geophysical survey assessment report · 2017. 1. 16. · approximately 25 km east of the matachewan...

INSIGHT

INSIGHT EXPLORATION INC PAGE 1 11/07/2010

Geophysical Survey Assessment Report

Tuned Gradient / Insight Section DCIP Surveys

On the

Burt Twp. Property

Matachewan, Ontario on behalf of

Insight Exploration Inc.

403833

Oakville, Ontario

June 2010 Prepared by:

Blake McLaughlin David J.W. Dawson

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905 465 2996

INSIGHT GEOPHYSICS INC.


TABLE OF CONTENTS

TABLE OF CONTENTS.............................................................................................................................................2

INTRODUCTION ........................................................................................................................................................3

GENERAL INFORMATION.............................................................................................................................................3

SURVEY GRID: PROPERTY LOCATION...........................................................................................................4

PROPERTY LOCATION..................................................................................................................................................4 GRID INFORMATION.....................................................................................................................................................6

CLAIM STANDING ....................................................................................................................................................7

SURVEY PARAMETERS..........................................................................................................................................8

SPECIFICATIONS...........................................................................................................................................................8 INSTRUMENTATION......................................................................................................................................................8 IP PARAMETERS...........................................................................................................................................................8 RECORDED PARAMETERS............................................................................................................................................8

SURVEY EXECUTION..............................................................................................................................................9

GENERALITIES .............................................................................................................................................................9 SURVEY COVERAGE ....................................................................................................................................................9

DATA PROCESSING AND PRESENTATION ...................................................................................................10

QUALITY CONTROL...................................................................................................................................................10 DATA REDUCTION .....................................................................................................................................................11 DIGITAL......................................................................................................................................................................11

MAPS............................................................................................................................................................................12

ANALYSIS OF DATA...............................................................................................................................................14

CULTURAL SOURCE EFFECTS....................................................................................................................................14

INTERPRETATION OF RESULTS.......................................................................................................................15

BACKGROUND ...........................................................................................................................................................15 KNOWN PREVIOUS WORK.........................................................................................................................................15

SUMMARY INTERPRETATION..........................................................................................................................17

COMMENTS...............................................................................................................................................................19

APPENDIX A : INSTRUMENT SPECIFICATIONS..........................................................................................20



INTRODUCTION

In June of 2010 Insight Geophysics Inc. was contracted by Insight Exploration Inc. to conduct geophysical surveys on the Burt Township property, located near Matachewan, Ontario. The principle survey objective was to further define the potential presence of gold bearing structures below the known Gowganda Sediment package mapped at surface. This potential contact had been defined by an Insight Geophysics Inc. survey (reference 42A01SW2022.pdf OGS file). The June 2010 survey was designed to extend the information package to the east and west in anticipation of future drilling.

General Information

Project Name: Burt Township Property Survey Type: Time Domain Induced Polarization / Resistivity

Tuned Gradient / Insight Sectional Dates: May 29th to June 9th, 2010 Client: Insight Exploration Inc.

95 Walby Dr., Oakville, Ontario, Canada, L6L-4C8 Client Representatives: Mr. John Moses



SURVEY GRID: PROPERTY LOCATION

Property Location

Province: Ontario

Townships: Burt Township

General Location: North of regional Highway 66. Approximately 25 km east of the Matachewan

Figure 1: Approximate grid location for Burt Twp. Property in relation with the City of Kirkland Lake



Figure 2: Property and grid location, Burt Township.



Grid Information

Established: Prior to and during survey

Total New Line cutting: 18.7 km

Co-ordinate System: referenced to local picketed survey grid. Metric lines and stations

Datum: NAD 83

Spheroid: WGS84

Line Direction: 0° TN

Line Separation: 100 m

Station Interval: picketed @ 25 m

Access: Grid was accessed by 4x4 vehicles

Figure 3: Grid detail, Burt Township.



CLAIM STANDING

POntario MIN'S TRY OF NORn''''RN DEVIOLOPMIONT • ... ,N., .. " N D FOAE6TRV

HOME I "" NES ANO ""HE"AeS I HO"THE"" DEVElOP"'E"' I HEWS I SITE >'<AP I CO"TACT US

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LARDER LAKE MilljllU DMsioll _ 40' 833 _ INSIGHT EXPLORA l ION INC.



SURVEY PARAMETERS

Specifications

IP Survey

Survey Type: Time Domain Induced Polarization / Resistivity

Array Types: Insight Section Array and Gradient Array

AB (Tx dipole spacing): Multiple AB injections (200m to 3000m)

MN (Rx dipole spacing): 25 meters Gradient, 25 meters Insight Section

Sampling Interval: 25 meters

Instrumentation

IP Receiver: Iris Elrec Pro

IP Transmitter: Walcer MKIV – 10kW

IP Parameters

Transmitted Waveform: Square wave @ 0.0625 Hz (4 second Square Wave) 50% duty cycle

Receiver Sampling: Semi-Logarithmic windows (20 windows)

Window Width Window Width M Delay 160

1 80 11 160 2 80 12 160 3 80 13 160 4 80 14 160 5 80 15 320 6 80 16 320 7 80 17 320 8 80 18 320 9 160 19 320 10 160 20 320 TOTAL 3680ms

Recorded Parameters

IP measured parameter: Chargeability in mV/V

Resistivity measured Parameters: Primary Voltage in mV and Transmitted Current in mA.



SURVEY EXECUTION

Generalities

Survey Dates: May 28th to June 9th, 2010

Survey Days 13 days

Weather Days: 0 days

Mob Days: 2 days

Personnel: Geophysical Operators Marty Kratochvil, Marmora On. Geophysical Field Personnel Rob Comfort, Montreal, PQ A.J. Saul, Matachewan, On Dylan Ryan, New Liskeard, On

Survey Coverage

The follow tables contain the line extents of the survey coverage. They do not include repeated readings in the total distance calculations. Approximately 10% of the data was repeated in the field at the time of collection for quality control purposes.

Survey Line Min

cover Max

cover # of

levels meters Grad 11400E 1050S 750N 1800

11300E 1000S 775N 1775 Grad 11300E 775N 1000N 275

11400E 750N 1000N 250 11500E 1200S 1000N 2200 11400E 1200S 1000S 200 11300E 1200S 1000S 200

Grad 11400E 1000N 1600N 600 IS 11400E 200S 800N IS 11400E 200S 800N 21 IS 11400E 200S 800N 8 IS 11400E 1200S 200S

Grad 11400E 1600S 1200S 400 IS 11400E 1200S 200S 16 IS 11400E 1200S 200S 13

Grad 13200E 1200S 400S 800 Grad 13100E 600S 1400N 2000

13200E 0N 1000N 1000 13000E 0N 1000N 1000 12900E 0N 1000N 1000

Grad 13100E 1400S 600S 800 13000E 1200S 400S 800 12900E 1200S 400S 800



DATA PROCESSING AND PRESENTATION

Quality Control

The Insight Section Array utilizes a distributed array of 40 channels. Special attention is taken to ensure best possible contact resistance (k-Ohm) prior to acquisition. Approximately 10% of the data was repeated and saved in the field for quality control purposes. When logistically possible, Insight Sections to be stitched were overlapped by a minimum of one, typically two dipoles. Survey design allows for minimal levelling for stitched sections due to non-common injection locations.

Particular care is taken in reviewing the individual time decays of the chargeability.

Figure 4: Screen capture of InDecay for detailed time decay study



Data Reduction

Apparent resistivity and total chargeability are calculated within the Elrec-Pro receiver. All receiver data is stored in the final data.csv file including all geometry points, primary voltages and voltage decays for further quality control and data reduction as required.

Once the data has been quality reviewed and low quality readings rejected, a depth estimate calculation is made for the remaining data. The depth estimate is based on a uniform half space and does not account for resistivity changes actually encountered at surface or at depth. Changes in half space penetration resulting from the geometry of the receiver dipoles positions relative to transmitter dipoles positions are estimated.

Depending on the surface conditions encountered on the property, the data will also be corrected for topographic and surface effects. Surface effects resulting from transmitter placements are adjusted in the final data.

The final reduced field data can then be inverted using the UBD-2D inversion program. Final inversions are an optional product to the client.

Digital

Processing of the IP data was handled with two software packages:

Prosys software from Iris, was used to dump the instrument and edit out spurious readings. It produces a binary and an ASCI text export.

*.bin Raw binary dump files from Elric Pro, one file per day. Can be viewed and exported using Prosys software available on Iris website at the following link: http://www.iris-instruments.com/Support/Download/Download_geophy.html *.txt ASCI CSV export of binary dump files. Oasis Montaj from Geosoft, was used to compile and QC the data in a Data base

format. It produces a data base and a *.xyz format export as a final digital product. All map products were generated with the mapping portion of this package.

Burt.gdb Oasis database file.



MAPS

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ANALYSIS OF DATA

Cultural Source Effects

The survey property was isolated from man-made construction and development. As such, external cultural effects do not affect the survey results.



INTERPRETATION OF RESULTS

Background

Known Previous Work

The area’s overburden blanket and Cobalt Group sedimentary cover has hampered exploration locally (D. Anderson, Winteroad, pers. comm. August, 2002). The extent of exploration on the property known to the authors is as follows:

• Billiton, Airborne Geophysical Survey and Drill program, 1983-1987 A magnetic and VLF airborne survey was performed, followed up with 8 reverse circulation holes (total 365m) and two diamond drill holes (total 230m). The airborne survey revealed a strong magnetic anomaly just north of the current property. The RC holes revealed a deep overburden valley along the Englehart River, having greater than 130m of till covering the Proterozic cover. This overburden valley is located just west of the property.

• Chevron, Mapping, Sampling and Soil Geochemistry, 1986-1988 Geological mapping, surface sampling, and a soil geochemistry survey where conducted. Two diamond drill holes (K86-1, 198m) (K86-2, 200m) where also drilled, with no reported assays.

• WMC International Limited, Geophysical Exploration Program, 1993 – 1994 VES, Magnetic, Gravity, and Dipole-Dipole IP/Resistivity surveys where conducted. The geophysical methods applied were used to determine the depth of Huronian cover rocks, and possible extension of the Kirkland Lake Main Break and Cadillac-Larder Lake Break. The IP survey produced several Chargeability anomalies, which where tested in the subsequent drill program.

• WMC International Limited, Drilling Program, 1994 Five diamond drill holes (KLW-94-01 to KLW-94-05), totalling 1,273 m, were drilled. Every hole intersected Archean rocks between 30m and 330m vertical depth. The IP anomalies, which holes 94-01 and 94-02 were targeted on, were unresolved. Assays did not exceed 66ppb Au

• WMC International Limited, Drilling Program, 1996 Diamond drill hole KLW94-05 was deepened by 210m to a final depth of 608m. The hole originally drilled to test for an extension of the Cadillac-Larder Break, intersected strongly sheared Temiskaming conglomerate with strong ankerite, sericite and fuchsite alteration. Disseminated pyrite (1%) evident throughout, with assays returning values no greater than 113ppb Au.

• OGS, Operation Treasure Hunt Airborne GEOTEM Survey, 2000 GEOTEM Airborne Magnetic and Electromagnetic Survey

• Quantec Geophysical Field Schools, August 2000 and August 2001. Various survey methods, covering lines 105E, 123E, 125E, 127E.

• Winteroad Resources Inc., Drilling Program, Winter of 2003 Two diamond drill holes were drilled and assayed, the details are unknown to author at the time of writing this report.



• The author used the following for reference: Report of the 1994 Drilling Program on the Kirkland Lake West Project, Rex Brommecker Kirkland Lake West Project, Report on Geophysical Exploration, 1993-1994, Rex Brommecker Report on the 1996 Drilling Program on the Kirkland Lake West Property, Clement J. Baker OGS Compilation of Kirkland Lake Area, Misc. Release – Data 58, Aug. 2000 (ISBN 9-7-7794-0072-0)

• Summer 2003: Insight Geophysics Inc. contract C-8. DCIP surveys in the area of L104E through L116E with three Insight Sections.

• Summer 2005: Insight Geophysics contract C32

• Summer 2009: Insight Geophysics contract C-85



SUMMARY INTERPRETATION

The Insight Section L114+00E outlines the general accepted geology of a typical cross section of the LLCB and the associated surrounding geology. Gowganda Sediments [low energy sub aqueous] cover the Northern portion of the section to depths up to 200m then give way to the underlying Timiskaming Sediment sub unit. Line 114+00E is slightly complicated by an obliquely cutting magnetic [diabase?] dyke.

It is postulated that the nature of the LLCB in the region of Section 114+00E is complicated by an interference pattern of various geologic fabrics [splay] and this complication may in fact make this region interesting to focus on for Au mineralization.

Figure 5: Insight Section L114+00E: Treasure Hunt 2vd Airmag / plan Tuned Gradient apparent resistivity / adjusted apparent resistivity in vertical section with summary interpretation



Figure 6: Insight Section L114+00E: Treasure Hunt 2vd Airmag / plan Tuned Gradient chargeability / adjusted chargeability in vertical section with summary interpretation



COMMENTS

Insight Geophysics would like to thank Insight Exploration Inc. for their assistance in completing this successful project.

Respectfully Submitted

David J.W. Dawson Chief Geophysicist Insight Geophysics Inc.



APPENDIX A : INSTRUMENT SPECIFICATIONS

ELREC PRO Ten channel IP receiver

Terraplus is pleased to announce the ELREC PRO, its new ten channel IP receiver, featuring 20 chargeability windows and a graphic LCD display.

The following improvements have been introduced in this new receiver with respect to the previous ELREC 10 unit :

HARDWARE FEATURES:

The size has been reduced by 4 cm in height: 31x 21x 21 cm

The power consumption has been reduced by a ratio of three, which means that with less battery it is possible to have a longer autonomy.

As a result, the new system is 2.5 kg lighter than the ELREC 10, with a weight of 5.5 kg only.

The data (21 000 readings max.) are stored in flash memories not requiring any lithium battery for safeguard.

The new system is compatible with the existing SWITCH Plus boxes for automatic switching of electrodes according to preset sequences. In such a case, the receiver is used as a single channel unit ; with SWITCH Pro boxes (to be developed next), the full ten channel capability of the ELREC PRO will be usable for a higher acquisition speed.



SOFTWARE FEATURES:

Each new reading is stored as a specific unit file, making easier the grouping of readings corresponding to a given profile, specially for the last (edge) points of a line obtained with a smaller number of dipoles than the main part of the profile.

The data format is compatible with the PROSYS software, which means that the operator can easily visualize the numerical values of the data, automatically sort them according to the standard deviation of the chargeability measurement, merge two files stored under different names, introduce the elevation of each electrode, etc.

The ELECTRE II software can be used to define and upload preset sequences of measurements according to any type of electrode array.



Walcer Model MKIV 10

Voltage Input 125V line to neutral 400 Hz / 3 phase Powered by MG12, MG6 and MG12A

Output 100 - 3200V in 10 steps 0.05 - 20 Amps Tested to 10.5 kVA

Switching 1 sec., 2 sec., 4 sec., 8 sec.

Metering LED for line voltage and output current

Size 63cm. x 54cm. x 25cm.

Weight 44 kg

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62

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a a a Z

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a

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a a a en

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(j) ~ a a a a a a N~ __ ~~~~ ________ ~~~~ ________ ~~~~ ________ ~~~ _________ ~~~ _________ ~~~ _____ ~en

10500E 11000E 11500E 12000E 12500E 13000E

200 !Ojiiijii

o Scale 1: 1 0000

200

(meters)

Total Char!leability mVrv

400 600

1.0 4.8 5.3 5.6 6.0 6.3 6.7 7.0 7.5 8.0 8.8 9.5 10.2

1= 1 1 1 1 1 1 1 1 1 I C I

Insight Exploration Inc Burt Property

Burt Township, Ontario Tuned Gradient Survey - Total Chargeability

4 Second Time Domain IP Elrec Pro - Huntec MklV

Data QAlQC:PN Processing:CP C-102 June 2010

Insight Geophysics Inc.

geophysical survey assessment report · 2017. 1. 16. · approximately 25 km east of the matachewan...

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