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GEOCHEMICAL REPORT
ON
CARMA CLAIM
NANAIMO t1INING DIVISION
49'38" 124'25'W 6
9$I9W
FOR
CARMAC RESOURCES LTD.
BY
J.W. MacLeod, P.Eng.
Vancouver, B.C.
Apri l 9, 1984
G E O L O G I C A L B R A N C H A S S E S S M E N T R F P O R T
~
TABLE OF CONTENTS
PAGE
INTRODUCTION . . . . . . . . . . . . . . . . . . . . . . 1
SUMMARY . . . . . . . . . . . . . . . . . . . . . . . . 1
CIAIMMAP . . . . . . . . . . . . . . . . . . . . . . . 2
P R O P E R T Y . . . . . . . . . . . . . . . . . . . . . . . . 1
LOCATION 6 ACCESS . . . . . . . . . . . . . . . . . . . 3
L O C A T I O N M A P . . . . . . . . . . . . . . . . . . . . . . 4
HISTORY . . . . . . . . . . . . . . . . . . . . . . . . 3
GENERAL . . . . . . . . . . . . . . . . . . . . . . . . 3
GEOLOGY . . . . . . . . . . . . . . . . . . . . . . . . 6
LOCATION OF SAMPLE LINES . . . . . . . . . . . . . . . . 5
GEOCHEMICALSURVEY.. . . . . . . . . . . . . . . . . . 6
CONCLUSIONS 6 RECOMMENDATIONS . . . . . . . . . . . . . 7
APPENDIX I
Analytical P r o c e d u r e s
APPENDIX I1
A s s a y R e s u l t s
APPENDIX 111
E x p e n d i t u r e
APPENDIX I V
E n g i n e e r s C e r t i f i c a t e
PLAN OF SOIL SAMPLE LOCATIONS - I N POCKET
- 1 -
..
GEOCHEMICAL REPORT ON
CARMA CLAIM
INTRODUCTION:
The following report on the Carma Claim has been prepared to
fulfill the requirements of the Mineral Act with regard to the appli-
cation of a geochemical survey for assessment credit.
SUMMARY:
The Carma Claim was staked to cover an area indicated by G.S.C.
Memoir 58 to be underlain by limestone and volcanics.
Between March 8 and 14 a reconnaissance survey was carried out.
Only two outcrops were located, one on the east boundary of limestone
and basalt and another of limestone in the middle of the property.
Three soil sample lines were run and 205 samples collected. One
of these, at 450N on line 1500W is particularly anomalous and will have
to be investigated to establish the effectiveness of this type of survey
as an exploration technique for this extensively overburdened area.
PROPERTY:
The property consists of one 20 unit Carma claim recorded in the
name of Carmac Resources on April 18, 1983 by N. Wychopen. The record
number is 1390.
- 3 -
LOCATION & ACCESS:
The claim is located at 49O38'N 124°25'W in N.T.S. 92FJ9W on the
southwest coast of Texada Island 100 km northwest of Vancouver. The
community of Gillies Bay is located 5 km to the northwest.
has recently upgraded a gravel road across the central part of the
property to their new transmission line 5 km to the southeast.
B.C. Hydro
HISTORY:
Texada Island has a long history of mineral production since the
magnetic deposits were first reported at Gillies Bay in 1873.
Vananda camp had a number of copper-gold producers from limestone
replacement.
high grade gold veins in the volcanics.
have been in continuous production for years.
from the discovery of spectacular gold in massive limestone, a small
mill is presently under construction.
The
There have also been a number of small producers from I
The extensive limestone deposits
Recent activity has stemmed
There are no know mineral occurrences on the Carma claim.
GENERAL:
The land rises gently from sea level to a maximum 100 m at the
Most of the area appears to be heavily
Mouat Creek
east boundary of the claim.
overburdened with gravel predominent toward the coast.
cuts a sharp ravine across the north boundary.
Undergrowth is heavy in the second growth hemlock and fir.
Soil samples were collected by N. Wychopen between March 8 and
14 and the writer spent between March 11 and 13 on the property.
- 6 -
'..
GEOLOGY:
G.S.C. Memoir 58 prepared in 1914 from 1908 field work by R.G.
McConnell indicates the claim to be underlain by a northwest trending
belt of limestone bounded by volcanics and overlain along the north
boundary by Cretaccans sediments.
Only two outcrops were noted in traversing the claim. These are
grey to black limestone and massive brown weathering basalt.
GEOCHEMICAL SURVEY:
Two hundred and five soil samples were collected from the B
horizon with samples taken at 25 meter interval on lines 500 meters
apart.
Analysis of the samples for gold by fusion and ICP method for
29 other elements indicates a very low level background for all elements
in this area.
was at 450N on line 1500W where values of 16 Mo, 184 Cu., 44 Pb, 112 Zn,
15 Co., 2.6 Ag, 603 Ni, 15 As and 11 Sb, all in p.p.m. suggests the
presence of a sulfide lens. Although these values are not particularly
high they are anomolous in view of the very low background in this area.
Only one sample returned significant values and this
The highest gold value obtained was 40 p.p.b. which is not considered
significant.
Five samples from the north end of line lOOOW assayed between 100
and 229 p.p.m. Cu. Again, these are not particularly high but should
be checked and could be worth follow-up in an area of deep overburden.
- 7 -
CONCLUSIONS & RECOMMENDATIONS:
Geochemical background values in the vicinity of the Carma claim
appear to be very low.
in a number of metals and suggests the presence of a pyrrhotite lens
which may carry silver values of interest.
ing cobalt bloom was noted by the writer on Texada Lime property 15 km
to the north which would probably give a geochemical response similar
to that at 450N and 1500W.
One sample at 450N on line 1500W is anomoulous
A lens of sulfide, contain-
It is recommended that the area in the vicinity of the geochemical
high be checked by self potential prospecting and trenching.
ization is uncovered a detailed soil survey should be carried out over
the rest of the Carma claim.
If mineral-
Respectfully Scbmitted,
J.W. MacLeod, P.Eug.
Vancouver, B.C. April 9, 1984
... .. :.. APPENDIX I
ANALYTICAL PROCEDURES
VClNQEOCHEM LCIE) LTD. 1521 Pomberton Clve. North Vancouver, B. C. V7P 283
TO : Mr. Jim MacLood 1450 - 625 Howe Straot Vancouvor, B.C. V6C 2T
FROMr Vanporchem Lab Ltd. 1521 Pecnberton Rve. North Vancouver, B.C. V7P 263
soluble gold in geochemical samples For 1983 Clnalytic Roports
SUBJECT: Rnalytical procedure used to determine Rqua Regia
1. ~ ~ ~ h - o d - ~ f - S s ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ - o ~ (a) Geochemical soil, silt or rock samples were received in
the laboratory in wet-strength 4" x 6" Kraft paper bags or rock samples 6ornetimer in 0" x 12" plastic bags.
(b) The dried soil and silt samples were sifted by hand using a 0" diameter 807nosh stainless steel miova. The plus 80-m8h fraction was rejected and tho minus 80- mesh fraction was transferred into a n o w bag for analysis later.
(c) The dried rock samplos w e r e crushed by using a jaw crusher and pulverized to 105mesh or finer by using a disc mill. The pulverized sampler were then put in a new bag for later analysis.
2. ?k&hQdSf-PhlnS&ioy!
(a) 5.00 - 10.00 grams o f tho minus 00-mosh samples were used. Samples were weiphed out by using a top-loading balance into beakers.
(b) 20 ml of Rqua Regia (3:l HC1 : HN03) were used to digest the samples over a hot plate vigorously.
The digested samples were filtered and the washed pulp. were discarded and the filtrate was roduced to about
(c)
5 rnl.
1
(d) The fiu comples ions were extracted into diisobutyl ketone and thiourea medium. (Rnion exchange liquidm "Flliquot 336").
1 eyer. (e) Separate Funnels were used to separate the orpanic
3. M&!ELaLBat&iian The gold analyses were detected by u8ing a Techtron model GRS fitornic fibsorption Spectrophotometer with a gold hollow cathode lamp. The results were read out on a strip chart recorder. fi hydrogen lamp wau used to correct any back- QrOUnd interferences. The gold value8 in parts per billion were calculated by comparing them with a set of gold stan- dards.
4. The analyses were supervised or determined by Mr. Conway Chun or Mr. Eddie Tang and his laboratory staff.
2
VFINGEOCHEM LRB LTD. 1321 Pemberton Rve. North Vancouvelr, B. C. V7P es
TO I M r . J i m M8cLeod #1450 - 625 How. Street Vancouver, B.C. V6C 2T6
FROM: Vanqeochmm Lab Ltd. 1521 Pemberton Rve. North Vancouver, B.C. V7P 253
acid soluble by Induction Couple Plasma Spectrometer (ICP) analysis.
SUBJECT: FInalytical procedure used to determine elements in hot
1 - Meth9d-~-Sarn~~e_Erc~~~t~~ (a) Geochemical soil, silt or rock samp QS were received in
the laboratory in wet-strength 4* x 6" Kraft paper bags or rock samples sometimes in 8" x 12" plastic baps.
(b) The dried soil and silt samples were sifted by hand using a 8" diameter 80-me5h stainless steel sieve. The plus 80-mesh fraction was rejected and the minus 80- me6h fraction was transferred into a new bag for analy- sis later.
(c) The dried rock samples wmre crushed by using a jaw cru- sher and pulverized to 100-mesh or finer by using a disc mill. The pulverized samples were then put in a new bag for later analysis.
2. Msthe5!-QPEina&$,on (a) 0.300 gram of -80 mesh sample was used.
(b) Samplmsi were digested in a hot water bath with conc. HN03 and conc. HCl acids.
The dipested aamples were diluted to a fixed volume and shaken well.
(c)
1
The ICP analyses elements were determined by using Jarrel R5h, model 085. Direct readinq erniusion spac- tropraph of a inductive coupled plasma excitation source. R11 major matrix and trace elemonts are interelement corrected to trace elemcntm. R11 data is entered into Rpple I1 plus, stored on floppy dimks,and printed by Epson 100.
4. The analyses were supervised by Mr. Dean Toye and Mr. Conway Chun of Vanpeochem Lob Ltd. and their staff.
VRNBEOCHEM LRE L~D.
2
APPENDIX I1
ASSAY RESULTS
WYGMIIEW LRB LIMITED 1521 Fmberton Rvenue North Vancouver P.C. V7P 8 3 (€44) 986-531 Telex: 04-35?578
PAEPRRED FOR: MJON SILVER CDRP.
: - = wt analvw! : is = insufficient sanole
NOTES: nC: = none detected
w - 01 U - 0 2
u - 84 W - 0 5
u - 8 6 w - 87 u - 08 WBL w W r n
5w e+w w W75N 5tBBw Im 5tBBw l+rn 5+eaH 1+w
n - 8 3
nd 5
nd 5 5
25 nd
5 18 10
nd 18 a nd 5
5 18 nd nd
5
10 nd nd nd rd
10 rd nd 5
10
10 rd!
5 10
DETECTIIA' LIUIT 5
\IR6mMI LRB UI(ITED 1521 PRbRton Rvenue North V a m B.C. VIP 253 (68)) 986-5211 Telex: 04-Bi378
JOB NUIBER: 84046
RU oob
nd nd 15 5 5
5 5 5
nd 28-
18 5
nd nd nd
5 18 5 40- Id
nd a nd nd nd
nd nd nd
5
PREPARED FOR: WON SILVER COAP.
: - = n o t analysed : is = insufficient -.ole
NOIES: n d = m d e t e c t e d
M 2 f f 2
ww88moI LM LIMITED 1521 PRbRta, Awrme Nwth Vanmuwr B.C. U P 253 (68)) 986-5211 Telex: M - W 8
JLW MI(BER: W 3
!AU
sob
15 Su-Z 15 StLT : nd nd nd
5 nd 5
nd 5
15 nd 5 5
nd
5 nd- nd 5 -
nd
nd 15 nd 5 5
5 15 nd 5
nd
nd 18 5
nd nd
15 5 .
18 5
5
PREPARED FOR: WON SILKR LURP.
: - = mt analysed : is = irnufficient smle
How: nd=MILdetected
p R B l D F 4
\I#8mMI LRB LIMITED 1521 knbwton h e Narth V a m v e r B.C. V7P 2S3 (684) 986-5211 Telex: 04-3538
JOB WR: 64043
Ru Oob
nd 15 15 nd nd
nd nd
5 nd
ie
nd nd nd nd 10
5 nd nd nd nd
5 nd nd nd 15
nd 15 nd 5
nd
nd nd
5 10 15
5 rd nd nd
5
p ~ m m FOR: MJDN SILW ~ R P . NOTES: nd = MIW detected
: - = not analysed : i5 = insufficient wok
W 3 M 4
- w) LINED 1521 kbertm RvRwe Hath Vancouver B.C. V7P 8 3 (604) 986-5211 Telex: 04-5378
JOB MMBER: W3
RU
oob
nd nd nd 10 10
rd nd nd nd nd
nd nd nd 10 10
5 5 Id nd 10
5
5
PKmm FOR: TWUON SILMR CURP. WTES: rd = M)IR detected
: - = m t analysed : is = insufficient 5aanle
p A G E 4 o F 4
VANGEOCHEM 1, 'LIMITED 1521 PEMBERTON AVENUE
~
NORTH VANCOUVER, 8. C. v7P 253
i. I C P l3EOCHEMICAL A N A L Y S I S
TENAJON SILVER PRUJECI
S W L E t M Cu Pb In A( MI to F4
1.i. lOUORARI I 41 I1 42 .I IV 8 131 1.02 CULVERT SWIM C f l 4 I1 2 21 .2 12 S 84 2.43 10tWY K I 21 6 11 .I I 6 b 463 2.OV 1OtbOY Ot251 I I1 4 JI .I 7 1 82s I . I V l0tPOY o+sou 1 14 1 11 .I 8 S lb8 2.2s
??I Q P l QQI ? P I VPl Q Q I ??1 ??I 1
PAGE X 1 R FOLUrION FROM VANGEUCHEM JOB R 64-045 F I L E R 84-0393
as u i h sr cd sa a1 v CI P 11 tr 81 11 a a i 11 L I
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2 2 ID 2 I6 1 2 2 31 . I S .02 4 I4 . I 8 1V .Ob 2 1.04 .01 .01 2 2 2 I D 2 I 1 I 2 2 58 . I8 .28 4 21 . I1 84 .07 1 1.58 .b1 .01 2
2 2 WD 2 22 I 2 2 51 . I8 .PI 4 27 .IV 111 .08 12 .11 .01 ,0J 2
1BtWI OtlSN I 42 6 61 .I 12 7 V 2 b 1.00 4 2 NO 2 21 I 2 2 hV . 2 l .b0 4 26 . I8 160 . D 1 1 2.bl .01 .04 : I E t O O I 11001 1 21 8 b1 .I Q 7 VSO 2.17 4 2 I D 2 22 I 2 2 58 -22 .V2 4 22 .I6 201 .08 1 2.82 .@I .OJ 2 10+00Y 112% I I V V I S .I 10 1 441 2.Q b 2 I D 2 IV I 2 2 12 .24 .40 4 25 .25 I 4 V .08 2 I .8b .01 .04 2 i c + m it5on I 10 4 4b .I 7 S PSS 2.11 I 2 I D 2 1b I 2 2 M .21 .I1 1 I1 . I 4 148 .08 2 l . b 7 .01 .Ol 2 lotool l t l 5 W I 11 S 18 .I I1 1 8 b 2 2 . 1 S 1 2 NO 2 20 I 2 2 6V .22 .1V 4 25 2 3 83 .08 S I . 2 9 .01 .01 2
I 24 4 25 . I 14 1 295 3.28 1 2 I 0 2 18 I I 2 V2 .22 .Ob S I0 .26 VO .I4 3 1.0s .01 .OJ 2 I 10 I 21 .I I1 1 3b2 1.b8 I 2 NO 2 I1 I 2 2 108 .21 .07 S I0 .I2 l b .21 1 1.56 .02 .bJ i I 18 4 I8 .I I S b 216 1.80 8 2 WD 2 I V I 2 2 I14 .21 .OS 1 11 .24 11 2 2 3 1.26 .02 .01 2 I 31 4 I 0 .I 8 6 148 1.82 4 I I D 2 I4 1 2 2 50 . ( I .04 I1 l b .I1 88 .04 2 1.1s .01 .Ol 2 I 24 3 M .I I1 b 400 1.00 1 2 I D 2 1 1 1 2 2 51 .2I .Ob 4 20 .I7 b8 .I0 1 1.68 .01 .01 2
I 20 4 bl .I 1 b 8 5 b l 2.90 2 2 WD 2 12 I 2 2 b4 1 1 4 . I S 5 21 .21 12 .OV 1 2.2b .Ol .04 2 I 8 I 12 .I V 4 122 1.72 4 1 ND 2 10 I 2 2 SO . I I .02 1 I 4 .I1 46 .Of 2 1.29 .Dl .(a1 2 I I6 I 2V .2 I I 1 404 2.41 S 2 YO 2 11 I 2 2 b4 . I 7 .0S 1 I8 .2V SO . I I 2 I . b P .01 .01 : I 41 1 15 .2 I b 10 lVl 1.12 V 2 I D 2 24 I 2 2 1V .2S . I 2 J 21 .4I SV . I2 1 2 . v J . 0 1 .01 2 I iQ 1 4S .I 11 S 282 l.6V 2 2 HD 2 I4 I 2 2 41 .21 -01 4 I V .24 5b .Ob 1 I .b l .PI .01 2
PI0 21 l b l 18 84 1.2 b21 I1 3% 1.18 16 2 I D 2 23 1 11 2 45 1.10 . I0 S 81 .5b 18 .o( 11 .89 .OJ .21 2 lotool 4RW I I7 I 25 .2 I 2 4 I24 1.4V 2 2 WD 2 I 4 I 2 2 $8 . I 8 .OS 4 16 .I7 45 .06 2 1.52 .0l .01 I l P t 0 0 ~ 4 1 1 1 I 42 8 55 .I 21 V 21V 1.11 1 2 YO 2 ' I1 I 2 2 b5 .I8 .21 S 21 .I4 81 . I 0 I 1.14 . O l .OI 2 1Vt00I 5l001 I I4 II 48 . I I 4 6 4 4 7 2 . l b 2 2 NO 2 I b I 2 2 54 .I2 .I0 4 22 .I2 18 .OV 4 2 . 0 4 .01 .01 2 I(rtO6Y 5t2SN I 12 2 41 .2 7 4 450 1.41 1 2 YD 2 13 I 2 2 4Q .22 .Of 4 IS .lL SV .Of 1 1.11 .01 .01 2
I o m X 5150N 1 21 1 24 .I I1 6 212 Z . V I S 2 NU 2 I 1 I 2 2 82 .I4 .22 1 25 .21 11 .01 I 2.1" .01 ."I 2 10IWY 51751 I I0 2 20 . I 12 5 121 1-16 4 2 I 0 2 8 I 2 2 12 . I1 .05 2 21 .Ik 10 .0V J 1.52 .tI .tl 2 lOtWI b+OO1 I 24 2 20 .I I 4 b I11 2.48 2 2 MD 2 20 I 2 2 64 .21 .02 8 10 .25 42 .OV I 2.56 .01 .04 2 I O t O O Y 6+2W I k b 2 28 .I IS 1 I 6 V 2 . 6 1 4 2 ND 2 21 I 2 2 S2 .I1 .04 b I4 .11 59 lb 3 7 A l 01 0 1 ? . . . . . . . . _ _ . . . . . - . lO*OBI 61SW 1 S2 S 21 .I I5 1 211 2.U S 2 I D 2 2V I 5 2 M J O .02 7 14 .28 68 .01 1 I.BL .DI .01 2
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TENAJON SILVER FROJECT # SOLUTION FROM VfiNGEOCHEM
h e u h PP' PP' PP'
tn PP8
be 37 43 4b 31
37 4s 38 4s 42
43 4b 24 50 46
42 49 32 46 73
91 30 Sb 14 137
59 5s 34 38 49
43 58 40 48 4s
49 49 b2 29 28
4 PP'
.a 1.0
a 6
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24 20 29 I8 8
10 20 I 1 12 16
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20 21 9 5
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8 I 7 18
21 26 18 1s IS
20 13 1 k 26 lb
16 20 22 11 I I
37
b Rn Fc PP' PP' 1
As u PP' PP'
h PP'
WD WD MD WQ ND
MD WD ND WD YD
W D WD ND WE NO
HD MD WD ND WD
ND ND WD ND ND
MD ND WD WD ND
wD ND NO ttD WD
WD )ID WD WD 10
MD
lh PP'
2 2 2 2 2
2 2 2 2 2
2 2 2 2 2
2 2 2 2 2
2 2 2 2 2
2 2 2 2 2
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2 2 2 2 2
sr PP'
72 56 79 53 16
I f 21 I2 11 20
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21 24 26 16 32
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2
B i PP'
2 2 2 2 z 2 2 2 2 2
2 2 3 2 ?
1 L
2
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2 2 2 2 2
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2 2 2 3 2
7 6
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LC PP'
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,
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40 b 2 b 8
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7 8 6 4 2
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2 S 2 3 2
b S
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9
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2 3 2 2 4
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4 2 2 4 2
2 2 2 2 2
2 2 2 2 2
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9 6
I26 .92 .I0 132 .bl .09 173 .34 .07 134 .28 . I 4
40 .25 -03
48 . 4 S 134 .09 48 .24 109 .13 67 ,35 134 . I S 40 .27 83 . l b IS ,21 68 .08
S 2.71 .02 .01 3 2.22 .01 .04 3 4.86 .01 .01 3 3.11 -01 .04 2 1.00 .01 .03
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SO IS 10 32 4b
s4 43 I2
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167 17 8 3s 32
37 42 35 21 22
Sb 18 I9 67 4s
34 36 S4 I9 I9
30
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10 S40 2.84
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17 .2S ?2 .Ob 28 .38 140 .09 19 .27 b l . I 0 I9 .29 91 .I2 24 . 4 4 e7 .12
2 1.30 .01 .01 2 3.02 .OI .04 2 1.41 .Ol .03 2 1.88 .Ol .03 2 2.91 - 0 1 .63
10+0011 I+7SS IO+OOY. 2400s -10400~ 2+25s i o w n 2+sos 10tWY 2+7SS
7 400 2.b9 b 321 1.72 4 346 1.42 0 474 2.51
10 273 3.07
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2s .29 104 .I3 18 .27 17 . I0 12 . I 8 45 .09 Z b . 3 7 143 . I 1 JO . 3 5 82 .I3
2 2.11 .01 .03 2 1.68 . 3 1 .0? Z .96 .61 .6J J !.&I .01 .64 2 3.39 .01 ,63
16 ,MY 3+oos - 10*0on 3+2ss 30+0011 360s
' I0~OoW S+?SS 10400n 4400s
10 273 3.01 1 1 840 3.49 6 9% 1.80 4 1539 1-26 e 254 2.44
76 .39 .t!S
53 e9 .?8 .2: .01 .i.t
36 .24 .Ob 5s . I 8 .24
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49 1 . 6 3 .I0 41 . I 8 - 0 2 36 - 2 2 .04 60 . I 8 . I 1 60 . 21 .61
88 .58 91 .04 18 .29 88 .05 IS . 2 s 99 .oe 27 .37 183 . I I 25 .42 I40 .IS
23 -92 .03 . 2 2 2 1.50 .91 . O : 2 1.01 . @ I .o: 3 2.57 .OI . 0 4 3 2.66 . C l .04
9 420 3.s9 12 71s 3.3b
7 321 2.31 6 524 1.98 1 473 2.09
92 .23 . I 1 87 .2O .Ob bS .21 . @ 3 51 .21 .05 55 . I 6 .Ob
31 . 4 I 81 . I4 35 . 4 7 239 . I 4 30 . 4 2 92 .09 2s .3s 93 .01 21 .SO IS7 .07
3 2.94 .01 .04 3 3.62 .01 . O I 2 2.60 .01 ,03 2 2.07 .01 .01 2 2.08 .O1 .o:
9 369 2.96 b 275 1.79 b 263 1.82
I 1 211 3.38 8 124b 2.55
19 .20 .Q6 4s . I 1 .02 42 . I S .08 91 .I7 .07 66 .27 . I0
so .34 ioe . 1 2 I9 .33 B I .68 I6 ,SO 72 -07 33 .43 145 . I4 27 .29 203 .09
3 3.33 .01 .06 2 1.79 -01 ,01 2 1.8s .01 . 03 3 4.36 -01 -07 2 2.61 .01 . O I
78 .I9 .Ob b 3 . 2# .Q9 17 .21 .c9 45 .I5 .03 4S . I 4 -04
24 -38 I 4 8 .I3 27 .48 14b .09 32 .42 161 . l I I b .31 41 ,06 18 .26 13 .Ob
I 2.42 .01 .02
3 3.94 -01 .Ob 2 1.30 .01 .93 2 1.60 .01 .03
s 2.85 .OI .OI 8 479 2.811 9 720 2.54
I I 910 3.23 b 414 1,b7 b 239 l .b9
39 184 I I 1013 2.72 2 3b I 2 58 .so .I0 70 .b9 271 .OB 7 2.00 .02 .20 Slb A - l
TENAJON SILVER PROJECT # SOLUTION FROM VANGEOCHEM JOB # 84-04.3 FILE # 84-0393 PfiGE # 3
SRllPLE I I ~ ~ C U P ) ~ ~ A ~ N I C ~ I ~ ~ F I ~ S u n u 1 h ~ r C d ~ b b i v c a p ~ a c r h a a i i B A ~ N , K Y PP' PP' PP' P P I P P l PP' PP' PP8 1 P P I PP' P P I PP' PP' PP' P P I PP' P P I 1 POI PP' 1 PP' 1 PP' 1 1 1 PP'
I I6 S 24 , I 9 5 287 1.34 2 2 ND 2 I2 I 2 2 $6 . I 3 .02 3 16 - 2 6 67 .07 2 1.37 .01 .01 2 I 38 8 54 .2 21 12 783 4 . W 9 2 N D 2 40 1 2 2 120 .23 . I 1 10 37 .32 118 - 1 1 2 3.27 .01 .04 2 I 19 6 IS , I IS 8 434 4.13 2 24 I 2 2 104 .23 . I 2 I 1 32 $ 3 1 10 . I 2 2 3.15 .02 .03 Z 1 411 11 45 . 3 16 10 272 6.B 4 2 20 1 2 2 173 .2S , I 1 9 SO . 3 1 39 .I2 2 3.41 .02 .03 2 1 SS 6 46 .I 23 10 249 5.4s ND 2 31 1 2 2 143 .SO .!it, 6 48 . S l 121 . I 0 2 3.80 ,62 .04 2
1 4S 9 56 . 3 22 8 362 3.Sb 2 ND 2 32 I 2 2 78 .54 .I0 8 31 .31 97 . l l 2 3.52 .02 -04 2 1 64 6 88 . J 21 9 3128 3.23 3 ND 2 49 I 2 2 16 .5$ .Ob 21 34 .31 223 . l o 2 3.89 .O? .OS 2 1 36 6 67 . I 20 9 365 $ , I 3 2 ND 2 36 I 2 2 14 .37 - 1 4 9 32 .42 99 .I0 2 3.36 .01 .05 2 1 35 7 34 . l 13 6 SS3 2.08 - 2 WD 2 26 I 2 2 55 , 4 7 .04 5 23 .38 56 .I0 2 1.79 .02 -94 t 1 10 2 18 . I 7 3 180 .96 2 2 ND 2 10 I 2 2 26 , I : .02 2 I2 .2? 22 -07 2 .a? . ? I .6 l 2
1 6 I 0 . I 4 2 78 . I3 2 2 ND 2 6 1 2 2 21 .Ob .01 2 ? . l o 25 .04 2 .51 .91 .01 2 1 I9 I 20 . I 10 5 161 1.40 2 2 N D 2 15 I 2 2 40 . I @ .02 3 1 7 .25 49 .06 2 1.42 .01 -01 2 1 20 S 17 . I 10 4 221 1.51 2 I N D 2 1 4 1 2 2 4 1 .I8 .@1 5 . 18 . I 7 39 -01 2 1.39 .01 .01 2 I SO 3 SO . I 21 6 211 2.31 S 2 ND 2 I4 I 2 ? 65 .18 . O S 4 31 .27 62 . lo 2 2.24 .61 .03 2 1 26 7 27 . I 15 6 321 1.97 2 2 N D 2 I7 I 2 2 52 -26 .02 8 SO .27 67 -09 2 1.93 .01 .OS 2
I 23 2 29 , I 16 b $02 2.10 b 2 Nb 2 I 4 1 2 2 55 . I 6 .04 4 27 .26 110 .09 2 1.97 . 9 l .63 2 I 22 4 42 . I I4 6 464 1,90 4 2 WD 2 13 I 2 2 49 . I 8 .05 4 27 .22 94 .08 2 1.70 .01 .03 2 1 13 5 20 .1 10 4 IS9 1.68 2 3 WD 2 13 1 2 2 45 .13 .01 6 23 . I 3 48 .07 2 1.51 .01 . 03 1
4 164 I 51 ND 2 18 2 42 .28 $01 7 29 .22 56 .08 2 1.53 .01 . @ I 2 & & & @ & a 7 6 4 4:14 & ND 3 $6 & 2 83 1.63 . I 9 8 99 . 7 4 15 .08 1 7 2.30 .9J - 1 4 2
16 150 37 83 2.6 575 I 1 5 3 2.69 I 4 2 MD 2 23 1 13 2 P 1.43 .09 4 b8 .49 121 .03 2 1 . 7 5 .02 .20 1 16 2 39 . I 20 6 313 1.96 2 2 N O 2 18 1 2 2 49 . l5 .01 4 SO .45 51 .08 2 1.62 .01 .OJ .! 1 15 4 40 .2 6 4 119 1.21 2 2 ND 2 23 I 2 2 29 .40 .02 4 15 .I8 48 .05 2 1.10 .01 .OJ 2 I 6 2 16 , I 5 3 127 1.07 2 2 MD 2 11 1 2 2 29 .22 . O ! 3 I1 -14 30 .06 2 .78 .91 .01 2 1 22 3 53 . I 12 6 694 2.10 8 2 WD 2 22 1 2 2 48 , 4 1 .15 2 23 .?8 111 .08 2 2.11 .01 . 0 3 2
1 12 1 76 . I 7 6 1035 1.97 4 2 N D 2 21 I 2 2 I? .!2 .21 3 17 . 22 143 .68 '2 1.36 .01 .03 2 I 39 S 28 , I I6 5 221 2.30 6 2 N D 2 13 1 2 2 68 .IS . ?J ? 27 . 2 4 72 . O 7 3 2.25 .GI .03 2 I 26 b 56 .2 13 7 409 2.66 b 2 N@ 2 15 1 2 2 69 . ? I .98 3 27 .!J 61 .12 2 1.W .OI .04 2 I 13 3 4 1 , I S 3 1020 1.56 2 2 WD 2 8 1 2 2 46 .I: .92 3 I5 . l o 56 -11 2 .70 , O l .!I3 2 I 46 2 31 , I I b 6 164 2.11 5 2 ND 2 I4 1 2 2 55 . I 6 .03 4 30 -32 87 -10 2 2.15 .01 .04 2
I 32 4 29 .2 15 S 215 1.19 3 2 nD 2 12 I 2 2 45 ,I4 . 0 2 J Zb ,29 61 -08 2 1.71 .01 .?3 2 I 25 4 36 .2 I 1 7 2tS 2.34 2 2 N D 2 I ? I 2 2 61 , I 9 .02 3 23 .J4 69 . I 1 2 2.44 .01 -04 2 I 33 3 26 . I IS 6 370 2.10 3 2 ID 2 13 I 2 2 S5 .15 . I 3 3 25 . I 9 4 7 $08 ? 2.13 .OI .04 2 I 35 2 49 .2 I 7 8 703 2.36 5 2 N@ 2 13 1 3 2 55 . I 8 .I5 3 24 ,SO 81 .O? 2 2.08 .01 .94 1 20 ? 48 .2 I6 6 325 1.68 2 ? ND 2 14 1 2 2 56 -16 $ 0 9 4 22 . 3 J 8: .O6 2 1 . 7 R .01 .04 L
I 16 3 40 . I 12 5 365 1.43 $ 2 N D 2 13 1 2 2 36 .I4 .07 4 1 7 - 2 2 81 .Ob Z 1.40 . O 1 .03 2 I 19 6 42 .I 10 6 bb7 1.46 3 2 ND 2 18 I 2 2 35 .20 .06 S 16 -23 87 .04 2 1.48 . 01 .03 2 I 11 2 30 , I 8 3 106 1.68 3 2 ND 2 16 I 2 2 5? , I ? .02 1 16 .18 39 -16 2 .98 .01 .03 2 1 52 9 4 1 , I 22 I 1 I94 3.80 6 2 N D 2 28 I 2 2 89 . I 6 .02 10 3 4 * 3 1 16 .I3 3 3.70 .O? .04 2 1 48 4 28 , 2 18 6 736 2.48 5 2 ND 2 46 1 2 2 S4 -69 .04 7 35 . 3 i 100 .Ob 3 2.08 .02 .04 2
I 30 39 168 . 3 37 I I 1011 2.76 10 2 MD 2 31 I 2 2 56' .bO . I 0 0 78 -68 273 -08 7 2.07 .02 .20 2 - --
....
S m L 0
SIB 13+OoY 4425s sie n-i
1 19 1 22
1 14 1 23
I ie
1 23 1 21 I 4 7 1 12 1 36
1 2 8 1 15 I n I 43 I $7
I 10 I 19 1 b 1 16 I 56
21 171 I 41 I 31
TENAJON SILVER FROJECl U SCNJJTION FROM VANGEOCHEM J O B t# 84-043 FILE +t 04-03473 PAGE t# 4
Pb ln Aq M i Co Ik FR As U Au l h Sr Cd Sb Bi V Ca P La C t Ilq )a T i B A1 N r k Y P P ~ P P ~ P P ~ P P ~ P P ~ P P ~ 1 P P ~ PPI IPI P P ~ PPI P P ~ CP@ PP' PP' 1 1 PP' ppa 1 P P ~ 2 P P ~ 2 1 1 PPI
10 SJ , I ie 10 HI 2.46 2 2 no 2 23 I 2 59 .SS .04 6 28 .29 .oe 2 2 ~ 9 .OI .04 2 9 S4 . I IS S 16s 1.0s 3 2 No 2 13 I 2 ? 52 . 1 4 -02 5 26 .?3 b5 .09 2 2.03 .01 . W 2
5 36 . I I 4 6 239 2.20 6 2 ID 2 24 1 ? 2 56 .20 .04 1 2 4 . I 1 74 .09 2 2.39 - 0 1 , 03 ? 8 42 , I 13 S 352 1.62 2 2 NO 2 16 1 2 2 39 . I 9 -04 4 19 ,?? 91 .07 2 1.76 .01 .OS 2 IS 38 , I 14 1 919 2.71 6 2 WD 2 26 1 2 1 76 .I9 .05 1 24 -26 79 .09 2 2.16 .01 .04 2
3 22 .S 12 b 264 3.21 8 2 ND 2 29 I 2 2 95 .l9 .04 5 26 .20 53 . I0 2 2.14 .01 .05 2 9 29 . I 12 9 266 4.24 2 2 NO 2 22 I 2 2 119 .?O .04 13 28 .23 44 . 1 3 2 2.40 .01 .03 2 9 SO .I 22 10 168 3.61 5 2 NO 2 17 I 2 2 88 .?? .OJ 9 40 .28 129 .09 ? 1.69 .01 .04 2
8 S6 .1 18 9 193 3.01 3 2 NO 2 I I I 2 2 7 6 . I 2 . I I 4 51 .27 84 .O9 2 S.09 .01 .01 2 3 24 . I e 4 115 1.40 2 2 W D 2 e I 2 2 39 , I I .02 1 12 . 1 8 32 .06 2 1.09 .UI . o i :
5 46 ,1 I7 0 213 2.68 S 2 ND 2 I 7 1 2 2 70 . I ? .08 b 23 .?? 80 .99 2 2.60 -01 . C 4 2 9 32 ,I 1 1 5 I50 2.41 2 2 ND 2 ?(r I 2 ? 66 .2: .05 2 I9 . 2 1 40 .I0 2 1.64 .!)I .03 2 9 37 .1 I7 9 183 3.45 2 2 NO 2 26 1 2 2 94 .23 .OS 6 33 .36 50 . I 4 2 3.23 . d 2 .OS 1 9 45 , I 10 I 1 925 4.06 9 2 NO ? 15 1 ? 2 I00 , ? 4 .(I5 6 5S .46 110 .IS 3 4.09 .6? - 0 4 2 9 55 , I 17 10 1141 3.10 2 2 ND 2 23 I 2 2 7: . I 8 .I6 4 :5 .J4 124 .11 2 2 . 7 7 .01 ,115 t
Y-01 Y-02. a-0s Y-04
1 1 1 I I
'1 1 1 1 1
1 I 1
. 1 1
55 lo 34 .I 22 27 4 36 .1 I 4 Sl I 4 SO .2 11 26 7 2 1 . .2 14
19 10 31 . I I4 66 14 38 .I 20 31 I 31 .I i e
bS 9 33 ,S 16 68 11 32 .2 17 41 11 31 .2 16
$0 ' 8 56 .2 18 19 ? 41 . I IS
2 w o 2 2 s I 2 2 2 1 0 2 1 0 1 2 2 2 l ( b 2 2 1 1 1 2 2 w D 2 1 0 1 2 2 2 1 1 0 2 1 0 I 4 2
2 10 . 2 1s * I 2 2 2 1 1 0 2 1 5 1 2 2 2 1 0 2 1 1 I 2 1
4.10 5 2 w D 2 2 9 1 2 2 s o 7 7 ? 2 w) 2 23 1 2 2
s.10 9 . 2 1 1 9 2 s4 I 2 2 3.41 8 2 yo * 2 - 32 1 2 2 son s 2 0 2 2 s 1 2 2
1 (17 2.63 3 2* I(D 2 22 1 2 2 0 492 3.17 I , 2 llD 2 31 I 2 2
. b e 54 10 61 56
6b 45 bb
I10 96
11 81 96 62 76
1 SI 1 44 * I 21 9 242 L S S b 2 NO 2 26 1 2 2 80 .2b 0 1 4 7 35 -33 13 010 b S.Sl m02 -06 2 1 22 8 $6 e 2 13 6 198 2.32 2 2 r(b 2 12 I 2 3 39 .I6 .I0 2 21 .21 62 .10 4 1.70 .01 .04 2 I I? (I 40 .2 13 7 506 3.12 9 2 110 2 I7 1 2 2 74 .26 .22 S 26 .21 94 . I S 4 2.13 .01 .OS 2 1 bS b 39 a 3 IS 8 r S 5 4 2.85 2 2 IID 2 21 I 2 2 72 .20 .21 4 29 .40 bb . l I 5 3.50 .01 .03 2 1 44 3 31 .l 17 0 481 2.84 7 2 WO 2 32 1 2 1 67 .29 .29 4 29 .40 122 . I0 4 3.39 -81 .03 2
2 2 2
2
2 2 2 : 2
2 . 2 2 2 2
2
> 6
3 .
TENAJON SILVER PROJECT # SOLUTION FROM VANGEOCHEM F ILE # 844394 PAGE # 2
Pb I n A9 Mi Co Hn FI As U 40 l h Sr Cd Sb B i PP' PP' P I ' PP' PP' PP' 1 PP' PP' PP' PP' PP' PP' PP' PP'
S"LE I No cu PP' PP'
V Ca P La PP' 1 1 PP'
Cr Hq B a Ti B I 1 a K Y PP' 1 IP ' 1 PP' 2 1 1 PPI
I2 . I 6 67 .06 2 .84 '01 .03 2
18 . I 3 51 .Ob 2 1.36 .01 -03 2
36 .32 84 .13 4 3.47 .02 .03 2
21 .22 112 .Ob 2 1.32 ,01 .03 2
26 -21 54 a 0 8 2 2 . 0 3 -01 .01 2
St0011 2t75S 5+oon 3400s S+W 34255 5+m 3tsos 5+00Y 3t75s
1 9 1 13 I 1 1 1 2 0 1 45
1 34 . I 8 4 375 1.02 2 2 m 2 13 1 2 2 8 4 1 . I 1 1 5 883 1.61 2 2 ND 2 19 I 2 2 5 35 . I 9 5 172 1.71 2 2 WD 2 18 1 2 2 7 17 . I 13 6 103 2.04 2 2 ND 2 18 I 2 2 I2 49 . I 25 10 559 3.55 5 2 ND 2 51 I 2 2
28 .17 .05 3 40 . I 6 .09 4 38 . I 3 .06 4 54 . I 2 .02 4 75 .71 .05 10
4 36 - 1 19 9 261 2.53 2 2 WD 2 41 I 3 2 11 50 . I SO 9 858 2.91 2 2 WD 2 29 1 2 2 13 52 . I 31 12 512 3.81 2 2 WD 2 27 I 2 2 10 40 .1 26 13 319 3.51 6 2 WD 2 44 1 2 2 10 34 $ 1 17 10 489 2.86 3 2 WD 2 35 1 2 2
59 .42 .04 12 61 -33 '05 7 82 .28 .I2 I 89 .39 .04 7 75 .28 .05 I
1 51 1 34 I 53 I 7 1 1 34
29 .56 39 .08 3 2.05 .03 ,011 2 41 .38 108 .09 3 3,02 .02 .04 2 38 .48 113 .I1 3 4.05 .02 .04 2 36 .S7 77 . I 3 3 3.53 .05 . 0 4 2 26 .33 62 ,12 2 2.54 .01 . 0 4 2
I5+00W lt+Ooll 15tOOY 4tJOS 15tOOY 4475s 15+0oY 5400s
15tOOY 5+25S
I 29 1 32 1 1s 1 8 1 12
6 26 . I 12 6 364 1.96 2 2 ID 2 40 1 2 2 b 30 . I 16 7 179 2.07 2 2 WD 2 18 1 2 2 1 44 ,1 I 1 6 575 1.35 2 2 NO 2 10 I 2 2 5 28 . I 8 5 5Ob 1.08 2 2 I D 2 9 I 2 2 e 53 . I 12 8 383 1.69 2 2 ID 2 1 1 I 2 2
51 .82 .07 6 59 . I 8 . . 0 3 5 34 . 1 3 .05 3 28 .12 .03 3 42 . I 6 .Ob 4
21 .24 54 .Ob 4 1.72 -01 .03 2 27 .44 92 .08 2 2.28 .01 .04 2 15 .21 86 .Ob 2 1.33 .Ol .03 2 . 12 .22 73 .05 2 .97 - 0 1 .01 2 18 .31 95 .08 2 1.70 .01 .03 2
15+0oY 5+50S 13+ooy S415S 15tOOY b+OOS 15+00W b+25S 15NOY 6+56S
1 10 1 so 1 33 1 23 1 29
8 5 iao 1.25 2 2 ND z 10 I 2 2 lo" 4 :: 22 @ 1268 2.82 4 4 NO 2 28 2 2 I 1 . I 21 10 230 3.55 5 2 ND 2 32 1 2 2 10 50 . l 19 12 252 3.00 3 2 WD 2 18 1 2 2 I6 42 , I 17 I 1 876 2.73 2 2 NR 2 36 I 2 2
37 83 3.5 611 13 535 2.92 10 2 !ID 2 22 1 3 2 8 55 . I 17 9 431 2.47 5 2 ND 2 10 I 2' 2 b 41 . I 10 6 401 1.64 2 2 ND 2 I4 1 2 2
12 60 , I 14 9 825 2.45 7 2 NO 2 17 I 2 2 12 37 ,1 12 ? 982 2.04 4 2 N@ 2 19 1 2 2
1 35 . I 2 .VJ s 64 .26 .05 7
75 . 1 7 .05 b b0 . 3 b . @ 7 b
es .34 .05 9
12 .21 42 .Ob 2 1.14 .01 - 0 3 2 32 .51 157 .07 3 3 . 1 1 .01 .Ob 2 33 .31 127 .08 2 3.4b .(rl .06 2 ?! . 4 0 138 .I0 2 2.PS .01 .03 2 28 .54 104 . l o 2 1.95 .02 .07 2
40 1.42 , l o 5 40 . I 2 - 1 2 4 4 1 . I 7 . lo 2 56 . I 6 . I 3 4 45 .12 . I 5 5
b7 .51 97 .o$ 20 -77 .O2 . 1 9 2 22 .24 102 . I0 2 2.21 .01 . 93 2 14 .24 9: .08 2 1.15 .01 .04 2 23 .27 118 .09 2 1.99 .91 .04 2 19 .24 129 .oe 2 1.73 .01 .04 2
19 I50 1 19 1 I 1 1 15 1 34
8 50 , I 16 8 412 2.76 3 2 ND 2 12 1 2 2 S 28 . I 12 6 168 1.59 2 2 ND 2 13 1 2 2 6 64 . I 13 9 287 2.46 4 2 NO 2 I 1 1 2 2 8 51 . I 22 11 313 2.84 5 2 WD 2 24 1 2 2
39 183 .3 56 12 996 2.70 9 2 ND 2 36 1 2 2
64 . I 3 .12 4 38 . l 2 -05 3 51 .12 . I 7 4 73 .I4 .04 8 57 .60 . I 1 8
20 .34 135 . I 2 3 2.21 .01 .03 2 18 .33 b7 .Ob 2 1.43 - 0 1 .01 2 21 .23 92 . I@ 2 1.94 .01 .03 2 33 .54 125 , I 1 2 3.18 .01 .(I( - 2 77 .69 277 .08 I 2.06 $02 .20 2
I 24 1 19 1 21 1 47 I 30
I
i
APPENDIX 111
EXPENDITURE 1
. . . :.. .. . >
EXPENDITURE
N. Wychopen - March 10-14 - 4 days @ 150.00 expenses include truck
J.W. MacLeod - March 11-13 - 3 days @ 150.00
J.W. MacLeod - report preparation 3 days expenses include truck
Vangeochem invoice 7784
600.00 424.97
450.00 100 . 00 450 . 00
2,296.00
4,320. 97
-. .._ . .._ . .. -. ’. . .. . . . . - . . . . .’. . . . . . . -.. ..
. . ..
1
..
r'
. , , . . . . . . . I , . .~ . ,~ . . ...~. . . . . ~ , . . . . . . . .
,--
*. .
APPENDIX I V
ENGINEERS CERTIFICATE
CERTIFICATE
I, James W. MacLeod, of 1220 Arbutus Street, in the city of Vancouver, in the Province of British Columbia. W HEREBY CERTIFY:
1. That I am a Consulting Engineer , with a business address at 111450-625 Howe St., in the City of Vancouver,
in the Province of British Columbia.
2. That I am a graduate of the University of Alberta with a degree of B.Sc. in the Mining Engineering.
3. That I have actively practiced my profession in mineral exploration since graduation in 1946.
4. That I am a registered Professional Engineer in the Provhce of British Columbia.
5 . That I directed the program of geochemical work carried out on the Carma claim property during the 1983 field season.
QL4U-Q J.W! MacLeod, B.Sc., P.Eng.
Dated at the City of Vancouver, Province of British Columbia, this 9th day of April 1984.
