OPERATIONS RPT ON AIRBORNE GEOPH SUR IN THE PROJECT …

eeis MACKELCAN 010

OPERATIONS REPORT ON

AIRBORNE GEOPHYSICAL SURVEY

IN THE

PROJECT WOLF AREA, ONTARIO

FOR

FF.B l 91982

MINING LANDS ̂ .

CANADIAN OCCIDENTAL PETROLEUM LTD.

BY

RENTING EARTH SCIENCES LIMITED, OTTAWA

PROJECT NO. 81058

!-:I:I:TII:G EARTH SCIENCES LIMITED o 3so HI-NT CLL-B KOAD.OIIAUA. ONTARIO KH; :;.\3

'mz*-iii3C&t i i i i i ii i i i i i ii l l

- OPERATIONS REPORT ON

AIRBORNE GEOPHYSICAL SURVEY

IN THE

PROJECT WOLF AREA, ONTARIO

FOR

CANADIAN OCCIDENTAL PETROLEUM LTD,

BY

RENTING EARTH SCIENCES LIMITED, OTTAWA

PROJECT NO. 81058

OTTAV7A, CANADA July 8, 1981.

El J. Wilson, B.Se. Chief Geophysicist (Data Processing)

4iM5Nwaeae ea 15 MACKELCAN 010C

1.2.

3.

TABLE OF CONTENTS

*'

INTRODUCTION

INSTRUMENTATION

PRESENTATION AND'PROCESSING OF DATA

Page Mo.

1

2

5

ACCOMPANYING THIS REPORT:

Appendices A - RENTING DIGITAL SURVEY SYSTEM

B - AIRBORNE DIGITAL DATA FORMAT

C - DATA PROCESSING FLOWCHART

Maps - l ea. - Total Field isomagnetic contour map

2 ea. - Totem VLF Profile maps

2 ea. - Totem VLF Total Field contour maps

All at a scale of 1:20,000 (approximately)

-.;

i llI l l l l l l l l l l l l l l

OPERATIONS REPORT ON

. AIRBORNE GEOPHYSICAL SURVEY

IN THE

PROJECT WOLF AREA, ONTARIO

FOR

CANADIAN'-OCCIDENTAL PETROLEUM LTD.

INTRODUCTION

Ihis report pertains to the operations on a combined

airborne magnetometer and VLF-electrornagnetometer survey

carried out in the Project Wolf area of Ontario for

Canadian Occidental Petroleum Ltd. The survey was flown

on June 2,. 1981 by Renting Earth Sciences Limited geophy-

sically equipped Canso aircraft (registration C-FJJG)

based at Sudbury, Ontario.

Fourty-one traverses were flown in a north-south

direction over the survey area at a spacing of 1320 feet.

A mean terrain clearance of 150 to 200 feet was maintained

throughout the survey. Geophysical data were acquired

from a total of 224.1 line miles.

The following Renting personnel were associated with

this project:

-'•

i i i i i i i

2.

~ 2 -

G. Carter

L. McFarlane

R. Panchuk

D. Johnstone

I. MacDonald

R. Hakka

E. J. Wilson

Pilot/Navigator

Pilot/Navigator

Aircraft Engineer

Aircraft Engineer Assistant

Electronic Technician

Data Compiler

Chief Geophysicist (Data Processing)

INSTRUMENTATION

The Kenting Digital Survey System (KDSS) was used

in the survey for data acquisition. A technical description

and specifications of this unit appear in Appendix A to

this report.

The airborne magnetometer was a Gulf fluxgate Mark III |i

unit which measures total field intensity with a resolution

of l gamma.

l!

The VLF-EM system employed was the Totem 1A instrument ,

manufactured by Herz Industries Ltd. and was tuned to :;t

transmitter station NAA, Cutler, Main. .!

i

Tt

l" -.5-"'

i i t i i i i i i i i i i i i

j.i

- 3 -

A Honeywell Radar altimeter provided terrain clearance

measurements.*-

An AS-5 35mm continuous strip camera recorded the

flight path.

All data were recorded every half second in digital

form by the KDSS system. The format appears in Appendix B.

Analogue recordings, digital recording and film are

flagged with numbered fiducial marks every five seconds to

enable correlation.

A six channel Brush 260 analogue recording unit

recorded the total field magnetometer and radar terrain

clearance data in analogue form.

The quantities measured, format and scales on this

recording are as follows, with the chart oriented such that

fiducial numbers increase, to the left.

I *~r*"-- - ,- S^;: ; ' '•gi'-?-'---

itiiiiB i iii sii1iiiiii1 .' jir

~.'~.--. ' i -' ' ' " -" - - '.' :-- ' '

-4 '-

Channel No.

Top of Chart 6

5

4

3-

2

1

fiducials'

iAll quantities increase

An overlapping dual chai

recorder recorded the Totem ^

oriented as above the format

i Parameteri| Top of Chart Fiducialsi' Totem VLF tot,! field

i Totem VLFj Quadrature

i i

ji

i|

1

" - "'.- - ' " ' : : .' ~ '-'-\- : ".'*."~~ - ' : '~ ' ' ' - -- ' '^* ̂ VB&wpgg&s

- - - -* i ', "i,i.':-i*^;-

- . - -". '- ,- ' ' -: - •^-^"'••^y^f- 'siif

. Parameter Scale

Radar terrain 0 - 300 fee clearance

Total field 0 - 1000Magnetometer gammas

increasing to left

upwards.

inel Brush 110.10 inch analogue jj

7LF data. With the chart j

is as follows: jj;

Scale

increasing to left

al :Zero 2.5 in from top 1" ~ 1 0%

Zero 2.5 in from bottom1" = 1 0%

lIf&Z " ' V

.^sf^\V :-,*;-"i . '-

f11

.' . v*,1 - -- ' . ,- - . " ' -'. .t--, : . ,. ' '''X ' ' - ' -

y':- :: - s -

-

A time synchronized magnetic diurnal base station

was run during the survey. The magnetometer was a Geo

metrics 803 and the data

1

1

1

1

1

1

1

was logged by a KDSS. Total field

magnetic readings were logged digitally every second and

displayed on a 10 in. analogue chart moving at 30 cm/hour

with a full scale of 100 gammas. Time is in each head

scan of the digital recording and marked every 10 minutes

on the analogue chart.

-

3. PRESENTATION AND PROCESSING OF DATA

The survey data are presented on a uncontrolled air-

photo mosaic base at a scale of approximately 1:20,000.

This mosaic was also used for visual navigation and flight

path recovery.

l

t \

1

i

m The data from the two flight line directions are pre- :

1 sen ted on separate mcps ..

as contours at 10 gamma

1 set of lines; the Totem

files on flight lines of

; scale of 1 cm a 20% and

1 " interval of 5%

i' ' ' ^^ .

- - ' - '- ' j i -- ' , ' ' '

Aeromagnetic data is presented :

intervals only on the north- south i

VLF is presented two ways : as pro-i

Total Field and Quadrature at a

as Total Field contours at an

-

j -- - -, -- - - v , ,~r-

^--* -*- - *- -'W

Wr-::.-.

I

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

- 6 -

All digital data were examined and.edited for spurious

samples and noise.

The magnetic data have been levelled using a manual

adj-istment method referring to crosslines and diurnal re

cordings where necessary. The data were then corrected by

computer and the profile-contour intercepts machine drafted

and contours fair-drawn by hand.

The Totem VLF data were rescaled, lightly filtered

using a low pass frequency filter (cut-off 0.13, roll-off

0.16 cycles/sample) and the quadrature on north to south

and east to west lines inverted to remove the flight

direction effect of the aircraft. The data were then

levelled using a simple statistical technique to estimate

the position of the base line and drafted in profile and

contour form. A general flow of processing is found in

Appendix C.

Respectfully submitted,

E. John Wilson, B.Se. Chief Geophysicist (Data Processing)

APPENDIX A

3BSW!S7

L.:i i rrrrrrTTij

' ' ' t 't'' ' '"r;... .. P Hilt tZ

The Kenting Digital Survey System (KDSS) is an integrated data acquisition system developed by Kenting Earth Sciences Limited to meet the increasingly sophisticated requirements for digital airborne mineral exploration.

The system replaces discrete instruments with integrated hardware under the control of a mini computer. It replaces the analogue window spectrometer with an improved digital analysis technique and incorporates a proton magnetometer with technologically current processing circuitry. In addition, all geophysical instruments which are compatible in a multi parameter survey, together with navigation systems can be readily integrated into the KDSS.

The system nol only acquires data, operates and monitors all sub-systems such as magnetometers, gamma ray spectrometers. E.M, units, radar altimeters. Doppler, but it performs computations in real time while surveying is underway.

The KDSS is a software controlled system, the basic hardware is therefore an extremely flexible recording system. It can be used lo collect and record data, as a f^agnetic tape copying system or as a spectrum analyser. The system's function is limited only by the non-existance of a suitable program.

The KDSS has been designed with the operator in mind. Programs are stored on magnetic tape cassettes. Programs, which determine the system's function can be loaded or changed in a matter of seconds thereby directing the system lo assume specific tasks.

Two identical output tape decks are incorporated to enhance data security. Data is recorded on each tape simultaneously.

Data reliability is increased by the use of read after write heads in each recording unit. Each bil of recorded data is checked against the data stored in the computer's buffer for conformance. If any data does not conform the complete data block is rechecked up to six times for each deck. Each tape deck is completely independent in its operation one from the other. All recording is done serially on one track only. With four tracks available, assuming a sample rate of 1 second, tape capacity is 8 (4 x 2) hours.

The application of mini computer technology has enabled Kenting Earth Sciences to add new dimensions to data collection and processing.

Typical KDSS features which will assure new efficiency levels in airborne data recording:

1) All system commands are inputted through a standard - electronic keyboard thus controlling all components.

2) All data is displayed in tha aircraft via a Cathode Ray Tube.

3) Exact time is recorded (to 1 second intervals) generated by a stable time base crystal clock.

4) Magnetic tape remaining in cassettes is monitored and a warning is issued as supply becomes critical.

5) Allows operator to type onto tape various vorbal messages data pertinent to flight path recovery, topography etc.

6) Information normally written on to the mag tape includes:

Operator identificationTimeDateCamera interval in secondsFlight time number and directionCamera, frame number

KENTING EARTH SCIENCES380 Hunt Club Road,

. Ottawa. Ontario,Canada. K1G 3N3Te'ephone (613) 521-1630

" Tefex: 053-4173

KENTING AI-RICA RESOURCESERVICES53 Lawson Street,P.O. Box 1658.Lagos, Nigeria, Telephone 25927:27295Africa Telex: 90521308

KENTING B'.; ! ' .,...SERVICES5636 Burbank Crescent S.E.Calgary,. AlbertaCanada. T2H 1Z6Telephone (403) 253 6633Telex 03-822630

KENTWG DIGITAL SURVEY SYSTEM SPECIFICATIONS

ELECTRICAL REQUIREMENTS

Voltage 28 VDC Power 400 WATTS

PHYSICAL DIMENSIONS

19" rack mounting 40kg

PROCESSOR

CPU Fabritek MP-12 MicroprocessorCore Memory Random Access, 4 K 12 bit words

INTERFACES

All interfacing TTL compatible, a) altimeter averaging over the sample interval, b) heading recording, c) strip and frame cameras.

KEYBOARD

Standard alpha-numeric, typewriter style, key pad 64 ASCII characters.

CATHODE RAY TUBE

Cybernex, 32 characters per line 16 lines per page

SPECTROMETER

256 ChannelsMaximum counts 4,096 per channel

DETECTOR PACKAGE

Manufacturer The Harshaw Chemical Company, Division ol Kewanee Oil Company. 16" x 4" x 4", Na 1 crystals, coupled to 3Vi" low noise photomultiplier tubes, packaged in groups of four, available in multiples thereof. Single assembly resolution less than 9.5*Vo. Heated package maintained at 35"C -t- 1*C, 24 hours/day. Each P.M. tube is interfaced to an amplifier co-ax driver. This amplifier is incorporated within the driver network cap. Coupled to each co-ax driver is a variable gain amplifier to permit balancing of individual assemblies. All variable gain amplifiers are connected to a summing amplifier in which pulses are shaped and system gain is adjusted. An input terminal is provided to permit the injection of pulses from a nuclear pulse generator.

SYSTEM RESOLUTION

Better than 120xi.

Windows may be easily programmed manually by the operator via the CRT keyboard to any desired setting.

MAGNETOMETER

Recording resolution 0.1 gamma Reading precision 0.1 gamma Operation is synchronized to data system.

ELECTROMAGNETIC SYSTEM

Provision is made for the installation of any requiredE.M. system.Noise level: Dependent on system selected.

ALTIMETER:

Dual Honeywell HG7502AC02 Accuracy -t- 27o at 400 ft Resolution 5 ft.

PULSE HEIGHT ANALYSIS

Pulses are shaped in a special circuit for best A/D resolution.

Pulses are unipolar Analogue to Digital Converter 12 bit BCD.

- Wilkinson Ramp type

LINEARITY

Integral Better than Q.075% over 99V, of full scale.

Differential Less than I'/o deviation from mean channel width ovar 99*4 of full scale.

POSITIONING EQUIPMENT

Doppler, VLF or any other method of positioning can be incorporated.

ANCILLARY RECORDING CAPABILITY

16 analogue channels, resolution lo 1 part in 16,000. 3 accumulator channels 0-999 counts per channel.

CAMERA

Any continuous strip or frame camera. Kenting provides AS-5 strip, PSC Mark VII and Automajc II Frame cameras.

CONTROL LOGIC

Computer buffered. Almost any conceivable survey system or combination of systems can be accommodated.

Max Dead Time 12 microseconds

Max. Difference between energy increments 0.35 K6V. Total spectrum is available at a connector to facilitate spectrum display on an oscilloscope.

Window programming by digital logic.The window positions may be automatically adjustedto a calibration source if desired.

The count from each window is displayed on a CRT screen.

V-. ' - ;: . APPENDIX B V ^fc^; v r; AIRBORNE DIGITAL DATA FORMAT

l

iiiiiiiiriiiiiiii

Tape 9 track 800 BPL ASCII code (8 Bit) Job No. 81058

One file per flightpe block types .

Data distinguished by first two bytes being .-

Dujhmy binary zeros substituted for missing data distinguished by first two bytes being J3000,,.

Message ASCII character string blocked out with binary zeros,distinguished by first two bytes beinj A6A6,-

JLo

Short data blocks at ends of -lines are filled out to 774 bytes with binary zeros.

File structureFile header first blockJob No., Tape No., File No.,Snd of file - a file mark

Flight No.

(general)Data Block Organization

3lock Header Char 1-18Char 1-6 s BLK No. (reset for every line)

7-11 = Line No.12 s. Line direction

13-18 s Time xx hrs., xx mins., xx sees.

Datr Hock Format C-FJJG Record Length 774

ta Format 6 scans 21 channels at .5 second scan rate

For each scan CHANNEL NO.

123456789101112131415161718192021

LOCATION 1-6 7-1213-1819-2425-3031-3637-4243-4849-5455-6061-6667-7273-7879-8485-9091-9697-102

103-108 109-114 115-120 121-126

CONTENTS Fiducial not used Magnetometer

CHANNEL TYPE Digital

n

COMMENT .5 second not used l 'jamma

not used Analog O

Altimeter Total Field Quadrature not used

8Totem VLF9 Totem VLF10

11

25% 25%

1/1OFt.

rst character in analogue channel indicates sign, followed BY 5

Characters of ainolitvide

' FLDUJ CHftRT

*l UT* MOntJ

ICVIlllfT MCxVti*"" tCilliCK*"I,1?:--*"—

Ontario

4iii5NWTO2e eeis MACKELCAN

Ministry of Natural Resources

GEOPHYSICAL - GEOLOGICAL - GEOCHEMICAL TECHNICAL DATA STATEMENT

tile.

TO BE ATTACHED AS AN APPENDIX TO TECHNICAL REPORTFACTS SHOWN HERE NEED NOT BE REPEATED IN REPORT

TECHNICAL REPORT MUST CONTAIN INTERPRETATION, CONCLUSIONS ETC.

Type of Survey(s) Air borf\ P Township or Arc-.i M^/- UelccLT/V

CJaim Holdcr(s).

VLF

MINING CLAIMS TRAVERSED Lilt numerically

S..it fft&S Po.Rft* iSl a PI^.Survey Company —J^. Sci enceAuthor of Report E. J\ VQi

of Author ^ CUK fc)

Covering Dates of Survey.

Total Miles of Line Cut —(linfcuttini lo offior)

' SPECIAL PROVISIONS : CREDITS REQUESTED

1 ENTER 40 days (includes line cutting) fui first survey,

ENTER 20 days for each additional survey using

! same grid.

Geophysical

—Electromagnetic.

DAYS ptr claim

-Radiometric.

-Other—.——

AIRBORNE CREDITS (Special provision crcdiu do not a pply lo airborne lurvevi)

Magnetomcter.-JLO—Electromagnetic j ^ Radiometric ————(enter dayi per claim)

DATE:

Res. Geol.. . Qualifications — _ L:-Prcvious Surveys

File No. JTypc Date Claim Holder

(prtfi.) (number)

.3

1M

IS

TOTAL CLAIMS- 3Z.

GEOPHYSICAL TECHNICAL DATA

GROUND SURVEYS - I f more th;m one survey, sjvrify data fur f.irh lypr of survey

c

- -li

s*.

** V*

^ Z

" *' ?x

x*

Nation interval ...,. .... ...I.inc Sf

Profile sralc .... ... ...... . . ...

)aci

Contour interval -

Instrument -" - *r

Accuracy — Scale constant ————

Diurnal rorrertjon mrthod

Base Station check-in interval (hou

Base Station location and value —

Instrument

Coil separation ..... _ ,.. ...,. . ....

Method: D Fixed

Frequency.. .. . ..

Paramcteis measured

Instrument

Soile constant

Corrections made

Base station value and location

F|rv;itioii urr\irnrv

Instrument

Method D Time Domain

Parameter^ — Op tirpe j

i — Off timeF

— Delay time ....

— Integral!"" time JX,

' ve'" i -'; ' nvxf'*''^ f ' ' '" ' I ' ~ " -.vitfcH^Wiring Claims Trjveried (List in numerical stqutnot)

Mining ClJ'T*

P.rfu ' ViiimM!'

^10056

fei OCXblGlOObZ(bl OO(b2)(y 00*0*1GiOOGS

(bioOfo")(b/ 00^0

fc! 0034 (olOOTb

E n*^dDivs Cf.

20 202.0 20

20 ZOZo Zo ZOZO ZO. Zo 20 ZO ZO 20 20 2JO. 20 20. 20 20

Power ; '.. — . ^ -\ —— , ————————— ̂ ————————

Minlnf CUlmPielix Numtur

(b 100 .80 fei 00.81

i (oi oo 83CD! 00 84

G! 00 87

i

j

Exp*fMLOiyt C'.

ZO

20. .20- 20, 20 20

Toui nuintit' ol mining J ,— ^ e l*i nw covered by tftit J ~\ 1 fepoft o* work. Le ^*

- ^,- -. -...™, - .-.-

. .J ... i..

j

"1^"

- ———— "

—————

line

—— . —

————

riElcctfdde array— — ,,. — . —————————————————————————————————————————————————

Elcctrbtlc sbntina . — — . ., . .- .- . .. ...- .., -.

SELF POTENTIAL

Instrument. Survey Method.

Range.

Corrections made.

RADIOMETRIC Instrument____

\'alucs measured .

Knergy windows (levels).

Height of instrument ——

Si/.c of detector——..-—.

C )vcrburden ̂ —-———.^—

.Background Count.

(type, depth - include outcrop map)

); ijKKS (sr.isMic. n tii LI. WKL.L LOGGING ne.)Type of survey______________ ———————————

Instrument __________—————————————————

-Accuracy——————————————————————-—————

I'-iramcters mmsurrd.

Ailditional information (for understanding results).

ttJU^iLSDilJ&XS AType of survcy(s) A\r\aQfftg- VLF-fJfl Ajr

Inslrumcnt(s)

Accuracy——— rx^ftov

,. r cifv for ea(ch type of nirvey)

A ** t /Q x G111V(ipecify for C4ch fvpc of turvty)

Aircraft used.

Sensor altitude 150 -Navigation and flight path recovery method A l^

Ac- Aircraft altitude.

III -

/r* /Jr* /

Miles flown over total a..-.

.Lint Sparing

.Over claims only. .S

Report of Work

(Geophysical, Geological, Geochemical and Expenditures)

fclcTSSP/tf~ I f number ot mining claims traversed

exceeds space on this form, attach a lift. Note: - Only days credits calculated in the

"Expenditures" section may be entered i" the "Expend. Days Gr." columni.

— Do not usa shaded areas below.The Mining Actype of Surveyllt

or.nc-r—

Data of Survey (from A to)

j3f.i6ijSJ.Lj8Nam* and AddioM of Author to) Gao-Taihnieil rtpo't)

^n-l Ctob RACredits Rfiquested per Each Claim in ColunTm at rightSpecial Provlsioni

For first survey:Enter 40 days. (This include* line cutting)

For each additional survey: using the same grid:

Enter 20 days (for each)

Men Days

Complete reverse side and enter totalls) here

Airborne Credits

Note: Special provisions credits do not apply lo Airborne Surveys.

Geophysical

- Electromagnetic

- Magnetometer

- Radiometric

- Other

Geological

Geochemical

Geophysical

- Electromagnetic

- Magnetometer

- Radiometric

- Other

Geological

Geochemical

Electromagnet *c

Magnetometer

Radiometric

Da y t perClaim

Days per Claim

Days per Claim

JLQ- .1.0.

Mining Claims Traversed (List in numerical sequence)

Expenditures (excludes power stripping!Type of Work Performed

Performed on Claimls)

Calculation of Expenditure Days Credits

Total Expenditure!Total

Days Credits

EInstructions

Total Days Credits may b* apportioned at the claim holder's choice. Enter number of days credits P*' claim selected in columns at right.

Mining ClaimPraftx Number

53S212L

(b l QOGl kOQbZ-20.

-ZC*(bLOOJ G L

(b 10.0 fei *b] 00 lOil.O.QJ kLD-O-Ufc leslie tl^olH GIJ^Q33.'fei. Gl

Expend. Days Cr.

zo

JLOzc^:ZO

^Z^i

.Za

XL .20:-ZO.

-20L

z

Mining ClaimPrefix

^Number

JU.QOJB3r 10 83

LCXLBfc :fclOO,83

l___^

^R- 3198?

MINING LANDS SK

Expend. Days Cr.

2S.

7.020

0

JL&.ZQ:

TIOH

3Total numb*f of mining claims covired by thlt .Lflnojl-aal work.

Oat*

.I8/&2Certification Verifying ReiWprfn/Vork

ir Agent (Signature)

l hereby certify that l have a personal and intimate knowledge of the facts set forth in the fleport of Work annexed hereto, having performed the work or witnessed same during .ind/or after its completion and the annexed report is true.

Nam* and Postal Address ot Penon Certifying

Geotechnical Reso'urcei R ePort

Ontarioy^. Approval

FIT*

7

Mining Lands Comments

Commcnti

With to ne again with corrections

To: Geology- E xpenditures

Comment*

f] Approved to *** "8* in "'Ith correction!Signiiur*

DTo: Geochemistry

Comment!

-*y-" . ~: '••-. .'"t' fe : V.;:.v::M --

FEB1MINING

Canadian Occidental Petroleum Ltd.

February 18, 1982

Fred Mathews Supervisor Mining Lands Room 6450, Whitney Block 99 Wellesley St. W. Toronto, Ontario M7A 1W3

Dear Mr. Mathews:

Please find enclosed government forms, receipts and

two copies of f.. Airborne Geophysical Survey in the Wolf Lake

project area. Tlease apply the credits to the Consolidated

Professor (32) claims, (in Mackelcan township).

Yours respectfully,

DIAN OCCIDENTAL PETROLEUM LTD.

c^s*T. L. Warner Geologist

TLW:mlf

Enclosure

c.c. Consolidated Professor

Minerals Division — 1BO AttweB Dnve. 4tn Floor. Rexdato. Ontario M3W BA3 (416) 8/5-2312 Talex 06-908493

Lag taeordarMlaiatry of lateral laaoarca* 199 Lareb Straat Sudbury, Ontario P38 5P9

Doar tlrs

Wa bar* racalvad raporta and nap* for aa airbona Coooayjlcal ( laetoBMgnatic and MagMtoMr) MUM 9 ovlmittoJ tiarfar fpacial Prvriaioaa (eradit fivr Parfotaaaea aad Covaras*) MI S 3W213 at A! la taa Tovaahlp of Maekaleaa.

ofThla natarlal will fea nranina*! aod aaaaaaad a*d a ata aaaaaawaBt vork eradlta vlll ^a laanad.

Tour* rary truly,

B.F. AndaraonDirectorL*ad Maaagamaat Branch

Whitney Block, XOOB 6450 Quaaa'* Park Tow/ato, Ontario

PVmai 416/963-1316

J, flcura/i

eet Coaaolidata4 Profaaaor Minas Ltd. Toroato, Ontario

col Kantlag I*rth lclaaeaa Linltad Ottawa, Ontario

.-'•.?O3..

CONSOLIDATED PROFESSOR MINES LIMITEDSUITE 1S6S, P.O.BOX 151

COMMERCE COURT POSTAL STATIONTORONTO, ONTARIO. CANADA. MBL IE?

TELEPHONE: (-tie)

• : '- w^^*-~*?vv.- ' I?-?*

December 14th, 1982.

Ministry of Natural ResourcesWhitney Block, Room 6450 -Queen's ParkToronto, OntarioM7A 1W3

Attention: E. F. AndersonDirector, Land Management Branch

Gentlemen:

Re: Airborne Geophysical Survey Your file 2.4557

- Township of Mackelcan

Further to your letter of today's date, we return herewith the plans for the above survey which have been duly signed and sealed on behalf of Consolidated Professor Mines Limited.

GRCD/mta

Yours very truly,

CONSOLIDATED PROFESSOR MINES LK'.ITED i

G. R. Cun'iingham-Dunlop President .

Encl. RECEIVEDDEC le

MIMING LANDS SfCTJON

f -.:2.4557

Consolidated Profassor Mines UnitedIu1ta 1865P.O. Box 151Commerce Court Postal StationToronto, Ontario

Dear Sirs: ' .

RE: Airborne Geophysical (ElectromagneticS Magnetometer) Survey submitted on Mining Claims 1BP698213 et al 1n the Township of Mackelcan.

Enclosed are the plans (1n duplicate) for the above mentioned survey. Please sign all copies and return then to this office.

For further Information please contact Mr. F.W. Matthews at 965-1380.

Yours very truly.

E.F. AndersonDirectorLand Management Branch

Whitney Block, ROOM 6450Queen's ParkToronto, OntarioM7A 1H3Phone: 416/965-1380

A. Barr:sc

cc: Mining REcorder Sudbury, Ontario

Encls:

INVOICE

iCansdJLan PetroleviaSuite 311215 Carlingview DriveFEXDRLE, Crrt.N9W 1X8

Mrs. M. L. Halladay J

Remit to:

KENTING EARTH SCIENCES LIMITED380 HUNT CLUB RD.OTTAWA, ONTARIO K1G 3N3 ACANADA

USTOMEH ORDER NO. 8, DATE KESJOBNO. PACKING SLIP NO. FST ORST

81058 * 9*incl. N/A AUGUST, 1981

FINAL INVOICE

HEX Airborne Geophysical Survey in Sudbury

Krtal cost Less previous payment Amount due

'; i -. ' v

"i

525,000 12,500

$12,500

"!-

l

1 t

00 0000

REFER TO INVOICE NO WHEN REMITTING

INVOICE NO. CUbT. NO

0,Q,K,DATE

DA MO V R

2i7iOi8i8ilTERMS: NET 30 DA*

14 21 22 27 28 33

INTEREST IS CHARGED ON OVERDUE ACCOUNTS AT 2S PER MONTH (24* PER ANNUM)

.INVOICE

Occidental Petxoleoa LimitedSuite 3n215 Carlingviav DriveIEXEAIE, Cnt.NSW 1X8

Mrs* Hi. EaHasasy — '

Remit to: t- . ,

KENTING EARTH SCIENCES LIMITED380 HUNT CLUB RD. OTTAWA, ONTARIO K1G 3N3 CANADA

CUSTOMER OHDEH NO, e. DATE ICES JOB NO. PACKING SLIP NO. FST ORST

81058 included NA JOE, 1981

t BE i AIRBORNE GUOFHXSICAli SUft/EY SULBUHf

Oonpilaticn of N-S lines $?2 r 500.t* T

t* m '

10

HEFEU TO INVOICE NO WHEN REMITTING

——— ...,, . —— , . , —— -M. |- J ,,-n ——— ̂ ^ ̂ , ̂ ——— ; ———————— . ————

INVOICE NO

IO.OK 1,4,0 3 614 21

CUS1. NO

10,2,3,9,3,022 27

DATEDA MO VR

1,2,0,6,8,128 33

TERMS: NE'

INTEREST IS CHARGED ON OVERDUE ACCOUNTS AT 2S PER MONTH (24S PER ANN'JM)

Occidental Petroleum Ltd.

Consolidated Professor Mines Ltd.

3465 - l First Canadian Place Toronto/ Ontario M5X 1A6

June 29, 1981

INVOICE

Pro Rata share of airborne geophysical

survey by Renting Aviation Ltd. over

Project Area, Wolf Lake, Ontario (see

statement attached).

Your share 6 S.94% of $25,000 - $ 985

Please remit to our new address:

CANADIAN OCCIDENTAL PETROLEUM LTD.Minerals Division

180 Attwell Drive - 4th Floor REXDALE, Ontario

M9W 6A9

N/1'merolB Division — Sorce 311 -SIS Cerfc-igview Driva

I416JBV5-2312 Tetex O6-9B3433

Calculation of Pro Rata Share '

;/'" . *" of Costs of Survey____ :; ,

Line mileage costs are estimated to be S55 per mile. Total

cost of-survey and maps $25,000.

2. Pro Rata Share is based upon this formula:

No. of Participants' Claims x $25,000 Total No. of Claims held by the participants*CanadianOxy

3. The total cost of the survey is allocated as follows:

Pro Rata l Share Pro Rata ShareApproximate of Line Mileage of Estimated

Participant No. of Claims (based on Claims) Costs

1)2)3)4)

AtebaLynx Canada Dejour Corner Bay

6) CanadianOxy7) Flaj Oil

136805050

44396

787

17.2810.1656.353

5.5950.32

100.000

4,3202,5411,5881,588

1,39812,580

i .

25,000

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