RECEIVED CODY TOWNSHIP · 2017-01-17 · 42a11se8218 3.7075 cody 010 kidd creek mines ltd report on...
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42A11SE8218 3 .7075 CODY 010 KIDD CREEK MINES LTD REPORT ON REVERSE CIRCULATION OVERBURDEN DRILLING IN RECEIVED AUG 2 j 1984 MINING LANDS SEC!ION CODY TOWNSHIP RE CLAIMS P 540261 TO P540276 AND P 540038 TO P 540049 AND P 539979 TO P 539986 (except P539982) AND P 536831 TO P 536836 AUG. 9, 1984 D.J. BIRD
Transcript of RECEIVED CODY TOWNSHIP · 2017-01-17 · 42a11se8218 3.7075 cody 010 kidd creek mines ltd report on...
42A11SE8218 3 .7075 CODY 010
KIDD CREEK MINES LTD
REPORT ON REVERSE CIRCULATION
OVERBURDEN DRILLING
IN
RECEIVED
AUG 2 j 1984
MINING LANDS SEC!ION
CODY TOWNSHIP
RE CLAIMS
P 540261 TO P540276
AND
P 540038 TO P 540049
AND
P 539979 TO P 539986
(except P539982)
AND
P 536831 TO P 536836
AUG. 9, 1984 D.J. BIRD
42A11SE0218 2 .7875 CODY 010C
TABLE OF CONTENTS
page
SUMMARY OF DRILLING COST
BRADLEY BROTHERS INVOICE JUNE l TO JUNE 15, 1984 ........ 2
COPY OF CHEQUE TO BRADLEYS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4
REPORT ON DRILLING, LOGGING, SAMPLING AND
INTERPRETATION ...... .. ..
APPENDIX I: DRILL LOGS HOLES QT84-001 TO QT84-012
LIST OF FIGURES
page
FIGURE l CLAIM BLOCK LOCATION MAP . . . . . . . . . . . . . . . . . . . . . . 6
FIGURE 2 OVERBURDEN DRILL HOLE LOCATION MAP ............ 7
FIGURE 3 SAMPLING AND HEAVY MINERAL CONCENTRATION
PROCEDURE USED BY KIDD CREEK MINES ............ 8
SUMMARY OF DRILLING COST
Total footage drilled during invoiceperiod February 16 to 21 (inclusive)1984 1149 feet
Total cost of drilling holes QT84-001to QT84-012 (inclusive) as per 50.233^of Bradley (February 16 to 28) invoice. S12.114.4
Broken down as follows:Regular hours: 56 @ S170.007hr l 9,520.00 Tricone bits: 3 @ 600.00 * 1 5* S 2,070.00 Adaptor: l @ S456.00 H- 15* S 524.40
512,114.40 Cost per foot S 10.54 per foot
Days claimed @ S15.00 per day 807.63 days
BRADLEY ROS.
tfM/TED
F*brtiary 2 9, 1984
CONTRACT DIAMOND OHIU.IW
Kidd Creek Mines Limited P.O. Box 1140 Tiaains, Ontario
HOLE No.
\A/Vool
"' /(c f 002v^ul 0 03
• 0V ) oos\ 0 06
307l 0 08
1 0 09f 010\ Oil\012
,, 013014015016017013019020021022023
: ; 024025026
'•4 0 27\ 0 28
••r
'- . .— .'.-..
TO COVER DIAMOND DRILUNG FOR
FROM
Mobilization!35 miles
0' 76'0* 101*0' 145'0' 102' ( ,
0' 96'0' 90'0' 80'0' 90'0* 72'0' 78'0' 105'0' 108'0' 87'O 1 108'0* 144'0' 146*0' ISO 1O 1 119'0* 107'O 1 83'0' 86'0' 90'0* US'0' 182'0' 120'O 1 104'0* 126'
T#b. 1 6 t0FdO^XGEW0LETED
8 15.0076'
101'145'102 ' ^/i JjMflfc/J ^ -^
96' ! '90"80'90'72'78'
105'108' --ir\tP\fi\
8 7 ' r\t\^\? u Av) \P\\\\108 ' \u\v^\ \\ u \m\^"-^144* \rm\u'-3146' ^ISO' -, r -;., C -
llf107'83'86'90'
115 ' : //-JJV- ^182' *120'104'126* " " "
BqoipBtat rental i111 hours 8 170.00
Down th* hoi* consomabl**!4 TrieoM bit* 8 :. 1600*00- — 136.00*00. . ..-.. _
--••"^-'---454*00 - 456r*00- -— - ~-84056.00
Plus 151 608.40
1175
V ~"~ f*, s\
' ' ~
, ,, tlc*J~ — - 1
18,870
,., ———— -r-—. ~r .~
4,644
00
00
~..
40F.O. tOX 2*7- MMAM04
February 29, 1984
.CONTRACT DIAMOND DRILLING
Kidd Creek Mines Limited P.O. Box 1140 Ti&anins, Ontario
HOLE No. TO COVER DIAMOND DRILLING FOR
FROM . 1 6
Cost to pack enowt P*b. 13 - 4 nan hours 4 auukeg hours
Demobilizationi 35 miles
9 123.009 35.00
5.00
192140
175
124,116
0000
00
40
m m*sjntrr AO. *OX33S7- NOHMHOA. OUt. J9XSAt
: i *-*^v,**v,* ; .' ~J*JM*
Mines Ltd.Tmerce Court, Toronto, Ontario MSL 1E7 Date
t.032Cheque Number
Pay to the order
BRADLEY PROS. LIMITED P.O. BOX 485 TI^f/TNS ONT P4'-J 787
LCanadian Imperial Bank of Commerce Main Branch, Commerce Court Toronto, Ontario M5L 1G9
Amount
U28,702.53
Kidd Creek Mines Ltd.
cY-
Please detach before depositing Kidd Creek Mines Ltd. Commerce Court, Toronto, Ontario M5L 1E7
VOUCH c P.DATt
15.03.^4 ?S.O?.*'t 2fi.0?.8'-.
VOL'CHFR NU M 3ER
00030^20''JO'305A 00030fs5
GROSS AMOUNT 41,203.*:5 29,799.10 33,583.20
DISC *
.0
.0
.0
DISCOUNT AMOUNT
.00
.00
.00
.00fc03? OATi; 10.04.8^ r.HFQUt TOTAL 120*702.53
'tered .Audited.Approved
. For Payment.
OVERBURDEN DRILLING, LOGGING SAMPLING AND INTERPRETATION
INTRODUCTION
A Longyear "38" reverse circulation overburden drill
was contracted from Bradley Brothers Ltd. to drill 12 holes
on the northwest side of Nighthawk Lake in Cody Township
(Figure 1). The drill was mounted on skids and moved by
bulldozer. Holes QT84-001 to QT84-012 (Figure 2) were
drilled from February 16 to 21 (inclusive) 1984. The work
was done on claims P 528670 to P 528672, P 536833, P 536834
and P 540264 and is being applied to the 41 contiguous
claims P 540261 to P 540276, P 540038 to P 540049, P 539979
to P 539986 (except P539982) and P 536831 to P 536836
inclusive.
DRILLING A LOGGING
Water or a mixture of compressed air and water is pumped
down the outer tube of the dual tube rods and through the
tricone bit. The material is flushed up the inner tube to
the surface as it is being drilled. At the surface, the
water/material mixture is passed through a cyclone, where it
is slowed down before discharging into a 25 Litre sample
bucket. A 2 mm (10 mesh) screen is placed above the bucket
to catch the Quaternary sediment slurry so that it can be
KIDD CREEK MINES LTD.NIGHTHAWK LAKE
NIGHTHAWK GOLD CLAIMS CODY Twp.
CL A l M BLOCK
LOCATI ON MAP
Figure
NIGHTHAWK
PORCUPINE PENNINSUufeSJ^;
VPI^
LAKE
J no mi
l IOO Mint
Figure 2
KIDD CREEK MINES LTD.EsplorQtion Division , ONTARIO
NIGHTHAWK GOLD CLAIMS COW Twp.
OVERBURDEN DRILL HOLE LOCATION
MAP
Drown 'DEL Project NO' 4 8
Dots ' D . Bin)
Dot* '08/08/84
CIRCULATION DRILLING 8 HEAVY MINERAL CONCENTRATE PRERftRATION TECHNIQUES USED BY KIDD CREEK MINES LTD.
AMPLE DISCHARGE
CYCLONE
J 10 MESH (fi*m)
•IEVELOGGING—.1A l
......JJWATERINTO
SETTING TANK
BUCKET
(zr L )BUCKET (to L l
\ 7
TRICONE BITREVERSE C IRCULATION
DRILLING
LABORATORY
AMPLE WASHED THROUCH 10 MESH (t SIEVE
8 mm MIXED INTO LURRY
MEAVIES DISCHARGE-
SHAKER TABLE
DRV
lilGHT* DISCHARGE
MAGNETIC SEPARATION
MAGNETIC NON-MAGNETIC FRACTION FRACTION STORED
HEAVY LIQUID SEPARATION
DRV
/\9/4 ANALYZED 1/4 ARCHIVED
observed and described in field notes before it is manually
deposited into the sample bucket (Figure 3). The Quaternary
sediment sample is allowed to settle in the bucket prior to
decanting and bagging. Boulders and bedrock are flushed up
as rock chips up to 2 cm in size. Boulder chips are
discarded. Bedrock chips are collected as a sample directly
from the 2 mm screen and bagged. Field notes are later
transcribed onto logging sheets (Appendix I). Profiles are
drawn from the drill logs.
SAMPLING
Sample Intervals
Overburden samples are taken through the entire
thickness of the overburden. Each sample consists of only
one sediment type. The sample intervals are thus determined
by the thickness of the unit. Within specific units that
are greater than 6 feet thick, samples are taken over
intervals 2 to 6 feet in length. Lacustrine sediment and
boulders are not saved. The sample interval is recorded as
a depth measurement at the top and bottom of the sample.
Depth is determined by counting the number of 20 foot drill
rods as they are added to the rod string, and by noting the
amount that the uppermost rod has penetrated the overburden.
10
accuracy of one-half foot can be attained.
Sample Preparation
The 2 to 6 foot sample Interval usually provides about
5 kilograms of material which is usually sufficient to
ensure enough heavy minerals for geochemical analysis.
Heavy mineral concentrates are prepared from the
overburden samples in the laboratory at the Kidd Creek Mines
Exploration Division Office, 571 Moneta Ave., Timmins
(Figure 3).
All samples are washed through a 2 mm (10 mesh) sieve
to remove all material coarser than 2 mm. The < 2 m m
materials are transferred to an elevated holding tank,
thoroughly stirred by a mixer into a slurry, and released
onto the sloped shaker table below. The heavier materials
are separated from the lighter materials by agitation on the
shaker table. The tabled heavies are dried, and the magnetic
fraction removed, using a plunger magnet, and stored. The
non-magnetic fraction is further concentrated using a heavy
liquid (methylene iodide, S.6. 3.3) separation technique.
The resultant non-magnetic heavy minerals are split, using a
small sample splitter, into 3/4 and 1/4 portions. The 1/4
portion is archived for reference and mineralogical
examination, and the 3/4 portion is submitted for
geochemical analysis. This 3/4:1/4 ratio can be altered or
11
specific samples may be combined, depending on the amount of
heavy mineral concentrate and the nature of the overburden
from which it was derived, to ensure sufficient material for
analysis.
Sample Analysis
The heavy mineral concentrates are routinely analyzed
for Au at Nuclear Activation Services Ltd. in Hamilton, and
for Cu, Zn, Pb, Ni and Ag at X-Ray Assay Laboratories Ltd.
in Toronto. To evaluate the quality of the analytical data,
control reference samples of known concentration are
routinely submitted as regular samples.
Gold is determined by direct-irradiation neutron acti
vation on the entire unground heavy mineral concentrate. The
lower detection limit for this method 1s 20 ppb.
After analysis for Au, the heavy mineral concentrates
are ground to -200 mesh (75 urn). A .25 gm split was digested
using 2 ml of concentrated nitric add in a test tube which
is placed for one half hour in a water bath at 95 C. Then l
ml of concentrated hydrochloric acid 1s added and the
digestion continued for another 2 1/2 hours. The test tubes
are shaken at regular intervals during the digestion. Sample
solutions are made up to volume with a lithium buffer
solution and run on a simultaneous direct-current plasma
emission spectrometer (DCP) for Cu, Zn, Pb, Ni and Ag. The
12
lower detection limits for Cu, Zn, Pb, N1 and Ag are 0.5,
0.5, 2.0, 1.0 and 0.5 ppm respectively. The sample pulps
were returned to the Exploration Division office in Timmins
and stored.
INTERPRETATION
The descriptions of the Quaternary sediment types are
used to classify the materials as till, glaciofluvial,
fluviolacustrine or lacustrine in origin. The general
overburden stratigraphy is then worked out by preparing
correlative profiles between holes and comparing these
profiles with published and unpublished data pertaining to
the multiple ice advances in the Timmins area.
Only those geochemical anomalies that occur in till and
repeat in several holes are investigated further. The
significance of geochemical anomalies associated with
overburden types other than till is unknown since their
transport history is too complicated to realistically follow
up.
13
The transport direction of the till that hosts the
interesting geochemical anomalies is followed "up-ice"
towards the geochemical source.
D.
APPENDIX I
DRILL LOGS
HOLES QT84-001 TO QT84-012
o
REVERSE CIRCULATION DRILL HOLE LOG
HOLE MO
HATF F-* r^ r ^ 16 I Qg^- ftFmnfilgT11
l/.-aLl Lat * U*-GO*J
HDII l FP fo
DEPTH of HOI F 2,3.0^ of OVERBURDEN ELEVATION
MOVE to l-
ORILIMECHANIC/
DRILLING
OTHER M^^
1
DEPTH l in m*tr*t|
—
mmt
5—1
-"™
4
uc-m
m
4ta
m
15 —
•CM
a
20 ——"f^*^ a
25. — i
M
30— J
GRAPH 1 C LOG
y -* — ;
..^12.- y~ r*~
t \
l—. ——— —'— — — —
— ' —— -
2 -— i
[ — . ., —
-J - —
\
-^— —^-. * O o * * ^' t^* : *
w/.
\ INTERVAL 1
^ S
SAMPLE NO
-
.
,^
."*
-
-
—
-
.
-
-
L 111^"
—
-
DESCRIPTIVE LOG
—— ^- * *~I.^-JLO.H-^ LACUSTTUNE
t .N( "Z. j - 9 *y uu *^5 x* 1 ^" ^ * J .1 , ^ - fiL L- *- —J \ ' ^ ^W * f rr**~' J5*^,ft iiV ^^J **" W*^ W ( C*-3 1. p^'*—' ^ 1 rt^ T ^ W^ VVOt J
^57— f. 6 w-1 6r*ei^.- t i*^M ( *J-'4-l— V't't AvvJ S^^ci,)J r 2 y
^ ^'-"j ^ *j '*) -
2,0. ^ - a;f . r-J ^L AGIO F l-L/ VI A i~Je ^cll d ttt/eJ ^-70^ oL^J^ fio/^^oL ae3*"*" 3 y "~^ ' i '
J^a^ 3^. M^ ^3-^iO———— 27- '
s \ '
o
REVERSE CIRCULATION DRILL HOLE LOGHOLE NO LOCAT ION .'-a
^hAA. JLa-ke.l^B^^BI^^
DRILLER.
DEPTH of HOLE ^P-?m ^IPlfQpEPTH of OVERBURDEN ELEVATION.
' MOVE tj
. lo+gp J OR ILL J
' MECHAN
DRILL IN!
OTHER-.(MSL)
1
DEPTH l in mttrtt)
—
B
——
i
B**
5 *BWi
LK-j
-a
10 —B
-*1-"
15 —
*""
~
SFJ
20-i
-j
.2 5- —
B1
•If- "IuC".MM
50 ——
GRAPH 1 C LOG
rrrj-
~ \
———
iimijr:-in— —— — "^~
M. — ' " ' ~
7" * . f0. - .o -;o'. 0; .O.'O'O.
.NRT.
;'\;^. \ . x.'.' \0 . ' ?
- .'. . -1 . ••:-
? - '.o'.'."* -i M
-N'-T^^"V"""/
/X///1
1 INTERVAL |
T"
Xy-^
^\ \7
y\\ \\xx
SAMPLE NO
~
'"*B
'
——
-
-
~
-
P
.
•W
'
"•9^7
-—
j-rtW
•"mi•M*
———
1 2.000-~
7*5™*
H^^
DESCRIPTIVE LOG
e -,.c- r.**^u.
/.^-t^.5-o LACUSTRINE.j..,--,.?.^ 'Srt.^o cLw-^ t^-'f^ t'lf t-S.*L^i)
i.fir-i^-3i — ) dr-'^'H CLO-\J ^cO.'^iO ^.-/^ t- S"-wclJ^
i^.i-^7.^.^ QLAC19 FLUVIAL^ J It.. *- J r- 1 J - J?.^ J , ~.~ ,4 ir-x-i //s ^ "pine- oro-de a i-a.\J*~tW SO-M-O. . isrr*c-ti f-'* ct j KVOV- coiv-po-cx. . 5 c'-to /^
i t 1 J h.J w /
l ^.S"— 5-2 -S""^ v^ti 4- j-n'w.e "i'n.vdL
.?.1-i-?.r^ -Sfl^-j .-^rUir
,.,. e - 22 .r-o ~o*4-L C^rit ^^^i. -Se-* ^^l^ UJs. V^rj u; ill ^r^*
P-4 .-l - 2 r- 3 "v^- ( S. *--vvjaL
iL7.* -a^-s— ' LACUST1UME.C,., ,(^ ^ w l* ^fb s^i
-\x*
/-V V'S.
J
REVERSE CIRCULATION DRILL HOLE LOGHOLE NO
DATE
LOCATION
GEOLOGIST. DRILLER.DEPTH of HOLE. DEPTH of OVERBURDEN. ELEVATION. .(MSL)
BIT
MOVE tt
OR ILL ,- MECHAN
DRILL IN
OTHER —
a sui E o
5 —
10 —
15 ——
20 ——
25——
50—J
y///
j s DESCRIPTIVE LOG
3EDHOCK
O
l4-o l
•'™^?
mREVERSE CIRCXILATION DRILL HOLE LOG
oo** l ^
DATE
DEPTJ
•i* : a jID E 0 c
0 ~-"-
4M
4
4
5 —UK- J
4
*
TcJ SF-
—tt- -
i. (C*x* 'S*-
) :*- -*- -m4
SF~
20 —
t-^-*:25 ——
4
—
•H
•J
LK--
30 —J
;
teSS^^ i^^A^f^?
F^L
l of
ORAPHI C LOO
,r ' ^
" y
N*/
. N
v^
'•^T0. o - - o
W-LL-^
1H*Zo•fp
-'0-0 -.
•"V1 !-'-'•'••'.'•P!-: o- "- -''-.' '.f-O; .'-'.
' . ' ' '
v^'- /
~z~r~i
i*ji^.-ij:'
I^V
H
| INTERVAL
V SsS^~ / / / /
\\\
^s s s^\)-s/x
^JLV^UA |
?LF4^,
SAMPLE NO
-
-
c
~
- iOO\
- 3,ooi,t
- NSi
1.^*^3
. 1004^* 7 toftT
•^oo(,
-
1 ^S
t*
;i^^;ii.'
O7 199^-, ftFW nfiiftTSfrJ/S^u^ npin FR Fiv-*-^-*.l " MECHAN
,, x DRILLIN2. V^L ^/'f^ft-) nPPTH nf nVFRftlRnfW V^.F^O p|FUAT(ON. 1MSI )x " OTHER —
DESCRIPTIVE LOG
O-\-2,r*^ T C -S. 4- U-Jo-Xi'T
,^- 1.7^0 LACUSTRJMELS-l.f^ 'Sr-ow^ C^ ^i^.'+L -i-'l-t *- Sa-^iJ
i-e-f.?.^ ^rc y c.l^u ^to.--fL 5.-l-t i-s--~4)
9.7-'fl-s-— ' (^LAClOFi-fVJAL.P.'^t eirDLjJc Q*~aveJl-'j So-t^et
, 0.7-i5..S"t~j r?w.*. -fo f"-* J- ' " "^ S*.w-e-
/a.^-^.r^ LACUST^-IME:ia.r- i?-A "^ Cl^N ^.-4Lj s.'l^ * Sawcij WOAX' Co^pn-c/t
(?.*t- IV-^ v^-1 p.ve *i(kw.el D-v^ci vlt
( 5-. -2. — /4*-sT"w-' ^•'fti^--v 0.'!^ '*^ CL^y
^.c-i^.^— ^LACIOpl-UVlAL,F".^C 4t? yviCcL.'^"^- or^aJc. Q raw* L VSo-*^*i . ^-C? -f oVc/ cLo^k. Co/CWC cL
J j y 17.1 -p.a. t*~ Hi-e ar-ff-elc j ^vxOt^M C^arK. Sav^ct., Sot^c. ^ v-a.^^
jz.^ - 2.2. :T ~v Ck/Y 5 *5 S*.wo(.
2-5*- 33.2-^ LACUSTR-lNEr^r*vj e. Us C*- 4 '' 1 ''" •|-'i^*~aO ^*W*r*c.^-lw Co.^^c^c-f
i?.P-2t-Vv^ P.'^e *- MAfcd-.-u^v- Sa-v^dL * \*A
.;KSsst^i2:3ii^:\is^:v-^^^®^^^^^ ..-^-^ sa^y^sa^^p^^if^^
o
REVERSE CIRCULATION DRILL HOLE LOGHOLE MO
DATELOCATION
GEOLOGIST. DRILLER.DEPTH of HOLE. DEPTH of OVERBURDEN. ELEVATION. .(MSL)
BIT
MOVE
DRILL. MEC
DRILL l|
OTHER.
[
DEPTH I in motr*i|
*
*
-*-~fl~-
— jt— 'Tfc-
m
GF!4o—
*
—
i
m
44 —*
M
*
^
JO —
4
*
*
Z5 ——4
*MM
•^
so~
o
h~/ ~~.x '.. .\~ o~~
o ' oi — (9 -:fe-•:d?o: D-^•<I^>V.'OO^ot?'gs?g^'R
l^^i^— B^n.
•fev™//
II INTERVAL |
r
\ rl^ \ \f s
SAMPLE NO
-
*
-*
7"l06?
- too S
•^
'.looy
MM
Lieio
- 2*H~
k
~*
*
™
J-
t
*
a
~
**
*
M-V
DESCRIPTIVE LOG
i7-7-Z^.3~- S.-.H- ^ c-Uy ^,--fL -R^^ i2-P. 3- 3f?.s-*— C-ift-y o-^i t;.' /f
31.!,- 31. T^ C^.*.^ *- V,-lt
31.7 — 3 P.D ~*-- -j-i'**-*- 4xj i-vA-e,dL' u ~O *5a "~ft-
3 2.c?-33.a -^ S.-l-t- *- c-d^-r, ^e^e pttt'es (f J. o-. K Co (coire dji r •sa.9-33./^- ' t/4-5 V fxcLbUs *- \.^v^i
W.' -3 *^7^ FLy VIOLACUSTTUM E^He-S-W*4 ^eir^ct uj!^— S*^e arttve.^
J 1 J3.S"-3^7'~- C?r*v*jl A-'/'i '^ •i'li'* CLB-y1 1 k II.?4-.0-,?M ~- C-JtB-u vo.'-M^ ^ilf-
3^7-^2 ?^J Q LACJO FLUVIALKee( -ff c.oo.rs-t- a ^-*-eC^ Q*-AK-/. *Sewe Coa-r** Ka^cL . ^O/e Jif^.^- f~olo vr *-o
, .pelj^fS- M.4A*r our-.-k J^ Se^e olft^k. areo*- *.v^*{ S re/ P*-*'*'*^ -F/.o-J/S-^ 7P/^ d-o-r-k. Cjf/ff^-eL
5^-3-57.0^- ^ft^ cLc^-k. C0lt""-*d 3e0-1S-P.*~ X^^^tO^S* 'Be.jLd.t-r-
3f.7- 37. ^ *v~- *~*eL*''"^-) S*.vvc{.
37.^-40.0^-0 ^/'vt - *~~e-Ji a rA.c4^ s4r*v4n'p*t^ 4^.*^ e ^ci •j^autCt+0.?^- tl.8~J ^•e.ti^'^. o re^c/e , S70 ^ dio**~ k~ ^lo^tck .4i.y-^?-l'vJ (-jY-*y So^tJL*.y—
REVERSE CIRCULATION DRILL HOLE LOG BIT IPHOLE NO
DATE
LOCATION .
GEOLOGIST. DRILLER.
DEPTH of HOLE. DEPTH of OVERBURDEN. ELEVATION. .(MSL) OTHER
u O
5—,
10—*
O15—H
20—H
25-—
SO——i
l!o
u
tnDESCRIPTIVE LOG
4-A.8-
(are.2 frUjpt.- ^io ^-
o
o
REVERSE C l RCULAT l ON DR l LL HOLE LOGHOLE NO LOCAT ION L^Jc^. Gr til t rrO.DATE F-e-br^a.*-*. 13 I P ft*f GEOLOG l ST Sfiit-ei-
DEPTH of HOLE A/- 1 ^ ((Qj,'^ DEPT^ of OVERBURDEN.
DRILLER
ELEVATION.
DEPTH n mtfrt
TM5 —
i-fc
TuJ H
I5-H
20 —
25- —
30
. '.-. o -'
01-?^
*
ro/ 3
•ZOI5
DESCRIPTIVE LOG
O - 0,
^ . A .'a-
s-.t-r.?^ P",-^.* s^v^cC
Crrcy c i. u -j l -f Sw.^.
IVATETU-AIM TILL•/-•li:
.(MSL)
BIT N|
MOVE
DRILL. MEOW DRILL l
OTHER.
•J. coH-.cxc.T
V
1 o uj ^
' i'*. p(fcCttJrt^t.C*
O
KtVtKSt U 1 KUJLAI 1 UN UK 1 LL HULt LUb BIT NO
HOLE
DATE
DEPTI
I
DEPT H in mttrti
—
5 —
4
-
)0 —t
*"
4
15 —
m
20 —
m
^.•i
4
25- — i4
SO ——
. ' MOVE !( MO &TXH--OOH' i nrATiftw npfii
IQ RFmftRi5T nouiFP " MECHAN
i of H
I
ORAPHI C
LOO
V//;
\ INTERVAL j
OR ILL IN•JLF nFPTM nf nt/FRftllRDFM Fi FUATIOW 1U511OTHER —
SAMPLE NO
K
K
*
t
-~
-~
OT
"**
-
— --
—
•B
—
DESCRIPTIVE LOG
fo.l-ZL5'~^ UAC-USTR-INE.
y
i?-*-/ 3-7** C/wy B-v^J. s-'/^-
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i*.*-9.rx~J ABLATION T ILL3.i.SL-W..1~ t^^S^eel
,J B^W . r-
,
lllill^^
REVERSE C l RCULATl ON DR l LL HOLE LOG B,THOLE MO fy?n?fr--oo*f
DATE
DEPTt
** i j
w t0 c
o 14
5 —
m
10 —•K
B
o 120 —
•l
25- — -
m
SO ——
IQ fiFrtrvimT noii i PR " MECHANI
1 of H(
ORAPHI C LOO | IN Tt R VAL
OR ILL IN UE . - DFPTH of OVFRRIRDFN , , ,. FIFVATION, , ,{MS1)
vTntn*^
SAMPLE N*
1
B
"^
~
————
tm
B
L.
—
—
DESCRIPTIVE LOG
^.?- AH GLAC&FLUVIAl-
^ -^ 5^UJe. 4- eo^t3r^e.^r^-Uk- c*;~r^i .ut *7-*~l
217.7-2.8-0**^ G^lfi eLo^k- tc^wrtdt
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.
1
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i '
O-
REVERSE CIRCULATION DRILL HOLE LOGHOLE MO srn?'i--oox- OATE F-dor**.**-*. I S?
LOCATION J
GEOLOGl ST.
\9Htt- Caf-.-tl j, Q.*s t
DRILLER.
I *
5
l- 1C-
10 —
20
50 —
SAMPL NO
St \
Oj.
-2-02-f
DESCRIPTIVE LOG
O— 1 -3 *-o Ic-e.
(w*. ar-Tue
- 33.
eee^-t*
^t Of
Sw.vv.eL.
tfr*vtliAJ J
M,
J
J
coars-c or-tvjj. Sa^vciwj 7
DEPTH of nni F 3^.6* ///3##riFDTu of OVERBURDEN^jL^i-Leiif- ELEVATION_____(MSL)DRILL IN]
OTHERJ
coarse. Stx
Co [ovf
o
REVERSE CIRCULATION DRILL HOLE
NO
DEPTH of HOLE.
DEPTH mvtrt
5 —
10 —
IS —
20 ——
Z5 ——
50
\ :\OT\ V
LE
SA
GEOLOGIST. DRILLER.
DEPTH of OVERBURDEN. ELEVATION.
DESCRIPTIVE LOG
P 5
l~j
BIT NO
MOVE t(
DRILL — MECHANI
DRILL IN OTHER-.
•fc^Silv*-Bf1*m
REVERSE C l ROIL AT l ON DR l LL HOLE LOG BIT N0
MOVE to HOLE.
HOLE NO
DATE ,
LOCATION Cod A/
I9&JL GEOLOG l ST jSaata DRILLER
DEPTH of nni f DEPTH of OVERBURDEN '~ ELEVATION, .{MSL)
MECHANICAL
DRILLING PRO
OTHER 9-0
AP OG DESCRIPTIVE LOG
-C7TO
10 —
ci.*.'?"h o
0-0.9 - Xce
O.9- /O-7 :
/0.7-/S"-8 1-
/0.7-//.9
/3.^/y. 3'. H Jc
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tO"". CcoOirJ*J
bkcL
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15
ea- f. .0
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J to - 3- f*
20 —
*X J
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JC ——
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'/t/A^tCoarcO
eiftu 0
^.
RCULATION DRILL HOLE LOGHOLE NO QTSV-OOfe
DEPTH of HOLE.
LOCATION JD*L
DEPTH of OVERBURDEN. ELEVATION.
BIT NO ——
MOVE to HOLE
DRILL————MECHANICAL
DRILLING PW
DESCRIPTIVE LOG
ID-
20-
25-
**A ^ toi* y/^f . Onc.o~
r-x?.a-. ^'/KL -4 f eAio^- ,-/?.^-. G-'
-to tmcfc
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.
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- a 7.7
iM.lpK.i.n——•^•.;i;j.xi-;'i'uj..yr^..^.!v^v^^^^
jsiiiiMisMi^^
HOLE
OAT E
REVERSE CIRCULATION DRILL HOLE LOGCody Tvff (l 3 W, \ 4* 00. nrAT.QK.
BIT N
MOVE to
DRILL j
GEOLOG l ST DPI LLER
DEPTH of HOLE DEPTH of OVERBURDEN ELEVATION. .(MSL)
MECHANICAL
DRILLING P
OTHER——:——
DESCRIPTIVE LOG
10-
20'
GF -q
so*
O '
o . ' . oO * •-'*
f ' ^ o,
o - ' ^ 72043
.-2044
o.
O- 0-(/
O. (P -/i (?O- 1- 2..^ cJay
day
t- 15.^ m:
2I-2S.2 : meciJurv\ coarse Sand, to^cU um
21.7-25 : KlgVx cirou'cl (cotxat Sand, Solod ark
25-25. S i rv)C-dhurv\ tcro-ise. sand
: EhTP 01^ HOLE
•e# CI HCULATJ ON- : ^"#' : '^S **OVEto HOLE••"^^KPi^^P^*^^'-''" 1-^* w -^'u ''-'''-' '•''" ••'•~"ir; c'. - ^ •^\^^^^^^^;:. :^ff^\.y:^^^:f^-^-^-^.'- ^.•.™ ."-,:-,.~
•^m^^Mb^SrnB^'-OOS - "- i nrATinM CeeL, "T4*y5* ^JEStO j ji /C-na^A/ ..y - ^^^ ^^, SIA^-;-: •.^^••.•/"••-v" •"•"''.•'•'-:"- ' ' " "* ' ''. ! - '.' -' - ^ '-'"- .....' . ....
DATE
DEPTH of HOLE-2^3-2i
GEOLOG l ST
DEPTH of OVERBURDEN
DRILLER
ELEVATION. .(MSL)
MECHANICAL
DRILLING PRC
OTHER.
•so
DESCRIPTIVE LOG
-OTTO
3.3- /. AC O ST* M/f"*** , A.iei/- e.
.. * v e^n f 607. ('^^
.7: loo o (d
* K,
10 —
15 —
20-—i
61s -
.O. K. ^0^4.V
o'..
'. Ci
5C——
H
REVERSE CIRCULATION DRILL HOLE LOG
HOLE l*
DATE Feb 9-6
DEPTH e
f——— LOCATION .
laJLit GEOLOGIST,
^Liq W x fft) J^
BIT N
MOVE to HOL
DRILL.
"ThorpsDEPTH of OVERBURDEN -f^L;
DRILLER
ELEVATION. .(MSL)(10
MECHANICAL
DRILLING Pf
OTHER———
o fso
S*
oVoDESCRIPTIVE LOG
O- l. 5 m: KJO fit4urr\
|.5-l5m:l-5-^-0 :
^|.o-lSo - 'clay
clay
15-23-loM: & LACIOFLUV/ALSanti, low gravel,
-18.0 -' 1-ole d**'K10 —
1.2.050
22-H-33.5; KJ
6*
so—J
darir,
26-H-2I-3-
22,3-22.4 '-boulder22.S-22.t-. KitgK3r'Ood,rWJv*m
Sand,
e, So "7*
r ; r* cd l u r* Coarse 5ar^
Vow
ktfVuLrftr- : ' *-' - ^'-TT^T
REVERSE CIRCULATION DRILL HOLE LOG B,T
HOLE MO
DATE
LOCATION.
GEOLOGIST.
MOVE to HOLE—
DRILL______
DRILLER.
DEPTH of HOLE DEPTH of OVERBURDEN. ELEVATION, .(MSL)
MECHANICAL DO
DRILLING PROBL
OTHER '
t ;t- *-u 0
DESCRIPTIVE LOGH
I^HMI
S or
Sand, rv\t-d; uov ^roye-lj medium
to —
15 —
80—J
30—J
^lpi*!f;Pif -^ *jji^?ij^
REVERSE CIRCULATION DRILL HOLE LOG B,T
HOLE no.3Tg^-ioDATE E^k 3O_____ l
DEPTH of HOLE. .3 3 -O
Cody'TwpMOVE to HOLE P^
e.v TKo r ne^DEPTH of OVERBURDEN ELEVATION. .(MSL)
MECHANICAL DOW
DRILLING PROBLE
OTHER _____ __
i t-o. H
&TODESCRIPTIVE LOG
HE
avid
.M - IS -
. -z,-
10 —
30*
IS ——
•o
QpT^O ——
7-
X^
v 7J
80 o o^
A6UATIOMTILLy )c^ S* \\ , 205
3oEmaM BedfTpk wi-
-3 m'.
so—J•T.'
-mm^^mmm^^^ wm
i^Sl^SS^ts
•v^\
REVERSE CIRCULATION DRILL HOLE LOG
HOLE Q//
DEPTH of HOLE
GEOLOGIST.*(78S-Q
\— DEPTH of
DRILLER.
ELEVATION. .(MSL)
DEPTH mttrt
UK-
10 —
IS*-
20 —
30 ——
. . Oo*-;
O' '. ; ' l0- e?'
^••S*
LE
-.2.0(1
DESCRIPTIVE LOG
LACUSTRINE
3.0 - /*t.^
.-KVC q
J
17.7- l?.0
2". O - 2C* . 3 ei -
le-. ^ - A l -o ~/ ABLATION -T! U-
O
- ti fi M^-'
BIT K
MOVE to HC
DRILL-2^ MECHANICAL
DRILLING
OTHER——
C e
benftt.
SlSiPKittflft:SSSS'
•^:
REVERSE CIRCULATION DRILL HOLE LOG
Kl.- a y-LaujlO 7
ISJEi. GEOLOGIST.
DEPTH of HOLE, OVERBURDEN.
DRILLER.
ELEVATION. .(MSL)
BIT K
MOVE to HC
DRILL f P- ! *
MECHANICAL
DRILLING
OTHER——ill
i *
5 —
UK ja
a
10 —
J- K J
so-Jwr;jT:-'.i7".* '.'r ,:,;- f
APH LOO
X ,
O
7-/^
/ - •x:O"7P
S-.(207)
{2.073
DESCRIPTIVE LOG
tt.t-K-9~j ABLATION TILL
/A..1-M.
. 9-
- W i~a
- F.V-e
' c9J . J
- CL^- CT
rf*. TO
wO
.O —17.7
c-tO S-'
ABLATION TILL
1?.?- 40.
ca^-|?**-t-4n'o^',,Ca**.QtnA* o*^. I f-' "S.'Ji
^'"" ""'"" " ——————f—————————" ——————
^sjl^*^^"" ' ' ••• : '".'-';"'-.--'' .-"-.'.'.;; .^;-^v-,-,v, : :v^,.:,;.v - - -.,; ::v'.;-\'-.- : .. ; . y.'-':' ^ ^.^/.v.^Vy^-s.../-^^ '..•-;.^. -- - ;K^.;, . . i ...-:- .-i. . /.'.•' .V-j ; .;'";r':^:'^
'"if ':*'^- ;: -- ; '?^-: '- :^^' i^^^^^^ ^^-t^^^'?'-^-.V :i:l'^..^'.' :Vv:''v :':':, • : r ::"- : '"^'y:."r^;'l:^:
REVERSE CIRCULATION DRILL HOLE LOGHOLE NO
DATE ——
LOCATION
DRILLER.
DEPTH of HOLE. DEPTH ELEVATION.
u E o
V
5 ——
10 —
IS—H
20
30—J^W,V.iA':"'';"-C1^'r '*-^.^ 1V^".- •'•" rVV' y"c"' ; '-*^-
DESCRIPTIVE LOG
2.1.0 - fz.f VIOLA. cusn*JMe^. Kx J. ar-w-O-*. ^ w-vAjioi Ox*
y^v^A^
j-s.o- ? S. 11
A io a1
! T
eu. t*xo
v "--t
t.^il^?f^^^##'p?:?^
.(MSL)
BIT NO.-
MOVE to HO
DRILL——', MECHANICAL DRILLING OTHER__
15-20?*,
42A11SE8218 2.7075 CODY 900
Mining Lands Section
Control Sheet
File No g? 70 75"
TYPE OF SURVEY ____ GEOPHYSICAL
____ GEOLOGICAL
;EOCHEMICAL ^XPENDITURE
MINING LANDS COMMENTS:
7Signature of Assessor
s sDate
/Ministry of Natural Resources
Ontario
w.Report of Work(Geophysical, Geological, Geochemical and Expenditures)
.l l
The Mining Act
Instructions: — Please type or print.- If number of mining claims traversed j
exceeds space on this form, attach a list, iNote: - Only days credits calculated in the j
"Expenditures" section may be entered- - - in the "Expend. Days Cr," columns, l— Do not use shaded areas below.Type of Survey(s)
REVERSE CIRCULATION OVERBURDEN DRILLINGClaim HolderU, ^ ^ ^ ^
Township or Area
CODY TOWNSHIPProspector's Licence No.
T-lAddress
571 Moneta Avenue, P.O. Box 1140, Timmins, Ontario P4N 7H9Survey Company ^VJ* "'i^H'
BRADLEY BROS. LTD. i^j 0M20vev8(4lrom2S'i to) 02 84
1 Yr. Day | Mo. | Yr.Name and Address of Author (of Geo-Technical report)Donna J. Bird, P.O. Box 1140, 571 Moneta Avenue, Timmins, Ontario
Total Miles of line Cut
P4N 7H9Credits Requested per Each Claim in Columns at rightSpecial Provisions
For first survey:Enter 40 days. (This includes line cuttinol ~,
For each additional survey: using the same grid: A I
Enter 20 days (for each)
MININGMan Days
Comple and ent
Airborne
Note: 5 i 1
te reverse side er total (s) here
PORCUPINE MlN
AUG 14:re6*#'7,8i9iipiliii2
special provisions :redits do not apply o Airborne Surveys.-
Geophysical
- Electromagnetic
r PtwiMftv. C. B V C l^- Radiometric
G 2oU984Geological
LANDS. SECTIONGeochemical
Geophysical
- Electromagnetic
- Magnetometer
r* i- .
-JG DIVISIONi rEer [n)Geological jUi
1984er ic81—————— WBT-
1|?|3|4|5|6Electromagnetic
Magnetometer
Radiometric
Days per Claim
Days per Claim
Days per Claim
Mining Claims Traversed (List in numerical sequence)
Expenditures (excludes power stripping)Type of Work Performed t r-\
Overburden Drilling (.L-dL*;-^ ~]1-iPerformed on Claim(s) ^P-528670,P-528671,P-528672, P-536833,P-536834, P-540264
Calculation of Expenditure Days Credits- Total Expenditures
JS 12,114.40 -*- 15
Total Days Credits
s 773Instructions
Total Days Credits may be apportioned at the claim holder's choice. Enter number of days credits per claim selected in columns st right.
Mining ClaimPrefix
P
,- ,M.**.ii, .
*4^kii-/vV'rJf
^.^jfewi*, .J1.. J .-..i*-*,.' ,-' TV-'
^ -U'-W^^fc-
' fi f.- . vxi.l™ ..- .•'dM^.lfJkUhw
j'Cti'i *1*fr-;I3S**T*. .-.'t.;.^Tt.'
•^mytfftiffi*
''^•~* ' -
'-"S, --'f'*
i^s- -'•^. ^
-'•j LI '
' * l' .'- ' ^
•i ; '"-v '- :
Number
536831536832536833536834536835536836539979539980539981
539983539984539985539986540038540039540040540041540042540043540044540045540046
Expend. Days Cr.
20202020202020203
20202020202010101020202020
Mining ClaimPrefix
P
,frf^ i.4nJi " ;**ti^*,,.jlS;
tys-r.t
4toT&,*wvt;:f •J&a+Ml'
..-agiw^jc'" .'. •"'-,.'- l'A
W'-'S''-f^tif^'
- ^^. '"-'•S,:. 1 -'; - S',^ .' ; ''-^Jkii-^ .T^-T' - t
^rtSSuf'
4|;0-. *#M# - *'F\5'''' '. C. .,~;'/'''••;V i-i^*^'';1^^fy-X.•^yf
•'.V 'f-'.V1
M CM4iM'i'^'fejX'^r'" ''mm .
Number
540047540048540049540261540262540263540264540265540266540267540268540269540270540271540272540273540274540275540276
rt R n F iV "H U Or- 1
16 1 4 1984
Expend. Days Cr.
20202020202020202020202020202020202020
\-
Total number orWiioyij claims covered by this A t report of work. "*
Date 7August 9, 1984(
Recorded Holder or•' X
t (Signature)
Certification Verifying Report of Workl hereby certify that l have a personal and intimate knowledge of the facts set forth in the Report of Work annexedThereto, having performed the work or witnessed same durino and/or after its completion and the annexed report is true.
Name and Postal Address of Person Certifying
Donna J. Bird, P.p. BOX 1140, 571 Moneta Avenue. Timmins. Ontario ^24N 7H9Date Certified s
August 9, 198(lCertilied by (Signature).
1362 181 '91
1984 08 30 Your File: 324 Our File : 2.7075
Mr. Bruce HanleyMining RecorderMinistry of Natural Resources60 Wilson AvenueTimmins, OntarioP4N 2S7
Dear Sir:
Ue have reclved data for Overburden Drilling submitted under Section 77(19) of the Mining Act R.S.O. 1980 for Mining Claims P 636831 et al 1n the Township of Cody.
This material will be examined and assessed and a statement of assessment work credits will be Issued.
Yours sincerely,
S.E. YundtDirectorLand Management Branch
Whitney Block, Room 6643 Queen's Park Toronto, Ontario M7A 1W3 Phone:(416)965-6918
A. Barr:se
cc: Kidd Creek Mines Limited 571 Moneta Avenue P.O. Box 1140 Timmins, Ontario P4N 7H9 Attn: Donna S. Bird.
WHI
TNEY
::iv^'-
-:"'
TWP.
G-3
997
