od amos sgnoi - ontario · grading 0.22 oz. au/ton between 70 and 275 metres vertical depth. the...
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42L05SEMM 2.1*811 WILLET LAKE 010
ASSESSMENT REPORT
ON THE
TASHOGAN MINERALS LTD. PROPERTY
N.T.S. 42L4/5
THUNDER BAY MINING DISTRICT
od AMOS sgnoi
Tashogan Minerals Ltd. 5734 Yonge Street Suite 501Willowdale, Ontario M2M 3T3
R. Anderson B.Sc.
December 31, 1987
Project Number: JWEL 87-135
42L0SSE0ee4 2.19611 WILLET LAKE
TABLE OF CONTENTS
PACE
O10C
1.0 INTRODUCTION ........................................................................, 1
1.1 Location and Access ........................................................... 1
1.2 Property and Ownership ..................................................... 1
1.3 Work Performance ............................................................ 4
1.4 Personnel ......................................................................... 4
2.0 PREVIOUS EXPLORATION ......................................................... 5
3.0 REGIONAL GEOLOGY ............................................................... 8
4.0 EXPLORATION PROGRAMME .................................................... 12
5.0 PROPERTY GEOLOGY ............................................................... 13
5.1 Lithologies ....................................................................... 13
5.2 Structural Geology ........................................................... 19
6.0 HUMUS GEOCHEMICAL SURVEY ............................................... 20
6.1 Procedures ........................................................................ 20
6.2 Results of the Humus Sampling ........................................... 21
6.2.1. North Block .............................................................. 21
6.2.2. South Block .............................................................. 22
6.3 Discussion of Results ......................................................... 22
6.3.1. North Block ......................................................;....... 22
6.3.2. South Block .............................................................. 23
6.4 Priority Rating of Anomalies ............................................. 24
7.0 ROCK GEOCHEMICAL SURVEY ................................................. 25
7.1 Field and Laboratory Procedures ........................................ 25
7.2 Results of the Rock Geochemistry Survey ........................... 25
7.3 Discussion of Results ....................................................... 26
8.0 CONCLUSIONS AND RECOMMENDATIONS ................................ 27
REFERENCES ' 28
STATEMENT OF QUALIFICATIONS 29
LIST OF FIGURES AND MAPS
PACE
FIGURE 1. Location Map 2
FIGURE 2. Claim Map after 2
FIGURE 3. Regional Geology Map 9
MAP 1. Geology North Block in pocket
MAP 2. Geology South Block in pocket
MAP 3. Gold in Humus North Block in pocket
MAP 4. Gold in Humus South Block in pocket
LIST OF TABLES
TABLE 1. List of Claims 3
TABLE 2. Lithologic Units 10
APPENDICES
APPENDIX 1. Assessment Report Data File
APPENDIX 2. Humus Geochemistry Results
APPENDIX 3. Rock Geochemistry Results
1.0 INTRODUCTION
This report summarizes the exploration work undertaken during 1987 on the
Tashota Project: Two groups of contiguous unpatented claims comprising
one set of 73 claims staked for Tashogan Minerals Ltd. and a second set
consisting of 30 claims staked for Tashogan and 14 claims optioned from Amede
Lafontaine. The programme concentrated on linecutting, geological mapping
and geochemical sampling of humus material.
1.1 Location and Access
The Tashota Project area is located around the old Tashota Station on the
main line of the Canadian National Railway (Figure 1), in northwestern Ontario,
approximately 250 kilometres northeast of Thunder Bay.
During the winter months, the area can be reached by frozen roads from Jellicoe,
or from the west via the Auden Road. During the summer, bush roads provide
access to the Tashota Project.
Access is also provided by rail but requires co-ordination with the CNR as
there is no longer any station or siding at Tashota. A simpler method of reaching
the site is to fly from the town of Jellicoe 62 km. to the southeast, and land
on Tashota Lake, 1.5 km. north of the old station.
1.2 Property and Ownership
Tashogan Minerals Limited presently holds several blocks of mineral claims
in the Tashota area as illustrated on Figure 2. The claims are located in the
Thunder Bay Mining Division and consist of 103 claims staked specifically
for Tashogan and 14 claims optioned from A. Lafontaine. Table 1 lists the
claim details.
TASHOTA PROJECT
GZOWSKI TWP.WILLET LAKE
GZOWSKI LAKE
Thunfe*{ BayOBOSHKEGAN TWP
DANFORTHTWP
ELBOW LAKESTUDY AREA
TASHOTA NIPIGON
ONAMAN
LAKE
LAKE
NIPIGONNORTH]WIND
LAKE
STURGEON RIVER
- BRENBAR'MAIN HIGHWAY
SECONDARY ROAD
RAILWAY
TOWNSHIP BOUNDARY, SURVEYED
TOWNSHIP BOUNDARY, UNSURVEYED
MINE
LEITCH-SA RIV
iff PAN-EMPIRE TASHOGAN MINERALS LTD.
1ASHOTA PROJECT - LOCATION MAP
APPR
\ilil: JAMES WVCJE ErsiqiNEERiNq LidK ILOMETRE S
TABLET
LIST OF CLAIMS
Tashogan Staked Claims
TB 950729-778 50
TB 950841-845 5
TB 756037-079 43
TB 756084-086 3
TB 1002510-511 2^
103
Lafontaine Option
TB 961990-995 6
TB 989378-382 5
TB 1012779-781 ^
14
1.3 Work Performance
Work on the property was carried out by personnel from James Wade Engineering
Ltd. for Tashogan Minerals Ltd. James Wade Engineering Ltd. is located at:
5734 Yonge Street
Suite 501
Willowdale, Ontario
M2M 3T3
The work was carried out between May 1987 and August 1987 and covered
the claims listed in Table 1.
1.4 Personnel
The staff of James Wade Engineering Ltd. engaged in the field work were:
R. Anderson - Project Geologist
G. Barnes - Geologist
J. Geoffrion - Geologist
C. Barnes - Technician
R. Darling - Technician
W. Stansfield - Technician
2.0 PREVIOUS EXPLORATION
The Tashota area was first opened to exploration when the CN main line was
driven through the area in the early 1900*5. Extensive prospecting and trenching
were carried out during the period from 1910 to 1920 which led to the discovery
of a number of gold showings. Several of these shipped test ore, among them
the "Tash-Orn" in 1917 (later named Wascanna), the "Adair" in 1931 and the
Wascanna again, in 1936/7. The Cline Prospect, the focus of more recent
exploration, was discovered in 1916, and in 1917, Tash-Orn Mines Ltd. sank
an inclined shaft to a depth of 48 feet on the property. The shaft was apparently
deepened to 60 feet in 1925. The Cline Prospect was renamed the Paulpic
and investigated further in 1945 with 10,000 feet of diamond drilling. A mineral
potential estimate at that time outlined approximately 30/000 tons grading
0.18 oz.Au/ton (Amukun, 1977).
In 1977, numerous properties in the Tashota area were staked by Amax with
Noranda also active in the district.
Amax performed airborne electromagnetic and aeromagnetic surveys over
all of their properties in the winter of 1977/78. In the summers of 1978 and
1979, prospecting and detailed geological mapping were completed on the
properties, sampling was performed and major geophysical targets were outlined
on the ground. Two prominent anomalies on the Tashota group of claims were
interpreted as having once formed a single stratigraphic horizon that was folded
about a north-south axis, followed by strike-slip faulting.
In 1980, a five-hole diamond drill programme, totalling 361 metres, tested
the area around the old Cline Shaft. One hole intersected significant
mineralization (Tas-1-3-80, 1.86 oz. Au/ton over 0.55 meters) and opened the
area up to further exploration. Amax also drilled a single hole to test an EM
anomaly on the Willet-1 property but no assays were reported, and drilled
a hole on the Metcalfe-3 property to a depth of 113 metres with the best assay
being 0.005 oz. Au/ton over 1.0 foot.
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By 1981 Amax had dropped all claims in the Tashota area except the Tashota
group. In early 1981, they drilled six holes, with a total length of 597 metres,
in the area of the old Cline Shaft (Tas-1-6-81 to Tas-1-11-81). The holes
were drilled to test the depth and extent of the zone intersected in 1980.
Five of these struck auriferous oxide and siliciate iron formation. The best
assay reported was 0.233 oz. Au/ton over 3.0 metres in hole Tas 1-8-81. In
the winter of 1981, Amax drilled an additional fifteen holes (Tas-2-1-81 to
Tas 2-17-81, holes 13 and 14 were not drilled) in the area north of Tashota
Lake for a total of 1166 metres. These holes were drilled to test old showings
and geophysical anomalies, but nothing of interest was found. In the summer
of 1981, another sixteen holes were drilled in the Cline shaft area for a total
of 1960 metres (T-1-12-81 to T-1-27-81), and during the fall fifteen more holes
were drilled in the Cline shaft area (BT-28-81 to BT-42-81) for a total of 2050
metres. The final three holes of this programme tested geophysical targets
northwest of the main zone. Drilling up to this point showed that the gold
mineralization occurred in two distinct rock types, the first being
chert-magnetite iron formation, the second a weak quartz stock work with
finely disseminated pyrrhotite in an amphbolitic metavolcanic rock. Assays
obtained from the stringer zones were not included in mineral potential
estimates due to the erratic occurrence of this rock type.
During 1982, two diamond drill programmes were undertaken. The first, during
the spring included ten holes for a total of 2261 metres (BT-43-82 to BT-51-82,
and an extension of BT-34-81). The second programme was performed during
the fall with four holes for a total of 1365 metres (BT-52-82 to BT-55-82).
Of the fourteen holes drilled in 1982, twelve were drilled on strike and dip
extensions of the main zone. The remaining two tested geophysical anomalies
in the area.
A mineral inventory updated to the end of 1982 outlined two lenses of
mineralization. The upper lense contains 41,000 tons grading 0.16 oz. Au/ton
from surface to a depth of 85 metres. The lower lense contains 171,000 tons
grading 0.22 oz. Au/ton between 70 and 275 metres vertical depth. The lower
lense also includes a high grade pod of 48,000 tons at an average grade of 0.369
oz. Au/ton. Total tonnage is 212,000 tons at an average grade of 0.209 oz
Au/ton over 3.3 metres.
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Amax conducted geophysical surveys over the E-grid just east of the south
end of Tashota Lake in 1982. This grid covered the easternmost iron formation
on the property. Ground magnetometer and VLF-e!ectromagnetic surveys
outlined the anomaly, sampling was carried out and it was found that the horizon
is essentially barren of gold mineralization. A programme of geological mapping
and sampling was also conducted in the most southwesterly corner of the Tashota
claim group in an Ag-Zn-Pb showing where mineralization is composed of
sphalerite, galena and local blebs of pyrite, pyrrhotite and minor chalcopyrite.
Amax drilled only three holes on the Tashota property in 1983 (BT-57-83 to
BT-59-83). The first two holes tested the area along plunge of the northeasterly
dipping Main Zone. These holes did not return ore grade assays to add to
reserves, but they did indicate that the host lithology continues to depth.
The final hole was drilled to investigate the possible strike extension of the
Main Zone iron formation and the Western iron formation. Promising gold
values of up to 0.21 oz. Au/ton over 1.97 feet were found, which indicated
a possible extension along strike.
Amede Lafontaine conducted a sampling programme in the area around the
old Wascanna shaft in early 1983. He collected 48 samples and had them assayed
by a number of different companies. The assays ranged from 0.004 oz. Au/ton
to 1.77 oz. Au/ton.
In 1983 and 1984, Teck Explorations Ltd. conducted geophysical surveys over
their Tashota property. One major anomaly was found down the eastern side
of the property which is on strike with the iron formation associated with
the Amax discovery. A seven hole (T-1 to T-7) diamond drill programme was
completed by Teck, for a total of 778 metres, in 1984. Assays reported little
more than trace gold. In late 1984, Teck drilled two short holes in the Devanney
Lake area just east of the Wascanna shaft. Two hundred and forty six (246)
metres of drilling were completed but no assays were reported.
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3.0 REGIONAL GEOLOGY (FIGURE 3, TABLE 2)
The following is taken from Amukun (1977) with amendments.
The consolidated rocks of the Tashota area consist of complex, highly altered
Archean metavolcanics, volcaniclastic metasediments, iron formation, and
associated coarse-grained mafic intrusions. This rock complex is a
metavolcanic-metasedimentary assemblage forming part of the Wabigoon
Belt in the Superior Province of the Precambrian Shield.
The metavolcanics underlie 65 percent of the map area. These rocks are
composed mostly of metabasalt flows (75 percent) that enclose metarhyodacitic
to rhyolitic rocks which are predominantly composed of coarse pyroclastic
rocks (25 percent). Andesitic to dacitic metavolcanics are rare.
Metasediments make up only 5 percent of the map area. These rocks are
associated with the felsic pyroclastic rocks, and are locally intercalated with
them, suggesting that the metasediments are probably volcaniclastic in origin.
The metavolcanics and metasediments are intruded by dikes and sills of
metagabbro, metadiorite, and lamprophyre that pre-dated emplacement of
the granitic rocks.
Felsic intrusive rocks appear to have repeatedly invaded this part of the
Wabigoon Belt. The oldest, most widespread stock, that around Elbow Lake,
is a medium-grained, potassium-poor, gneissose type, but the relatively younger,
coarse-grained, and massive bodies around Robinson and Gzowski Lakes are
potassium-rich. Late magmatic events involved the intrusion of pegmatitic
and aplitic dikes, veins, and pods. Later diabase dikes post-date the granitic
rocks. These dikes fill fault or fracture zones and form high ridges.
Pleistocene and Recent deposits cover most of the map area. The Recent
deposits consist of organic and alluvial material. Pleistocene deposits include
glacial, glacio-fluvial, and glasiolacustrine material deposited by the retreating
and melting glaciers of glacial Lake Agassiz. Remnants of Lake Agassiz deposits
also occur in the area.
D D D
LEGEND
MAFIC VOLCANIC
ACID VOLCANIC CLASTIC SEDIMENTARY
GRANITIC and GNEISSIC
GRANITIC INTRUSIONS
VOLCANIC-SEDIMENTARY TRENDS
NOTE
MAP AFTER 0.6 . S . 2202 - D. MC BRIDE , 1984
KIIOMFTE RS
CLIENT!
TITLI
• CAL! Aa Shown
\fjff jjV y-- ——— -- - J - ---- ———
TASHOGAN MINERALS LTD.
TASHOTA PROJECT - REGIONAL GEOLOGYi [o*. Ut i T AM* i; f T DATt i ] OW4. N"
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bd.JAMES VAck
10
TABLE 2 Lithologic Units
PHANEROZOICCENOZOIC
QUATERNARY RECENT
Organic deposits (peat bog); floodplain (alluvial deposits) PLEISTOCENE
Glacial deposits, glaciofluvial deposits, glaciolacustrine deposits
UNCONFORMITY
PRECAMBRIANMIDDLE TO LATE PRECAMBRIAN
MAFIC INTRUSIVE ROCKSFine-grained and medium to coarse-grained ophitic diabase dikes, porphyritic diabase.
INTRUSIVE CONTACT
EARLY PRECAMBRIAN (ARCHEAN)FELSIC INGEpUS AND METAMORPHIC ROCKS
Pegmatite, aplite, felsite, quartz and/or feldspar porphyry, alaskite, micropegmatite
INTRUSIVE CONTACT
Quartz diorite,monzonite,hornblende-biotite-quartz monzonite, hornblende-quartz monzonite 2 ,hornblende-biotite-quartz monzonite, biotite-quartz monzonite, quartz-feldspar porphyry.
INTRUSIVE OR GRADATIONAL CONTACT
METAMORPHOSED FELSIC INTRUSIVE AND MIGMATITIC ROCKS
Hornblende-biotite trondhjemite, hornblende-biotitegranodiorite gneiss, hornblende-biotite-quartz monzonite gneiss, porphyritic biotite gneiss amphibolite, migmatite 3 , quartz diorite.
INTRUSIVE CONTACT
MAFIC INTRUSIVE ROCKS
Metagabbro, hornblende metagabbro, porphyritic mafic intrusive rocks, metadiorite, hornblende lamprophyre
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- INTRUSIVE CONTACT
™ MET A VOLCANICS AND METASEDIMENTS
METASEOIMENTS
Argilite (phyllite), slate, donglomerate, arkose, greywacke, m chert, sandstone
FELSIC METAVOLCANICS
tuff-breccia, pyroclastic breccia, schist
MAFIC METAVOLCANICS
I Rhyolite to rhyodacite, rhyolite porphyry, tuff, lapilli-tuff tnff-lnr&rria m/rfvlacfrir- Inrtiffia c/'-hict
lMafic flows, tuff, breccia, agglomerate, recrystallized flows,
m schist
* IRON FORMATION
l 1. Robinson Lake Stock2. Gzowski Lake Stock3. Elbow Lake Stock
12
4.0 EXPLORATION PROGRAMME
Between June and August 1987, 123 km. of east-west oriented grid were cut at 125 m. centres with tie lines at 20 W. and 10E/11 E. Stations were established at 25 m. intervals. These lines provided the base for geological mapping at 1:5000 scale and geochemical humus sampling with some infill sampling at 25 m. intervals on both grid lines and additional tie lines in areas of elevated geochemical gold values.
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5.0 PROPERTY GEOLOGY (Maps 1 and 2)
As described in the regional geology, section 3.0, the Tashogan Mineral's Tashota Project property is underlain by the Wabigoon Belt of Archean volcanic rocks (see Figure 3). Part of the 1987 program was to map the entire property at 1:5,000 scale in order to delineate rock types and major structures. The mapping was done by R. Anderson, G. Barnes and J. Geoffrion.
5.1 Lithologies
The rock types mapped have been well described previously by D. Waddinton in his various reports for Canamax Ltd. His work and the Tashogan Minerals Ltd. mapping program provided the following stratigraphic column.
Pleistocene and Recent (peat, gravel)—unconformity—
Keeweenawan: Porphyritic Diabase Dyke—intrusive contact—
Quartz-Feldspar Porphyry (dykes)—intrusive contact—
Feldspar Porphyry (dykes)—intrusive contact—
Alaskite-Granite (Stock)—intrusive contact—
Keewatin: interlayered volcanic and sedimentary rocks with iron formation—unconformity— Monzonite (stock)
Felsic porphyry dykes were not see outcropping during the program, but the intrusions have been noted in diamond drill core. Descriptions of the rock types follow:
14
Pleistocene and Recent
The bedrock is typically overlain by 3 to 5 metres of sand and/or gravel. This material appears to be glacial outwash possibly related to the esker that extends across the property from 41 * OOS/7 * OOW to 13 * 75N/16 * GOE. The esker forms a ridge up to 50 metres high and approximately 250 metres wide. The CNR has taken advantage of the gravel in the esker and has used it for fill.
This layer of material tends to drape over the bedrock surface and "even-out" the topography. This process has resulted in poor drainage and the development of black spruce, alder and cedar swamps and large peat bogs especially in the north and northwestern parts of the property. The alder swamps probably indicate the presence of clay deposits, quite likely of a glacio-lacustrine origin.
Waddington, refers to old reports that record the development of a limonitic cap on the surface around old showings. It was reported that at one time it was possible to pan this cap for gold. The ground today is so disturbed that it is now impossible to see any remnant of the cap. However, some of the extremely high gold values from the humus sampling program could be related to a remnant of the limonite.
Porphyritic Diabase Dykes
These Keeweenawan dykes are sub-vertical and up to 100 metres thick. They tend to trend in two directions: at 335 degrees, sub-conformable to the trend of much of the older Archean volcanic rocks; and at 010 to 020 degrees which is the trend of the main structural lineation in the Archean volcanics.
The dykes form rusty-red, rounded and prominent outcrops. The diabase is typically "fresh" looking, slightly magnetic and has sharp, chilled margins. The plagioclase in the diabase occurs as 10 mm, euhedral, buff green phenocrysts that often display a typical ophitic texture.
Distinction between the Archean gabbros and the more recent Keeweenawan diabases is sometimes difficult. Some of the Archean gabbros also display the ophitic texture. In addition, the Keeweenawan rocks often lack this same texture. This confusion can be seen in the rocks at the south end of Tashota Lake and at 26+25S/5+50W, northwest of the gravel pit.
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Keewatin Rocks
These Archean-aged rocks have been described as in ter layered volcanics and sediments. The 1987 mapping showed few true greywacke or argillitic units. Water-lain tuffs were included as volcan i elastics where previous mappers may have called them greywackes. No true turbiditic sequences were seen and almost all the Keewatin rocks on the property have been mapped as volcanics.
All of the rocks in this series have been slightly altered and chlorite is a common and pervasive constituent.
Exhalites - Iron Formation (8)
The exhalites are extensive conformable units of volcanically-derived chemical sediments that can be almost 100 metres thick. They have been the target of a great deal of gold prospecting; the Kowkash deposit is part of one such exhalite unit. Attempts were made to determine which facies of exhalite exists whether it be oxide, silicate, sulphide or carbonate facies. All four facies were found on the property, at times in close proximity to each other.
The oxide facies is typically fine-grained magnetite interbedded with chert and minor pyrite on a centimetre scale. It produces very large magnetic anomalies. A typical outcrop of this facies is at 22+50/12+OOW. Waddington notes that at the Kowkash zone "there is no appreciable gold content without the pyrrhotite present. Oxide-rich material usually occurs at the top of the sequence and grades downward into the silicate rich units."
The silicate facies is similar but with very much less magnetite. The quartz within the iron formations is usually very fine-grained and sugary often with fine-grained euhedral crystals of magnetite. A typical exposure of silicate facies is at 8+75N/18+OOW. Waddington also observed that in drill core "small needles of actinolite occur as radiating bundles, finely disseminated crystals and felted masses in parts of the r eery stall i zed chert" No actinolite was noted during surface mapping.
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A great deal of silica also occurs as more massive, comformable, coarse-grained, white veins up to several metres thick. It sometimes contains minor amounts of coarse sulphides but no iron oxide. The gold bearing vein at the old Wascanna mine is typical of this type of vein. This form of quartz should possibly be considered part of the silicate facies above.
The sulphide facies occurs as black shaley rock, not unlike a fine mafic tuff with fine pyrite as beds and disseminations. Pyrrhotite is also common in the sulphide facies with chalcopyrite making up a constituent in the vicinity of the A-Grid. A typical sulphide facies showing can also be seen at 7+50S/6+25W. Waddington comments that in the Kowkash zone "gold values seem to be somewhat proportional to sulphide content."
Very little carbonate facies exhalite was seen during mapping. It was typically green, and was composed of ankerite, chlorite and pyrite with veins and veinlets of calcite.
Gabbro-Amphibolite (5b, 1am)
These are dark green to black, medium-grained rock units that form rounded pale green outcrops. In the southern block they occur as subconformable intrusions, whereas north of the tracks they are more irregular in shape cutting across other rock types. The gabbro has chloritic pyroxenes with minor disseminated pyrrhotite. The gabbro also appears to have an ophitic texture. The amphibolite is similar but with black amphibole as the major mafic mineral.
At 8+25S/7+OOW, a distinctive quartz-eye gabbro was seen with pale blue, rounded quartz-eyes. Waddington suggests this may be a flow.
17
Andesite (2d,2dl, 2da, 2df, 2f, 2fp)
It was found to be difficult to distinguish between andesite tuffs and flows in the field but a foliated andesitic outcrop was considered to be an outcrop of andesitic tuff. At several outcrops it was noted that one could walk along strike and move from well-formed pillows to a well-foliated andesite and then back to the pillows, over a scale of 10 metres. It was concluded that this was
a result of the varying amounts of carbonate in the andesite pillows with carbonate-rich pillows tending to deform more readily and form a foliation. This was particularly noted at 5+OOS/2+50W where the "pillows" deformed around a mass of exhalative silica. Where it was not possible to distinguish between pillows and tuffs the symbol "2df"was used.
Andesite is the most common rock type on the property and occurs mostly as green, chloritic, fine-grained flows and pillowed flows. Vesicular flows
are not uncommon and flow-top and flow-bottom breccias were seen. As noted above, the carbonate content is variable and pillows indicate that tops seem to be uniformly to the east.
Andesitic volcaniclastic rocks are well-foliated, layered and contain flattened clasts up to 10 cm in size with the clasts tending to be more leucocratic than the finer matrix. These volcaniclastics occur interlayered with flows but the bulk occur in units at least 100 metres thick.
Darker phases of these rocks were called basalt df).
Dacitic Rocks (3d, 3df)
These are well developed tuff units with easily identifiable tuff fragments. They are well-layered, medium-grained, slightly chloritic, with minor pyrite. They occur as relatively thick units, sometimes interlayered with the andesitic tuffs or rhyolite tuffs. More felsic portions of this unit were noted to display 4 mm, grey to blue quartz-eyes.
Relatively massive units of dacite were indentified at 5+OON/1+50W. These were called dacitic flows with the inference that they occur close to a centre of volcanism.
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Rhyolite Tuffs (4d)
These felsic tuffs are relatively rare, usually occur ing as part of the dacitic units, they are characterized by their quartz eyes, light colour , sericite and minor disseminated pyrite.
Previous mappers, such as Amukun have underestimated the extent of intermediate to felsic volcanism over the property. The felsic volcanics form poor outcrops near swamps, whereas the gabbros and andesites with their tough interlocking plagioclases, form most of the high ridges and the bulk of the outcrops. Considering the extent of the swamp there is probably much more rhyodacite to be discovered.
Monzonite (6m)
These large bodies occur along the western margin of the property and are referred to as the Robinson Lake Stock on the North Block and the Elbow Lake Stock on the South Block. Amukun considers the Elbow Lake Stock to be the older of the two Stocks and where it occurs on the south block it is typically a quartz monzonite. The Robinson Lake stock was found to be massive equigranular quartz-biotite monzonite.
The age relationship between the monzonitic stocks and the Keewatin volcanics is not clear. While no unconformable contact between the two was seen during the 1987 mapping, it is apparent that the Keewatin volcanics have not undergone the same regional thermal regime that produced the migmatites in the Elbow Lake Stock. These migmatites were described by S. Amukun. Clearly they must be much older than the overlying Keewatin volcanic.
19
5.2 Structural Geology
The part of the Wabigoon Belt in which the Tashota Property lies is oriented roughly north-south. Foliation is typically conformable to the orientation of the rock units which in the South Block are 000-010 degrees. In the North Block the rocks are usually oriented between 310 and 320 degrees. Dtps are uniformly between 55 and 75 degrees to the east or northeast.
Close to the monzonite stocks, the orientation of the rock units is much more variable as the rocks seem to drape themselves around the stocks.
There is a strong regional lineation focusing on a trend of 018 degrees and a plunge of 52 degrees. This trend can be see in the orientation of small scale folds, mineral lineations and rock units.
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The amount of small scale folding around Tashota Station suggests that there is a great deal of large scale folding. On the west side of Tashota creek, "S" shaped folds are common. The Wascanna deposit, on the east side of the creek is essentially a "Z" folded comformable quartz vein. This structural information and the general orientation of the iron formations led Canamax to conclude that there is a large synform whose axis roughly follows Tashota creek. However as already mentioned, pillows indicate that tops are uniformly to the east over the entire property so this interpretation is invalid.
Detailed work on the Kowkash zone has suggested that there is a set of offsetting faults, oriented roughly north-south. No regional pattern of offsets has been recognized yet on the North and South Blocks.
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6.0 HUMUS GEOCHEMICAL SURVEY
6.1 Field and Laboratory Procedures
Collection
Humus samples were collected from ali sites where possible using the 125 m. grid and 50 m. stations. In areas of interest the sample spacing was reduced to 25 m and additional lines at 25 m. centres were sampled. Sites of rock outcrop, bog and swamp were not sampled. At each location the vegetation cover was removed to a depth of approximately 10 cm. and a 500 gm. sample of the rotting black humus material was collected with a mattock and placed in a numbered kraft sample bag. Descriptive material recorded included the site location, vegetation type, colour and any relevant comments. The material sampled was primarily black spruce fragments/Labrador tea. All samples were air dried prior to shipping to the laboratory for geochemical analysis for gold.
Labratory Preparation
Batches of samples arriving at Chemex Laboratories Ltd. in Mississauga were treated as follows: each sample was dried then pulverized for one to three
minutes in a chrome steel ring mill. The final sample mesh size of the homogenized material was -80 to -100 mesh.
Laboratory Analysis
All samples were analyzed by gold fire assay-neutron activation analysis. A 10 gm. sample was fused in litharge, carbonate and siliceous flux. The resulting lead button containing any gold in the sample was cupelled in a muffle furnace to produce a precious metal bead. Sample beads, plus standard and blank beads were irradiated in thermal neutron flux. The gamma emissions of the irradiated beads were counted using a Ge (Li) detector and quantified for gold. The detection limit for a 10 gm. sample is lug/kg (1 ppb.).
21
6.2 Results of the Humus Sampling
Results are plotted on maps 3 and 4 and listed in Appendix 1 by sample site and geochemical value in parts per billion gold. A total of 1354 samples were analyzed from 123 km. of grid. 2560 sites were visited with no sample being taken from 1206 of these.
All values greater than or equal to 10 ppb. are listed below by map area with relevant comments.
6.2.1 North Block
Location Value (ppb Au)
33+75N.
31+25N.
27+50N
27+50N
22+50N
22+OON
17+50N
08+75N
10+OON
10+OON
10+OON
10+OON
10+OON
11+25N
11+25N
12+OON
15+50N
13+75N
14+50N
5+50W
13+50W
6+OOE
5+OOE
10+OOW.
10+25W
9+50W
17+OOW
18+OOW
22+OOW
23+50W
24+OOW
24+50W
20+50W
22+OOW
20+OOW
20+OOW
5+25W
4+50W
12
20
15
11
11
26
25
510
19
14
27
25
32
12
29
33
12
10
15
Comments
Bog
Exhalite: Py * Carb. 2d 2fPotential I.F. 2fpPotential 1.F. 2fpNorth Zone 1.FNorth Zone 1.FNorth Zone. 1.F (N.W. of End Zone)
2d,9,TrenchTrench
Bog
Bog
Bog
Bog
End Zone
l l l l l l l l l l l l l l l l l l l
22
13+75N
12+75N
12+50N
11+75N
11+25N
11+25N
6.2.2
Location
26+255
27+505
30+005
37+505
33+755
33+755
33+755
27+505
31+255
28+755
6.3 Discussion of Results
Elevated values (:*10 ppb.) can be divided into two groups: isolated values and groups of values. Clearly several values in the same area are more important, initially, for follow-up work than point source anomalies. In each block these zones are discussed first.
6.3.1 North Block
North Zone: A small zone with extensive old trenching in iron formation and carbonate alteration. There is no clear trend to the anomaly. Further investigation is warranted.
3+25W0+50E1+50E0+50E20+OOW19+50W
South Block
Value
17+OOE11+OOE20+50W2+50W13+OOW16+50W18+OOW16+OOW16+50W11+50W
281327231010
(ppb
13642776441311101018
End ZoneEnd ZoneEnd ZoneEnd ZoneBogBog
Au) Comments
SwampSwamp6aSwampAlteration, 5b
l l l l l l l l l l l l l l l l• The remaining elevated spot values in this South Block are not explained by
the geology and warrant examination on a lower priority basis.
23
The five other values in this block are more isolated although three are clustered to the east of the small pond on line 26+25N. near the base line. A potential iron formation exists in this area which is also recommended for further work. The two other values are of low priority.
The END Zone comprises a series of spot highs with elevated background values. The zone covers some known northwest trending iron formations and andesitic volcanics. The target is considered to be high priority.
The PFFT zone is composed of isolated spot highs in a swamp area. To the immediate north a zone of elevated values provides further evidence of a significant geochemical zone. Some values are explained by iron formation (line 8+75N) which may trend northwest across the property. A high priority target.
6.3.2 South Block
The prime zone of interest in the South Block is the linear trend along the base line south of the old Wascanna shaft. This extension towards and past the Amede sample area may indicate a continuation of the Wascanna structure. The southern trend parallels the foliation in intermediate volcanics.
Two other major zones of high priority targets are detailed below.
a) 33+75S./31+25S. east of 20+00W. A group of values with little geological correlation although an iron formation is noted to the west on the geological map.
b) 26+25S./27+50S. east of tie line 12E. A zone of high values along one line with spot highs on the other lines. The area is all black spruce swamp.
24
6.4 Priority Rating of Anomalies
l Grouped values:
l 1) PFFT (N.B.)2) North Zone (N.B.)
l 3) END Zone (N.B.)4) Wascanna Extension (S.B.)
l 5) (a) and (b) (S.B.)6) North Block grouped values (26+25E)
™ The spot values cannot by prioritized.
l Prior to any follow-up, consideration should be given to previous work done on some of the better known zones.
l
l
l
l
l
l
l
l
l
1 1 1 1 11
7.0 ROCK GEOCHEMICAL SURVEY
7. 1 Field and Laboratory Procedures
Collection
Rock chip samples were collected at sites
25
where mineralization/alterationzones/old workings were noted. Samples were of representative fresh material
1
1
1
1
1
1
1
and were labelled and bagged for shipping to the laboratory.
Laboratory Preparation
Samples were dried, crushed in two stages,to approximately- 140 mesh. The final step was
Laboratory Analysis
All samples were analyzed by gold fire assayof 10 gm. were used with a resultant detection
7.2 Results of the Rock Geochemistry Survey
sub-sampled and ring pulverizedhomogenization prior to analysis.
and atomic absorption. Sampleslimit of 5 ppb.
Results are plotted on maps 1 and 2 and listed in Appendix 2 by sample siteand geochemical value in parts per billion. A total of 77 samples were collected.
fAll values greater than or equal to 10 ppb are listed below by map area with
1
iiii
relevant comments.
North BlockLocation Value (ppb Au)
40+10N. 1+50W. 530 "40+10N. 2+50W 745
Comments
Alteration 2 p.Fe. Fm. A l ter at ion 2p.
26
22+53N 10+45W 22+50N 10+50W.A
10+50W.B 10+OOW. 9+75W.C
22+40N.10+40W 21+25N 10+OOW
21+25N 10+OOW 20+08N 9+80W 20+OON 9+80W 20+60N 10+OOW 11+50N 1+10E 8+75N 18+05W
36+275 9+95W (A) 36+275 9*95W.(B) 33+775. 19+32W
800
40785/
75
55
2300
330
10 375
6612 10
9680
10
South Block
10
65
10
s
Trench/Shaf t/Fe. Fm.Old Workings Fe.Fm.Old Workings Fe.Fm.Trench/Shaf t/Fe. Fm.Old Workings/Fe.Fm.Trench/Shaf t/Fe. Fm.PitPitTrench/Shaf t/Fe. Fm.Old WorkingsTrench2d.qtz.
Trench
Old Showing Old Showing Si Sulphide Fe.Fm.
7.3 Discussion of Results
Most of the values of 10 ppb. or higher are from sites close to old workings and serve to confirm the presence of gold at these sites. They also show that the area is well prospected. Apart from the old workings various areas require follow-up work to explain the anomalous rock geochemistry. These are listed below.
North Block Location Value (ppb Au)
40+10N.1+50W2+50W
18+80N 11+95E 11+50N 1+10E
530745
195
9680
Silicate iron formation is noted near all of these sample sites. Further work to determine the extent of the iron formation is warranted.
l27
" 8.0 CONCLUSIONS AND RECOMMENDATIONS
The mapping and geochemical sampling programme successfully outlined several previously unkown zones of anomalous gold values. It is recommended that
l these zones by subjected to gradiometric and VLF surveys prior to diamond drilling of selected targets.
l
l
l
l
l
l
l
l
l
l
l
l
l
28
REFERENCES
Amukun, S.E., 1977: "Geology of the Tashota Area, District of Thunder Bay; Ontario" Geological Survey Report 167.
Anderson R. 1987 Tashogan Project Summary Report; Unpublished Report James Wade Engineering Ltd.
McBride, D.E., 1986: "Tashota Syndicate Exploration Proposal". Unpublished Report for James Wade Engineering Ltd.
McBride, D.E., 1986: "Tashota Area Mining History and Exploration Proposal". Unpublished Report for James Wade Engineering Ltd
McBride, D.E., 1987 "Gold Mineralization and Its Position in the Geological Evolution of the Beardmore-Tashota Area: CIM Bulletin, V 80, No. 900, April 1987.
See also Appendix 1 Assessment Reports Data File.
l l
l
29
l STATEMENT OF QUALIFICATIONS
l, Robert J. Anderson, residing at 1410 Cassel Is St. North Bay, Ontario, do m hereby state that:
1. l am a consulting geologist associated with the firm of James Wade Engineering Ltd.
l 2. l am a graduate of Brock University with a B.Sc.Hon. degree in geology.
l 3. l have been practicing my profession since graduation in 1977, and haveworked for the Geological Survey of Canada, Canadian Occidental
m Petroleum Ltd. and Noranda Exploration Co. Ltd.
4. l am a Fellow of the Geological Association of Canada and a member in good standing of the Prospectors and Developers Association.
l 5. l have no interest in, nor do l expect to receive any interest, direct orindirect, in Tashogan Minerals Limited.
l 6. The 1987 Tashota Project of Tashogan Minerals Ltd. was under my direct supervision and l was on Tashota property throughout the period of the program.
l 7. This report, and the conclusions and recommendations made, are basedon data collected during the period of the 1987 Tashota Project and on
l examination of data made available by Tashogan Minerals Ltd.
J
Willowdale, Ontario Robert J. Anderson, B.Sc. Hon.
l
* December 31, 1987 Consulting Geologist
l
l
l
111111l111111111111
*
Willet Lake AreaOGS File*63-4120*63-3955
2-444116*2-2934
2-2913 '63-3956
2-2811 *2-2812
15*63-3529
ASSES
(G- 156)Company
Amax
A maxSherritAmaxAmax
Amax Amax
Amax AmaxAmax
Metcalfe Lake Area (C-84)
24 63-42752-6036 2-6550*63-4120
22*23
2-65942-57842-5510 *63-3955
•63-3956 2119
Teck AmaxLafontaine Teck
TeckTeckTeckTeckAmax
AmaxAmax
30
APPENDIX 1
ASSESSMENT REPORT DATA FILE
Comments
Geol., I.R., D.D., Kowkash D.D., Mag., E.M., Kowkash Mag., A.E.M., (N Block) Willett 11, 2 DDH Geology of Metcalfe 1-4 Kowkash, Willet 1 A.E.M., Willet 1 D.D., Mag., E.M., Kowkash Aeromag., Willet 1 Tashota 2, Aeromag. Willet 1, D.D.H. Missing
3 D.D.H. Lafontaine OptionKowkash D.D.H.Wascanna dumpE.M., 41 claims (Lafontaine/Tashogan)
2 D.D.H. Robertson/Lafontaine option4 D.D.H. Lafontaine option and SouthV.L.F. on 406059Mag. as 2-6550Maps 1-4, West of Tashota Station
Kowkash O.O.H. Kowkash D.D.H.
1111111111111111111
9
20*2-2934
2-2910182-2911 172-2809131011*63-3529
2-23082-20282-1311
*2-1457
63-18212-922
Oboshkegan Township
63-2900
A max
A maxAmexA max A maxA max
V . Fee l eyKNAPP Prospect
C. M. RossC. M. RossO.E.Leigh
Fedosejevs ReportMag. 1965.Cashback-Dean
Cashabadc
(G-173)
Kennco
31
Kowkash O. D. H.
Metcalfe 1 and 2. A. E. M.Kowkash D. D. H.Airborne E. M. Tashota Group Metcalfe-3. 1 D. D. H. (756066)Aeromag. Metcalfe 1,2,3, and 41 D. D. H. (989380/81)4 D. D. H. on KK 22377 (TB685269)3 D. D. H. on KK 21214 (South of area)
Trench SamplesTrench Samples(D. M. B.) - New Fenimore Mines. Knapp/AdairNo useful dataLittle use of dataMag. /E. M. Covered by Teck.
1952 Aeromag.
Gzowski Township G- 182)
*63-4120*2-2911*2-2812
2-2202*23
2-2020*2-1457
Westburne, G. P. Gzowski Twp., Geo I., Mag. (2-2020)
P. Chance for Westburne - Shaft areas on 615479
'COVERS SEVERAL CLAIM SHEETS
APPENDIX 2
HUMUS GEOCHEMISTRY RESULTS
Chemex Labs Ltd.Tt ADB, JAMES ENGINEERING L'
Antlyuoal CtxmltU * a*ocd*ml*U * IU|Ht*f*d450 MATHESON BLVD. .B.. VKIT 54. MIMISCAIXU,
ONTARIO. CANADA MZ-IRSrHONB (416) (90-411*
501 - 5734 YONGE ST.WILLOMMLB, ONT.MZM 3T3
Pr*J**t i TACHOTA PROJECT ' IBUI ATTNl ftOB AMttMON, OCl WAD* UNO INK WU WO, JKLLIOOR, ONT,
*Pt|* Ka.Tot. Pages:J Dtte :I3-JUL-S7 Invoice l : 1-8716624 P.O. l
CERTIFICATE OF ANALYSIS A8 7 l 6624"
SAMPLE DESCRIPTION
PREP CODE
Au NAAppb
6-WON 0+00 7-H)ON O+OO 8+OON 04OO 94-OON 04OO 10-H)ON
2-17 217 217 217 217
< 1< 1< 1< 1
3
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Chemex Labs Ltd.Ch*inltti
43* MATHESON BLVD. ,B.. UNIT 14. M1MIMAUOA, ONTARIO. GANAOA L4I-IM
PHONB (414) 190-031C
501 - 5734 YONGE ST. WILLOMMLB, WT. M2M 3T3
Pr*j**i i TASNOTA MlOJlCr••(•S ATTN: ROB ANDERSON. OC: WADI BNOINIHRINO, JELL l COB, ONT
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SAMPLE DESCRIPTION
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CBRTinCATION :
Chemex Labs Ltd.410 MATHRSON BLVD. .B.. UNIT 54. MIMIMAUOA,
ONTARIO, CANADA MZ-IRJPHONE (414) 191
501 - 5734 YONGE ST. WILLOWMLB, GOT. M2M JT3
rr*j**t i TARHOTA moanerATTMl MOB AMJIMON, Cttt
Tot. P*|**: JD*te -.19-JUL-17 laroicc 1:1-1716633 P.O. f :
WAUK INOINKKKINO, JKLLIOOR, ONT,
SAMPLE DESCRIPTION.
S+SON 0+OOW 9+SON 0+OOW
-
PREP CODE
217 217
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Chemex Labs Ltd.4 St MATHIRON BLVD. .R. , UNIT 54. MIMIMA1XM,
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501 - 5734 YONGE ST. WILLOWMLB, ONT. M2M 3T)
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CERTIFICATE OF ANALYSIS A8718152
OUTinCATIOM : i ———————^**^JUL\^
Chemex Labs Ltd.4SO MATHESON BLVD. ,E. . UNIT 14. MIMISSAUOA,
ONTARIO, CANADA L4Z-IRS
CHONE (414) I90-t)19
TV ADB, JAMBS ENGINEERING U101 - 5734 YONGE ST.
WIUXMMLB, ONT. M2M JTJ
** D* ltl ATT'Xl ft. AMMMWN OCl MMM WADK KNOINKXRIW
*F.je No. .Tot. PatecJDtteInvoice f :I-*7IJ1J2P.O. l :3islO-15
CERTIFICATE OF ANALYSIS A8718152
SAMPLE DESCRIPTION
6+25N 20+00 W
6+25N 20+50 W 6+25N 21+00 W
-
8+75N 050 E 8+7 5N 100 E 8+7 5N 150 E 8+75N 200 E
8+75N 300 E 8+75N 350 E 8+7 5N 400 E 8+75N 450 E 8+75N 500 E
8+75N 550 E 8+7 5N 600 E 8+75N 650 E 8+75N 700 E 8+75N 750 E
8+75N 850 E 8+7 5N 900 E 8+7 5N 950 E 8+7 5N 1000 E
PREP CODE
217
217 217
217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217
—
—
—
—
— —
—
—
— —
Au NAA ppb
'
< 1
51< 1
< 1 < 1
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< 1< 1 < 1 < 1 < 1< 1 < 1 < 1< l< 1
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ChMntota * i454 MATHRAON BLVD. ,X. . UNIT 14. MIMIBIAUM.
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l *T 111 til ATT'Nl R. ANUMHNON OCl JAMKR WAUN UNOINHKMHd
lovoJco I.-I-47I3152 P.O. l :35-10-15I1
CERTIFICATE OF ANALYSIS A8718152
SAMPLE DESCRIPTION
- *
8+7 5N 050 W 8-1-7 5N 100 W 8+7 SN 150 W 10+OON 0+50 E 10+OON 1+00 E
KH-OON 1+50 E 10+OON 2+00 E 10+OON 2+50 E 10+OON 4+50 E 10+OON 5+50 B
1O+OON 8+OO E 10+OON *^0 E 10+OON 9+50 E 10+OON 10+00 E 10+OON 10+50 E
10+OON 0+50 W 1 1+OON 0+00 W 11+2SN 0+50 E 11+25N 1+00 E
PREP CODE
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217
—
— -
- —
—
—
—
—
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Au NAAppb
< 1< 1 < l < 1 < 1
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< 1 < 1 < 1 < 1 < 1
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ONTARIO, GAKAIM L4Z-IR1PHONK (411) 1*0-0)10
501 - 5734 YONGE ST. WILLOMMLB, ONT. M2M JTJ
Pr*j**l l 17 Df••1*1 ATT'Ml K, ANNiMKIN CCl JAMR WAlHt UNO,
Tot.DiteInvoice l :I-t7ll!5)P.O. l :ltlO-15
CERTIFICATE OF ANALYSIS A8718153
SAMPLE DESCRIPTION
1H-2SN l-f-50 E 11-H25N 2-H)0 E 1H-2SN 2+50 E 11+25N 3+00 E 1H-2SN 3+50 E11+25N 4+00 E 11+25N 4+50 E 11+25N 5+00 E 11+2 5N 5+50 E 11+25N 6+00 E
11+2 SN 7+00 E 11+25N 8+00 E 11+25N 10+50 E 11+25N 11+00 E*
11+25N O+50 W 11+25N 1+00 W 11+25N 1+50 W 1 1+25N 1+75 W 1 2+50N BL12+50N 50 E 12+50N 100 E 12+50N 150 E 12+50N 200 E 12+50N 250 E
PREP CODE
217 217 217 217 217217 217 217 217 217
217 217 217 217
,
217 217 217 217 217217 217 217 217 217
—
~
—
—
l
—
— i
^^
Au NAAppb
1 < 1< 1
1 < 1< 1 < 1 < 1 < 1< 1
1 1
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4i< 1 < 1 < 1
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ONTARIO, CANAIM L4Z-IM(414) W-OJII
•R \DB, JAMBS ENGINEERING LTD.501 - 57)4 YONGE ST.
WILLOMMLB, ONT. M2M JT1
Pt*j**l i 17 US••III ATT'Nl R, ANWMON OCl JMM WADK UNO,
•Pate No.Tot. Page. DateInvoice f P.O. l
S-AUG-17J-87U1JJL-10-15
CERTIFICATE OF ANALYSIS A8718153
SAMPLE DESCRIPTION
12+SON 300 E 12-*-50N 350 E 12+SON 400 E 12-t-SON 450 E 12+SON 650 E12-f-SON 700 E 12+SON 750 E 12+SON 800 E 12+50N 850 E 12+SON 900 E
12+SON 950 E 12+50N 100O E 12+SON 1OSO E 12+SON 1100 E
1 2+SON O+SO'W 1 2+SON 1+00 W 1 2+SON 1+SO W 1 2+SON 2+00 W
1 2+SON 2+50 W 12+SON 3+00 W 1 2+SON 3+SO W 12+SON 4+00 W 1 2+SON 4+SO W
12+50N 5+00 W 13+7SN 0+OOE 13+7SN 0+SOE 13+7SN 1+50E 13+75N 2+OOB
PRE COD
217 217 217 217 217
217 217 217 217 217
217 217 217 217
217 217 217 217
217 217 217 217 217
217 217 217 217 217
PE
—
—
~
—
— —
—
—
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CSATOTCATION :
Chemex Labs Ltd.CltMitoU *
450 MATHESON BLVD. .B. . UNIT J4. MIMIMAUO*. ONTARIO, CANADA L4Z-IM
PHONK (416) 1*0-0)10
501 - 5734 YDH8B ST. W1LLOWDALB, COT. M2M 3T3
Fr*j**t t 17 1)1••III ATT'Nl ft, ANUNMON OCl JAMK WAIM UNO,
Tot. PIJI..J Date . (. Invoice f .-I-J71JJ53 P.O. l :35-10-15
CERTIFICATE OF ANALYSIS A8718153
SAMPLE DESCRIPTION
13+75N 2+50E 13+75N 3+OOE 13+75N 3+50E 13+75N 4+OOE 13+75N 4+SOE
13+75N 5+OOE 13+75N 5+50E 13+75N 6+SOE 13+75N 7+OOE 13+75N 7+50E
13+75N 9+OOE 13+75N 9+50E 13+75N 10+00 E 13+75N 10+50 E 13+75N 11+00 E
1
13+75N "6+50 W
13+75N 1+00 W 13+75N 1+50 W 13+75N 2+00 W 13+75N 2+50 W 13+75N 3+JS^W
13+75N 4+56'"^*^ 13+75N *4*fcHW*^ 13+75N 54*0 W*.*? 13+75N 6+XJWt* I3+75N *tSAW
PREP CODE
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217
217 217 217 217 217
217 217 217 217 217
—
1
—
~
- —
—
—
~—
An NAAppb
< 1 < 1 < 1 < l < 1
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< 1< 1 10
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Chemex Labs Ltd.Analytical OlMmtoU * 0*ooh*ml*U * lUjtoOn* A**ay*r* 4ft MATKUOM BLVD. .B.. UNIT S4, MIMIMMXU.
ONTARIO, CANADA L4Z-1MPHONE (41*) I90-0)ie
501 - J7J4 YONGE ST. WIUOMMLB, OUT.Man
til• K. AMNIMION OCIJAMM WADI WWINKHMNO
Tot.9-AUO-I7
Invoice 1:1-171*173 P.O. l j35-10-15
CERTIFICATE OF ANALYSIS A8718173
SAMPLE DESCRIPTION
13+7SN 15+50 W 13+7SN 174-50 W 13+7SN 18+50 W 134-7 SN 19+00 W 13+7SN 20+00 W
13+75N 20+50 W 13+75N 23+00 W 13+75N 23+50 W 13+75N 24+00 W 13+75N 24+50 W
1 5+OON ecbPty 1 5+OON 1 7+50 W 1 5+OON 18+00 W 1 5+OON 1 8+50 W 1 5+OON 21+50 W
1 5+OON 22+00 W 1 5+OON 22+50 W 1 5+OON 23+00 W 1 5+OON 23+50 W 1 5+OON 24+00 W
1 5+OON 24+50 W 16+25N 14+50 W 1 6+2 5N 1 5+00 W 16+25N 15+50 W 16+25N 16+00 W
16+25N 16+50 W 16+25N 17+00 W 16+25N 17+50 W 16+25N 18+00 W 16+25N 18+50 W
16+25N 19+50 W 16+25N 2O+00 W 16+25N 20+50 W 16+25N 21+50 W 16+25N 22+00 W
16+25N 22+50 W 16+2SN 23+00 W 16+25N 23+50 W 16+25N 24+00 W 16+25N 24+50 W
PREP CODE
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
—
- —
—
—
—
—
—
^,,,
Au NAAPPb
2 < 1 < 1
2 < 1
< 1 < 1< 1
4 3
< 1 < 1 < 1 < 1 < 1
< 1 < 1
2 1
< 1
6< 1
1 < 1
2
< 1< 1
1 < 1< 1
< 1< 1 < 1 < 1
1
< 1 < 1 < 1 < 1 < 1
-
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Chemex JLabs^ Ltd.450 MATHESON BLVD. .B.. WIT 54. MIMIMAXXM,
ONTARIO, CANADA L4Z-IR1PHONB (416) ltt-1310
To iDB, JAMBS ENGINEERING LID.501 - S734 YONBB ST.
WILUJKMLB, COT. M2M 3T3
rr*J**i i 17-1J S••III OCl R. ANMMON
No. Tot.Di t e :2I-AUO87 Invoice f :I-I719290 P.O. f A10-1J
CERTIFICATE OF ANALYSIS A8 7 19290
SAMPLE DESCRIPTION
0+00 1 1+OON 0+00 12+OON 0+00 13+OON O+OO 14+OON 0+00 16+OON
0+00 17+OON O+OO 18+OON 0+00 19+OON
7+50N 16+OOW 7+SON 16+SOW 7+SON 17+SOW 7+50N 18+OOW 7+SON 19+OOW
7+50N 19+SOW 7+SON 20+OOW 8+7 SN 16+OOW 8+7 SN 16+SOW 8+7 SN 17+OOW
8+7 SN 17+SOW 8+7 SN 18+OOW 8+7 SN 19+OOW 8+7 5N 19+SOW 8+7 SN 20+OOW
8+7 SN 2O+SOW 8+7 SN 21+OOW 8+7 SN 21+SOW 8+7 SN 22+SOW 8+7 SN 23+OOW
8+7 SN 23+SOW 8+7 SN 24+OOW 8+7SN 24+SOW 9+OON 20+OOW 10+OON 16+SOW
10+OON 17+SOW 10+OON 19+OOW 10+OON 19+SOW 10+OON 20+SOW 10+OON 21+OOW
PRE COD
217 217 217 217 217
217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
P B
—
—
—
— —
l•~~
—
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*
< 1< 1 < 1
< 1< 1 < 1 < 1< 1
< 1< 1< 1 < 1 S10
< 1 2
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< 1 < 1< 1 < 1 < 1
< 1 < 1 < 1 < 1< 1
t
t
-
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l~L*. *-kjx , jo s ~CERTIFICATION :
Chemex Labs Ltd.Anclytloil ChwnUU45* MATHESON BLVD. .B
•ytr*UNIT 14. MIMIUAUM,
ONTARIO, CANADA L4Z-IRIPHONE (416) W-OJI*
To JX, JABS ENOINBERING LID.
SOI - 5734 YONGB ST. WIUXWMLB, ONT. M2M 3T3
Pr*J*tt i IT-1)SMill OCl R, ANMMON
Tot. Pa eel: 4 Dfttt : n Invoice l :I-I719290 P.O. l :3Jr10-15
CERTIFICATE OF ANALYSIS A8 7 1929O
SAMPLE DESCRIPTION
10+OON 22+OOW 10+OON 22+SOW 10+OON 23+OOW 10+OON 23+-SOW 10+OON 24+OOW10+OON 24+-SOW 1 O+-SON 0+OOW 11+OON 2O+OOW 11+23N 15+OOW 11+2SN 15+-5OW1H-25N 16+OOW 1H-2SN 17+-SOW
AA4*W-5N- 18+OOW 11-4-2 SN 18+SOW 1H-2SN 19+OOW11+-2SN 19+-SOW 11+25N 2O+OOW 11+-2SN 2O+-SOW IH-2SN 21+OOW 1H-2SN 21+SOW1H-2SN 22+OOW 11H-25N 22-+-50W 11-+-2SN 23+OWV 11+2SN 23+-50W 114-25N 24+OOWll-t-25N 24+SOW 1 1+-50N 0+OOW 12+OON 2O+OOW 12+-50N 18+OOW 12+-50N 18+4CW12+SON 19+OOW 12+-50N 2O+OOW 12-+-50N 20+-50W 12-hSON 21+OOW 12-H50N 21+^OW13+OON 20+OOW 1 3+^ON 0+OOW 14+OON 20+OOW 14+-50N 0+OOW 1 5+OON 0+-50E
PREP CODE
217 217 217 217 217217 217 217 217 217217 217 217 217 217217 217 217 217 217
217 217 217 217 217217 217 217 217 217217 217 217 217 217217 217 217 217 217
—
~
—
—
—
—
—
—
Au NAA ppb
14 62
27 2532 41
8 31
< 1 9
19 52
10 10 12
9 3
29 6
< 1 6 43 6
3:1
< 1 < 1 < 1
1 < 1< 1< 1 <^ j
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CMTmCATIOM :
Chemex Labs Ltd.Analytical4SO MATMRKON BLVD., R,, UNIT 14, MIMIMAUM,
ONTAKIO, CANADA M t- l HI PHONE (416) 1*0-0)1*
Tc JDB. JAMBS ENGINEERING LTD.501 -57)4 YONGE ST.
WILLCWMLB, ONT. M2M 3T3
Fr*Jou i IT-111••tt! OCl R. ANMMON
•PU* No. Tot. Patei:4 Dale :2J-AW-I7 Invoice l :1-8719290 P.O. l
CERTIFICATE OF ANALYSIS A8 7 19290
SAMPLE DESCRIPTION
1S+OON H-OOE 15-H)ON 1+SOE 1S+OON 2-H)OE 1 S+OON 2+SOE 1 5-K)ON 3+OOB
1 S+OON 3+SOE 1 S+OON 4+OOE 1S+SON 0+OOW 16+OON 2 0+OOW 16+SON 0+OOW
i^+tfON^l 8+OOW 17+OON 2 0+OOW
'H7I25N — 0+50W ***x 1 7+SON 0+00 1 7+SON (H-5CW
17+50N H-OOW 1 7-f50N 1-4-50W 1 7+SON 2-HXW 1 7-t-50N 2H-50W 1 74-50N 3-H)CW
1 74-50N 3-WOW 1 7+50N 4-HXW 17+SON 4+50W 1 7-H50N 5-H)OW 17+SON S+SOW
1 7-+-50N 64OOW 1 7+SON 7+OOW 1 7-+-50N 7+SOW 1 7-+-50N 8-H)OW 1 7-+-50N 8H-50W
1 74-50N 9+OOW 1 7+SON 94-50W 17-+-50N 10-H)OW 17+SON 10+SOW 17+SON 11+OOW
17+SON 11+SOW 17+SON 12+OOW 17+SON 12+SOW 17+.10N 13+OCW 17+50N 13+SOW
PREP CODE
217 217 217 217 217
217 217 217 217 217
217 217
' 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
—
—
—
—
—
—
~-
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3 3 2
< 1 1
< 1 3
1 S
< 1 1 2 21
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2
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4
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< <
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——— . ''JstvxMVJWU^
Chemex Labs Ltd.450 MATHESON BLVD. ,B. . UNIT 54, MIMIMAUOA,
ONTARIO, CANADA HZ-IMPHONH (41ft) 190-0)10
501 - 5734 YONGE ST. WILLCWMLB, ONT. H2M 3T3
Pr*jMi i 17-1)1Milt OCl R, AMWMUN
•f*je No.Tot. Paj Di t e :2J-AUG-!7 Invoice f :I-*7I9290 P.O. f ^10-15
CERTIFICATE OF ANALYSIS A8 7 19290
SAMPLEDESCRIPTION
17+SON 14-HXW17-4-50N 14+SOW17-4-SON 1S+OCW17-4-SON 1S+S0W17+SON 164-OOW17-4-SON 16-H50W17-4-SON 17-HXW17-4-50N 17+50W17-+-50N 19+OOSV17-+-50N 2(HOOW1 8+50N O+OOWr^w-ftoir. ^sew
'
18+75N S+SOW18H-75N frHXW184-75N W-5CW1 8-H75N 7-fOOW18H-75N 84OOW1 8+7 SN 8-t-SOW18+75N 9+OCW1 8-4-7 5N 11-fOOSV18H-75N 1H-50VV1 8-4-7 5N 12-KXJW1 8-4-7 5N 12-*-5(W18-t-75N 13+SCW18-4-75N 14-J-25W18-4-7 5N 14-I-75W18+7SN 154-25W1 94-50N 0+OOW20+OON 0+OOW
PREPCODE
217217217217217217217217217217217217
1
i
1
217217217217217217217217217217217217217217217217217
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ONTARIO, CANADA L4Z-1MrHQKB (41*) l**-*Jl*
li ADB, JAMBS ENGINEERING LID.
SOI - 57)4 TONCB ST. WILLOMMLB, ONT. kOM 3TJ
Pr*J**i i IT-ID••K) OCl R. ANDKMON
NO. .Tot. Pajei.5 Dftt* :29-AUG-*7 Invoice f : 1^719291 P.O. f : •O-1S
CERTIFICATE OF ANALYSIS A87 19291
SAMPLEDESCRIPTION
— i
2O+OON 6+OCW20+OON 6+SOW20+OON 7+OOW20+OON 7+SOW
20+OON 8+00W20+OON 9+OOW20+OON 9+SOW20+OON 10+OOW20+OON 1O+S0W
20+OON 11+OOW20+OON 11+SOW20+OON 12+OOW20+OON 12+SOW20+OON 13+OOW
20+OON 13+SOW20+OON 14+OOW2O+OON 14+SOW2O+OON 1S+OOW20+OON 1S+SOW
20+OOW 7+OON20+OOW 8+50N2O+OOW 9+50N20+OOW 10+50N2O+OOW 11+50N
20+OOW 13+50N20+OOW 15+50N2O+OOW 16+50N
PRE!COD]
217217217217
217217217217217
217217217217217
217217217217217
217217217217217
217217217
PB
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Chemex Labs Ltd.410 NUTHMON 1I1.VD,,K., UNIT M, MIMI
ONTARIO, CANADA L4I-IM PHONE (414) 199-031*
Tt ADB, JAXBS ENGINEERING LTD.SOI - 57J4 YONGE ST.
- WILLOMMLB, ONT. M2M 3TJ
i 17-1)1 OC: ft. ANMRMN
•rig* NO. .Tot. PafefcSDi to :29-AUO-*7 Invoice f :I-I7I9291 P.O. f :ifclO-!5
CERTIFICATE OF ANALYSIS A8 7 1929 l
SAMPLE DESCRIPTION
2H-2SN fr+OOW"2H-25N 6+50W 2H-25N 7-HXW 2 1-4-2 5N 7-+-50W 21+25N 8-HXJW 21+25N 8-t-50W2H-25N 9+OOW 2H-2SN W-50W 21-H25N KHOOW 2H-25N lO+SOW 2H-25N 11-HXW21+25N 11-4-50W 2H-25N 12-KXW 2H-25N 12-hSOW 21-t-25N 13-KXJW 21H-25N 13-H50W21-+-25N 14+OOW 21+2SN 14+-50W 2H-25N 15+OOW 2H-25N 1S+SOW 21-*-25N 16+OOW
|.
PREP CODE
217217 217 217 217 217217 217 217 217 217217 217 217 217 217217 217 217 217 217
, t
—
—
—
1~
—
—
—
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Chemex Labs Ltd.CftmnM*
4S4 MATHESON BLVD.,R., UNIT 14, M1MIMAUOA, ONTARIO, CANADA L4K-IRS
PHONE (414) 1*0-031*
Tt ADB. JAMBS BNOIMBBRINO LTD.
. 501 - 5734 YONCB ST. WILLOWDALB, ONT. M2M 3TJ
t IT-11S •tt! OCl R. ANMMON
NO. , Tot. Paiet-5 Dite :29-AUG-t7 Invoice f:1^*719291 P.O. f
CERTIFICATE OF ANALYSIS A8 7 l 929 l
SAMPLE DESCRIPTION
23+7SN 8400W 2 3-4-7 SN 8+SOW 23+SON 9+SOW
23+7SN KH-OOW 23-K7SN 10+S0W 23+75N 11-KXW 23+7SN IH-SOW 23-J-75N 12-HXW
23+7SN 12+SOW 23+7SN 13-HOOW 23H-75N 13+SOW 23-t-75N 15+OCW
l
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25+OON frHXAV 2WOON 6-H50W 25+OON 9+OCW 25+OON (H-5CW 25+OON 10-HXW
2W-25N O40(W 26+25N 04-50W 26H-25N 1-HXAV 2W-25N 1-4-50W 2W-25N 2+OOW
2frh25N 94OOW 26+25N 13-+OOSV 27-hSON 0+OCW 27H-50N (H-50W 27-f50N 1-H)OW
PREP CODE
i'217 217 217
217 217 217 217 217
217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
—
~—
~
1
—
—
—
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< 1 4
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< 12 22
< 1 < 1
3
< 1
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Chemex Labs Ltd.450 MATHESON BLVD. .E.. UNIT 54, MIMIMAUQA,
ONTARIO, CANADA L4Z-IMPHONE (414) (99-tlte
Tc .OK, JAMBS ENGINEERING LTD.
501 - 57)4 YONGB ST. WILLOMMLB, ONT. M2M m
t IT-MSoct R. ANNUM*
•Pas* No. .Tot. P*|C* SDftte :29-AUG-J7 Invoice f :1^8719291 P.O. l AlO-15
:tl7lW'
CERTIFICATE OP ANALYSIS Ml 19291
SAMPLE DESCRIPTION
27+SON 1+SOW 27+SON 2+OOW 27+SON 2+SOW 27+SON 3+OOW 27+SON 4+SOW
27+SON 6+OOW 27+SON 6+SOW 27+SON 7+SOW 27+SON 8+OOW 27+SON 9+OOW
27+SON 9+SOW 27+SON 1 2+OOW 27+SON 1 2+SOW 27+SON 14+OOW 27+SON 1 4+SOW
27+SON 1 S+OOW 27+SON 1S+SOW 27+SON 1 6+OOW 27+SON 17+OOW 27+SON 1 7+SOW
27+SON 1 8+OOW 28+7SN 0+SOW 28+7SN 1+OOW 28+7SN 1+SOW 28+7SN 2+OOW
28+75N 2+SOW 28+75N 4+OOW 28+7SN 4+SOW 28+7SN S+OOW 28+7SN S+SOW
28+7SN 6+OOW 28+7SN 6+SOW 28+7SN 7+OOW 28+7SN 7+SOW 28+7SN 8+OOW
28+7SN 8+SOW 28+75N 1 4+SOW 28+7 SN 1 S+OOW 2 8+7. W 1S+50W 28+75N 1 6+OOW
PRE1 COD]
217 217 217 217 217217 217 217 217 217217 217 217 217 217
217 217 217 217 217
217 217 217 217 217217 217 217 217 217217 217 217 217 217
217 217 217 217 217
P B
—
—
—
l— —
—
—
—
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3 < 1 < 1< 1 < 1< 1
2 < 1 < 1< l
< l 2 1
< 1 < 1
*
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9
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Chemex Labs Ltd.dwntoto * A*My*r*
450 MATHESON BLVD. .B. . UNIT 14, MIMIMAUQA, ONTARIO, CANADA L4Z-IM
PHONE (414) l*0-*3ie
Ti OX, JAMBS ENGINEERING LID.
SOI - S7J4 YONGE ST. WILL0WMLB, OWT. M2M )T3
l *7-1Jl •tit OCi ft. ANMBUON
No.Tot. PkttfcS Citelavoic* l P.O. l
CERTIFICATE OP ANALYSIS Ag719291
SAMPLEDESCRIPTION
2 8-1-7 SN 16+50W 28+75N 17-fOOW 28+75N 174-50W 28+7SN 18-tOOW 2 8-1-7 5N 18-I-5(W
PREPCODE
217 217 217 217 217
—
Au NAAppb
1 2 1 1 3
.
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Chemex Labs Ltd.KHtottMd AMwrw*
4 JO MVTHISON BLVD. .B. . UNIT 54. MIMIMAUOA. ONTARIO, CANADA U4Z-IMPHONE (414) S90-A}|I
Tc IDE, JAMBS ENGINEERING LTD.501 - 5734 YONGE ST.
WILUPWDALB, ONT. M2M JT3
Ft* j" i j t T-l)sUUI OCl ft, AMWMON
•Pile No.Tot. Page*6 Di t e .- 3-SEP-37 Invoice 1:1-1719490 P.O. t
CERTIFICATE OF ANALYSIS A8 7 1949O
SAMPLE DESCRIPTION
t
22+SON 7+OOW 22+SON 7+SOW 22+SON 8+OOW
22+SON 8+SOW 22+SON 9+SOW 22+SON 10+OOW 22+SON 10+SOW 22+SON 11+OOW
22+SON 11+SOW 22+SON 12+OOW 22+SON 12+SOW 22+SON 13+OCW 22+SON 13+SOW
22+SON 14+SOW 22+SON 1S+OOW 22+SON 1S+SOW 22+SON 16+OOW 22+SON 16+SOW
22+SON 1 7+OOW 22+SON 17+SOW 22+SON 1 8+OOW 22+SON 18+SOW 22+SON 19+OOW
30+OON 0+00 30+OON 0+SOW 30+OON J+SOW 30+OON 2+OOW 30+OON 2+SOW
PRE COD
217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
PB
—
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—
—
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1
—
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< 1 < 1 < 1
< 1 6
l l
< l
< \
< l< l < l
< 1 2 1
< 1 < 1
< 1 < 1< 1
< 1
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-
CUmmCATION :
Chemex Labs Ltd.An*lytio*l OwinteU4SO MATHESON BLVD. .B.. UNIT 14. M1MIMAWM,
ONTARIO. CANADA L4Z-IMPHONB (416) 1*0-0)10
501 - 57)4 YON6B ST. WILIOWDALB, ONT. M2M 3T3
Fr*j**l l 17-1)1Mill OCl R. AMMMOK
No.Tot. Paie*:6 fete : 3-SEP-37 Invoice l sI-1719490 P.O. l :1J-10-1S
CERTIFICATE OF ANALYSIS A8 7 19490
SAMPLE DESCRIPTION
30+OON 3+50W 3O+OON 4+OOW 30+OON 4+50W 30+OON 5+OOW 30+OON S+SOW
30+OON 6+OOW 30+OON 6+SOW 30+OON 12+50W 30+OON 13+OOW 30+OON 13+50W
30+OON 1 4+OOW 30+OON 14+SOW 3O+OON 15+OOSV 30+OON 15+50W 30+OON 16+OOW
3O+OON 16+SOW 30+OON 17+50W 30+OON 18+OOW 31+25N 0+50W 31+25N 1+OOW
31+25N 3+OOW 31+25N 3+SOW 31+25N 4+OOW 31+25N 4+5OW 31+25N 5+OOW
31+25N 6+50W 31+23N 7+50VV 31+25N 8+OOW 31+25N 8+50W 31+25N 9+OOW
31+25N 10+OOW 31+25N 1O+SOW 31+25N 13+OOW 31+25N 13+50W 31+25N 14+OCW
31+25N 14+SOV 31+25N 15+OOSV 31+25N 15+50W 31+25N 16+OOW 31+25N 16+50W
PREI COD]
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
P B
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< 13 1 1
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< 1 < 1
4
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Chemex Labs Ltd.Andytloal ClMmtot* * OcooMmtou * ItafbMratf MMjrtr* 4SO MATH8SON BLVD. .B.. UNIT S4, M1MIMAUOA,
ONTARIO, CANADA L4Z-IMPHONE (416) I9t-t)l0
Tt ADB, JAMBS ENGINEERING LID.
501 - 57)4 YONGE ST. WILLOMMLB, ONT. M2M JT3
t 17-11f ill OCl R, ANUWUWN
•Pai* No.Tot. P*|Cl:6 Dbtc : ;-SBP-*7 Invoice l :I-S719490 P.O. f
CERTIFICATE OF ANALYSIS A8 7 l 9 4 9 O
SAMPLE DESCRIPTION
3H-25N 17+OOW 3H-2SN 17-+50W 31+2SN 18+OOW 31+2SN 18+-50W 31+2SN 19+OOW
33+75N 0+50E 33+75N 1+-50E 3 3-4-7 5N 3+50E 33+7SN 44-50E 33-+75N 5+OOE
33+75N 5+50E 33+75N 6+OOE 33+75N 6+5 OE 33+7SN 7+OOE 33+75N 8+SOE
33+7SN 9+OOE 33+7SN 9+50E 33-+75N 10+OOE 33+7SN 10+50E 35+OON 1+OOE
35+OON l-f50E 35+OON 2+OOE 35+OON 2+50E 35+OON 3+OOE 35+OON 3+-50E
35+OON 4+OOE 35+OON 4+SOE 35+OON 5+OOE 35+OON 5+50E 35+OON 6+OOB
35+OON 6+50B 35+OON 7+-50E 35+OON 8+OOE 35+OON 8+SOE 35+OON 9+OOE
35+OON 9+50E 35+OON 10+OOE 36+25N 0+50E 36+25N 1+OOB 36+25N 1+50E
PRE:COD
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
P B
—
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—
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^
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t4S^AAJo,,CBRTmCATION :
Chemex Labs Ltd.450 MMUHSON BLVD. .B. , UNIT 54. MIMIMAWA,
ONTARIO, CANADA L4Z-1R1PHONB (414) **e-03IO
TV ADB, JAMBS ENGINEERING LTD.501 - 57)4 YONGE ST.
WILLOW3ALB, ONT. M2M JT3
i IT-IJ5 •ti: CCs ft. ANMMON
T. j e No.Tot. Paiet-6 Date : 3-SEP-S7 Invoice I :I-S719490 P.O. f :JfclO-15
CERTIFICATE OF ANALYSIS A8 7 19490
SAMPLE DESCRIPTION
36+25N 2+50B 36+25N 3+OOE 36+2 SN 3+SOE 36+2SN 4+OOE 36+2SN 4+SOE
36+2SN S+OOE 36+2SN 6+SOE 36+2SN 7+OOE 36+25N 7+SOE 36+2SN 8+OOE
36+2SN 8+SOE 36+2SN 9+OOE 36+2 SN 9+SOE 36+2 5N 1O+OOE 36+2 SN 1+OOW
36+2 SN 1+SOW 36+2 SN 2+SOW 36+2SN 3+OOW 36+2 SN 4+OOW 36+2SN 4+SOW
36+2SN S+OOW 36+25N 6+OOW 36+2SN 6+SOW 36+25N 7+OOW 36+25N 7+SOW36+2SN 8+OOW 36+2 SN 9+OOW 36+25N W-SOW 36+2 SN 10+SOW 36+2 SN 1 1+OOW36+2 SN 1 1+SOW 36+2SN 12+OOW 36+2SN 1 2+SOW 36+2 SN 1 S+OOW 36+2SN 1S+SOW
36+2SN 1 6+OOW 36+2SN 16+SOW 36+2 SN 1*H-SOW 36+2 SN 20+OOW 36+2SN 20+SOW
PREP CODE
217 217 217 217 217
217 217 217 217 217217 217 217 217 217217 217 217 217 217
217 217 217 217 217217 217 217 217 217217 217 217 217 217
217 217 217 217 217
—
i1^^
—
—
—
—
An NAAppb
< 1< 1 < 1< 1 < 1
7 < 1 < 1 < 1 < 1
< 1< 1
2 < 1< 1 < 1
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Chemex Labs Ltd.Analytic*! HW*430 MATHBSON BLVD. .I., VNIT 54. M1MIMAUOA.
ONTARIO, CAXADA L4Z-IMPHONI (414)
Tt iDB, JAMBS ENGINEERING LTD.501 - 5734 YONGE ST.
W1LLCMMLB, ONT. M2M 3T3
Pr*j**t l IT-1 J J••Ut OCt ft. AMMMON
No.Tot. Page*6 Di te : 3-SEP-I7 Invoice f:I-S7I9490 P.O. f
CERTIFICATE OF ANALYSIS A8 7 l 949O
SAMPLE DESCRIPTION
36+2 SN 2 1+OOW 36+2 SN 21+SOW 3 7+5 ON 0+5 OE 37+SON 1+OOE 37+50N 1+50E
37+50N 2+OOE 3 7+5 ON 2+5 OE 37+50N 3+50E 37+50N 4+OOE 37+50N 4+50E
37+50N 5+OOE 37+50N 5+50E 37+50N 6+OOE 37+50N 6+50E 37+50N 8+50E
37+50N 9+OOE 37+50N 9+50E 37+50N 10+OOE 37+50N 0+00 37+50N 0+SOW
37+50N 1+OOW 37+50N 1+SOW 37+50N 2+OOW 37+50N 2+SOW 37+50N 3+OOW
3 7+5 ON 3+5 OW 3 7+5 ON 8+OOW 37+50N 9+50W 37+50N 10+OOW 37+50N 11+50W
37+50N 1 2+OOW 37+50N 1 2+SOW 37+50N 13+50W 37+50N 14+OOW 37+50N 15+OOW
37+50N 16+SOW 37+50N 17+OOW 37+50N 19+OOW 37+50N 20+OOW 37+50N 2 1+OOW
PREP CODE
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
—
—
—
—
—
—
— —
—
to NAAppb
< 1 < 1
3
< 1
< 1 31
< 1 < 1
1 1 3 2
< 1
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< 1 < 1 < 1 < 1
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CERTIFICATION :
Chemex Labs Ltd.Tc
AnalyUo*! ClwmteU * teootwmteU * MftoMrad A*My*r* 450 MATHESON BLVD..E.. UNIT 54, MIMIMAUOA,
OKTAR10, CANADA L4Z-1RS(414) IX
,J*. JAMBS ENGINEERING LID.
SOI - 5734 YDNGB ST. W1LLOWQALB, ONT. M2M 3T)
t IT-1 J l*111 OCl K. AMMMON
*faje No.Tot. Page*6 D*te - 3-SEP-87 Invoice l :I-I719490 P.O. l
SAMPLE DESCRIPTION
37+50N 21-MOW
PREP CODE
217
Au NAAppb
3
CERTIFICATE OF ANALYSIS A8 7 19490
l^crx^*
^1 ^^JL ** V. \J rt .
Chemex Labs Ltd.An*lytle*l41* MATHKSON 5LVD. ,B UNIT 54. MIMIMMUM.
ONTARIO, CANADA L4K-IM(414) 1*
101 - J7M YONGE CT. WILLOftOALB, ONT. M2M JTJ
Fr*jMt t 17-1}fOCl R. AMMMON
•BJTN6. Tot.Dttt -.ll-SEP-l? Invoice l -.1-1719903 P.O. l s35-10-1S!3^-l
CERTIFICATE OF ANALYSIS A8 7 l 98 03
SAMPLE DESCRIPTION
^
-
25+OOS ^H)OW254OOS W-SOV 25^K)OS 11-fSOW 25+OOS 12-HXW 2S+OOS 12-h5(W 25-H)OS 13-KXW25+OOS 13+SOW 25+OOS 154^)OW 254HJOS 15-H50W 254OOS 16-HXW 25-WOS 164-50W25-HOOS 17+00W 25+OOS 17+50W 25+OOS 18-H50W 2S+OOS 19+OOW 23400S 1*M-5(W
PREP CODE
'
217217 217 217 217 217217 217 217 217 217217
.217 217 217 217
—
—
—
—
1
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i
3
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2< 1 < 1
31
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Chemex Labs Ltd.Analytic*! CMmtoU * 0*04lMMtota * ft***Ur*d AtMyW* 430 MATHESON BLVD.,B., UNIT 54, MIMIUAUQA,
ONTARIO. CANADA L4Z-1RIPHONB (41*) t*0-*JI9
501 - 5734 TONGB ST. WILL0MMLB, ONT. M2M )T3
Pr*;**t t 17-1)Slatll OCl K. ANMUMON
Tot. Page*, rDU* -.13-SEP-S7 Invoice f:I-t719S03 P.O. l j35-10-15
CERTIFICATE OF ANALYSIS A87 19803
SAMPLE DESCRIPTION
2S+OOS 20+OOW 2S+OOS 2O+SOW 2S+OOS 21+OOW 2S+OOS 21+SOW 2S+OOS 22+OOW
23+OOS 22+SOW
27+SOS 9+OOW
27+SOS 9+SOW 27+SOS 10+OOW 27+SOS 12+OOW 27+SOS 12+SOW 27+SOS 13+OOW
27+SOS 13+SOW 27+SOS H+OOW 27+SOS 14+SOW 27+SOS 15+OOV 27+SOS 13+SOW
27+SOS 16+OOW 27+SOS 16+SOW 27+SOS 17+SOW 27+SOS 18+OOW 27+SOS 18+SOW
27+SOS 19+OOW 27+SOS 1 9+SOW
PREP CODE
217 217 217 217 217
217
217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217
—
—
— —
Bl l
—
—
1
— —
Au NAA ppb
3 < 1
S< l
3< 1
2
2 < 1 < 1
4 3
2 2
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Chemex Labs Ltd.Anatytte*) Chwntou * feooMnM* * ft***Mra4 AMMWT* 4SO MATHBSON BLVD..8., UNIT *4, M1MIMAUO*.
ONTARIO. CANADA L4Z-IRSrHONR (414) Ift-0)l4
IMBIRIMI ITO.501 - 5734 TONGB ST.
WIUXWMLB, ONT. M2M )T3
Pr*J*tt i *7-lJ t••III OCl R, ANDOUON
NO.Tot. PlfCk fDtte :13-SEP-S7 Invoice l ;1-1719(03 P.O. f
CERTIFICATE OF ANALYSIS A87 19803
SAMPLE DESCRIPTION
27-t-SoS 22-tOOW 27+SOS 22-hSOW 27+SOS 23+00W 27-t-SOS 23-I-50W27-H50S 24-HXJW
28+7SS 9+OOW 28-*-75S 9+50W 28*755 10+OOW 28-+-75S 1CH-50W
28H-75S 1H-50W 28+7SS 13-KXW 28-I-75S 13+50W 28-*-75S 14-HXW 28-H75S 14H-50SV28-H75S 15-+OOW 28-F7SS 15H-50W 28-*-75S IfrHXJW 28H-75S 16+SOSY 28-I-75S 18-+OOW284-75S 18-4-50W 2 8-1-7 SS 19-HXJW 28H-7SS 1W-SOW 28-*-7SS 20+OOW 28-H7SS 2OWOW
28+7SS 21-HMJW 2 8-1-7 SS 21-^SOW 28-H7SS 22-NXJW 28-*-7SS 22+SOW 284-7SS 24H-OOW
PREP CODE
217 217 217 217217
217 217 217 217
217 217 217 217 217217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
—
~
—
~
~
—
—
—~
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182 2 2 1
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CBimnCATIOM
Chemex Labs Ltd.To K, JAMBS ENGINEERING LTD.
Analytical CfMmtot*45* MVTHISON BLVD.. B.. UNIT 54. MIMIMAWU,
ONTARIO. CANADA L4Z-IR5PlWNt (411)
501 - 5734 YONGE ST. WILL0WMLB, ONT. M2M JTJ
Pf*J**l t 17-1)S1*111 OCl R. AMMOMON
Ho.Tot. Paje*.. Dftte -.13-SEP-J7 Invoice l :I-J7W03 P.O. l
CERTIFICATE OF ANALYSIS A8 7 19803
SAMPLEDESCRIPTION
30+OOS 7-HXW3O+OOS 7H-50VV
3O+OOS 8-KXJW30-H)OS 9+OOW30+OOS 9+50W3(H-OOS KH-50W304OOS 114OCW
3CH-OOS 1 H-SCW30-H)OS 12-4-50W3O+OOS 13-fOCW3O+OOS 13-I-5(W3(H-OOS 144O(W
30+OOS 14-I-5CW3(HOOS 1S+OOSV3(HOOS 1S+S0W3O+OOS 164-5CW30+OOS 17-H)OW
30+OOS 17+SOW30+OOS 19+OOW30+OOS 19+SOW30+OOS 20+OOW30+OOS 20+50W
30+OOS 21+SOW30+OOS 22+OOW3O+OOS 22+50W30+OOS 23+OOW
PREPCODE
217217
217217217217217
217217217217217
217217217217217
217217217217217
217217217217
^^
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Chemex Labs Ltd.ClwmtoU * 0**4hMnl*tl
414 MATHESON BLVD. .R., UNIT 54, MIMISMVCM. ONTARIO, CANAPA UZ-IKI
PHONB (416) m-OJIO
301 - 5734 YONGE ST. WIULOMMLB, ONT. MM )T3
rr*j*tl i1*111 OCt ft. AMMMOM
Tot. Paje*. * Otto :17-SEP-S7 Invoice fiI-172056) P.O. l
SAMPLE DESCRIPTION
(HOC 30+SON 0+00 39+OON 0+OOW 32-H)ON 0+OOW 38+OON
j
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PREP CODE
217 217 217 217
— * t
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—
—
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CERTIFICATE OF ANALYSIS A8 7 20 5 63
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l
Chemex Labs Ltd.410 MATHMON M.VD. ,R., UNIT M. MIMIMAVQA,
ONTARIO, CANADA U4Z-IMPHONE (416) 190-9)1*
Tb .IDI, JAMBS BNOINBBRINO LTD.501 - 57)4 YDNOB ST.
WILLOMMLB, OKT. M2M JT3
Pr*J*tl l•till OCl R. ANMMON
••Pai* Ho.Tot.Date :20-SEP-t7 Invoice f :1-4720564 P.O. l
CERTIFICATE OF ANALYSIS A8720S64
SAMPLE DESCRIPTION
l
20+OOW 33400N 2(HOOW 35+OON2O+OOW 36+OON 20+OOW 364-50N 2O+OOW 38+30N
j
PRE COD
1
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217 217217 217 217
i '
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—
—
—
—
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.
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Chemex Labs Ltd.41* MATHR80N BLVD.,R.. UNIT J4, MIMIMAUOA.
To . .*DB, JAMBS ENGINEERING LID.501 - 57)4 YWOB ST.
WIIUWMLB, ONT. M2M JTJ
N6.Tot. P*jefc4 Oite :2O-KEP-97 Invoice l i 1^1720564 P.O. l
^^^•i^M PHONE (41*) t*0-t)l*
SAMPLE DESCRIPTION
-
22+SOS 6-H)OE 22+SOS 7+SOE 22+SOS 8-H)OE 22+SOS 8+SOE
-
PREP CODB
217 217 217 217
—
—
—
—
—
—
—
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Au NAAppb
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CVHWaUt OCl R. ANDBUMM
1 CERTIFICATE OF ANALYSIS A8 7 20 5 64
C8HTIFICATJOH
Chemex Labs Ltd.41* MATHK3ON BLVD. .X.. UNIT 54, MIM1MAUM,
ONTARIO, CAKAIM I.4Z-1RIPHONE (41*) 190-0110
To .tDB, JABS ENGINEERING LID.501 - 5734 YONOB ST.
WILL0MMLB, OKT. M2M JTJ
Frtjtot tMill OCl R, ANUKMON
**?H* No.Tot. Page*:4Date :20-SEP-S7Invoice lP.O. l
CERTIFICATE OF ANALYSIS A8720564
SAMPLEDESCRIPTION
23+7SS 64OOE23+7SS 6H-SOE23+7SS 7+OOE23+73S 7+SOE234-75S 8-+OOE23+75S 8-+-50E2 3-4-7 5S 9H-OOE
f ' -
^jtJ,^*O /L*U\f\O *\f 1 A J O OrrWJCv26+25S 6+SOE26H-25S 7+OOE26+25S 8-+OOE26+2SS 8+SOE26H-25S 9+-50E26+-25S 1O+OOE26+25S 114OOE
PREPCODE
217217217217217217217
2l7217217217217217217217
—
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4 JO MVD1BSON BLVD. .B.. UNIT 14. MIMIMAUM. OKTARIO. CAMAIM Ut- 1 M
PNONI (414) l*t-tm
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WILLOMMLB, ONT. M2M JT3
i ill OCl R, ANMMON
**Paje No. Tot. Pi (tt: 4 Date .-20-SEP-I7 Invoice l :I-I720564 P.O. l .
CERTIFICATE OF ANALYSIS A8720564
SAMPLE DESCRIPTION
27+SON 1+50E
27+SON 2-H)OE 27-I-50N 4+SOE 27+SON S+OOE 27+50N S+SOE 27+SON 6+OOE
27+SON 6+SOE 27+SON 7-H)OE 27+SON 7+SOE 27+SON 8+SOE 27+SON 9+OOE
27-J-50N 9+-50E 27-MON 11-H)OE
27+50S 54-50B
27+5 OS 6+OOE 27+50S 6+50E 27+50S 7+OOE 28+75N 0+50E 28+75N 1+OOE
28+75N 1+50E . •28+75N 2+OOE 28+75N 2+50E 2S+75N 3+000 28+73N S+OOB
PREP CODE
217
217 217 217 217 217
217 217 217 217 217
217 217
217
217 217 217 217 217
217 217 217 217 217
—
—
—
—
1
—
—
n
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2 < 1< 1
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CBRTinCATION
Chemex Labs Ltd.410 MATHRftOTf M.VD. .K.. WIT 14, MIMIMMMU,
ONTARIO. CANADA L4Z-IMHI*) IM-t)l*
501 - 57)4 YWBB ST. WILLOMMLB, ONT.M2M m
Pr*j*ti t•(•i OCl ft. AHMMON
Tot. P*|C1:4Datt :22-SEP-J7 Invoice l :I-S720565 P.O. l :
CERTIFICATE OF ANALYSIS A8 7 2 O 5 6 5
SAMPLE DESCRIPTION
28+7SN S+SOE 28+7SN 6+SOE 2S+7SN ^*-SOE 28+7SN 10+OOE 28+7SN 10+SOE
.Sll^CTI 11+OOE
28+7SS 5+OOE 28+75S S+SOE 28+7SS 6+OOE
28+7SS 6+SOE 28+7SS 7+OOE 28+7SS 7+SOE 28+7SS 8+OOE 28+7SS 11+SOE
28+7SS 12+SOE 28+7SS 14+OOE 28+7SS 1S+OOE 28+7SS 1 8+OOE 28+7SS 18+SOE
28+7SS 19+SOE
30+OOS S+SOE 30+OOS 7+OOE 30+OOS 7+SOE 30+OOS 8+OOE
3O+OOS 0+OOE 30+OOS 10+OOE 30+OOS 10+SOE 30+OOS 12+OOE 30+OOS 13+OOE
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217 217 217 217 217
217
217 217 217
217 217 217 217 217
217 217 217 217 217
217
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217 217 217 217 217
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4tt MATHESON BLVD..*.. IWIT S4, MIM1MAUM. ONTARIO, CAHADA L4Z-IM
PHONE (414) 1*4-0)1*
501 - 57)4 YONGE ST. WIILCMMLB, OKT. M2M 3TJ
OCl A. ANXMON
Tot. Pijei.4Dite -.n-SEP-87 Invoice f .-1-1720565 P.O. l
CERTIFICATE OF ANALYSIS A872056S
SAMPLE DESCRIPTION
3(H-OOS 15+OOE
31H-25S 4H-50E 31H-25S 5+50E314-25S 6+SOE 3H-25S 7-H50E 3H-25S 8-H)OE 314-25S ^H)OE 31-H25S KH-OOE314-25S ll+SOE 31-H25S 13-H)OE 3H-25S 14-HOOE 3H-2SS 14+50E 31+25S 15+OOE
3H-25S 6-t-OOW 3H-25S 64-50W 3H-25S 7+5CW3H-23S 84-50W 31H-25S 94-50W 31-H25S 10+OOW 31-H25S 104-50W 31+25S 11-H)CW3H-2SS 12+OCW 31+25S 12-4-50W 3H-25S 13+SCW 31-H25S 14-HOOW 3H-25S 1-H-50W3H-25S IS+OOW 31H-25S 15-H5CW 3H-25S KrhSOW 3H-25S 17-HXJW 3H-25S 18-H)OW3 1-1-2 SS 18+SOW 31H-25S 19-HXW 3H-25S 2(H-5CW 3H-25S 21-fOOW 31+2SS 21-4-5CW
PRE1 COD1
217
217 217217 217 217 217 217217 217 217 217 217
217 217 217217 217 217 217 217217 217 217 217 217217 217 21 21 2121 21 21 217 217
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ONTARIO, CANADA 1.4 X-1MPHONE (41*) 1*0-0)1*
501 - S7J4 YONGE ST. WILLOMMLB, ONT. M2M JT3
Pr*J*tt iMill Cttt ft. AMriMUMM
Tot.Date :!2-SEP-*7 Invoice f :I-J720565 P.O. l
CERTIFICATE OF ANALYSIS A8720565
SAMPLE DESCRIPTION
314*255 22400W 3H-25S 22-t-50W 314*255 23400W 324-5ON 14OCW 324-50N 44K)CW324-50N 44-50W 324-50N S4H)OW 3 24-5 ON 6400W 3 24-5 ON 64*5 OW 324-50N 740CW
324-50N 84OOW 324-50N 84-5CW 324-50N 104K50W 324-50N 124-50W 324-50N 144OOW
324-50N 164OOW 324-50N 194-50W 334-75N 14OCW 334-75N 14-50W 334-75N 24-OOW
334-75N 34-50W 334-75N 44-50W 334-75N 54OOW 334-75N 54-5CW 334-75N 74OOW334-75N 74-5 OW 334-75N 84-5 OW 334-75N 124OOSV 334-75N 134-50W 334-7 5N 144OOVV334-75N 144-50W 334-75N 154OOW 334-75N 154-50W 334-7 5N 164OCW 334-75N 164-50W
334-75N 174OOW 334-7 5N 174-50W 354-OON 04-50W 354OON 1400W 35400N 14-50W
PRE1 COD!
217 217 217 217 217217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217217 217 217 217 217217 217 217 217 217
217 217 217 217 217
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Chemex Labs Ltd.Mftettittf AMMWT*
439 MVntKKON BLVD..R,, UNIT 54. MIMIMAUOA, ONTARIO. CANAPA L4Z-IM
PIIONK (411) 1*0-0)10
501 - 5734 YONGE ST. WILIOMMLB, ONT. M2M TO
Pr*J*tt tOCl K. ANMOUMIN
Tot.Dite :22-SEP-87 Invoice f :I-S720S65 P.O. l ;
CERTIFICATE OF ANALYSIS A8 7 2 O 5 6 5
SAMPLE DESCRIPTION
35+OON 2+OOW 35+OON 3-HXJW 35-H)ON 3H-50W 3SH-OON 4-KXW 35+OON 4+50W354OON S+OOSV 35H-OON 1 1-HXJW 35*OON 1M-SOW 35+OON 12-H)OW 35+OON 12-J-5CW
35-H)ON 13-H)OW 354OON M-K50W 35+OON 15-H)OW 354OON 15-4-5CW 35+OON 164OOW354OON 17-HXJW
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L875N 025E L875N 075E L875N USE L875N 175EL875N 225E L875N 325E L875N 375E L875N 425E L875N 475EL875N 525E L875N 575E L875N 625E L875N 675E L875N 725E
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CERTIFICATE OF ANALYSIS A872 l 708
SAMPLE DESCRIPTION
L1225N 1-H50E L1225N 1+75E L1225N 2+OOE L1225N 2-t-25E L1225N 24-50E
LI 2 SON 0+2 SE LI 2 SON 0-K7SE LI 2 SON H-2SE LI 2 SON H-7SE L12SON 5-H)CW
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L127SN 04-2SE L1275N O-I-SOE L127SN 04-7SE L1275N 1+OOE H27SN 1-4-2SE
L127SN 1-t-SOE L127SN 14-7SE L127SN 2-H)OE L127SN 2-r-SOE L127SN 3-+-SOW
L127SN 4+7SW L127SN S-HOOW L127SN S-T-2SW L1275N S-f-SOW LJ300N Orf-2SB
PREP CODE
217 217 217 217 217217 217 217 217 217
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217 217 217 217 217
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CERTIFICATE OF ANALYSIS A8721708
SAMPLE DESCRIPTION
LI SOON 0-t-SOE L1300N 0+7 SE L1300N 1+OOE L1300N 1*2 5E L1300N 1+SOEL1300N l-t-75E L1300N 2-HOOE L1300N 2+2SE L1300N 2H-50E L1300N 3-+-50W
L1300N 3-H75W L1300N -HOOW L13OON 44-2 SW L1300N -H-75W L1300N 5+2 SW
L1300N 54-50W
L1325N O+25E LU25N 0+50E L1325N 04-7 SE
L132SN 1-H)OE L132SN H-2SE L1325N H-50E L132SN H-7SE L132SN 2-H)OEL132SN 2H-2SE L132SN 2-t-SOE L132SN 3-H2SW L132SN 3-t-SOW L132SN 4+OOW
L132SN 4-H2SW L132SN 44-5OW L132SN SH-OOW L132SN S-I-2SW L132SN 5+7SW
L1350N 0+2SE L13SON CH-SOE LI 3 SON 04-7 SE LI 3 SON H-OOE L13SON 1-4-2 SE
PRE1 CODl
217 217 217 217 217217 217 217 217 217
217 217 217 217 217
217
217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
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CERTIFICATE OF ANALYSIS A8 72 l 7 08
SAMPLE DESCRIPTION
L1350N 14-50E L1350N H-75E L1350N 2-H)OE L1350N 2-*-25E L1350N 2+SOELI 3 SON 3-H50W L1350WW4^-25W L1350VW4+5OW L13S0WM-I-7SW L135CWW5+OOW
L135(WW54-25W L1350WAfe4-50W
L1375N 0+2SW L1375N 0+75*^
L1375N l-4-25Wf L1375N U-JSWOt&e L1375N 2-H2SkVfi L1375N 3+2SW L1375N 5+5CW
L MOON 2H-50W L1400N 24-7 5W LMOON 3-H25W L1400N 3+SOW LMOON 4+75WLMOON 54-2 SW LMOOS 20+OOW L1425N 2-H75W L1425N 3-H)OW LM25N 34-25WL1425N 3+SOW L142SN 34-7 SW L1425N 44-OOW L142SN 44-2SW LM2SN 4+SOW
LM2SN 44-7SW L142SN S-tOOW L142SN S4-2SW L1425N 5H-75W L14SON 2+50W
PRE] COD]
217 217 217 217 217217 217 217 217 217
217 217
217 217
217 217 217 217 217
217 217 217 217 217217 217 217 217 217217 217 217 217 217
217 217 217 217 217
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501 - 57)4 YONGE ST, WILLOMMLB, ONT. M2M JTl
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Tot. PajCS:6 Date ;25-SEP-l7 Invoice l :1-(72I70S P.O. f :NONB
CERTIFICATE OF ANALYSIS AS 72 l 708
SAMPLEDESCRIPTION
L14SON 24-7 SWL14SON 34OOWL14SON 34-2 SWL14SON 34-SOWH4SON 34-7 SW
L14SON 44-SOWL14SON 54-2 SWL14SON S4-SOWL14SON 54-7 SWL147SN 24-50W
L147SN 24-7 SWL147SN 34-7 SWL147SN 44-OOWL147SN 44-2 SWL147SN 54OOW
L147SN S4-2SWL147SN 54-75WLI SOON 24-7 SWLI SOON 34OOWLI SOON 4+OOW
LI SOON 44-SOWLI SOON 5400WLI SOON S4-SOW - .LI SOON 54-7 SW
PREPCODE
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501 - J7J4 YONGE ST. WILLOWDALB, OKT. M2M JT3
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CERTIFICATE OF ANALYSIS A8 721 709
SAMPLE DESCRIPTION
L1975N 9+50W L1975N 9+7 SW L1975N 10+OOW L1975N KH-25W L1975N KH-SOSVL1975N KH-75W L1975N 1B-OOSV L1975N ll-*-25W
L2000N 94-2 SW L2000N 9+7 SW L2000N KH-25WL2000N KH-7SW L2000N 11-J-2SW L202SN 9*2 SW L202SN 94-SOW L2023N W-7SWL202SN lO^OOW L202SN KH-2SW L202SN KH-SOW L2025N 10+-75W L202SN 11-HXWL202SN 1H-2SW L20SON 9-HXJW L20SON W-2SW L20SON *4-50W L20SON 9+7SWL20SON 104-2SW L20SON KH-SOW L2030N KH-7SW L20SON 1 1-H)OW L2050N 1 1H-25W
PRE1 COD]
217 217 217 217 217217 217217
217 217 217217 217 217 217 217217 217 217 217 217217 217 217 217 217217 217 217 217 217
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CBRTIFICATE OF ANALYSIS A8721709
SAMPLE DBSCRIPTION
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L2075N 10+7SW 1.207 5N H+00W L2100N 8+7 SW L2100N 9+OOW L2100N 9+2 SW
L2100N 9+50W L2100N 9+7 SW L2100N 10-HOOW L2100N 10+2SW L2100N 10+50W
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L2125N 8+75W L2125N W-25W L2125N 9+75VV L2125N 10+25W L2125N 1O4-75W A
L2125N 1O+75W B L2125N 1 1+25W A L2125N 1H-2SW B
L2150N 8-H75W L2150N WOOVV
PREP .CODE
217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217
217 217 217 217 217
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SAMPLE DESCRIPTION
L2150N 9+2 5W L2150N 9+50W L2150N W-75W L2150N KHOOW L2150N KH-25W
L2150N 10+50W L2150N KH-75W 1.21 SON 1H-2SW
L2175N 84-7 5W
L2175N WKXW L2175N W-25W L2175N 94-50W L2175N 94-7 SW L2175N 10+OOW
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L2225N 10+OOW L2225N 10+25W A L2225N 10+^Si^ L2225N 11+OOW L2225N 11+25W
PREP CODE
217 217 217 217 217
217 217 217
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217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217
217 217 217 217 217
217 217 217 217 217
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rt*j**i t••III CCt R. MORMON
No. . Tot. P*|Ci:6 Date :2S-SEP-87 Invoice f ;I-t72l704 P.O. I
CERTIFICATE OF ANALYSIS AS 72 l 709
SAMPLE DESCRIPTION
L2250N 84-7 SW L2250N >t•25W L2250N KH-25W L2250N 1O4-75W L2250N 1H-2SWL2250S 2OH-OOW L2275N 94-25W L2275N 9+50W L2275N KH-OOW A L2275N 10+OOW BL2275N KH-25W L2275N 10+75VV L2275N 11-H25W L2300N 94-2 SW L2300N lOfOOV/
L2300N KH-50W L2300N KH-75W - L2300N 11-HXW L2300N 11+25W
L2300S 20+OOW L2325N 10-HXW L2325N 1CH-25W L2325N KH-50W L2325N KH-75WL2325N 1IH-OOW L2325N 1 1-H25W
L2375N KH-25W L2375N 10+7 SW L2375N 11+2 5W
PRE1 COD]
217 217 217 217 217217 217 217 217 217217 217 217 217 217
217 217 217 217
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SAMPLE DESCRIPTION
HI 1
L2900S 204OOW
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CERTIFICATE OF ANALYSIS A8721710
SAMPLE DESCRIPTION
L3000N (H-50E L3000N 1-H)OE L3000N 1-4-50E L3000N 2-+OOE L3000N 2+50E
L3000N 3-+OOE L3000N 3-+-50E L3000N 4-H)OE L3000N 4+50E L3000N 5-H)OE
L3000N S+30E L3000N 64OOE L3000N 6-*-50E L30OON 7-fOOE L3000N 8-hSOE
L3000N 9+OOE L3000N 94-50E L3000N 10+OOE L3000N KH-50E
L3000S 20+OOW
L3050S 20+00W-
PREP CODE
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217
217
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Tot. l'fl|*i:5 Date :28-SEP-*7 Invoice l -. 1-8 721710 P.O. l
CERTIFICATE OF ANALYSIS A8 72 l 7 10
SAMPLE DESCRIPTION
L3100S 20-K)OW L3125N (H-50E
L3125N 1-H)OE L3125N H-SOE L3125N 2-H)OE L3125N 2-f-SOE L3125N 3-H)OE
L3125N 34-50E L3125N 4-K)OE L3125N 5^-50E L3125N 64-OOE L3125N 64-5 OE
L3125N 7-H)OE L3125N 84OOE L3125N 8-f-SOE L3125N WOOE L3125N 94-50E
L3125N 10+OOE L3125N 1O4-50E L3125S l-t-25E L3150S 2(HK)OW L3200S 2(HO(W
L3250N 04-50E L3250N 1-+-50E L3250N 2-H)OE L3250N 3-H)OE JL3250N 34-50E
L3250N 4+OOE L3250N 4+SOE L3250N 5-H50E L3250N 6+OOE 1.3 2 SON 7-H)OE
PREP CODE
217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
—
—
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501 - 57)4 YONGE ST. WILL0MMLB, ONT. M2M JTJ
•III OCt R. AND*****
Tot. P*|*l:5 Dtte :U-SEP-ST Invoice t :I-S72I710 P.O. l :NOjE
CERTIFICATE OF ANALYSIS A8721710
SAMPLE DESCRIPTION
L3250N 7+SOE L3250N 8H-50E L3250N 9+OOE L3250N 9-h50E L3250N KH-50B
L3250S 4+SCW L3250S 5^COW L3250S W-5CW L3250S 7-tOOW L3250S 7-+-50SV
L3250S 8-H)0\V L3250S 8-+-50W L3250S 9-KOOW L3250S lO+OOW L3250S 1CH-50W
L3250S 11-HXJW L3250S 11-+-5CW L3250S 12-+OOW L3250S 12H-50W L3250S 13+OtW
L3250S 13H-50W L3250S 14-HXJW L3250S 14+50W L3250S 15+OOW L3250S 16+OOW
L3250S 17-HXflV L3250S 17-t-SOW L3250S U-+OCW L3250S 18H-50W L3250S 1?H-0(W
L3250S 194-50W L3250S 2O+-50W L3250S 21-HXJW L3250S 21-t-50W L3220S 22-HXAV
L3250S 22-t-SOW L3250S 23+OCW L3250S 23-+-50W L3300S 2OK)CW L3350S 20+OCW
PREP t CODE
217 217 217 217 217217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
217 217 217 217 217
—
—
—
—
—
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31
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Chemex Labs Ltd.4 SO HMHISON BLVD. .B., UNIT 54. MIMIMA1KU.
ONTARIO, CAXAm L4Z-IMniOHI (41*) IM-*)lt
501 - 5734 YONDE ST. WIUCMDALB, ONT. M2M m
FfXjMI l••Ut OCt R. ANMMMN
NO. .Tot. P*jei:5 Date ;2J-SBP-I7 Invoice f :I-17217IO P.O. l
CERTIFICATE OF ANALYSIS A8721 7 10
SAMPLE DESCRIPTION
L3375S 8-H)OE L3375S 15^-OOE L3375S 44-50WL3375S S+SOW L3375S 6+OOW L3375S 6-hSOW L3375S 7-fOOW L3375S 8+OOWL3375S 8+5CW L3375S 9+OOW L3375S KH-50W L3375S 1H-00VV L3375S ll+SOVyL3375S 12-HXW L3375S 12+50W L3375S 13-KHW L3375S 13+50W L3375S 14-KXAVL3375S 14+30SV L3375S 1&4OW L3375S 164-50VV L3375S 17-HXW L3375S !7-f50W
L3375S 18-HXW L3375S 18+50W L3375S 19+OOW L3375S 19+SCW L3375S 2(H-OOWL3375S 204^CW L3375S 21-HXW L3375S 21-H50SV L3375S 22+SOW L3375S 23+OOW
PREI COD!
217 217 217217 217 217 217 217217 217 217 217 217217 217 217 217 217217 217 217 217 217
217 217 217 217 217217 217 217 217 217
* 3
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fM NAAppb
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Chemex Labs Ltd.Arulytioil CUMiteu * (UocfctmUU * ftntotw* Awyw*450 MATHISOH BLVD. .B., UNIT 14. MIMIMMXU.
ONTARIO. CANADA L4g-lllS(414) I*0-OJI*
501 - 57)4 YONGE ST. WILUWMLB, OKT, M2M )T)
•••l OCt R. AJOBUOH
Tot.D* t e : :?-snr-i7InvoJc* P.O. f
,
SAMPLE DESCRIPTION
L3400S 20-HOOW
PREP CODE
217
ta NAA ppb
< 1
CERTIFICATE OF ANALYSIS A8721710
*
CUTIMCATIOM ! Ni tA^/Vi ^^^VLCJ.^ ————————
ll
"hffi ll l l
APPENDIX 3
ROCK GEOCHEMISTRY RESULTS
l
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Chemex Labs Ltd.Analytic*! ClMmtot* * fl*och*mtoU * R*fl*ttr*d450 MATHBSON BLVD. .E., UNIT 54, MISSIMAUM,
ONTARIO. CANADA L4Z-1RS
PHONE (416) I90-03IA
Tc JDB, JAMBS ENOINBBRINO LID.501 - 5734 YONGE ST.
WILLOKMLB, OWT. M2M 3D
Pt*J**t : TASaOTA PROJBCTit*: ATTN: MOB ANDBftflON. OC:
•f*Tot. PacefcjC Date :ll Invoice l :I-S716623
JAMBS WADE. JELLICOE. ONT.
CERTIFICATE OP ANALYSIS A8 7 l 6 6 2 3
SAMPLE DESCRIPTION
750N 300E
875N^JOOE
10+OON 2 2 SE 10+OON 575E 104OON 750E
-t -" ————— s —————
\ . . - .^- '
t
1
PREP CODE v
208
208 208208 208 208
t
-~-
—
— -
— -
—
1
—
~—
Anoz/T
< 0.002
< 0.002 < 0.002< 0.002 < 0.002 *:: 0-002
(^
^
. .
-
1
",.
f
' - -.'Ss - t ti
ALL ASSAY DETERMINATIONS ARE PERFORMED OR SUPERVISED BY &C CBRTinBD ASSAVBRS CBRimCATION :
Chemex Labs Ltd.450 MATHESON BLVD..B., UNIT 54, MIMIUAIKM,
ONTARIO, CANADA L4Z-1RIPHONE (4U) I90-9J10
Tt ADB, JAMBS ENGINEERING LID.501 - S734 VONQB ST.
WILLOWMLB, OOT. M2M 3T3
Pr*J*ti i
NO.Tot. Pa*e*l Dtt* :IJ-JUL-S7 iDToice f : 1^.17133 P.O. l
CERTIFICATE OF ANALYSIS A8717133
SAMPLEDESCRIPTION
8-4-7 SN 18-M)5W1050N 150W12 SON (H-25E12 SON l-t-2SE
12SON 0+1 OW 12SON S-H2SW1SOON 12SE
-
-
PREPCODE
205205205205
20520S20S
J
f
.,—~— ~——
—
—
—
An ppbFA+AA
10< 5< 5< S
< 5 < S< 5
-
•*
MO, c ! - CBKTIPICATIOM
Chemex Labs Ltd.450 MATHESON BLVD. ,B. . UNIT 14, MISSISSAUOA.
ONTARIO, CANADA L4Z-IM
PHONE (416) 190-031*
TV ADB, JAMBS ENGINEERING LID.
SOI - 5734 YONGE ST. WILLOMMLB, OUT. M2M 3T)
Pr*j*tl i 17-1J 5-1*-**••(•i ATT'H J R. ANMMON OC: JAMBS VMM ENGINEERING
•FMe NO.Tot. Pate*: lDuto J23-JUL-J7 Invoice l :I-I71S179 P.O. l
SAMPLE DESCRIPTION
14-WON 1-MO W 1S+OON 1+23 W
2000N 980 W
t
-
PREP CODE
208 208
208
if
—~————i—
An08/T
< 0.002 •^ 0.002
0.216
pi
ff*
CERTIFICATE OF ANALYSIS A8718179
f
CgfVED Ml ' 8 587
no.ALL ASSAY DETERMINATIONS ARE PERFORMED OR SUPERVISED *Y B.C CBRTIFIED AMAYBR* CUTtnCATION :
Chemex Labs Ltd.AnalytlMi ChwnUU * 0*od*mUU * ****t*c*d AMMW*410 MATHESON BLVD. .B. . UNIT 14. MIMIMAUOM.
ONTARIO. CANADA L4Z-1RSPHONB (4U) 1*0-4)10
)OI - J7J4 YDNOB ST. WILLCMOALB. OKT. M2M JTJ
•1(1 OCt ft. AMMMON
Tot. PanDtU -.U-MXV-tl Invoice f :1-1719491 P.O. l :
l CERTIFICATE OF ANALYSIS A8 7 19 4 91
SAMPLE DESCRIPTION
23456 H 23457 H23458 H•* 1,44*0 UT
2346O H23461 H23462 H 23463 H
PRE COD
205205205205 205205205 205
P B
—
M) ppm
1
Au ppb FA4AA
< 5< 5< 5< 5 < 5< 5< 5< 5
enTOtCATKW :^x*^
1l
, a^-C^TOU^
Chemex Labs Ltd.ClMintoto *
450 MVTHESON BLVD..8., UNIT M, MIMIMAUOA. ONTARIO, CAHADA L4I-IRI
PHONB (416) 196-0310
To iDB, JAMBS ENGINEERING LID.501 - 57)4 VONBB ST.
WILLCMMLB, ONT. M2M ST)
Pr*Jo*l iOC:
*Paje No. Tot. Pate*2 DMe :23-AUG-J7 Invoice l :I-S719t05 P.O. f :
l CBRT1FICATE OF ANALYSIS A8 7 l 98 O5
SAMPLE DESCRIPTION
2H-2SN 10+OOW 36+2 SN 4+2 5E 36+2 5N 6+50E
. . - *
2 6-1-2 SS 154-55W 27-H)5S 19+40W 33+73S 19+25W 33+77S 1W-32W
2250N 900W "
2 2 SON 975W A 2250N 975W B ' 2250N 975WC 2250N 1050W A 2250N 1050W B
3375N OH-50E 3750N 345W
2375S 630E
2500S 860E 2500S 1250W 2750S 1335W
3000S 595W 7
PREP CODE
205 205 205
205 205 205 205
i
205
205 205 205 205 205
205 205
205
205 205 205
205
—
|
—
l
—
—
~
——
An ppb FA4-AA
10 < 5 < 5
*
< S < 5 < 510
•^ 5
< 5 < 5 5540
785
< 5< 5
< 5
< 5j j
^5 -
*
CMTtPICATtOM :
Chemex Labs Ltd.Analyltoal458 MATHESON BLVD. ,B. , UNIT 54. MIMIMAUOA,
ONTARIO, CANADA L4Z-IRSPHONE (414) l*t-t)10
To iDB, JAMBS ENGINEERING LID.
SOI - S734 YONGE ST. WILLOMMLB, ONT. M2M 3T3
Pr*J**i :OCl K. ANDHUMN
*PM* NO.Tot. P*ge*2Dfttc :2J-AUO-I7Invoice lP.O. l
CERTIFICATE OF ANALYSIS A8 7 l 98 O S
SAMPLEDESCRIPTION
3126S SSOE
23468"
23469 23470 23471
234722347323474
PREPCODE
205
205 205 205 205
205205205
~
~
————^^*
Au ppbFA4AA
< 5
< 5 15
< 5 < S
13015
< 5
1
*
Chemex Labs LtdAnalytical dwntota 459 MATHSSON BLVD.,!.. UNIT 54. MIMIMMXM,
ONTARIO, CANADA L4Z-IMPHONB (414) **e-4Jl*
To DB, JAMBS ENGINEERING LID.501 - 5734 YONGE ST.
WILL0NML8, OUT. M2M IT)
P(*J**I l I7-U5••Ut OCt R. AMMMON
•Pai* No. Tot. Page., i Date : 3-SEP-tl Invoice f :I-I720S67 P.O. l :
i.--l CERTIFICATE OF ANALYSIS A8720S67
SAMPLE DESCRIPTION
17+SON 13+OSE
31+tOV **7SC4010N 150W 40 ION 250W 4015N 47SE 3600S 555E 3625S 515W
362 7S 995W A 3627S 995W B
, 3630S 130E^ T
* -i
PREP CODE
205
205 205 205 205 205
205 205 205 205 205
205 205 205
—
—
—
•~—
—
—
Av ppb FA4AA
< 5
< 5 < 5 < 5 < 5< 5
530 745 < 5 < 5 < 5
10 65
< 5
l-
* ^^ ^^ ^^ ^^ ^^ ^ADB, JAMES ENGINEERING LTD.
Chemex Labs Ltd.ClwmUu
4SO MATHESON BLVD. ,E. . VNIT 14, MISS1MAUOA, ONTARIO. CANAIM L4Z-1RIPHONB (41*) 190-0310
501 - 5734 YONGE ST. . WILLOMMLB, OUT.
M2M 3T3 Pr*j*tt i S7-13S
••US OC: ROB ANDBRMN
•*Pt|e No , Tot. Page*.-1Di te :22-SEP-87 Inroice f :I-J72I632 P.O. t
CERTIFICATE OF ANALYSIS A8 72 l 632
SAMPLE DESCRIPTION
1H-67N H-25E 20+08N W-80W 20+60N 10+OOW 2H-20N 1O+85W 22+40N 10+40W
32+SON 13+90W 3480N 165W 3485N 1420W
' '
•iH-ioE 11-+-50N•^ .,,
-'lOW 21+25N 10W 22+50N 10+25W 224-50N 10+45W 224-53N
PREP CODE
205 205 205 205 205205 205 205
t
205
205 205 205 205
—
—
—
— —
—
An ppb FA+AA
375 10
5 2300
< 5
< 5' ' \
9680
330 75
< 5800
-
CBRTinCATION :^o^tt
. ' ft Q-*s AJ'^.V.D^ik *^x-^rvj*JtA*
•L mm mm mm mm mmt;hemex Labs Ltd.
l CDMlM* * 41* MtTHSSON BLVD. .R
•yw*WIT S4. MIMIMAUOA,
ONTARIO. OUUIM L4Z-IRSmONB (414) l**-*)l*
SOI - 57)4 YDNGB ST. W1LLOWALB, ONT. M2M 3T)
rr*j*tt t TAfHOTA MO. (7-IJS tat a: OC: ROB ANDBRKN
Tot. Pates: l Dkte ;27-SEP-87 Invoice f .-1-1722483 P.O. l
l CERTIFICATE OF ANALYSIS A8 72248 3
SAMPLE DESCRIPTION
PREP CODE
An ppb PA4AA
JlS+OON 2-HXW A -'15+OON 2+OOW B
205205
< S< 5
FIELD WORK
C. Barnes Sampler
C. Barnes Sampler
R. Darling Sampler
J. Geoffrion Sampler
W. Stansfield Sampler
52 Middleton Way Brampton, Ontario L6S4B1
342 Douglas A ve., Oak vi l le, Ontario L6J 3S6
General Delivery Jellicoe, Ontario
501 - 5734 Yonge St. Wiilowdale, Ontario M2M 3T3
131 Bell Street, Milton, Ontario L9T 2A7
July 1, 2, 4, 6, 7, 8, 9,10, 12, 13, 14, 15, 22,28.Aug. 4, 5, 7, 8, 10, 12,13, 21, 22, 25, 26, 30.
July 1, 2,4, 5, 12 Aug. 7, 13, 25
Aug. 4, 6, 7, 10, 12, 25, 30.
July 1, 2, 4, 5. Aug. 13, 25, 30.
July 7, 8, 9, 10, 12, 14, 15, 21, 22, 27, 28. Aug. 2, 4, 8, 10, 12, 20, 21, 22, 25, 26.
R. Anderson
D. McBride
CONSULTANTS
1410 Cassel Is St., North Bay, Ontario P1B4C1
20 Forsythia Dr., Scarborough, OntarioM1E 1Y1
July 2, 7, 10, 14, 18,22.Aug. 3, 4, 7, 16, 17,18, 23, 24, 30.
Aug. 12, 13, 14
SUMMARY OF CHEMEX LABS INVOICES
Invoice No.
18722483
18721706
18721707
18721708
18719491
18716633
18718153
18718152
18716624
18721710
18721709
18720564
18720565
18720566
18719490
18719291
18719290
18720567
18720563
18720830
18719803
TOTAL
Amount$19.50$9.50
$779.00
$1,795.50
$80.25$66.50
$1,121.00$389.50
* 1,206. 50
*1,235.00
$456.00
$1,358.50
$1,377.50
$1,700.00
$ 1,396. 50
$214.50
$38.00
$361.00
$9^2.00
$15, 713.75
No. of daysNo. days per claim
1047.588.95
Chemex Labs LtdAnalyttod CtwmUtt * 4*ooh*ml*U * ft*gltt*r*d A***y*r*
111 BROOKSRANK AVE. . NORTH VANCOUVER, BRITISH COLUMBIA, CANADA V7J-1CI
•To:WADB, JAMBS ENGINEERING LTD. 4- *
501 - 5734 YONGE ST. WILLOWDALE, ONT. M2M 3T3
RECEIVED OCT O 2 1987
HHMfli PHONE (604) 914-0}))
BILLING INFORMATION
Date 27-SEP-87 Project TASHOTA PRO. 87-135 P.O. # Account DXB
Billing : For analysis performed on Certificate A8722483
Terms : Net payment in 30 Days 1.5ft per month (18ft per annum) charged on overdue accounts.
Please remit payments to:
CHEMEX LABS LTD.212 Brooksbank Ave., North Vancouver, B.C. Canada V7J-2C1
* INVOICE NUMBER 18722483 *
CHEMEX ANALYSIS SAMPLES UNIT CODE DESCRIPTION ANALYZED PRICE AMOUNT
100 - Au ppb FA+AA 7 6.75 47.25
Sample preparation and other charges :
205 - Rock/Core - RING 7 3.00 21.00
Total Cost S 68.25
TOTAL PAYABLE S 68.25
tyli r ' ' '^
Ministry of Northern Affairs
Mines
Report of Work{Geophysical, Geological, Geochemical and Expenditures)
42L05SE0004 2.l aa H WILLET LAKE
Credits Requested per Each Claim in Columns at rightSpecial Provisions
For first survey:Enter 40 days. (This includes line cutting)
For each additional survey: using the same grid:
Enter 20 days (for each)
Man Days
Complete reverse side and enter total (s) here
Airborne Credits ,—MINING LAND
Note: Special provisions credits do not apply to Airborne Surveys.
Geophysical
- Electromagnetic
- Magnetometer
- Radiometric
- Other
Geological
Geochemical
Geophysical
- Electromagnetic
- Magnetometer
' -Other
Geochemical
j SECTIONElectromagnetic
Magnetometer
Radiometric
Days per Claim
^
S*Days per Claim
Days per Claim
Expenditures (excludes power stripping)
Mining Claims Traversed (List in numerical sequence)
Type of Work Performed
Performed on Claim(s)
Calculation of Expenditure Days Credits
Total ExpendituresTotal
Days Credits
EInstructions
Total Days Credits may be apportioned at the claim holder's choice. Enter number of days credits per claim selected in columns at right. /j f l
Total number of ining claim* covered by this report o* work.
Certification Verifying ReportofWork1 hereby certify that 1 have a personal and intimate knowledge of the facts set forth in the Report of Work annexed hereto, having performed the work or witnessed same during and/or after its completion and the annexed report is true.
Name and Postal Address of Penon Certifying
v-M*s Y f
D We tertif led .
,'s/ S
r/.
47^ A v- r/c s zb.
' - 718y 'jo e * i -Bif f 7 STE o ? ? - o 7 ?
^ TIG U)
c*)- 7 P/
THUNDER BAY
Ministry ofNorthern Developmentand Mines
Geophyslcal-Geologlcal-Geochemical Technical Data Statement
Ontario
TO BE ATTACHED AS AN APPENDIX TO TECHNICAL REPORTFACTS SHOWN HERE NEED NOT BE REPEATED IN REPORT
TECHNICAL REPORT MUST CONTAIN INTERPRETATION, CONCLUSIONS ETC.
M
Type of Survey(s). Township or Area. Claim Holder(s)—.
Geoloical /GeochemicalWillet/Metcalfe/Gzowski/Oboshkegan
Tashoaan Minerals Ltd.__________
Survey Company —Author of Report R. Anderson
Address of Author.
James Wade Enineerin Ltd.
1410 Cassells St. North Bav Ontario
Covering Dates of Survey May - August 1987(linecutting to office)
Total Miles of Line Cut ^^^^——————————^
SPECIAL PROVISIONS CREDITS REQUESTED
ENTER 40 days (includes line cutting) for first survey.ENTER 20 days for each additional survey using same grid.
Geophysical —Electromagnetic.
DAYS per claim
—Radiometric.-Other————
HO
20
AIRBORNE CREDITS (Special provision credit* do not apply to airborne survey*)
Magnetometer. .Electromagnetic. . Radiometric(enter dayt per claim)
DATE:.7
/^SAuthor oT Report or Agent
Res. Geol. . Qualifications.Previous Surveys
File No. Type Date Claim Holder
MINING CLAIMS TRAVERSED List numerically
(prefix)
.ift.a5.Q72a.-.950841 - 845
(number)
75608?-.ose
J 0025,JO[.-.51.1..
961990 -995
.....98937.8.-.
.....J.9.U7.7.9.-.I&1....*..
"RSCffVFD l
ssaon.eo co
— *~ -rj'o z 711 '!. o S
•IP*-.*0. en
TOTAL CLAIMS.
G37 (8S/1ZI
GEOPHYSICAL TECHNICAL DATA
GROUND SURVEYS — If more than one survey, specify data for each type of survey
Number of Stations. Station interval ——Profile scale——..—
.Number of Readings
.Line spacing —.——
Contour interval.
Z C
Instrument.
Accuracy — Scale constant. Diurnal correction method.Base Station check-in interval (hours). Base Station location and value ___
w
Instrument
ECTROMAGNETK Coil configuration , .,, -.. . ,. . .. ....,Coil separationAccuracy..Method: d Fixed transmitter d Shoot back d In line
Frermrncv -
d Parallel line
Parameters measured.(specify V.L.F. station)
lO
Instrument,Scale constantCorrections made.
Base station value and location.
Elevation accuracy.
ZoI-H Lj5NI-Htt!<~
2QMgaz
H
^"
H
*-j
K
2JTJW
Instrument ————————— Method d Time DomainParameters — On time .
-Off'
Power.
— Delay time ———— Integration time.
d Frequency Domain _ Frequency ______ Range ———^-——
Electrode array — Electrode spacing .
Type of electrode
SELF POTENTIALInstrument_________________________________________ Range.Survey Method .^—^^-^—.^——.^————————————————^^^——.,.^^-^—
Corrections made.
RADIOMETRICInstrument.Values measured.Energy windows (levels) ——————-.^———^^——.^—.—.^-^^———^——..^^——- Height of instrument____________________________Background Count. Size of detector^^——^^—--—————-—————^————^—.——...—.—-..—.—. Overburden ————^^——^^———————————-————.^——.^^——.^———^-^———
(type, depth — include outcrop map)
OTHERS (SEISMIC, DRILL WELL LOGGING ETC.) Type of survey—————————————————————————Instrument —-^-^———^—————^^———^——— Accuracy—————^^^——.^——^————^-^——^Parameters measured.
Additional information (for understanding results).
AIRBORNE SURVEYS Type of survey(s) ———— Instrument(s) ——————
(specify for each type of survey) Accuracy^^——————^—-^^—^—
(specify for each type of survey) Aircraft used——————————————————————————————————
Sensor altitude-Navigation and flight path recovery method.
Aircraft altitude——-——-—.-———-—-———-.—-^—.—^——,—Line Sparing Miles flown over total area—.^———.....—^——..^^——————.-—Over claims only-
GEOCHEMICAL SURVEY - PROCEDURE RECORD
Numbers of claims from which samples taWn as listed.
Total Number of Samples 1 354/77 Type of Sample. Humus/Rock
(Nature of Material)
Average Sample Weight 5QQ gm————— Method of riolWtmii Mattock/Hammer
GoodSoil Horizon Sampled—Horizon Development—Sample Depth____10 cm/out cropTerrain________till f swamp, hog
Drainage Development——LimitedEstimated Range of Overburden Thickness. ___________O - 20 M.-^^-^^—
SAMPLE PREPARATION(Includes drying, screening, crushing, ashing)
Mesh size of fraction used for analysis————Humus - 80 ^ - 100Rock - 140
ANALYTICAL METHODS
Values expressed in: per cent p. p. m. p. p. b.
D d
Cu, Pb, Zn,
Others Au
Ni, Co, Ag, Mo, As.-(circle)
Field Analysis (.Extraction Method. Analytical Method- Reagents Used——
Field Laboratory AnalysisNo. ^^——-^——.Extraction Method. Analytical Method . Reagents Used——
Commercial Laboratory (- Name of Laboratory—— Extraction Method—— Analytical Method—— Reagents Used————
.tests)
.tests)
.tests)
GeneraL See General. See text
Ministry ofNorthern Development
MinesOntario
AssessmentWorkBreakdown
1. Type of Survey ..........GepchemicaJ --------
2. Township or Area .....Q*9ivsJ^QI?PSbkegan...
3. Numbers of Mining Claims Traversed by Survey
961990-995, 989378-382, 1012779-781
4. Number of Miles of Line Cut __ JJiiKJlojTnfilcea.-...-
*5. Number of Stations Established .....................
*6. Make and type of Instrument Used ......--...—......
*7. Scale Constant or Sensitivity .......................
*8. Frequency Used and Power Output ....................
Flown
9. Summary of Assessment Credits (details on reverse side)
Total 8 hour Technical Days (Include Consultants, Draughting etc.) ....87.
Total 8 hour Line-Cutting Days ...................
Calculation
87 x 7 609Technical Line-cutting
609 -7- 117Number of claims
5.2Assessment credits
per claim
The dates listed on this form represent working time spent entirely within the limitsof the above listed claims j )4 CheckIf otherwise, please explain .........................................................
Dated: Signed: .
Note: (A) * Complete only if applicable.(B) Complete list of names, addresses and dates on reverse side.(C) Submit separate breakdown for each type of survey.(D) Submit in duplicate.
827 (85/12)
Details of Assessment Work Breakdown
FIELD WORK
Type of Work Name 6c Address Dates WorkedNumber of 8 hour days
____SE.E.LJST.AJTACJiED___________________________________.
CONSULTANTSNumber of
Same (t Address Dates Worked (specify in field or office) 8 hour days
.......SK.LJSI.AJ.TACJIEP..................................................
DRAUGHTSMAN. TYPING. OTHERS (specify)Number of
Name St Address Type of Work Dates Worked 8 hour days
TOTAL 8 HOUR TECHNICAL DAYS ..————,..^.
LINE-CUTTINGNumber of
Name Address Dates Worked 8 hour days
TOTAL 8 HOUR LINE-CUTTING DAYS
Ontario
Ministry ofNorthern Developmentand MinesMinisters du Developpement du Nord et des Mines
April 11, 1988 Your File: 630Our File: 2.10811
Mining RecorderMinistry of Northern Development and Mines435 James Street SouthP.O. Box 5000Thunder Bay, OntarioP7C 5G6
Dear Madam:
RE: Notice of Intent dated March 22, 1988 Geological and Goechemical Survey submitted on Mining Claims TB 950729 et al in the Area of Willet Lake__________
The assessment work credits, as listed with the above-mentioned Notice of Intent, have been approved as of the above date.
Please inform the recorded holder of these mining claims and so indicate on your records.
Yours sincerely,
W.R. Cowan, ManagerMining Lands SectionMines and Minerals Division
Whitney Block, Room 6610 Queen's Park Toronto, Ontario M7A 1W3
Telephone: (416) 965-4888
Enclosure: Technical Assessment Work Credits
ONTARIO GEOLOGICAL SURVEYASSESSMENT FILES
OFFICE
MAY 1 6 1988
RECEIVED
cc: Mr. G.H. FergusonMining S Lands CommissionerToronto, Ontario
Tashogan Minerals Limited Suite 501 5734 Yonge Street Willowdale, Ontario M2M 3T3
Resident Geologist Thunder Bay, Ontario
Mr. Richard McAdam P.O. Box 57 Beardmore, Ontario POT 1GO
Mr. Amede Lafontaine General Delivery Beardmore, Ontario POT 1GO
Ministry ofNorthern Developmentand Mines
Technical Assessment Work Credits
Ontario DateMarch 22, 1988
File2.10811
MinlngRecordarli Report of Work No. 63Q
Recorded Holder
Tashogan Minerals Limited
Willet LakeType of survey and number of
Assessment days credit per claim
GeophysicalElactrnnugnatic . riayi
Magn*tnm*tBr dayt
Radinmotrir , days
|ndi.ic*H pol.ri^ t inn , rt. y.
rVhor days
Section 77 (19) See "Mining Claims Assessed" column
Genlngical 40 ^y,
ftenchemical days
Man days l l Airborne l~l
Special provision Q Ground fjj
[~1 Credits have been reduced because of partial coverage of claims.
[~l Credits have been reduced because of corrections to work dates and figures of applicant.
Mining Claims Assessed
TB 950729 to 778 inclusive 950841 to 845 inclusive 756037 to 050 inclusive 756052 to 058 inclusive 756064 to 079 inclusive 756084 to 086 inclusive 1002510 961990 to 994 inclusive 989378 to 382 inclusive 1012779 to 781 inclusive
Special credits under section 77 (16) for the following mining claims
20 days 10 days
TB 756051-62 TB 756063 1002511 961995
No credits have been allowed for the following mining claimsfXl not sufficiently covered by the survey [~] insufficient technical data filed
TB 756059 to 061 inclusive
The Mining Recorder may reduce the above credits if necessary in order that the total number of approved assessment days recorded on each claim does not exceed the maximum allowed as follows: Geophysical - 80; Geologocal - 40; Geochemical - 40; Section 77(19) - 60.
826(85/12)
Ministry ofNorthern Developmentand Mines
Technical Assessment Work Credits
Ontario
*
Dirt*
March 22, 1988
Fit*
2.10811Mining Recorder^ Report of WoHcfco. 63Q
Recorded Holder
Tashogan Minerals Limited
Willet LakeType of survey and number of
Assessment days credit per claimGeophysical
FUrtrnm^nntir Hayt
MagmtenMter Hay*
Ofhar Hay*
Section 77 (19) See "Mining Claims Assessed" column
Geological Hay.
Geochemical 5 . 9 Hay*
Man days PH Airborne l l
Special provision |~| Ground Q
O Credits have been reduced because of partial coverage of claims.
(~l Credits have been reduced because of corrections to work dates and figures of applicant.
Mining Claims Assessed
TB 950735 to 739 950741 950743 to 778 950841 to 845 756037 to 058 756064 to 073 756075 to 079 756084 to 086 1002510-11 961990 to 995 989378 to 382 1012779-80
inclusive
inclusive inclusive inclusive inclusive inclusive inclusive
inclusive inclusive
Special credits under section 77 (16) for the following mining claims
No credits have been allowed for the following mining claimsQ not sufficiently covered by the survey Q insufficient technical data filed
TB 950729 to 734 inclusive 950740-42 756059 to 063 inclusive 756074 1012781
The Mining Recorder may reduce the above credits if necessary in order that the total number of approved assessment days recorded on each claim does not exceed the maximum allowed as follows: Geophysical - 80; Geologocal - 40; Geochemical - 40; Section 77(19) - 60.
828(65/12)
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—-— MAP BOUNDARY
RAILWAY LINETASHOTA PROJECT CLAIM MAP
NFORMATION SHOWN HERE TAKEN FROM ONTARIO MINISTRY OF NATURAL RESOURCES , LAND REGISTRY BRANCH; MAPS G~84 t G - 156 . G - 173 and G - 182 ,
DRM. BY: R. C.
SCALE: As Shown
DATE: Dec. /87
DRNG. NO.:
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