrace 1 Job #: 23932Trace Element Values Are in Parts Per Values = 999999 are greater than wort Sample ID: Zr NP2-859 11NP2-860NP2-861NP2-862NP2-863NP2-864NP2-865NP2-866NP2-867NP2-868NP2-868 RepNP2-869NP2-870NP2-871NP2-872NP2-873NP2-874NP2-875NP2-876NP2-877NP2-878NP2-879NP2-880NP2-881NP2-882NP2-883NP2-884NP2-885NP2-886NP2-887NP2-888NP2-888 (PULP DUP)NP2-889NP2-890NP2-890 RepNP2-891NP2-892NP2-893NP2-894NP2-895NP2-896NP2-897NP2-898NP2-899NP2-900NP2-901NP2-902NP2-903NP2-904NP2-904 Rep

1.41.21.81.41.62.63.72.83.24.03.03.42.73.12.93.04.05?1 ft0.90.91.00.70.91.01.41.01.21.10.70.70.91.01.31.11.01.31.31.21.71.31.10.70.81.10.80.71.21.1

Nb-0.10.1

-0.10.10.10.10.20.20.20.20.30.20.20.20.20.30.30.2m-m-0.1-0.1-0.1-0.1-0.10.10.10.1

-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1

Mo0.360.580.460.590.410.360.620.680.710.810.800.710.650.690.750.850.850.490300340.460.270.380.260.830.520.390.350.460.440.320.361.190.800.580.580.310.610.580.510.861.920.400.350.420.440.250310300.31

Ag0.660.210.390.490.090.160.05

-0.05-0.05-0.050.050.06

-0.050.050.060.070.09

-0.05-0.05-0.05-0.05-0.050.07

-0.050.150.09

-0.050.08

-0.050.08

-0.05-0.050.170.090.080.070.070.070.110.140.470.070.100.180.080.110.070.06

-0.05-0.05

Cd0.60.40.50.80.50.60.1

-0.10.1

-0.1-0.10.1

-0.1-0.1-0.1-0.10.1

-0.1-m-m-0.1-0.1-0.1-0.10.20.1

-0.1-0.1-0.1-0.-0.-0.0.

-0.-0.1-0.1-0.1-0.1-0.1-0.10.2

-0.1-0.1-0.1-0.1-0.1-0.1-01-m-0.1

In-on?-0.02-0.02-0.02-0.02-0.02-0.020.030.030.020.030.020.030.030.030.030.030.030.02

-0.02-0.02-0.02-0.02-0.02-0.02-0.02-0.02-0.02-0.02-0.02-0.02-0.02-0.02-0.02-0.02-0.02-0.02-0.02-0.02-0.020.03

-0.02-0.02-0.02-0.02-0.02-0.02-0.02-0.02-0.02

Sn-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-005-005-0.05

Sb0.030.030.040.030.030.040.030.040.040.030.030.040.02

-0.020.030.050.040.030.030.040.060.040.040.040.140.040.030.030.030.020.020.040.240.020.020.03

-0.02-0.020.02

-0.020.030.310.030.030.030.020.03

-0.020.020.02

Te Cs0.27 0.70.07 0.70.15 0.70.08 0.60.06 0.50.09 0.90.04 0.80.05 1.10.02 1.30.03 1.00.04 1.00.04 3.1

-0.02 1.30.02 3.20.03 2.60.04 1.90.02 1.5

-0.02 1.5-0.02 1.50.04 0.80.09 0.80.04 0.70.04 0.90.06 1.10.05 1.10.06 1.20.07 1.30.04 1.10.04 2.50.02 2.10.02 1.9

-0.02 2.00.04 0.80.03 1.5

-0.02 1.70.02 2.40.05 2.80.06 2.00.08 2.60.09 3.20.45 2.20.13 2.60.03 2.00.11 2.20.05 1.80.13 1.10.04 1.00.04 0.8

-0.02 1.30.04 1.2

Ba59.554.746.733.427.459.443.853.681.564.764.1180

73.2160158159148

54.64?137?38.535.931.339.440.445.458.748.8203174142149

30.093.497.6192209162208251165194149168142

69.864.53ft 459460.4

La334.63.55.75.16.1

10.511.312.29.09.99.6

10.710R10.712.018.116.61?1fifi5.54.04.13.04.15.43.93.36.47.16.26.37.88.18.66.36.67.17.87.88.17.57.16.46.67.56.3fifi747.4

Ce7079.867.5411.911.213.121.223.924.818.419.919.822.7?7?22.224.436.834.9?-iO1?411.68.878.916.358.9311.58.567.5114.215.613.813.516.117.218.314.014.915.717.116.917.816.415.614.214.615.813.714115916.0

Nd314.63.55.45.26.3

10.411.912.59.3

10.210.311.211.011.012.818.916.611.55.85.74.14.32.94.05.43.83.36.87.46.56.87.58.79.06.67.37.48.38.18.78.07.77.17.17.96.5fi77ft7.7

Sm071.00.81.21.11.42.12.72.72.12.32.32.8?52.52.94.13.7?81.31.20.90.90.60.91.20.90.71.3

.5

.3

.3

.5

.8

.91.31.41.51.71.71.71.61.61.41.51.61.41 41 61.7

Eu0.20.30.20.30.30.40.50.80.70.50.50.50.6Ofi0.60.71.00.90.80.40.30.20.30.20.30.30.20.20.40.40.30.30.30.40.50.40.40.40.40.40.50.40.40.30.30.40.40.40.50.5

Tb0.10.20.10.20.20.20.30.40.40.40.40.40.40.40.40.50.60.50.50.20.20.10.20.10.10.20.10.10.10.20.10.10.20.20.20.10.10.20.20.20.20.20.20.10.10.20.10.20.20.2

Yb030.40.40.50.40.50.91.31.41.41.51.51.4141.51.51.51.61.40.70.50.30.40.30.40.60.50.50.30.40.30.20.30.30.50.30.30.40.40.40.50.40.30.20.20.30.40.40.50.5

Lu-01-0.1-0.1-0.1-0.1-0.10.10.20.20.20.20.20.20?0.20.20.20.20.2

-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1

Hf-01-0.1-0.1-0.1-0.1-0.10.10.10.10.10.10.10.101

-0.10.10.10.10.2

-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1

Ta-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0,05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05

W1 00.90.90.90.91.00.90.91.01.01.01.01.0101.00.90.90.90.90.90.91.01.01.01.01.00.90.81.01.01.01.01.01.51.11.11.01.21.11.01.01.00.91.00.90.90.90.90.91.0

Re AuPPB-0.001 7 70.0010.0020.002

-0.001-0.0010.0010.0010.0010.0010.0030.0020.00100030.002

-0.001-0.001-0.0010.0020.0020.0010.0010.001

-0.0010.0010.0010.002

-0.001-0.001-0.0010.001

-0.001-0.0010.0030.0010.0010.003

-0.0010.0010.0020.0050.001

-0.0010.0010.0010.001

-0.001-0.0010.0010.001

1.12.99.6

-0.2-0.2-0.2-0.2-0.2-0.2-0.2-0.2-0.2-0.2-0.2-0.2-0.2-0.2-0.2-0.2-0.2-0.2-0.2-0.2-0.2-0.2-0.2-0.2-0.2-0.2-0.2-0.216.3-0.2-0.24.3

-0.2-0.2-0.2-0.212.0

1.1-0.25.2

-0.21.4

-0.2-0.2-0.2-0.2

Tl0.190.070.210.110.050.090.080.100.170.150.150.400.160.390.320.260.200.090.050.030.030.030.040.040.080.060.030.030.160.140.120.130.040.090.090.170.190.130.170.210.230.150.110.170.120.110.060.040.070.07

23856rpt

Actlabs UHratrace 1 Job #: 23932Trace Element Values Are in Parts PerValues = 999999 are greater than wortSample ID:NP2-905NP2-906NP2-907NP2-908NP2-908 (PREP DUP)NP2-909NP2-910NP2-911NP2-912NP2-913NP2-914NP2-915NP2-916NP2-916RepNP2-917NP2-918NP2-918 (PULP DUP)NP2-919NP2-920NP2-921NP2-922NP2-923NP2-924NP2-925NP2-926NP2-927NP2-928NP2-929NP2-929 RepNP2-930NP2-931NP2-932NP2-933NP2-934NP2-935NP2-936NP2-937NP2-938NP2-939NP2-940NP2-941NP2-942NP2-943NP2-944NP2-945NP2-946NP2-947NP2-948NP2-948 (PULP DUP)NP2-948 (PULP DUP) Rep

Zr1.00.70.81.00.70.90.81.01.11.01.50.91.21.11.11.00.80.80.71.30.81.30.70.91.00.81.11.21.21.10.91.20.90.60.60.41.00.71.11 11.01.01.20.90.80.80.81.01.11.0

Nb-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.10.1m

-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1

Mo0.370.290.410.380.490.420.360.340.410.350.410.33OR9OR?0.390.360.360.390.360.440.461.120.340.200.150.290.320.380.390500.280400.490.420.780.220.520.250.400340370.400.430.570.600.580.531.391.371.40

Ag0.080.140.300.380.460.100.120.080.190.190.080.070.530.440.080.060.060.130.070.290.050.420.12

-0.05-0.050.540.160.240.240.230.861.001.701.091.470.320.600.551.110.701.511.000.320.741.170.740.660.660.660.62

Cd-0.1-0.10.20.20.2

-0.10.1

-0.10.10.1

-0.1-0.10?0?

-0.1-0.1-0.10.1

-0.10.1

-0.10.2

-0.1-0.1-0.10.30.10.10.1n?0.4ITi0.80.61.20.20.30.30.604OR0.50.20.40.50.4100.3030.3

In-0.02-0.02-0.020.02

-on?-0.02-0.02-0.02-0.02-0.02-0.02-0.020.020.02

-0.02-0.02-0.02-0.02-0.02-0.02-0.020.03

-0.02-0.02-0.02-0.02-0.02-0.02-0.02-0.020.020.030.040.030.04

-0.02-0.02-0.020.03

-no?nns0.02

-0.02-0.020.02

-0.02-on?-0.02-nn?-0.02

Sn-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-005-0.05-ons-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.050.74

-0.05-0.05-0.05-0.05-0.05-005-0.05-nos-0.05

Sb0.040.030.030.030.040.040.030.030.030.030.020.020.020.03

-0.020.020.030.06

-0.020.020.06

-0.02-0.020.02

-0.02-0.02-0.02-0.020.02

-0.020.030.020.02

-0.020.02

-0.020.020.030.020.020.030.030.020.020.020.020.03

-0.02-0.02-0.02

Te Cs0.05 1.70.12 1.60.20 1.20.48 1.10.43 1.00.10 2.00.08 1.50.11 2.00.18 2.00.16 2.10.05 1.80.06 1.80.67 1.20.70 1.10.06 1.20.06 1.00.04 0.90.11 0.60.07 1.60.35 1.60.05 1.40.95 1.60.13 1.30.03 0.40.04 0.41.08 0.60.28 1.80.57 1.00.56 0.90.32 0.91.34 1.01.50 0.91.56 0.70.51 0.70.77 0.70.18 0.70.28 0.80.26 0.50.54 0.70.28 0.90.47 1.10.45 1.10.18 1.10.39 0.80.26 0.80.18 0.80.18 0.80.24 0.80.22 0.80.23 0.8

Ba136125

81 R74761.6959107165160159144158

88.383.488.074.567.324.4127128115115111

34.024.042.4134

52.548.750.246.053.039.829.325.027.420.112.614.520.018.021.833.827.022.629.929.224.126.324.7

La7R6.05fi74fi?7?6Ren757.97.36.7R1777.96.96.45.86.68.27.18.36.65.64.96.38.17.57.3747.0R 38.46.96.55.96.65.16.3fiR505.36.85.45.06.15R5.7fin5.7

Ce17313.61311fi113R1RO15?1351R417.216.015.11RO1R917.315.414.512.915.018.015.818.014.212.611.313.417.316.015.815814.717617.514.914.013.113.810.912.813R10310.814.111.210.512.91?412.11?411.9

NdR46.5fi 379fi77R75fi 5798.38.27.48.98.48.87.87.26.37.49.08.28.96.96.45.66.78.37.67.57.77.18.28.57.36.76.47.05.16.3fi8495.16.75.65.26.2fi?6.1fi?6.0

Sm1 71.31 31fi1 31 fi1 51 41 71.71.81.61.91.81.81.61.51.41.61.91.81.91.51.41.31.51.81.61.61.71.41.81.81.51.51.51.41.11.41.51.01.01.41.21.11.31 31.31 41.3

Eu0.50.40.40.40.30.40.40.40.50.50.40.50.50.50.50.50.40.40.50.50.50.50.50.40.40.40.50.50.50.40.50.50.50.50.50.40.40.30.50.50.30.40.50.30.30.30.40.4040.4

Tb0.20.20.20.20.10.20.20.20.20.20.20.20.20.20.20.20.10.20.20.20.20.20.20.20.20.20.20.20.20.20.20.20.20.20.20.20.20.10.20.20.10.10.20.10.10.10.20.20.20.2

Yb040.4n4n4n?030404050.50.50.50.50.50.50.50.30.40.40.60.60.60.50.60.50.40.60.50.40.50.50.60.60.70.60.60.50.40.50.60.40.40.60.40.30.30.40.40.50.5

Lu-01-0.1-01-01-m-m-m-m-01-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1

Hf-m-0.1-01-01-01-01-01-m-m-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1-0.1

Ta-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05

W1 01.0i nn91 11 n0909090.90.90.91.01.00.90.91.00.90.81.00.80.90.80.90.80.90.80.81.00.81.00.90.90.70.80.80.80.91.00.91.11.00.91.01.01.11.00.91.00.9

Re0.003

-0.0010003

-000100020001noo2-nooi-nooi-0.0010.0020.0010.0100.0080.0020.001

-0.0010.0020.0010.0020.0010.0100.002

-0.001-0.0010.0060.0030.005

-0.0010.0010.0060.0110.0140.0080.0080.0010.0010.0020.0050.0020.0050.0040.0020.0030.0050.0010.0010.0040.0050.003

AuPPB-0.2-0.22.5

14.518.1-0.2-0.2-0.20.82.4

-0.2-0.27.29.9

-0.2-0.2-0.2-0.2-0.22.9

-0.27.71.9

-0.2-0.28.2

-0.21,69.7

-0.221.723.953.625.943.812.612.88.5

31.217.760.227.0

6.017.228.915.19.0

13.318.411.8

Tl0.130.120.110.130.120.110.120.140.150.140.100.110.180.170.080.070.070.060.110.180.080.250.09

-0.020.020.120.140.160.150.090.230.280.390.280.330.100.160.140.320.341.020.370.120.190.210.230.210.180.180.18

23856rpt

Actlabs Uttratrace 1 Job #: 23932Trace Element Values Are in Parts PerValues = 999999 are greater than wortSample ID:NP2-949NP2-950NP2-951NP2-952NP2-953NP2-954NP2-955NP2-956NP2-957NP2-958NP2-959NP2-960NP2-961NP2-962NP2-962 RepNP2-963NP2-964NP2-965NP2-966NP2-966 (PULP DUP)

Control Material GXR-6 Control Material GXR-2 Control Material GXR-1 Control Material GXR-4

Cert Data GXR-6 Cert Data GXR-2 Cert Data GXR-1 Cert Data GXR-4

Zr Nb1.1 -0.11.1 0.11.4 0.11.5 -0.13.5 0.15.2 0.23.1 0.21.1 -0.12.2 0.12.0 0.11.4 0.11.1 0.11.3 0.11.1 0.11.1 0.11.4 -0.11.4 -0.11.3 -0.10.7 -0.10.7 -0.1

5.9 -0.14.5 0.29.7 -0.17.2 0.3

Mo0610.53088n?q0.390.440470540.460840.430?703303904?0700941 1?0.500.49

1.440.4218.5333

Ag0.240.281.290.220.12

-0.05-0.05-0.05-0.051.701.870.611.500.780.771.461.611.411.291.25

0.2917.531.43.83

Cd010.2Ofi010.1

-0.1-01-m-0.1070.8o?Ofi0404071 n1 10.70.7

-0.14.02.7

-0.1

In-0.02-0.020.03

-0.020.030.04003

-00?0.030030.04

-0.020.030.020.020.050.030.030.030.03

0.060.040.790.22

Sn-005-0.05-005-005-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05

0.10-0.0511.32.40

Sb00?0.0200?00?0.040.030.02

-0.020.030.020.020.030.030.040.040.030.030.030.050.04

1.826.59101

3.32

Te0.110.100.500.090.060.03rt04

-00?0.040.440.490.160.420.470.571.350.480.500.410.45

0.050.0916.01.08

Cs070.908050.50.3041309080.91 ?1 00404OR05Ofi0.70.7

3.74.43.42.6

Ba29.825.4?3fi??731.239.33103fi8Sfifl45739.233.828.424.324.442.612.317.321.422.0

1150132040348.8

La716.96941

11.819.5?141?31?3738.0697fi6768Ifi74fi?6.36.2

11823.56.6

59.1

Ce15514.714410525.338.9471?45?4fi15116.314416?14414419715117812.812.5

31 745.912.3105

Nd787.37.14.9

12.419.620.217(1171737.97480747?

10173fi?6.26.0

10818.0

7.139.7

Sm161.51.51.23.04.34.1?5?8161.6151 71 71.62.21.61.31.31.2

??3.32.66.2

Eu0.40.40.40.20.71.00.90507040.505Ofi0.50.50.60.40.40.40.4

Ofi0.60.61.3

Tb0.20.20.20.20.50.60.503040?0.20?0?0.20.20.30.20.20.10.1

030.40.80.5

Yb0.50.50.50.41.62.01.2Ofi15Ofi0.605OR0.60.60.80.70.60.40.4

070.82.30.9

Lu-0.1-0.1-0.1-0.10.20.30.2

-010?

-01-0.1-01-01-0.1-0.10.1

-0.1-0.1-0.1-0.1

-01-0.10.30.1

Hf-0.1-0.1-0.1-0.1-0.10.20.1

-01-01-01-0.1-01-01-0.1-0.1-0.1-0.1-0.1-0.1-0.1

-01-0.10.20.2

Ta-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05-0.05

-0.05-0.05-0.05-0.05

W1.00.91.01.00.80.80.70908091.01 11 11.00.90.91.11.11.01.0

-0?-0.22119.3

Re0.001

-0.0010.006

-0.001-0.0010.0020.0020.001

-0.0010.0040.007n nn90.0120.0030.0050.0090.0070.0060.0070.005

-0.001-0.0010.0040.190

AuPPB2.1

12.328.6-0.2-0.2-0.2-0.2-0.2-0.238.348.7

Q f)

33.215.917.520.124.023.149.342.2

67.415.1

3470414

Tl0.080.090.290.100.050.040.040050.050?40.3501?0330.130.130.550.790.830.930.90

1.830.620.413.03

110 7.5 2.4 1.3 1 0.26 1.7 3.6 0.018 4.2 1,300 13.9 36269 11 2.1 17 4.1 0.252 1.7 49 0.69 5.2 2,240 25.6 51.4

38 0.8 18 31 3.3 0.77 54 122 13 3 750 7.5 17186 10 310 4 0.86 0.27 5.6 4.8 0.97 2.8 1,640 64.5 102

13 2.67 0.76 0.415 2.4 0.33 4.3 0.485 1.919 3.5 0.81 0.48 2.04 0.27 8.3 0.9 1.918 2.7 0.69 0.83 1.9 0.28 0.96 0.175 16445 6.6 1.63 0.36 1.6 0.17 6.3 0.79 30.8

95 2.236 1.03

3,300 0.39470 3.2

6 of 9

23856rpt

Actlabs Uftratrace 1 Job #: 23932Trace Element Values Are in Parts Per Values s 999999 are greater than wortSample ID: Pb Bi Th UNP2-859 31.1 0.41 0.9 0.3NP2-860 16.7 0.07 1.4 0.4NP2-861 24.8 0.37 1.3 0.3NP2-862 86.1 0.14 1.7 0.3NP2-863 14.0 0.05 1.2 0.2NP2-864 11.1 0.07 1.5 0.3NP2-865 19.6 0.08 2.6 0.4NP2-866 65.7 0.03 2.7 0.6NP2-867 14.3 -0.02 3.5 0.6NP2-868 5.66 -0.02 2.7 0.4NP2-868Rep 5.63 -0.02 2.9 0.4NP2-869 4.36 -0.02 2.8 0.4NP2-870 5.02 -0.02 3.2 0.5NP2-871 8.35 -0.02 3.0 0.5NP2-872 2.86 -0.02 3.0 0.4NP2-873 3.41 -0.02 3.3 0.5NP2-874 7.47 -0.02 4.2 0.8NP2-875 2.89 -0.02 3.7 0.8NP2-876 1.58 -0.02 2.0 0.4NP2-877 1.18 0.04 1.2 0.2NP2-878 4.45 0.11 1.4 0.2NP2-879 3.89 -0.02 1.0 0.2NP2-880 3.71 0.03 1.0 0.2NP2-881 3.42 0.04 0.7 0.1NP2-882 4.71 0.04 0.9 0.1NP2-883 2.19 0.03 1.3 0.2NP2-884 2.32 -0.02 1.0 0.2NP2-885 2.04 0.03 0.8 0.1NP2-886 1.75 0.05 1.2 0.3NP2-887 1.67 0.05 1.4 0.3NP2-888 1.34 0.04 1.2 0.3NP2-888 (PULP DUP) 1.11 0.05 1.3 0.3NP2-889 4.15 0.05 1.9 0.4NP2-890 3.01 0.04 2.0 0.4NP2-890Rep 3.36 0.03 1.9 0.4NP2-891 1.39 0.11 1.2 0.3NP2-892 1.44 0.07 1.4 0.3NP2-893 1.92 0.10 1.4 0.3NP2-894 1.54 0.19 1.6 0.3NP2-895 1.68 0.19 1.7 0.4NP2-896 2.01 0.90 1.7 0.4NP2-897 1.65 0.28 1.5 0.3NP2-898 1.70 0.04 1.5 0.3NP2-899 1.30 0.24 1.3 0.3NP2-900 1.07 0.09 1.6 0.3NP2-901 1.74 0.24 1.5 0.3NP2-902 1.77 0.06 1.2 0.2NP2-903 2.33 0.03 1.1 0.2NP2-904 2.42 0.02 1.3 0.3NP2-904Rep 2.36 -0.02 1.3 0.3

23856rpt

Actlabs UKratrace 1 Job #: 23932Trace Element Values Are in Parts Per Values s 999999 are greater than wortSample ID: Pb Bi Th UNP2-905 2.00 0.11 1.6 0.4NP2-906 1.83 0.21 1.2 0.3NP2-907 3.59 0.38 1.1 0.2NP2-908 2.09 8.19 1.5 0.3NP2-908 (PREP DUP) 1.82 7.94 1.4 0.3NP2-909 1.71 0.24 1.5 0.3NP2-910 2.56 0.14 1.3 0.3NP2-911 1.70 0.18 1.2 0.3NP2-912 2.13 0.28 1.5 0.3NP2-913 2.18 0.24 1.4 0.3NP2-914 2.41 0.10 1.3 0.3NP2-915 1.46 0.09 1.3 0.3NP2-916 2.07 1.05 1.6 0.4NP2-916Rep 1.93 1.09 1.4 0.3NP2-917 1.67 0.08 1.3 0.3NP2-918 1.50 0.10 1.0 0.2NP2-918(PULPDUP) 1.23 0.10 1.1 0.2NP2-919 2.46 0.16 1.0 0.2NP2-920 1.81 0.10 0.8 0.2NP2-921 1.98 0.40 1.7 0.3NP2-922 1.34 0.07 1.1 0.3NP2-923 2.79 1.03 1.7 0.3NP2-924 1.37 0.11 1.1 0.2NP2-925 1.00 -0.02 1.0 0.2NP2-926 0.86 -0.02 0.9 0.2NP2-927 1.18 1.07 1.1 0.2NP2-928 1.34 0.27 1.5 0.3NP2-929 2.85 0.65 1.4 0.3NP2-929Rep 2.79 0.72 1.4 0.3NP2-930 3.30 0.34 1.7 0.3NP2-931 2.07 1.71 1.1 0.2NP2-932 1.88 2.14 1.4 0.3NP2-933 1.95 2.86 1.2 0.2NP2-934 2.20 1.60 1.3 0.2NP2-935 29.0 3.08 1.1 0.2NP2-936 1.36 0.76 1.2 0.2NP2-937 1.88 1.16 1.3 0.2NP2-938 1.19 1.04 0.8 0.2NP2-939 1.99 2.02 1.2 0.2NP2-940 2.61 1.23 1.3 0.2NP2-941 3.02 2.32 1.0 0.2NP2-942 3.47 2.02 1.0 0.2NP2-943 11.8 0.67 1.5 0.3NP2-944 6.22 1.92 1.0 0.2NP2-945 1.57 1.82 1.0 0.2NP2-946 33.4 1.13 1.4 0.2NP2-947 47.1 1.04 1.0 0.2NP2-948 1.66 1.16 1.0 0.2NP2-948 (PULP DUP) 1.74 1.22 1.0 0.2NP2-948 (PULP DUP) Rep 1.65 1.08 0.9 0.2

23856rpt

Actlab* Ultratrace 1 Job#: 23932Trace Element Values Are in Parts PerValues ' 999999 are greater than workSample ID:NP2-949NP2-950NP2-951NP2-952NP2-953NP2-954NP2-955NP2-956NP2-957NP2-958NP2-959NP2-960NP2-961NP2-962NP2-962 RepNP2-963NP2-964NP2-965NP2-966NP2-966 (PULP DUP)

Control Material GXR-6Control Material GXR-2Control Material GXR-1Control Material GXR-4

Cert Data GXR-6Cert Data GXR-2Cert Data GXR-1Cert Data GXR-4

Pb1.441.573.134.4311.62.963.992.571.251.873.304.002.723.233.255.5916.419.23.713.81

93.0670761

45.1

101690730

52

Bi0.450.553.260.490.260.130.120.030.042.883.531.173.331.781.892.261.701.571.721.73

0.110.12119019.2

0.290.69

1,38019

Th1.31.21.40.83.14.34.12.42.11.71.71.31.51.31.41.51.81.51.01.1

3.63.61.9

18.3

5.38.8

2.4422.5

U0.30.30.30.20.60.80.70.40.40.30.30.30.40.30.30.30.30.30.40.4

0.81.5

35.15.1

1.542.9

34.96.2

9 of 9

Quafc

Invcics. NO. : 2?fi? :. Wor'% Orci e r: 1391-.' invoice. Date: .-"j-JAN-02 Date Sx.br. i 11 se: r: i-JAM-O 2 s'our Sfrfer^r.ce: Ac.20-r.t. J-:uK-.ber: GST * K 12:.^

LC HIKES EXPLORATION LTD 347 BAY ST., 3RD FLOOR 7GPONTO, CSTArllO M5H 2R; ATIK: PRANK 3MEEKK

Ne. Simaples

10710"?

107

De script i or.

1 RX2| 1C EXPL.1 'JLTRATRACEl

1 Ui

t

S1 5

n-L- Prlc*

5-5016-OC;.6.oo

Tota.

1 S 6'?'i s i7i;l C, ". ? "

.so. i'O

. . 00

: 5 411 .5(

C-S" ( T.Oi*. : 5 2 8 i. 37

AMOUNT D'JE : -?

Set 33 cays l i .''2 * par jr.onth charged on over-sue accounts.

AcnvATicm t*wM*ttMKS LTD1336 SANOMttU)(HVE. ANCASTER, ONTARIO, CANADA IdG 4VS Ta: 41.905 648 9611 OK +1.888.228.5227 h x: 4 L905.M8.%13

E-MAIL; ancastef®acttabs.a3m

Quality Ana/ysis... Innovative * echnoloqies

MACDONALD MINES EXPLORATION LTD347 BAY ST., 3RD FLOORTORONTO. ONTARIOM5H 2P7ATTN: FRANK SMEENK

Invoice No.: Work Order: Invoice Date: Date Submitted: Your Reference:

2315923246

oi-rov-oi04-OCT-01

SHIB: iAcccunt Number: 2840 GST # R121979355

No. samples

23 23 23

Description

RX2 1C-EXPL. ULTRATRACEl

Unit Price,--- ------ ---

$ 6,50 $ 16.00 S 16.00

| Total.4 - - - - - - - - - - 1 ;l 149.50

:; 368.00 l ;- 368.00

Subtotal 885.50

GST ( T.Qk)

AMOUNT DUE

61.99

947.49

Net 30 days l 1/2 \ per month charged on overdue accounts

1336___ __iWiflOKl**ORATOItltS LTD. ..'' •'.'-. "'•..•: .'..-

r, Ontario Canada L9G4VV ^*itiî8i\1.905:648.9611 or +1 888.228:522? MX 4l-90S;64a.9613 :itabs com-. .*CAMn-4Mivp wwwt* hftp-..Vviww.attiab''s.tonn .

Quality Analysis.. , In no votive . ''ethnologies

MACDONALD MINES EXPLORATION LTD347 BAY ST.. 3RD FLOORTORONTO, ONTARIOM3H 2R7ATTN: FRANK SMESNK

invoice No.: 23000Work Order: 23192Invoice Date: 05 -( CI-01Date Submitted: 27-':EP-OlYour Reference: SHIB ii fRGJAccount Number: 2840 GST tt R1219793SS

No. samples j

f i 7 i^ ;•7 :

RX2 IE PKG 1C-EXPL. 50% RUSH

Description

SURCHARGE

| Unit

: S 6. iS 8. ! S 16. 1 S 15.

Price

50 00 00 25

i it

ii

Total

Subtotal

4S. 5056.00

H2.00.106.75

320.25

GST ( 7. O*'i

AMOUNT DUE

2 2 . 4 2

342.67

Net 30 days l 1/2 % per month charged on overdue accounts.

ACttVAttOH iAeORAIOHlEi LTD.

C AI-A,^ 19G 4V5" o- •*".

ONTMIO MINISTRY OF NORTHERN DEVELOPMENT AND MINES

Work Report Summary

Transaction No:Recording Date:Approval Date:

Client(s):

112992

203573

Survey Type(s):

W0370.00513

2003-MAR-28

2003-JUL-07

Status: APPROVED

Work Done from: 2001 -SEP-22

to: 2001-DEC-09

BRUNNE, DAN ALBERT

TURCOTT, MITCHELL BERNARD

ASSAY

Work Report Details:Perform

Claim* Perform ApproveS 1118378

S 1237525

56,298 86,298

80 50

56,298 56,298

Applied

5056,298

56,298

Applied Approve

So56,298

56,298

Assign

56,298

SO

86,298

Assign Approve

6,298

0

56,298

Reserve Reserve Approve Due Date

80 50 2006-AUG-21

80 SO 2004-JAN-25

50 SO

External Credits:

Reserve:

SO

SO Reserve of Work Reports: W0370.00513

50 Total Remaining

Status of claim is based on information currently on record.


2003-Jul-10 15:11 ArmstrongjJ Page l of 1

Ministry ofNorthern Developmentand Mines

Date: 2003-JUL-07

Ministere du Developpement du Word et des Mines Ontario

GEOSCIENCE ASSESSMENT OFFICE 933 RAMSEY LAKE ROAD, 6th FLOOR SUDBURY, ONTARIO P3E 6B5

DAN ALBERTBRUNNE P.O. BOX 3577 NORTH CHANNEL DRIVE WHITEFISH FALLS, ONTARIO POP 2HO CANADA

Tel: (888) 415-9845 Fax:(877)670-1555

Dear Sir or Madam

Submission Number: 2.25287 Transaction Number(s): W0370.00513

Subject: Approval of Assessment Work

We have approved your Assessment Work Submission with the above noted Transaction Number(s). The attached Work Report Summary indicates the results of the approval.

At the discretion of the Ministry, the assessment work performed on the mining lands noted in this work report may be subject to inspection and/or investigation at any time.

The revisions outlined in the Notice dated June 10, 2003 have been corrected. Accordingly, assessment workcredit has been approved as outlined on the AMENDED Declaration of Assessment Work Form that accompanied thissubmission.

If you have any question regarding this correspondence, please contact STEVEN BENETEAU by email at [email protected] or by phone at (705) 670-5855.

Yours Sincerely,

Ron GashinskiSenior Manager, Mining Lands Section

Cc: Resident Geologist

Dan Albert Brunne {Claim Holder)

Mitchell Bernard Turcott (Claim Holder)

Assessment File Library

Dan Albert Brunne {Assessment Office)

Visit our website at http://www.gov.on.ca/MNDM/LANDS/mlsmnpge.htm Correspondence 10:18469


Thlt map nny not thow unngMwM land Mnun md MCTMM m lind InchKttng owltln pttwiti, IMJM, MlwuxiU. rtflW of wlyt,

ThM* witWnj lo Mik* mining dolmi *ouW contuK *Wi m* PreMndal Mining RMmUrf Oflle* of Ih. Mtnttry of Nwthwn cxrvôprntnt and Minw for tdnnional Q*n*ml Information and Llmltatlontln(ormitlorionm*BllulofUnlindt*ownh*™on. TW.mlip ltnotlnt*rid*d forrii^monal, .urniy, of lindSO. dWwmlnrtton purport ..th*lnrormB(Jon Centltt Intom.lloo- ToHFrW M*p [Mtun' NAD (9*ovmonlhlimtpltcompHtdtomvKlouitouroOT. Comp(tliriw..ndiccu™cyir*notaAJinntwd. AddlUoo.llnfomrton mty 41 tub* obttlntd through trw Provlndil Minlno nwonjwi' Ofllo T^: 1 (8M) 41S-8845 .xt S7tt)i*dion: UTM (6 ctaows) lloodlnartBhtmcKiCOT.orolh*-fonTHortllipoiitlon ofrlohutndtool Ltnd TitH* or R***y Ofrlc*. of Hw MMitry of NMural RMMIMK ViflM Oww MW*r Owtr* 933 Rmoy Lrt. Row) Pwc 1(4?l) 470-1444 Toooom&hle DM* SoufMt L.nd Information Online. If**** *om Ih* Crown. Alto mum Iwid Imm wu) tand UM*

Sudbury ON P3E 885 Minlno Lurtd Twur. SwJre.: Proy(na*l Mining Rxjort.n' Ofllc. Th. InfbrrMllon *own It d*rlv*d (tom iXglUI du* nvuHibK In tht Provlnd.l Mining Rwwdnti' Offlot M (rt. Urn* of do*nlo.dln9 Mm Hw MMWy of Nuttwrn Horn* Pug*; wwwjBndm,jov.on.oMi*NDIyW4INiS^KM)8*nlimBpg*.Mm

CANADA nwvmwiu. •win*Mining Land Tenure

Map

Oltt/fllMWlffU*: FriJum 18:08:32EOT2003

TOWNSHIP l AREA PUN SHIBANANING G-2889

ADMINISTRATIVE DISTRICTS l DIVISIONSMining Dhrtston SudburyLand TlttoiyRaglMry Division SUDBURYMinistry Of Natural RaiourcM District SUDBURY

TOPOQRAPHIC

jl MmMm

UmlTonwt

f-JI turbo. And MWng Wgl*.

C W. WU Mi

NNmy

*m...M f*"

OWK In Council (Not opmfccllrtno)

j;., ;;i*ww*,.,,

f'Viji4*i*

LAND TENURE WITHDRAWALS

j 1J34 l ArMjWltHXBnllromrJ*foM

VWIt fcrtof*mwi*i(** -*-^r^

IMPORTANT NOTICE

MIM (IMMI

LAND f INURE WITHDRAWAL DESCRIPTIONS(MnHftor Typ. Mt OneriplKn

W-lL-C2lWe Wtm W-IL-C22MI* Wmw-iL-ms/ai WnnW-IL-P228 WMH W4l.-P1*2m WOK W.4/82 Wt

Nov!1,IOOO FIMOwikOMPInlConHintHlonKMXV*MiylJ. 1898 Ste. M W-U-CZtMC ONT 1I/0&DS M * SMiy 12, mi tec. SS W-LL-Caal/M ONT 1*0*9* M*8- Node*, (hit wJui2i,20oi sic. SSW-LL-PZIS/M OUT JULY 21/01 M+SAU828.200J o HrM-* hMly1T,1Ht SEC 35 W-LL-PU2^9 ONT M*Y 17/99 M*S (200 m FROM WATER:JUI14.1962 SEC.MV60W.4(82 14/07/82 S.R.O, 137039

2.25287 ASSAYS

Date post:	13-Aug-2020
Category:	Documents
Upload:	others
View:	3 times
Download:	0 times

RPT ON STRIPPING & SAMPLING NP2 AREA SHIB II PROJECT€¦ · Shib !l Project Property Geology...

Documents