COMINCO LTD. EXPLORATION NTS: 921/9W January 19, 1981

COMINCO LTD.

EXPLORATION NTS: 921/9W

WESTERN DISTRICT January 19, 1981

ASSESSMENT REPORT

PERCUSSION DRILLING

AJAX-MONTE CARL0 PROPERTY

JACK0 LAKE AREA - KNUTSFORD

KAMLOOPS, M.D. , B . C .

LONGITUDE: 120°22' LATITUDE: 50'28"

DRILLING PERFORMED AUGUST 23 - NOVEMBER 20, 1980 on

Mineral Cldicts Dave 1C Fr, Don 5 Fr, Don 7 and 8, Clover 1 and 2 Jacko 4, 6 Fr, and 8 Fr, Crown Grants 1496, 3016,4716 and 4717

MINERAL RESOURCES BRANCH

ASSESSMENT REPORT

TABLE OF CONTENTS

Page INTRODUCTION . . . . . . . . . . . . . . . . . . . . . . . . . 1

GENERAL GEOLOGY . . . . . . . . . . . . . . . . . . . . . . . 1

PERCUSSION DRILLING . . . . . . . . . . . . . . . . . . . . . 1

ROCK DESCRIPTION . . . . . . . . . . . . . . . . . . . . . . . 2

CONCLUSIONS . . . . . . . . . . . . . . . . . . . . . . . . . 17

ATTACHMENTS

Statement of Qualifications

Statement of Expenditures

Location Map

Assay Sheets

Percussion Drilling Plan

COMINCO LTD.

EXPLORATION NTS: 921/9W

WESTERN DISTRICT January 19, 1981

ASSESSMENT REPORT


INTRODUCTION , -

The Ajax property i s an a lka l ine porphyry copper rospect located i n the Jacko Lake area approximately 6 miles . d o 7 : a m l o o p s . Work on the property dates back t o the early 1900’s when the original Crown Grants were located. and geophysical surveys have been completed on the property. Diamond d r i l l i n g and percussion d r i l l i n g completed on the property to date have outlined two centers o f mineralization. d r i l l i n g completed dur ing the period August 23 to November 20, 1980 was a continuation of the d r i l l i n g on these mineralized centers.

Since t h a t time a number of geological, geochemical

The 1980 percussion

GENERAL GEOLOGY

The Ajax property i s located along the southeastern margin of the Iron Mask Batholith, a m u l t i - u n i t intrusion of Triassic age tha t i s both i n t r u d e d in to and coeval w i t h similar age Nicola Volcanic rocks. Underlying the central portion of the property a re the Sugarloaf U n i t and P ic r i t e U n i t . The southern edge of the property is underlain by Nicola volcanic rocks and the northern edge of the property i s underlain by the Hybrid Uni t .

PERCUSSION DRILLING

During the period Augus t 23-November 20, 1980, f i f ty-nine ver t ical percussion dr i l l holes to t a l 1 i ng 5008 meters (1 6430 feet) were d r i 11 ed on the S u l t a n , Monte Carlo, Grass Roots and Forlorn Crown Grants and Dave 1C Fr, Don 5 Fr, Don 7 and 8, Clover 1 and 2 and Jacko 4,6 Fr and 8 Fr. intervals . f locculating agent added t o sett le out the f ines and the f r e e water decanted. The remaining material was then transferred t o a f i l t e r bag

p l a s t i c bag and shipped t o Cominco’s laboratory i n Vancouver where these samples were analysed f o r copper using standard A.A. techniques. A portion o f the sample was retained for visual examination.

Percussion cuttings were sampled a t conventional ten foot ( 3 meter) Samples were collected i n p las t ic refuse containers, a

* where as much o f the water as possible was removed and then placed i n a

2.

ROCK DESCRIPTION

PH WT80-15 Length 300' (91 m )

Interval U n i t

0-12' Overburden

12'-120' Picr i t e

120'-150' A1 b i tfzed Rock

150' -300' P i c r i t e

Note

Very f ine gra ined dark basal t ic rock containing 1-5% Pyrite w i t h minor epidote and secondary k-feldspar. moderate malachite 12-20 f t .

Leucocrat i c fe l dspat h i c rock , contai n i ng 1-2% pyri te and moderate carbonate material.

Balsalt ic rock containing minor epidote and secondary k-feldspar, 1-5% Pyrite. Weakly a1 bitized sections present.

PH WT80-16 Length 300' (91 m )

Interval U n i t Note

0'14' Overburden

14'-30' Sugar1 oaf Very-fine grained t o medium grained d i o r i t i c intrusive containing 1% pyrite, 1-5% magnetite, minor t o moderate amounts of epidote and secondary k-feldspar. Strongly a1 b i t ized sections 160-170' and 190'-200'. Trace chalcopyrite 140'-200'.

PH WT80- 1 7 Leng th 300' (91 m )

Note - I n terval U n i t

0-1 1 ' Overburden

11 '-200' Sugarloaf Very fine-grained t o medium-grained d i o r i t i c

Weak t o moderate a1 bit ization intrusive containing t race to 5% pyrite and 3% magnetite. occurs throughout the hole.

3.

PH WT80-18 Length 300' (91 m )

Interval ' U n i t

0-11 ' Overburden

Note -

11 '-200' Sugarl oaf Medi um-gra i ned d i ori t i c i n trus i ve containing weak t o minor secondary k-feldspar, 2% magnetite and minor pyri te . Weakly a1 b i t ized sections present throughout the hole. Chalco- pyr i te (0.7%) a t 100'-160'.

PH WT80-19 Length 300' (91 m )


0-25 ' Overburden

25'-300' Sugarl oaf Medium-grained d i o r i t i c in t rus ive contain- i n g t r ace t o minor amounts of secondary k-feldspar 1% pyrite. Moderate a l b i t i izat ion throughout the hole. Chalcopyrite (0.3-1 .O%) a t 140'-210'.

PH WT80-20 Length 300' (91 m )

Interval Unit Note

0-25' Overburden

7 ' -300' Sugarl oaf Medium-grained d i o r i t i c in t rus ive containing 1-2% magnetite, %-2% pyr i te , minor secondary k-feldspar and weak t o minor epidote. present throughout the hole.

Weak t o moderate a1 b i t iza t ion

.

4.

PH WT80-21 Length 300' (91 m)


0-6 ' Overburden

6'- 300' Sugarl oaf Medium-grained d i o r i t i c intrusive containing weak t o moderate secondary k-fel dspar , 1-5% magnetite, +-1% pyr i te and moderate epidote. izat ion throughout most of the hole. Traces of chalcopyrite 80' -300' .

Moderate a1 b i t -

PH WT80-22 Leng th 300' (91 m )


0-7 ' Overburden

7'-200' Sugarl oaf Medium-grained d i o r i t i c in t rus ive contain- i n g weak t o moderate secondary k-feldspar, t race epidote, 1-2% magnetite and %-2% pyri te . Weak t o moderate a l b i t i z a t i o n throughout the hole. Monzonitic intrusive 100' -300' .

PH WT80-23 Length 300' (91 m )

Note - Interval U n i t

0-29' Overburden

29'-200' Sugarl oaf Medium-grained d i o r i t i c intrusive containing weak secondary k-feldspar t r ace epidote, 1-2% magnetite, %-2% pyr i t e and weak a l b i t i z a t i o n 190'-300'. Trace chalcopyrite 29'-70'.

PH WT80-25 Length 300' (91 m)


0-69' Overburden

69' -200' Hybrid Medium-grained d io r i t i c intrusive contain- i n g 3% magnetite, t r ace py r i t e , t r ace secondary k-feldspar, trace epidote, and t r ace of 1% chalcopyrite.

5.

PH WT80-26 Length 300' (91 m )

Interval U n i t

0-69' Overburden

69'-300' Hybrid

Note

Medium-grained d i o r i t i c intrusive contain- i n g 1-4% magnetite, t r ace pyr i te , t race epidote and secondary k-feldspar and weak a lb i t i za t ion . %-l% chalcopyrite 69'-190'.

PH WT80-40 Length 300' (91 m )

Interval U n i t Note - 0'-69' Overburden

69'-300' Hybrid Medium-grained d ior i t ic intrusive containing 1-4% magnetite, t r a c e pyr i te , t race epidote and secondary k-feldspar and weak a lb i t i za t ion . k-1% chalcopyrite 69'-190'.

PH WT80-41 L e n g t h 300' (91 m )


0 ' -8' Overburden

8'-300' Sugarl oaf Medium-grained d i o r i t i c intrusive contain- i n g 3% magnetite and t r ace pyri te .

30"-120' A1 b i t i t e Leucocrati c , fel dspathi c rock contai n i ng m i nor pyri t e and c ha1 copyri te.

120 ' -300 ' Sugarl oaf Med i um-gra i ned d i o r i t i c i n tru s i ve con t a i n- i n g %-2% pyr i te , t r ace of 2% magnetite, and weak t o moderate a1 b i t i za t ion .

6.

PH WT80-42B Length 300' (91 m)

Interval Unit Note

0-300' Sugarl oaf Dioritic intrusive that is very strongly albitized over most of the hole. Contains +-7% pyrite and trace k-feldspar, +-1% chalcopyrite 0-90'.

PH WT80-43 Length 300' (91 m)

In terva 1 Unit - Note

0-7 ' Overburden

7'-300' Sugarl oaf Medi um-grai ned di ori tic i ntrusi ve contai n- ing less than 1% pyrite, 1-5% magnetite (220'-300') and a-2% chalcopyrite. Moder- ate to very strong a1 bi tization throughout to very strong albitization throughout the hole.

PH WT80-46 Length 300' (91 m)

I n terval Unit Note

0-40 ' Overburden

40'-80' Picrite Basaltic rock containing serpentine pheno- Contains 5% magnetite.

80'-110' Sugarl oaf Dioritic intrusive containing 5-7% magnetite.

crysts after olivine.

11 0' -240' Pi cri te Basalt containing abundant serpentine and 5% magnetite.

240' -300' Sugarl oaf Dioritic intrusive containing 3-4% magnetite trace chalcopyrite and minor epidote and k-feldspar.

PH WT80-47 Length 100' (30.5 m)

In terva 1 Unit Note

0-1 00' Overburden Hol e stopped in overburden.

7.

PH WT80-60 Length 300' (91 m )

Interval Note - U n i t

0-300' Hybrid Diorit ic intrusive containing weak epidote, t race secondary k-feldspar, 1% pyrite, 1% magnetite and %-l% chalcopyrite. Moderate t o strong a l b i t i z a t i o n th roughou t the hole.

PH WT80-61 Length 220' (67 m )


0-5 ' Overburden

5 ' -1 30' Hybrid Diorit ic intrusive containing 7 4 % pyrite, 3-8% magnetite, weak epidote and t race secondary k-feldspar. Chalco- pyrite 1/3-1%. Strongly albit ized.

130' -220 I Sugarl oaf Diorit ic intrusive containing 1-3% magnetite, 1 4 % pyri te , minor chalcopyrite and strong a lb i t iza t ion .

PH WT80-67 Length 100' (30.5 m )


9-100' Overburden Hol e stopped i n overburden.

PH WT80-69 Length 300' (91 m )

Interval U n i t Note - 0'-39' Overburden

39'-80' Sugarl oaf Diorit ic intrusive containing minor chalcopyrite, minor pyri te , 2-3% magnetite, moder- a t e epidote and t race secondary k-feldspar. Moderately a1 b i t ized.

Basalt containing t race pyrite, 8-10% magnet- i t e and t race chalcopyrite.

80' -1 80 I P i c r i t e

8.

180' -300' Sugarl oaf Diorit ic intrusive containing %-1% chalcopyrite, 1-20% pyri te , 1-7% magnetite and moderate epidote. Moderate t o strong a1 b i t izat ion.

PH WT80-70 Length 300' (91 m )


0-68 ' 68'-110'

11 0' -300'

Overburden Picri t e Basaltic rock containing traces

chalcopyrite and pyri te and 10-7 5% magnetite.

Sugarl oaf Diorit ic intrusive containing t race chalcopyrite and pyri te , 1-3% magnetite and weak epidote. Moderately a1 b i t i z e d .

PH WT80-71 Length 250' (76.2 m )

Interval

0-45 ' 45'-60' 60' -250'

U n i t Note

Overburden Picri t e Basalt Sugarl oaf Very fine-grained d i o r i t i c intrusive

containing t race chalcopyrite and pyri te , 5-15% magnetite and minor epidote. Weakly a1 bitized sections present.

PH WT80-72 Length 300' (91 m )

Note - I nterva 1 U n i t

0-25' 25'-300'

Overburden Sugarl oaf Veryfine-grained t o medium-grained

d i o r i t i c intrusive containing 1-5% magnetite, $-3% pyri te and weak t o moderate epidote. Chalcopyrite (%-l%) a t 210'-300'. Albitization of varying in tens i ty throughout the hole.

9.

PH WT80-75 Length 100' (30.5 m )


0-100' Overburden Hole stopped i n overburden.

PH WT80-76 Leng th 300' (9. m )

In terva 1 U n i t Note

0-68' Overburden

68 ' -300' Sugarl oaf Very fine-grained t o medium-grained d io r i t e containing t race chalcopyrite, minor pyri te , weak magnetite, moderate epidote and t race k-feldspar. Moderately a1 b i tized.

PH WT80-80 Length 300' (91 m )


0-300 ' Sugarl oaf Diorit ic intrusive containing +-l% pyrite, 1-5% magnetite, minor chalcopyrite, moder- a t e epidote and t race k-feldspar. Weak to moderate a lb i t iza t ion throughout the hole.

PH WT80-82 Length 300' (91 in)

Interval U n i t

0-10' Overburden

Note

10' -300' Sugarl oaf Diorit ic intrusive containing weak chalcopyrite k-1% pyri te , t race magnetite and weak to moderate epidote. t o strong a lb i t iza t ion throughout the hole.

Moderate

190' -300' A1 b i t i t e Leucocratic feldspathic rock composed largely o f a1 bi t e w i t h moderate carbonate material.

10.

PH WT80-84 Length 300' )91 m )

Interval U n i t Note - 0-300 ' Sugarl oaf Diorit ic intrusive containing trace t o

weak chalcopyrite, weak pyri te , 3-10% magnetite, weak t o moderate epidote and trace k-fel dspar. Moderately a1 b i t i zed throughout most o f the hole.

PH WT80-85 Length 300' (91 m )

Interval U n i t

0-5 Overburden

Note -

5' -300' Sugarl oad Very f i ne-grained t o medium-grai ned dior i t i c intrusive containing sections of weak chalcopyrite, and pyrite, 3-10% magnetite, and weak epidote. strongly albi t ized rock.

Sections of moderate to

PH WT80-95 Length 300' (91 m )


0-26 Overburden

26' -300' Nicola Fine-grained volcanic rock containing weak pyrite.

PH WT80-96 Length 300' (91 m )

Interval

0-70'

U n i t - Note

Sugarl oaf (A1 bi t i t e )

A1 b i t i zed rock containing traces of chal co- pyrite and pyrite.

70'-300' Sugarl oaf Diorit ic intrusive containing 1-3% magnetite, minor pyri te and chalcopyrite, moderate epidote and t race k-feldspar. Moderately t o strongly albi t ized.

11.

PH WT80-97 Length 300' (91 m )


0-28 I Overburden

28' -300 ' Hybrid Diorit ic intrusive containing 1-10% magnetite, trace chalcopyrite and coarse grained b io t i te . Minor secondary ch lor i te a1 so present.

PH WT80-98 Length 300' (91 m )


0-1 2 ' Overburden

12'-190' Hybrid Diorit ic intrusive containing 5-10% magnet- i t e , trace chalcopyrite and t race epidote.

190 '-300' Sugar1 oaf Diorit ic intrusive containing minor magnetite, trace chalcopyrite, minor epidote and, t race k-feldspar. throughout the section.

Moderate t o strong a1 b i t 'ization

PH WT80-99 Length 300'

Interval

0-5 '

5'-70'

70'-180

180'-240'

240' -300'

U n i t Note

Overburden

A1 b i t i t e Leucocrati c , fe l dspathi c rock.

Hybrid Diorit ic intrusive containing 1-5% magnetite, 4-1% pyrite, minor chalcopyrite and minor epidote. Weak t o moderately albi t ized.

A1 b i t i t e

Hybrid Dioritic intrusive containing &-4% chalco- pyri te , t,-l% pyri te and weak magnetite.

12.

PH WT80-103 Length 300' (91 m )

Interval I -

8'-300'

U n i t Overburden Hybrid

Note - Diori t ic intrusive containing biot i te , 2-5% magnetite, trace chalcopyrite and pyri te and minor epidote. Weak t o moderate a1 bit ization throughout the hole.

PH WT80-104 Length 300' (91 m )

Interval

0-18' 18' -300'

Note U n i t - Overburden Hybrid Diori t ic intrusive containing biot i te ,

5-15% magnetite, trace pyrite and minor epidote. Weak albi t izat ion throughout the hole.

PH WT80-105 Length 300' (91 m )

Interval

0-6 ' 6'-300'

U n i t

Overburden Hybrid

Note

Diorit ic intrusive containing 5 1 5 % magnetite, trace pyrite,minor epidote and minor secondary k-feldspar.

PH WT80-106 Length 300' (91 m )

I n terva 1

0-6 ' 6' -300'

U n i t Note

Overburden Hybrid Diori t ic intrusive containing 5-15%

magnetite, minor pyrite, minor epidote and t race secondary k-feldspar. Weak a lb i t iza t ion throughout the hole.

13.

PH WT80-107 Length

Interval

0-34' 34'-300'

300' (91 rn)

Unit Note

Overburden Hybrid Dioritic intrusive containing biotite,

5-15% magnetite, and minor epidote.

PH WT80- 1 1 2 Length 300' (91 m)

Interval Unit Note

0-1 0' Overburden 10' -300' Hybrid Dioritic intrusive containing biotite,

10% magnetite and minor epidote. Weak albitization throughout the hole.

PH WT80- 1 1 4 Length 210' (64 m)

I n t erva 1

0-85 '. 85'-210'

Unit

Overburden Hybrid

Note

Dioritic intrusive containing 1-3% magnetite, minor epidote and which is moderately to strongly albitized. Chalcopyrite ( 1-3%) at 190-21 0'.

PH WT80- 1 1 5 Length 300' (91 m)

Interval

0-14' 1 4 ' -300'

Unit Note

Overburden Hybrid Weakly albitized dioritic intrusive

containing 5-10% magnetite.

PH WT80-117 Length 300' (91 m)

Interval

0-15' 15'-300'

Unit

Overburden Sugar1 oaf

Note

Very fine-grained to medium-grained dioritic intrusive containing 1-5% magnetite, minor pyrite k-1% chalcopyrite.

14.

PH WT80-118 Leng th 300' (91 m )

Interval

0-4 ' 4'-300'

U n i t Note

Overburden Sugarl oaf Neak t o moderately a1 b i t ized d ior i t i c

intrusive containing 1-5% magnetite, minor pyr i te , t r ace chalcopyrite and t r ace epidote. .I

PH WT80- 1 1 9 Length 70' (21 m)


0-70' Overburden Hole stopped i n overburden.

PH WT80-120 Length 300' (91 m)

Interval

0-18' 1 8 ' -300 '

U n i t Note

Overburden Sugarl oaf Weakly a lb i t i zed d i o r i t i c intrusive

containing 1-5% magnetite, $-2% pyr i t e and weak chalcopyrite.

PH WT80-121 Length 300' (91 m )

Interval

0-27 ' 27' -300'

U n i t Note

Overburden Sugarl oaf Dior i t ic intrusive containing 2-5%

magneti t e 1-5% pyri te . Weakly a1 b i t i zed section 170' -300' .

PH WT80-122 Length 300' (91 m )

Interval

0-105' 1 05 ' -300 '

Note - U n i t

Overburden Sugarl oaf Dior i t ic intrusive containing 1-3%

magnetite.

15.

PH WT80-128 Length 300' (91 m )

Interval I n i t Note - 0-29 @ Overburden 29'-300' Sugarl oaf Weak t o moderately a1 b i t i zed d i o r i t i c

intrusive containing 1-3% magnetite, minor pyri te , %-3% chalcopyrite and t race secondary k-feldspar.

PH WT80-129 Length 300' (91 m )

Interval

0-35 @

35 ' -200 '

200' -300'

U n i t Note

Overburden P i cri t e

Sugarl oaf

Weakly a lb i t ized basal t ic ,rock contain- i n g 2-10% magnetite and t race chalcopyrite. Weak to moderately a1 bi t ized d i o r i t i c intrusive containing +2% chalcopyrite and t race secondary k-feldspar.

PH WT80- 1 30 Length 300' (91 m )


0-66 ' 66'-300'

Overburden P i c r i t e Weakly a l b i t i t e d basal t ic intrusive

containing 1-5% magnetite and very m i nor chal copyri t e .

PH WT80-13 1 Length 300' (91 m )

I n terva 1 U n i t Note

0-54' 54 ' -300 I

Overburden Sugarl oaf Diori t ic intrusive containing k-3%

magnetite, weak pyrite, and k-1% chalcopyrite.

16.

PH WT80-132 Length 120' (36.6 m )


0-1 20' Overburden Hole stopped i n overburden.

PH WT80-141 Length 300' (91 m )


0-48 ' 48 ' -1 20 '

120' -300'

Over burden Nicola Green colored basal t i c rock containing

5% magnetite. Weakly a1 b i t i zed .

Sugarl oaf Weakly a1 b i t i z e d dior i t i c intrusive containing 2-3% magnetite and very minor chalcopyrite.

PH WT80- 1 42 Length 260' (79 m )

Interval

0- 94 ' 94' -1 80 '

180'-260'

Note - U n i t

Overburden Sugarl oaf

Picri t e

Diorit ic intrusive containing 3-5% magnetite. Basaltic rock containing 2-5% magnatite.

PH WT80-759 Leng th 300' (91 m )

I n t erva 1

0-34 ' 34 ' -300 '

U n i t Note

Overburden Sugarl oaf Weak to strongly albi t ized d i o r i t i c

intrusive containing 1-5% magnetite. 1% pyri te , $-1% chalcopyrite, moderate epidote and t race secondary k-feldspar.

PH WT80-174 Length 300' (91 m )

Interval

0-46 ' 46' -300'

U n i t Note

Over burden Hybrid Diori t ic intrusive containing 1-5%

magnetite, t race chalcopyrite, magnet- i t e , very minor epidote and weakly albi t ized sections.

- I'

17.

CONCLUSIONS

The 1980 percussion drill ing on the Ajax-Monte Carlo property encountered sections of mineralization containing interesting copper grades. Further drilling is required to better define this mineralization.

Report by: Stephen B. Butrenchuk Geologist, Exploration Western District

Endorsed by: r. L. Wvnne Senior' Geologist Western District

Expl ordti on Western District

SBB/mh

Attach ments

Location Map Percussion Drilling Plan Statement of Qualifications Statement of Expenditures Assay Sheets

Di s tri but i on

Mining Recorder Western District FLW

STATEMENT OF QUALIFICATIONS


I , Stephen B. Butrenchuk, w i t h business address a t 700-409 Granville S t ree t , Vancouver, British Columbia, V6C 1T2, do hereby ce r t i fy that I have supervised the percussion d r i l l i n g program on the Ajax-Monte Carlo property.

I a lso c e r t i f y tha t :

1. I am a graduate of the University of Manitoba w i t h a B.Sc degree i n 1966 and an M.Sc. degree i n Geology 1970.

2. I have been involved i n exploration work for Cominco Ltd. since 1970.

3. I have been involved w i t h the exploration work on the Ajax-Monte Carlo property d u r i n g the period January 1 , 1980 t o the present.

Respectfully submi t ted : s& Stephen B. Butrenchuk, B.Sc.,M.Sc. Geol ogi s t , Western D i s t r i c t .

19 Januarv 1981

STATEMENT OF EXPENDITURES

Percussion Drilling . 16,430 feet 8 $5.43/foot . . . . . . $ 89,215

. . . . . . . . . . . . Water Hauling - 197 hrs (3 $30/hr. 5,900

Salaries: S. B. Butrenchuk 59 days @ $120/day . . . . . 7,080 . . . . . . . . . . Sampler. 59 days @ $ 60/day 3,540

$ 105,735

..

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I4TI30-15 YO-1.00 ).1103 - 15 10 0" 1 10 I.IT 110- 1 5 1 1 0 -1 20 I1 TO 0 - 1 5 1 20- 13 0 lJT130- 1 5 1313- 1 4 0

1 O? 70 I3 4

251 761

NT80-15 160-170 IJTI30-15 1.70-100 C41GO-15 160-190

170 302 140

14 T f30- 1 5 2 10-22 0 164 IITeO-15 220~-230 160 I-ITBO-15 239-240 120 i11'00-15 240-2?59 124 I4 T 13 0 .- 1 5 L't; 0- 2 6 0 150

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HTI3O-16 160-170 29 1.0 0 . 2 9 i UTGO-16 170-180 367 0.04

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I HTI3O-16 203-21.0 380 ' Wl(30-16 210-220 1137 1 UTUO-l6 220-230 230

WTQO-16 230-240 184 I-ITIIO-16 240-250 245

h l e i 1 ~ ~ 1 3 0 - 1 . ~ 260-270 612 W TGO - 16 270 -280 317

-- .- - - - - . . - -----.__ ---- --__ __ .-.______ -

----W T 8 ().-.1-,3--3 0 4 6 0- .

WTHO-J.b 2130-270 3I3R c UTt30-16 290-300 '7.67

I.ITf3O-17 1.1. - 20 2 1.7

I

3 3

t IJTfIO.-17 1.90-200 227 ' UTOO-17 200-210 200 .. I NTf3O-17 210-220 31.6 r - ~ T ~ 0 - = 1 - ~ 2 0 = ~ - ~ o-----------~ "8 -- --I_ ------.---.--__-I-- -___ 1 IJ1R0-17 230-240 171-3 . WT80-17 240-250 . 294 ! WT13O-17 250-260 1.4 I3 ; HTCO-17 260-270 3270 0.35 I WTI3O-1.7 270-2130 3.323 0.14 H T 0 u ; r / T G O-LTO s 0 7--- -- 2 IJTf30-17 290-300 4 (?El ' HTf30-10 11-20 657 1 J.ITHO-il3 20-3b 1039 0.12 ' c11'00-10 30-40 1590 0.10 1 IJTI3O-lU 40-50 Y 4 1 0.1.1 - w-1'0 0 -1- 8-50 -d-0 7 5 4 V ~ 0 9 ' WT130-1H 60-70 279

& .I

-

; HTBO-1R 70-BO 4120 0.40 'r WT 13 0 - 1. D I30 --(I 0 1 1 2 h 0 . 1 2

; NT00-10 90-100 1047 0 . 1 1 1 I4T00-1.8 100-110 2700 0.22 '-H T 6 0=1-Cl-l-O=120 --a 2-6 G. t)G : WT80-1B l20-130 5390 0 . 5 6 ' tll80-18 130-140 2660 0.27 * I.ITI3O-113 1.40-150 1.327 0.1.5

L I T G O - 1 0 150-160 a49 0 . 0 9 IJT 00 - 1 I3 160- 1 70 6713

6-- I4 1 13 0 -1 G I = ] 0-1 0 0 -362 IJT 13 0-1 U 1 B 0 - 1 Y O 353 t.ITO0-18 15'0-200 160 NTl30-113 200-2 1.0 .- 31 . * '5 I ITCIO-lR 310-220 163 IJT13O-113 220-230 162

1. . ,-- ---.---- -------_--- -- - _ _ _ _ _ -. ..- . 2f HTI?O-$l3 240-230 117 b4lG0-1El 250-260 283 IJTI30-1 I3 263-270 1 5 ;?

. WlOO-10 270-260 139

-.-

--- .- ----- -

. . . . .. . . . - - . -. . _ . - I.1 <) &.I fp.2 3 0 3 4 0 ---. ~ .-

IJT13O-113 200-270 2 I. 2 H180-10 290-300 725 I4TOO-1'7 25-30 416

HTSO-19 40-50 7 I 41

C ITGO- lY 50-60 237 WT80- 19 60-70 209 WTm-19 70-80 229 WTm-)9 00-90 245

-WTSO- 19 3C2-IQB------ -159 WTSO- 19 - I t o 223 wq&Jo-f9 rlq- 120 f1225 M i 8 0 - I9 120- R300

bITl30-19 130-140 ~ 1 7 0 WTOO-19 140-*150 n2600 0 .24

n 1 t3 4 0- 0y18 WTl30-19 160-170 R2300 0 . 2 3 bJTQQ-17 170-lGO n3670 0.32 I.ITB0-19 180-190 R3650 0.37 b HT80-1Y 15'0-200 ~ 3 7 0 5 0.40 WTUO-19 200-210 R 2295 0.22

w-mo-19 220-2:50 n365 HT80-19 230-240 ~ 4 6 5 HTf3O-19 240-250 n260 WTBO-19 250-260 R335 I JT f3O-19 260-270 n 235

-+I T-e o-~+-? 7 o -2 w--- K240 WTRO-19 280-290 n 4 0 0 f-IT80--1? 270-300 n615

---

-- - W T R 0- 19-1 5 0-4 6 0

-11 Te0-19-2 10-2 20- K 3 4 0 -

_.

'1 3

0 . 1.5 IJTS021 100-110 1608 UTBO21 110-120 4200 0.40

702 WT8021 120-130 - ) I T8 0 2113 F l - 4 0- ___ 572

IJT8021 140-1 50 1360 +0.08

WTH021 j.60-.170 940 0.10 WlO021 170-180 1566 0 . 1 5 IJTI3021 1138-190 828 0,09

- H T 8 0 2 1 5 ' 0 5 ! 0 0 - - - - ~ 3 4 1 WTI3021 200-21.0 2820 0 . 2 9 HTR021 210-2510 453 IJ T 11 02 1 2:! 0-2 3 0 4 4 5 HTOO21 230-240 122.4 0.12 WTEI021 240-250 1395 0.09

7 4 TI3 021-1;5 0-63---- 0 5 S \.IT13021 260-270 752 WTB021 270-330 1003 0 . 1 0 I.IT13021 280-2!?0 5136 k il T 8 0 2 1 27 0 -- 3 0 0 3130 0.32 IJTR022 7-20 53

- w l = R U 2 2 - 2 U - - 3 O r - 5 1 I.ITt3022 30-40 2114 HT8022 40-50 26 1 WT8022 50-60 415 HT(3022 60-70 GO

3 1 h IJTI3022 70-130

.. --- --- ---

MTG021 150-160 . 747 m13

-- -- -

~ _ _ _ _ _ ~ _ _ __

-. --

-- -wr[so22-13u"c)o------- 900 ------&ID __----- *--

IJ T I3 0 2 2 \IT8022 IJ T I3 0 2 2 \ I 1.8022 IJTH022 LIT OQ22 I4 T 802 2 HTQ022 WT13022 L.1 I"! 0 2 2

90- 1.00 100-110 11.0-120 120-130 130-140 140-;150. - - 1.50-- 160 160-170 1 7 0 - I. I3 0 100-190

417 239 263 132 137

154 346 193 9e0 0.10

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

WTl3022 290-300 f3b1. xO.08 HT8023 29-40 5 J 9 0 0.57 WT8023 40-50 1357 0.09 HT8023 50-60 1960 0.22 IJTf3023 60-70 242

WT8023 130-90 1 1. 9 NTB023 70-100 79 WTf3023 100-1 10 139 %

Hl-BO23 110-120 170 I4Tf3023 1.20-130 2 2 t

WTU023 140-150 40 tlTBO23 150-160 178 HT13023 ib0-170 t 4 9 \IT6023 170-160 112 WTf3023 180-190 100

--GI T R 0 2 3--190--20 0 QO HT8023 200-2lO 2430 0.24 HTS023 210-220 1 b?B 0.16 HTf3023 220-230 356 tll'I3023 230-240 '13 10 0.23 IITl3023 240-250 1.424 0 . 1 5

-. -tlT80~3--250--360------- L. 7 1-6 UTf1023 260-270 479 HTB023 270-200 256

' lJT13023 2130-290 259 LIT0023 290-3G0 332

2. . h.

HT13025 130-90 340 b11'8025 70--100 603 !4T13.025 100-1 10 1.200 0.12 tll0025 110-120 1176 0.11

--CITG02,3-7O-BO----- --- -19&--- -~

- - 3 4 18 02 31-3V= 1-4 O----------- - a-7------

----- -------- -- - ---I__ - --- I

_ _ -- - - I-- _ _ -..","30 #j-&7.*fJ()--- - 479 ___- ~ - - -- ---- _-_.--- ---

l lTf lA7E1: 1 3 1 \ . - I T O 1 A 7 5 i). In

I--

\ 1

. I

HTh'025 270-300 7280 0.72 WTR026 69-00 3300 0 . 3 2

/

611'8026 80-90 2216 0 .20 WT13026 5'0-100 1413h 0.1.7

- -H1'8026-100-1 lo------- ---1666--0;-1l3 NT13026 1 10-1.20 14Y4 0.1.7 WTB026 120-130 1274 0.13 WT0026 130-140 Y 56 0 . 1 1 WTBO2B 140--150 1540 0.15

2036 0 . 2 0 I JT8026 150-I60 20?0----i)5? 0

bl T 13 02 b 170 - 1 13 0 1795 0.17 HI'S026 100-190 l0RO 0.11 I4 T 13 0 2 6 I. '? 0 - 2 0 0 5 3 5 llT0026 200-210 642 HT1302O 210-220 3 h 4

WT802b 2 3 0 - 2 4 3 566 _.

HT6026 2 4 0 - Z S O 393 WTf3026 2533-260 24Y WT1302b 260-270 :! 5 6 I4 T I3 02 b 2 7 0 - 2 I3 0 273

14 T 13 0 2 C* 2 9 0 -3 0 0 222

--

t

--- -bl i' 0 02 6- 1-60 - 1-7 @---

- ~ -___--. -M Te Q 2 (4- 2 2 () - 2-2 ()I--.-- 3w-------

~ . _ ---- - ----- __I-- - --- H T 0 0 3 C; -18 0 - 2.9 0 -------- ?.Qb----

r

4 i i I I 1 ! ! i I I I I ! ! 1 I I 1 I i I I I I I I I

I I I I I I I I I I I I I I I I I I 1 I

1 : I I I I I I I t I I I I

i I i !

:i

i ! i 1 1 : i i I I I i ! I i I i I I I I ! I t I-

-c c:

I I I i 1 1 I ! I ! ! I I ! I I I I i I I ! I !>

I' i I 1 I I i 1 i i I gi

-i 9

j

c.: ri

0

J

I I

‘1 .

CU C U ( 1 ) /. DRILL -___ .- HOLE INTERVAL (FT) --PP.,, -

.. WTfjO-11 iOO-1.1 .0 575 Wll3041 110-120 3510 0 . 3 6 WTB041 120-1.30 1.526 0.1.4

WTB041 140-1.50 246 \ ITGO4 1 150-160 286 14T80-11 160--170 9 I3 I. 0 . I. 1. WTf3041 1.00-1YO 9 1. 1. 0.09

-+4T-t304-i1-?0+00--- 5920- 0 7 4 9 UTI304i 200-210 4670 0 . 4 4 H”GO41 210+220 4150 0 . 4 1 HTI304 1 220-230 1.730 0 .1R WTB041 230-240 R 7 C *0.09 WT804 1 240-250 745 10.07

--H 100 4 1-35 L. 0-3 L. 60--- - ----R 5 4- 0 -;() 9 1 IJT8041. 260-270 9200 0 . 0 0

HTG041 270-200 4120 0.37 ! WTS041 2130-290 7030 0 . 6 8 b i W1’0041 2.5’0-300 2220 0120

-__ --IJTOO41-1~O--rl0--------l-~!C;I- oTi-3- - ~

HT8041 170-180 1315 0 1 13

---- -

-

_ _

P P M % -1 1 CU C U ( 1 )

- -- - - - - - -- - -- - - - -- - -- - - -----------**I - L -. - - -- -- .. -* -- - -. - - - I ----.I .. .. - -- -- -- - - -- -. ---I - - -- .- - - ..- - --_ - *. - - *.

1 DRILL HOLE TERVAL (FT) i

1 I

__I- -_______ . - __ - WTI3O-61. 3-20 477

HT130-61 30-40 1.4 I30 0.17 WTGO-61 40-50 770 t O . 0 9 HT130-61 50-60 622 WTQO-61 60-70 600

496 lJTI30-61 70-130 -~1~00-61---~ - 0--;90----- 2 OCQ- .I 0,22-

\4Tl30-t51 YO-100 1964 0 . 2 1 HTQO-61 10Or110 2560 0.m iJT130-61 110-1.20 7013 WTl30-61 120-130 374 WTI3O-6 1. 1 3 0- 1 4 0 690

- ~ T ~ 0 u ~ 1 - 1 - ~ 0 - 1 - 5 0 - ~ - - 273- WT80-61 150-1.60 5 4 5 WTOO-S1 160-170 4 L B bITf30-61 170-1130 750 k 611'00-61 100-170 366 WTI3O-61 1.90-200 2 4 5

-H T 1 3 M l 3 0 0 - 2 1 O L 6 5 WT130-61 210-220 2 4 0 Wf135-69 39-50 2133

lJT130-69 60-70 126 HT00-6Y 70-B0 3ilG WTHO-67 f30-YO 1. f32 HTOO-67 90-100 70 WTI30-69 1.00-J.l.O 77

*26 I4TRO-69 1.20- 1.30 h5O WTBO-69 134-140 166 lJTB0-69 140-J.50 1.713 HTGO-69 150-160 is0 WTf30-69 160-170 2 is i3

--t~-T-t30-lS9-1-70-1 e0-- 184 w~i30-6~ if3o-1~0 332 bJ'I*UO-&'? 190--200 645 HT130-65' 200-2 10 1.2 5 0 0. J.5 _ _ WTOO-67 210-220 3340 0 . 3 6 14 1-130-69 220--2:50 J. 4 7 3 0.1.7

VJ TOO-6 ?-f!30- 2 4 0 ---. 1- 0 ri 5-IT-1-3-

a UTCO-67 250-2.60 E l I400 1.21 I4 T I3 0-6 9 2 i5 3 - 2 7 0 SO60 0.50

-bI TI30=&1--20~~30- ----- 1003- oTl-2--

- ---------- -- -- __

-

-- -- 7 TGO-.e)-T5 0 =d 0- 1-0W-----Q3-3

--- -. --W T Q 0 -6 9-1-1-0 -12 0

--

b

-- -- -- -_I

HTEIO-bY 240-250 5130 0.09

, I I T O A - L f 3 C ) 7 A - ? D A 1 r A A n .I 9

I _ _ IJ T 13 0- 70 2 90 - 13 00 3 S 3 WT13O-71. 45-60 22

WTBO-71 70-130 4 I. WT00-71 130-90 151 14.r no-7 1. YO-- 100 I5 13 'r WTb'i)--71 100-110 36

74 WTl30-71 110-120

IJT130-71 130-140 70 Clr'GO-71 140-150 03 I4 T I? 0-7 1 1.50 - 16 0 75 CITGO-71 160-170 923

105 WTBO-71. 170-1130

1JT130-71. 1.90-200 I. 136 HTl30-71 200-210 191 IJTI!O--71. 210-220 1137 l.lal'tlO-7 I 220-230 146 IJTUO-71 230-240 131

- -~ --\I 1'R 0 7 1-13 0 -1-3 #---------.6 ?--

____--- ---- _. - 'r 0 0 -7 i-1-Bo L - ~ V ~----- 2 46- ---

_____.__._____. ____I___- --.- _---- 11 Y--------- -- d-- t i T Pfi 7 ' 7 1 -3 A I\ .. <) C<fi--------- -- - -

-. HTQO-72 170-100 126 i4-r 130 - 7 2: J. u o - I. 9 o 1. I. 7

H T 13 0 - 7 2 2 00 -- :! 1.0 23 I. tl TO 0 -- 7 2 2 10- 220 nl940 0.19 I41 13 0- 7 2 220 -- 2 3 0 4 3 5 "1'00-72 230-240 nl400 0 .15 1.1'1110-72 2 4 0 - 2 5 0 670

-406 WT I30 - 7 2 26 0 -2 7 0 f \ 1.13 5 0 0 . 1 9 I.1 TO 0 - 7 2 270 2G0 n5630 0 .57 W T I3 0 -7 2 2 0 0 -2 9 0 0.40

-~~130=72--170--3 00- - (yry-----(),-(y--- - ---- ------ - --- i

-

- -F_ --+I 1.0 0=-72-7:; 0 e b 0- -

ri 3 i3 2 0 - - .--

, HTBO-72 2'70-300 RZ'i'BO 0.31 HTf30 -7 6 6B -13 0 I. 3 HTf330-76 00-5% 40 IJTf3O-76 90-100 I. 1 CITBO-76 100-110 (3 1 ~ ~ i 3 0 - 7 6 1.1.0-120 2 4

I4 T l3 0 -7 b 1.3 0 - 1.4 0 WTQO-76 140-150 6

-Wi'-80-7 15-1-20-1-3#----- -------7------ -- C: J

14Tf30-76 150-160 192 z HT(30--76 160-170 27

13 IJTf30-715 170- 1.130 --WTOU-z/6-l.B0--l~O LL

i m o - 7 6 NO-200 11 HTCO-76 200-210 15 WTfl0-76 220-220 24 HT 0 0 - 745 2 20 -- 23 0 15 WTI30-7h 230-240 1.0

-W TOO-76-24 0-250- 3-1

F , 4.l -

------ --

---T----,----- --------. - cu Cu(1) I DRILL .--- -- HOLE INTER 1 (FT) r’ f’ M x

DRILL I’ f’ c t ~ M C L J ( 1 ) A- ----- i -

. --

HOLE INTERVAL (FT)

’ D O - 8 2 270-2f.JO 1 (30-(33; 2130-270

13 7

1 1

_L ^I-- -_ ---- - - _- ----I-------..--

---- .--- --- - - - -- -.--___ -- c u C U ( 1 ) _----. DRILL HOLE INTERVAL (FT) F’ I’ M

-. 130-04 30-40 I34 80-84 40-50 194 130--t34 50-60 J. 2 2

- C O = C 4 - 6 - 0 = 7 0 - - - - - - 3340 f30-H4 70-80 270 8\3-84 (30-90 455 130-84 90-100 21.6 89-84 100-110 RO f30-134 110-120 100

u 0 =84-T1;0--3 0 ;:62 OO-f34 130-1.40 1 05 60-134 140-lS0 212 130-f34 15C-lhO 1.53 80-134 160-170 106

293 I30-f34 170-1130 --- 00 . .84 .- 100 =~ 190 _. yc) I-.. 130-84 140-200 :5 3 1 0 0.54 00-134 200-210 6430 0.61 f3O-H4 210-220 2070 0 . 2 1 ’r (30-134 220-230 1332 0 .15 130-04 230-240 950 0 . 1 0

5-4 2 130-nrl 250-260 SO8 00-04 260-270 376 I30 -I34 27 i)-2 I3 0 45Y (30-84 280-2’;O 357 130-04 :t90-’300 378

2-35 130-85 20-30 407 OU”(35 30-40 4 79 130-155 40750 279 00-RS 50-60 463 130--135 60-70 5:s 4 - _

RO-135 f30-70 I77 eo-8s 90- 100 673 6130--135 1.00- 11.0 5 4 !3 (3O.-G5 1 10- 120 286

- -__-

-

.- - - _.__.._____I - - -. .I -

~ - ~ - - -- --CO=t34-24V-930

F L L I Z ) -M1’130-13 3 d-&o

_-_--_-----I_ ---- _- - ---------- -- - - II 3 1 f 3 - p . - - . p,c)-p,s -;po-eo

.

3- . -. __ . "7 - . . . __ .. _ _ .. . . . . .- - . DRILL - cu Ccr (1) 1 HOLE )INTERVAL (FT) -

t' L' .J .J ~ - - --- -- --

i.lTt30-97 40-50 --WT(3O-f)'7-50==6 0 30

WT130-97 60-70 3 I3 HTGO-97 70-430 27 IJTBO-97 130-9 0 36 WlI30-"7 90-100 41 IJTI3O-97 100-1 10 25

--u TO 0-I)-7-1-1-+I.20-t7 HT I30 --Y 7 120- 1.30 76 b41I30-97 130- 140 11E HT tl0-Y 7 1.4 0- 1.50 236 \ HTCIO-97 150-160 715 0.11 IJTIjO-97 160-170 (594

--HTBO-9 31-70-r-S 0 F . 7 4 W T I3 0 - 9 7 1.13 0 -. 1.9 0 20 1. ) I TO 0 -7 7 1 70 -- 2 0 0 167 WT110-97 200-210 220 ~ ~ 1 3 0 - 9 7 210-220 159 W T IZ 0 - 97 2 2 0 - 2 3 0 150

NT13 0 - 97 :! 4 0 -250 121 8';

- _ ~ - -

_ _

--_-- -H 7: OQ- ' ) -~ -+=~O r-.I -9 * 4 o---------- 1 0 - 7

, - trr t3 o - 9 7 xi o -- 260 ..-.- A .-- - * -I.- Y

3

BO-103 270-300 22 WTRO-104 113-30 11.4

00-104 40-50 152 130-104 50-60 45 00-104 60-70 113 00-104 70-00 7(3 130-104 00-00 179 _.

130- 104 100- 1 1.0 137 (30-104 110-120 36 R O - 1 0 4 1.20-130 J.26

* . 130-104 130-140 it22

-.--_ --O 0 =I-0 4-30-4 0 -17-

-- fJ~,*1()4-70. .100 ---I30 ~ __---_____________-___________-____-____I__ _.- -. -- - -- _ _ - _ -- -

-. ' 130-104 140-150 102 I (30-104 150-160 194

00-104 1150-170 122 -(30=10 4-17 i)--it3 O------- 154-

RO-104 1130-190 1.05 00-104 190-200 a8

I 130-104 200-210 76 0.o.J. I (30-104 210-220 138 ' 00-104 220-230 300 I ~ - l O 4 - 2 L - 3 0 - - 2 4 0 21-3 ' 80-104 240-250 126 I 80-104 2504260 90

00-104 260-270 6 2 ' (30-104 270-2(30 113

00-104 2130-2YO 65 -6\)-104--290-300 7-3 -

WTn0-105 6-20 L

(30-105 20-30 78

80-105 40-50 15 80-105 50-60 3 7

- ts m-rO s o 0 --7 0 -- ___ 70 80-1 05 70-130 4 3

. (30-10s 80-90 184 130-105 90-1.00 1.38 60-105 100--110 160 DO- 105 1.10- 1.20 13h

-43 0-3 0 5-190 -1-3 O-- 1-14 130-1023 130-1.40 73 00-105 140-150 40 130-105 150-160 s I3 (SO-105 160-170 200 1jO- 105 170- J. 130 1:;4

- 00- 10 5- 1 0 0- 1 90 ---__I_ 53- no-105 190-200 :3 7 (30-105 200-210 41

' 130-105 21.0-220 b t4 '00-105 220-230 42

--__ -- .

1

HO-105 30-40 154 8

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

.. 130-105 230-240 47 (30-105 240-250 56 00-1.05 250-260 11.2

130-105 270-280 I3 5 (30-105 280-290 260 13O-'J. 05 290-300 1 76 WTOO-106 6-20 38 00- 106 20-30 37

130--106 40-50 154 130-106 50-60. 54 80-106 60-70 3 1.3 00-106 70-00 17 DO-1.06 00-90 640

- c 0 ~ - 0 6 - 7 0 " 1 ' 0 0 - - ~ M 80-106 100-110 1570 0.1.4 00-106 110-120 336 130-106 120-130 154 80-106 130-140 47 8 0 -- 1 06 1 4 0 - 1.50 45

4 o------- 00-106 160-1.70 3213 80-106 170-180 94 130- 1 06 1 f?O- 1.90 5 2 GI)-- 106 170-200 7 4 130-106 200-210 50

29 80-LO6 220-250 6 4 130-106 230-240 4 1 130-106 240-250 1 3 h 00.- 106 250-260 1236 0.13 130 - 1.06 2 6 0 - 2 7 3 2 ;! .j _ _

- _ _ _ . -__-- a-l30=l-Od "-?60-370 -. - i 7;n--

-. -- -----------_-. - .---- -S0.-1.Q6-30.-.4 - - o-.--- 1 9

-- -

k

- ----_.- - - - _--- -_--__-. --OO-I .. 0 6-1 5 i) - .- 1.6 0 -.-- ~

~

- - - -__I~ ._. - - . - .- - E () ...I (> 6-9 1 () .-) 3 0 -I- .- L I L

- . - ~ . . . - - - no * 06.-. 70' ?QO -. 02 .-

- 06 ?c'()--3()0 &. f 7 fi Hlt30-107 34-40 42 80-107 40-50 176

... .. -. ..... . 4(-b ~ ~ ~ . - _.-. .. . ..-. _ _ . L. I

f30-106 200-290 50

DRILL HOLE INTERVAL (FT)

130-107 50-60 80-107 60-70 RO-107 70-80

130-107 90-100 00-107 100-110 80-107 110-120

-0().;-10-7-fl() q o ---I_.----

00-107 120-130 95 UO-107 130-140 11.2

--G 0 =tw- l . -4 0 -I 5-1 2e LIO-107 150-160 24 80-107 160-170 21 130-107 170-IRO 45 (30-107 100-170 95 80-107 1.90-200 5 4

BO-107 210-220 02 130-107 220-230 56 80-107 230-240 175 %

00-107 240-250 51 30 80-107 250-260

-80-104-5!601?70 2:; 80-107 270-2110 2h 80-107 200-290 38 130-107 290-300 50

-- -

- -- Q0-~07--~00-~~0 - ---- 119 -____-________________ --.--

_I----

_ _

.. 130-112 110-120 1. 7 (30-112 120-130 19 130-112 1.30-140 1 b

G Sf30-11.2 150-1150 17 80-112 160-170 1G 00-112 170-1.00 1.9 80-112 160-190 17 00-112 1YO-200 1.8

- ~ ~ = 1 ~ - 2 0 0 ~ 1 0 24 80-1.12 210-220 l F 3 (30-112 220-230 17 130-112 230-240 1. 7 80-112 240-250 20 DO--J 1.2 250-2150 19

--Q~;I i-2--2,30-~7~----- -- 1P 130-1 12 270-2130 1.5 00-112 2GO-290 17

16 130-1 1. z! 10-20 1. 5 co-112 20-30 30 130-1 12 30- 40 13

110-112 50-60 16 00-112 60-70 20 130-1 1.2 70-f30 37 GO-1 1 2 QO--70 2(3

- J J 3 (1,')- J @/j - 1 4

f30-114 100-110 IS 7

--- ___--- -___ ___ ___ -_ - - _- -- -- -0 0-=-1In-qg 3 tJ o--- -

___--

\ -- - _ _ --- I 130-112 25'0-300

- - - __ -- ------ _-___ __ ---f3()-11?-/,()-~()--- - - --I8 ------- ~ __--

- t . ~ T 6 f F I - l ~ f = l O O --- I-? 4 ----

60-114 110-120 57 130-1.14 120-1 30 65 G O - 1 1 4 150-140 57 130-114 140-150 95

130-1 1 4 160-1.70 1 l 2 (30-114 170-1130 R5 00-11.4 180-190 63 00-114 170-200 1537 0.17 130-1 1.4 200-2J 0 7 190 9.75

_ _ -0 O=lI-4-l5 O=l-&V--- 20'- --

1

D R I L L cu CU(l) HOLE INTERVAL (FT) F' f' M z

56 - t 3 O = - L - f 5 1 ; 0 3 o-------rt 80- 115 110-50 67 00-115 50-60 s9 60-115 60-70 1577 0.16 130-1 15 70-80 613

-t3c)---11-~~0=90------- ?6 130-11.3 90-100 123 80-115 l O O - - * L l O 49 130-115 110-120 41 (30-115 120-130 50 130 - 1.1.5 1 30- 14 0 3 9

-.(3 0 q-yJ-1-40q-s() 3-7 00-11.5 150-160 42 (30-115 160-170 .I .I

00-115 100-190 35 ' 130-115 190-200 30

130- 1. I. 5 2 1.0-220 47 (39-115 220-230 37 80-115 233-2'10 39 GQ- 115 240-250 47 130-1 1.5 250-260 68

DO-1.15 270-2uo 4 4 60-115 280-290 49 130-1 15 290-.:300 5 2

- --- ---.- HTI30-115 1 4 - 2 0

i30-11'5 30-40 4 4

-

cc

130-115 170-1.130 25 1

-f31)q-i5-q)()+# lo-- ----- __ -.----------_--_- ~ _____-_-_ _-.I_-._I.--- - - h i.

- ---- .-n Oq-1'5-2-6 0-=2 'I 0-- -4- _.

__ -- - ____ .* - .. - --.- - - __ - --W T80-1-i-7-lS-2 0- k O f B - - - - - k l i

BO-117 20-30 1. 1.2 130-117 30-40 778 130-117 40-50 272 00-117 50-60 5GI3

250 130-1 17 60-70 -13 0 -11-7-7 0-13 0---- 309

80-117 80-90 747 00-117 90-100 706 130-I. 1. 7 100- 1. 1.0 1. 4 7 0 0. J.7 GO-117 110--120 314fiO 0.37 00-1.17 120-130 2320 0.23

l30--117 140-1.50 182 00-117 150-160 161

(30-117 170--100 228

GO-117 170--200 132

-- -.

_ _ .oi~-117- 130-140 - _ _ _ 305 _ _ - __.___________- __.____ ~ __________-___ - - - - --- -- - - _ .

130-1 1.7 160- 1.70 25.i ___--

--

00-117 lI30--15'0 11312 -.

3 *) c7 DO-117 220-230 r: L .J

60-117 230-240 383 f30-117 240-250 1 ~ 7 3 0.17 60-117 250-260 3600 0 I37

00-1 17 2130-290 157 00--117 2'?0--500 151

. ~ .

DRILL cu C U ( 1 ) HOLE INTERVAL (FT) P f' M x

HTf30---118 4-20 232

UO-110 30-40 6 1.7 80- 11G 40-50 310 130-110 50-60 439 GO- 118 60-70 15'40 40.0'; (30-118 70-80 7130 ~0.08

1-14?-0~k3 130-1 10 90-1.00 1475 0.1h GO-110 1OO--I10 726 *O.OB 130-118 110-120 13?Y r 0 . 0 9 (30-1113 120-130 2060 Q.25 130--11D 130-140 1.253 9.1.5

*pi. 1 6- 2 () is 3 0. . . ..-__ /,4-- __ ~ - . _ _ _ . - - __ _ _

-8 0-1-i-8- 8 0-9 0

-f30-¶.-20-30-40---- 54 00-120 40-:;q 994 P O . 1 . 0

: (30-120 50-60 743 10.11 80-120 60-70 1. OBh 0.1.3 80-120 70-130 2130 i30-120 00-90 1 h‘?

-80--f-20-(?0-100 1-6 6 J30- 120 100- 1.10 117 (30-120 110-120 179 130-120 120-130 174 b (30-120 130-140 224 130- 120 140-1 SO 103

--130-1-20-150-1-60 23 2 00-120 160-170 157 130-120 170-160 56 130-120 100-1.90 36 00-120 170-200 4 0 BO-120 200-210 154

--c 0-15!o*I.o+5! 0 245 130-120 220-230 274 . 00- 120 230-240 376 00-120 240-250 12Y 00-120 250-260 50 130- 120 260-273 47

---

-

--- ------ -______--____--I_ - - - H Q - ~ z ~ - 270-2(30 35- - ----_----_ -- . b0-129 2/3(3-290 279

’ 33 * 00-120 2CIO--300 O r ; .

CI T 80- 1 2 1 :! 7-4 0 165 80-121 I3 0- 1.2 J. (30- 121 I3 0 - 1.2 1 110-121 .

I30 - 1.2 1. (30- 121 130 - 1.2 1. c3-121

40-50 so-(;o 60-70 7 0 -. I3 0 06-90 - ... .-

9 0 -- 1.0 3 100-110 110-120 120--l30

-3 ”1

- - -_ - _ _ c -- c u C U ( l ) DRILL

HOLE INTERVAL (FT) P P M x

WT80-129 35-50 114 -Fm=Emm/i 00-129 h0-70 46 130-129 70-80 120 80-129 80-70 154 ao-129 90-100 100 130-129 100-110 299

--80-33’? i i W 0 L. LV.)

00-125’ 120-130 128 00-129 130-140 141 80-129 140-150 201 00-129 150-160 166 f30- 125’ 160-170 96

- t 3 0 + 2 ? + H ~ I RO-129 1130-190 356 80-127 190-200 379 HO-1ZY 200-210 399 00-129 210-220 474 80-129 220-230 7960 0.7Y

~ ~ ~ l c t o - - - - - - - - - s ” B o \ I . o.;r

80-12? 240-250 4360 0 . 4 3 80-129 250-260 3180 0.31 80-129 260-270 2370 0 . 2 3 80-129 270-3330 1720 0. l? f30-129 200-270 1455 0.1.7

--00-€-2~90-’300 2 w u 6 . 3-1 WT8O-130 66-80 1. 1. 02 0.12 ao--’i30 00-90 775 80-130 90-100 305 CO-130 100-110 27 7 130-130 110-120 266

f3 0 - 1.30 1 3 0- 1 4 0 265 00-130 140-150 341 80-130 150-160 52Y GO--130 160-l.70 2.3 7 00--1.30 17r)--J.f30 3313 4 ,. I I , ’ , I ’ .- 1 C # , . ’ 5 rc,

CLA-?

A t 7

~- - - -- - I_--- -- - _ - 36&---- ~ _ _ -00- 130--120--1-30 L

1

130-130 290-300 1R5 UTQ0-131 5+70 75 BO-151 70-130 42 00-131 80-90 4 3 130-131 VO-lO@ 1.4 3

3 C ) / + 130-131 110-120 i r:.

00-131 120--130 4360 0.44 00-131 i30-140 4250 0.3'1 1 00-131 140-150 1506 0.15 130-131 150-1r50 4 1. I. 0 0.41

--Q o-1--31-1'&9-=1- 7 ()-----1~!-3 o- OT1 L- 130-131 170-100 12213 0 , j. 3 G O - 1 3 1 100-15'0 1451 0.15 130-131 100-200 1.2 b 1. 0.1.7 00-131 200--210 1200 0.13

.> ,> 1. i30- 13 1 2 1.0 -220 -(-j0:=1-3 1--33oLfl23 LL o-------- 1337---,-0~0T 8 0 - 1 3 1. 2 3 0 - 2 4 0 354 (30-131 240--250 317

' 0 0 - i 3 i 250-260 299 QQ-- 131 260-270 37'5 130-131 270-2130 2h1

J . 2 - 130-131 290-300 234 CIT130- 14 1 40-60 51 130-141. 60-70 5 1 GO-- 14 1 70-80 24

- -. I_ .. - -- - - - - ____ - ---- -fji)~-~~l~-~o~1-1o----------3-7-

_--_ ---

c- -. _-_ ________ ~. --_- __ --__-- ---- - -----

_ - - _

.~ - .- Cy)*.1.3*... fio..r-')o . -. 170 _._____.__ _ _ _____ _____ - .__ .. . . . .. . .. -.. . . - -

1 '-7

00-141 130-90 67 .. 00-141 70-100 55

42 80-141 100-110 --GO-141-11~=1~ 0 4-4

139-141 1.'!0-1.J0 57 I30 -- 1 4 1 130.- 1 4 0 4 4 00-141 140-150 46 GO-141 150--1SO 6 1 80-141 160-170 4 I3

u0=r411~0-1-60 51 00-141 10O-lYO 5 3 60-141 190-200 .I L

130-141 200-210 13135 + O . l l (30-141 210-220 537 130-141. 220-230 274

- ' 0 0 L T 4 - l ~ - 3 # ~ L 4 - 155 130-141 240-250 135 (30- 14 1 250-260 239 80-141. 260-270 :3 I3 s G O - 1 4 1 270-280 26 1 130-141 280-2YO 144

-t30-rlll-i9Q-JOO----~ ZB9 WT13O-142 94-%LO 6 4 130-142 110-120 87 80 - 1 4 2 1 2 0- i 30 00 00.-142 130-140 109 80-142 140-150 5 '?

--(3()-1-42-150- 1-60 --------- --- -.- 74 130,-rl42 160-170 J.1

U0-142 170-100 74 00-142 1HO-190 I3 7 00-142 170-200 6 3 120-1.42 209-21d 61

130-142 220-230 20') GO-- 142 ;!30--2rto L14

. 130-142 240-250 s 7 Cot 142 250--260 57

~ - ~ c - -. ..I.__-..-.-_..._. ~ . _ _ _ _ -- -

- -I----.

C?

- _._._________ __ _

%

- -- -__-. ~ - . -

c I.:

_.

---- -- .-.-. --- --_ _-- -G0;'142--210;.y20 c 43-

f30-159 YO-100 216

4 WTI30-174 46-60 147 b0-1 /‘I 6 0 = r 7 0 F m

i eo-159 100-110 BZ1 mo.09

-- J 00-174 70-130 647 QO-174 00-TO 5”30 0 . 4 3 60-174 90-100 31.00 0.32 00-174 100-110 2540 0 . 2 0

1 RO-174 110-120 1353 0.1A +-tl u-19 4--€2o=l3 -1-5 0 P OTl-7 ! 130-174 130-140 602 0.13

80-174 140-1.50 1161 0.13 s 130-174 150-160 668 i 130-174 160-170 973 so.11 ; 130-174 170-1.130 b 13 2 i---GO=l941(;0=t90 -it38

(30-174 200-210 755 130--173 210-220 490 1

80-174 230-240 159 /-t30=1-7-4---2 40-2%F-----i-4 3

(30-174 250-260 143 ’ (30-174 260-270 127

133-174 270-280 118

3 130-174 290-300 102

1 RO-174 190-200 1192 0.13

/ 130-174 220-230 339

_ _

1 (30-174 2[30--270 102

-

krn 2 0 2 4 6 n n u u u - . AJAX - MONTE C A R L O N T S

P R O P E R T Y 921-9 1 km-06214 mi

Contour InrewaI SO m Untverul Trmrverre Mercator Prolection

Drawn by: ITraced by:

MAP I

L O C A T I O N

K A M L O O P S M.D., B.C.

COMINCO LTD. EXPLORATION NTS: 921/9W January 19, 1981

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Transcript of COMINCO LTD. EXPLORATION NTS: 921/9W January 19, 1981