1 - Geology Ontario

- 

June 16 . 2005 

2005 Kasabonika Assessment Report 

- 

De Beers Canada Exploration Inc. 

Report: 

Assessment reports for mineral claims 

in the Kasabonika Lake Area 

RECEIVED 

JUN 2 3 ?nn~ 

- 

Leyla Hoosain 

Date: June 16, 2005 

GEOSCIENCE ASSESSMENT 

OFFI E 

Distribution: Provincial Recording Office (2) 

Copies: Toronto, Sudbury, Field 

KEYWORDS: Assessment Report, Kasabonika Lake, Drilling, Ground magnetic 

survey 

105 1 - La 1 a - M 7 6 95 

'I.: 

Book 1 of 2

June 16, 2005 


ABSTRACT 

De Beers Canada Inc. acquired 36 mineral claim blocks in the Kasabonika Lake area 

in June 23, 2003, located approximately 230km north-northeast of Pickle Lake, 

Ontario. Exploration work including ground magnetic surveys, reverse circulation 

drilling, and core drilling were conducted on a number of geophysical targets 

within these claim blocks in order to determine kimberlite potential of selected 

targets. The following assessment report is submitted in accordance to the Ontario 

Mining Act towards fulfillment of the first assessment work requirements on 24 of 

the 36 mineral claim blocks. Please view Table 1 for the list of mineral claims to 

which this assessment report is applied for.

June 16, 2005 


TABLE OF CONTENTS 

ABSTRACT ............................................................................................................................................................... 1 

1.0 INTRODUCTION ..................................................................................................................................... 1 

2.0 LOCATION AND ACCESS ..................................................................................................................... 1 

3.0 GEOLOGY ................................................................................................................................................ 1 

2.1 

2.1.1 

2.1.2 

2.1.3 

2.1.4 

2.1.5 

2.2 

2.2.1 

2.2.2 

2.2.3 

2.2.4 

BEDROCK GEOLOGy ............................................................................................................................... 1 

General Geology ................................................................................................................................ 2 

Precambrian ......... , ................................................... , ............. , ........................................................... 2 

Structure ............................................................................................................................................. 3 

Metamorphism .................................................................................................................................... 3 

Geochronology .................................................................................................................................. 4 

QUATERNARY GEOLOGY ......................................................................................................................... 4 

Glacial History ................................................................................................................................... 4 

Deposition History ............................................................................................................................. 5 

Tills and their material sources in NW Ontario ................................................................................. 6 

Tills in the Kasabonika Lake Area ..................................................................................................... 8 

4.0 SUMMARY OF EXPLORATION PROGRAMMES ............................................................................ 8 

4.1 

4.1.1 

4.1.2 

4.2 

4.2.1 

4.2.2 

4.2.3 

4.2.4 

4.3 

4.3.1 

4.3.2 

4.3.3 

4.3.4 

2004 GROUND MAGNETIC SURVEY ......................................................................................................... 8 

Survey Specifications ........................................................................................................................ 9 

KAS 2004 Ground Magnetic Survey Results .................................................................................... 9 

2004 REVERSE CIRCULATION DRILL PROGRAMME ................................................................................. 9 

Logistics ............................................................................................................................................. 9 

Water Quality Monitoring ................................................................................................................. 9 

Reverse Circulation Drilling ............................................................................................................ 10 

Results ............................................................................................................................................. 10 

2005 CORE DRILL PROGRAMME ............................................................................................................. 11 

Logistics ........................................................................................................................................... 11 

Water Quality Monitoring ............................................................................................................... 11 

Diamond Core Drilling .................................................................................................................... 12 

Results ............................................................................................................................................. 12 

5.0 CONCLUSiONS ....................................................................................................................................... 12 

10.0 REFERENCES ......................................................................................................................................... 13 

11.0 STATEMENT Of' QUALIFICATIONS ................................................................................................. 14 

TABLES .................................................................................................................................................................. 15 

TABLE 1 - LIST OF MINERAL CLAIMS ................................................................................................................... 16 

TABLE 2 - 2004 GROUND MAGNETIC SURVEY SPECIFICATION ............................................................................. 17 

TABLE 3 2004 GROUND MAGNETIC SURVEY BLOCK L1NE-KM AND INTERPRETATION ........................................ 18 

TABLE 4 - SUMMARY OF WORK CONDUCTED ON 24 KASABONIKA LAKE CLAIM BLOCKS .................................... 19 

ii

June 16, 2005 


FIGURES ............................................................................................................................................................... 20 

FIGURE 1 BEDROCK GEOLOGY OF KASABONIKA LAKE AREA ............................................................................ 21 

FIGURE 2- TILL SEQUENCE IN NW ONTARIO (AFTER THORLEIFSON, 1989) ......................................................... 22 

FIGURE 3- KASABONIKA LAKE 2004 GROUND MAGNETIC SURVEY BLOCKS ...................................................... 23 

APPENDIX A ......................................................................................................................................................... 24 

APPENDIX B ......................................................................................................................................................... 33 

APPENDIX C ......................................................................................................................................................... 34 

APPENDIX D ......................................................................................................................................................... 54 

APPENDIX E .......................................................................................................................................................... 74 

APPENDIX F ........................................................................................................................................................... 75 

APPENDIX G ......................................................................................................................................................... 76 

APPENDIX H ........................................................................................................................................................ 79 

APPENDIX I ........................................................................................................................................................... 82 

APPENDIX J ......................................................................................................................................................... 87 

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June 16, 2005 


1.0 INTRODUCTION 

De Beers Canada Inc. (DBCI) has been actively exploring the diamond potential in 

the Province of Ontario for the past 30 years. Through various studies, the area 

of Kasabonika Lake was identified as a potential area for kimberlite hosts. In June 

23, 2003, DBCI staked 36 claim blocks over magnetic targets deemed as 

possible kimberlite. Subsequent work in the area lead to a reverse circulation drill 

programme in 2004, as well as a ground magnetic survey in year 2004 and a core 

drill programme in 2005. This report summarises work conducted on 24 of the 

36 mineral claims and is submitted towards ful.filment of first assessment work 

required on these claims. 

2.0 LOCATION AND ACCESS 

The 24 claim blocks are located approximately 230km north-northeast of Pickle 

Lake, Ontario, near the First Nation Community of Kasabonika Lake. All 24 

claims are located within NTS Map Sheets 053H09, 0531-110, 053H15, 

053H16, 043E06, 043E05, and 043E12. The Community of Kasabonika Lake 

was consulted prior to commencement of all field work and First Nation assistants 

were hired to assist in all programmes. 

Field crew for all programmes were based out of the community of Kasabonika 

Lake. Access to claim blocks were by helicopter (Jet Ranger, Long Ranger, Bell 

205 or Bell 204 depending on programme). Aircrafts from Wasaya Airways and 

North Star Air were hired to transport fuel, drill, equipment and supplies, as well 

as personnel between the Community of Kasabonika Lake and Pickle Lake. While 

operational, the Asheweig Winter Road was utilized to transport fuel and 

equipment from Pickle Lake to the Community of Kasabonika Lake. Transport 

trucks from Sigfussen Northern and Ash Key Joint Ventures were hired for winter 

road transport. 

3.0 GEOLOGY 

2. 1 Bed rock Geology 

The Kasabonika Lake work area is located within the Kasabonika Lake - 

River greenstone belt or to its adjacent in gneissic tonalite terrain. 

Ekwan

June 16, 2005 

2005 Kasa60nika Assessment Report 

2.1.1 GENERAL GEOLOGY 

The Kasabonika Lake - Ekwan River belt is part of the regional Sachigo 

Subprovince (Thurston et al.. 1991, modified from Card and Ciesielki, 1986), 

in the Canadian Archean craton. Overall, the Kasabonika Lake - Ekwan River belt 

is made up of linear to folded greenstone assemblages surrounded by extensive 

granitic and gneissiC rocks. The following summary of the general geology of the 

belt focuses on the geological units and features encountered in the immediate 

vicinity of the Kasabonika Lake settlement and the area encompassing exploration 

activities by DBCEI. The summary is derived essentially from Thurston et al. 

(1979) and the Geology of Ontario (Thurston et aI., 1991). The outline of the 

belt described in Thurston et al. (1979) was for the most part defined from 

geophysical studies whereas it is only included as part of a more regional 

description in the Geology of Ontario volume, where it has also been 

incorporated in the Oxford Lake - Stull Lake terrane. 

2. 1.2 PRECAM BRIAN 

Mafic to intermediate meta-volcani~rocks 

Thurston et al. (1979) identified a "G" shaped area at the northweastern end of 

the belt which they interpreted to be characterized by metavolcanic rocks (Figure 

1). These include pillowed andesite, pillow breccia. dacitic and felsic tuff, and 

interbanded felsic and mafic metavolcanics. 

I"1~_~:-sedimentary 

ro

June 16. 2005 


l'1igmatitic rocks 

The lower portion of greenstone belt in the Kasabonika area is separated from the 

northern portion ("G" shaped) by a thick NW-SE trending lens of gneissic rocks. 

These encompass both paragneiss (biotite-quartz-feldspar) and orthogneiss 

(hornblende-feldspar-quartz) for which Thurston et al. (19/'9) suggested a 

granitic content of over 25% in both cases. Pebbles encountered in the till during 

the course of this drilling campaign are dominantly of two types, a hornblende ± 

biotite, feldspar and quartz and a hornblende ± biotite, garnet, feldspar and 

quartz gneisses. Epidote is a common accessory mineral in both types of gneiss. 

Metavolcanic and metasedimentary rocks in the area are surrounded by composite 

batholiths of massive to foliated felsic and hybrid intrusive rocks;. The main rock 

units documented by Thurston et al. (1979) are hornblende-biotite tonalite and 

biotite-hornblende granite. which are both commonly observed as pebbles in the 

overlying till. 

2.1.3 STRUCTURE 

In the survey report of the Winisk area, Thurston et al. (1979) indicated that 

metavolcanic rocks in the area were offset by a large-scale WNW trending 

structure with sinistral movement displacing the "G" shaped zone from the 

elongated portion to the southeast. The NE trending fault to the west of the area 

was inferred from offsets on the aeromagnetiC maps. and its displacement is 

thought to be between 300 m and 6 km. Thurston and Carter (1970) suggested 

that the meta-volcanic rocks to the northwest of Kasabonika were folded into an 

anticline trending WNW and plunging to the west. 

On a regional scale, greenstone belt rocks of the Sachigo subprovince exhibit 

steeply dipping foliations and steeply dipping plunging lineations. I n the area. 

both metavolcanic and metasedimentary rocks show well-developed foliation 

mainly defined by hornblende. plagioclase porphyroblasts or biotite. The 

Kasabonika gabbro and granitic rocks of this part of the belt do not show 

foliation. Thurston et at. (1979) suggested that the metamorphic foliation is 

parallel to the compositional banding in highly metamorphosed sediments. 

2.1.4 METAMORPHISM 

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June 16. 2005 


The Sachigo subprovince overall has undergone at least two episodes of 

metamorphism. The greenstone belts generally display greenschist facies in their 

core with surrounding amphibolite facies. However. no metamorphic petrology 

studies have been undertaken for the mapped area. 

Systematic occurrence of hornblende in metavolcanic rocks of the Kasabonika - 

Ekwan River belt described by Thurston et at. (1979) suggests that rocks have 

undergone an intermediate to high-amphibolite facies. Similarly. the overall 

mineral assemblage observed in the metasediments comprises biotite, 

hornblende. garnet and sillimanite which indicate an amphibolite facies 

metamorphism. 

The North Caribou belt to the SW of Kasabonika exhibits assemblages that are 

characteristic of low-pressure intermediate type of metamorphism. Breaks et at. 

(in prep. at the time) suggested conditions of 400°C to 500°C and pressures of 

300 1"1 Pa. Thurston et at. (1991) concluded that the emplacement of posttectonic 

batholiths was responsible for the regional metamorphism of the 

subprovince. 

2. 1 .5 GEOCHRONOLOGY 

There is no geochronological data available for any of the litholo!9ical units of the 

Kasabonika area. However, adjacent greenstone belts to the west. in the Oxford 

Lake - Stull Lake and North Caribou terranes. have been dated at 2900-2800 Ma 

and 3000-2890 Ma, respectively (Thurston et at., 1991). Available uraniumlead 

data indicate that the western part of the Sachigo subprOVince underwent 

amphibolite facies metamorphism between 2744 and 2738 Ma, followed by two 

granulite facies between 2700 and 2687 Ma, and between 264·6 and 2644 Ma 

(Mezger, 1989). 

2.2 Quaternary Geology 

2.2.1 GLACIAL HISTORY 

The Kasabonika Lake area is located on Archaen rocks of the Superior Province in 

Northwest Ontario, bordering onto Paleozoic rocks of the Hudson Bay Lowlands 

(HBL). Two Quaternary glaciations (the Illinoian which ended 135, OOObp and 

the Wisconsian which lasted from 115,000 to 10.000 bp) are recorded in NW 

Ontario. These two glaCiations were separated by the Sangamonian Interglacial 

period which had duration of 20,,000 years. 

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June 16. 2005 


During the Wisconsian glaciation, the Laurentide Ice Sheet which was part of a 

large continental glacier complex covered much of Canada and northern U. S. The 

Laurentide Ice Sheet comprised of 3 lobes: Baffin, Keewatin, and Labrador 

sectors. The Labrador sector moved across much of NW Ontario. affecting the 

Kasabonika Lake project area. and was joined with the Keewatin lobe near the 

Ontario-Manitoba border, resulting in interlobate deposition and ice-flow 

redirection (Barnett. 1992). Glacial fluting and drumlins in the project area 

indicate that ice-movement in the Kasabonika area was predominantly southeasterly. 

2.2.2 DEPOSITION HISTORY 

The Illinoian glaciation is represented in the HBL by 3 or 4 tills (Barnett. p. 

1035), which are texturally similar, as stony, sandy, tills. Notable within these 

layers are sand and gravel lenses containing sedimentary structures, as well as 

laminated silts and clays found between the upper till layers. These sediments 

were likely deposited by an oscillating glacier-front in a proglacial lake. 

Thorleifson (1989) defined only 2 tills representing the time prior to the 

Sangamonian interglacial, Tills D and E, separated by a poorly documented 

interstadial phase (Figure 2). 

The Sangamonian Interglacial is characterized by the Missinaibi formation. 

Fossils found in this material indicate a climate similar to or warmer than today's. 

Early to Mid-Wisconsian Glaciation in the HBL is cryptic (Barnett, 1992), with 

up to 4 till layers separated by thin beds of stratified sediments. Barnett (1992) 

suggested a subglacial origin for the stratified sediments within the till, because 

of continual ice cover for the HBL during this time period. Later in the 

Wisconsian, progracial lakes Ojibway & Agassiz 'catastrophically' drained into 

Hudson Bay. The proglacial water level then lowered by 300m, and the land 

surrounding Hudson Bay (including the Kasabonika area) was inundated with 

water, up to an elevation of about 145m above mean sea level. Tyrell Sea 

sediments reach a thickness of up to 7m where the water was deepest, coarsening 

upward into near-shore and beac.h deposits of sand and gravel. Kasabonika would 

have been situated close to the edge of this new water body, thereby allOWing for 

near-shore sediments to be found here. These would be incorporated into the 

lower-most organics and upper-most tills of the Kasabonika study area. 

Glaciation ended as the Laurentide ice sheet qUickly disintegrated in Hudson Bay, 

leaVing active ice only in Northern Quebec and in Keewatin (northern l'1anitoba 

Nunavut) . 

5

June 16, 2005 


According to Thorleifson (1992), three till layers are located above the 

Missinaibi: Tills C, B, and A (from oldest to youngest). Each of these three 

contains varying ice-flow directions: west for C, southwest for B and south for 

A. Each titl also has its own definitive composition, including pebble types and 

matrix materials, all of which are found in complete and incomplete sections in 

the Kasabonika field area. The tills will be further examined in the next section. 

2.2.3 TILLS AND THEIR MATERIAL SOURCES IN NW ONTARIO 

In general, the tills sampled by Thorleifson (1989) had the following matrix 

«2mm fraction) texture: 30% sand, 40% silt, and 30% clay. The carbonate 

content in the matrix was generally over one third. The calcite: dolomite ratio 

was about 2: 1 . 

The most interesting heavy minerals within the fine to very-fine sand are garnet 

and ilmenite. As well, hematite, orthopyroxene, epidote and pyrite were found. 

A few percent of the bulk sample was leucoxene, goethite, zircon, and rutile. 

Ilmenite, orthopyroxene, hematite, and siderite are likely derived from the east: 

Sutton Ridge and the Flaherty Formation basalts of the Belcher Islands. The likely 

source of garnets is from the high-grade metamorphic terrane of mainland 

Quebec. Orthopyroxene and epidote may also be from Archean granulite facies 

metamorphic rocks of the Canadian Shield. Increased hemitite content is linked 

to elevated numbers of Proterozoic clasts, indicating a common source. 

High levels of Precambrian debris within the tills are linked to westward ice flow, 

and the Paleozoic debris is linked to more southerly and southwesterly flow. 

Till A 

Till A, sampled along the Winisk River, contained 25% Proterozoic pebbles (2- 

5. 6mm), and 5% red carbonates. Sampled along the Fawn River, a till of similar 

composition was encountered, and therefore correlated to till A at the Winisk. 

Till A is enriched in red carbonate and Paleozoic clasts, compared to other titls, 

as well as garnet, epidote, silt and matrix carbonate. 

Till B 

Till B contained fewer Paleozoic-derived gravel clasts, and more Proterozoic and 

intermediate red carbonates than till A. It is also distinguished by its intermediate 

values for orthopyroxene and matrix calcite (compositionally between tills A and 

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June 16. 2005 


C). Garnets are more abundant in till B than in till C, whereas hematite levels are 

lower. 

Till~ 

Proterozoic gravel clasts were more prominent in Tilt C than tills A and B. It was 

also high in siderite, hematite, and sand. Till C had been somewhat debated as 

to whether it was deposited before or after the Sangamonian interglacial. At the 

Severn River, an organic unit containing clays, sedimentary bedding, lots of 

carbonate (but no preserved shells), and plant material was located. It is unclear 

whether this unit (considered part of the Missinaibi formation) underlies or 

overlies till C. It is likely underlying it, therefore making till C post-interglacial. 

The Missinaibi formation contains a lower marine member, a fluvial member, a 

forest bed member and an upper glaciolacustrine member. (Barnett, 1992) The 

forest bed member (or 'subaerial' unit) is associated with isostatic rebound in the 

area, once the Illinoian glacier had withdrawn from the area. The upper 

glaciolacustrine unit is linked with the proglacial waters, which preceded the 

Wisconsian glaciation. The same units are noted by Thorleifson (1989), but are 

always seen in incomplete sequences. 

JilLQ 

Till D was deposited from northwestward ice flow and has a very low red 

carbonate content and slightly greater Proterozoic clast content. Shells have been 

found in this till. It is known to postdate the Bell Sea (from amino acid data). 

~ell ~a Interstitial Deposits 

A layer of marine sediments and well-sorted gravel delineates an interstitial period 

between the depositions of till D and till E. This marine water has been named 

the Bell Sea. Microfossils are found in the marine components of this layer. 

Till E 

Till E, correlated to the Sundance Till, is a red carbonate-rich unit found at the 

base of most sections north of the Kasabonika study area (at the Shagamu and 

Niskibi Rivers). It was deposited by southeastward Keewatin-derived ice flow. 

7

June 16, 2005 


2.2.4 TI LLS I N THE KASABON I KA LAKE AREA 

The Kasabonika Lake area has been glaciated twice in the Quaternary period, 

resulting in up to 200m of glacially-deposited material on top of the bedrock. 

The earliest glaciation, the Illinoian, is represented in the area by two poorly 

exposed tills, E and D. Deposition of these tills was separated by an interstadial 

phase (a recession of the ice margin to close to this area, followed by a reprogression 

of the ice cover). 

The Illinoian glaciation was finished by 135, 000 years before present. It was 

followed by an interglacial time, with a climate similar to or warmer than today's. 

Depositional evidence of this period is known as the Missinaibi Formation, which 

is a series of deposits, from marine to fluvial to subaerial to glaciolacustrine. 

These units are rarely seen as a complete package in the study area. 

Three post-Sangamonian tills are associated with Wisconsian glaciation: tills C, 

B, and A. Each of these tills have its own unique composition. Till C is the most 

enriched in Precambrian pebbles, while till A is depleted in them (at 25%), and 

enriched in Paleozoic pebbles. Till B is intermediate to tills A and C and is 

distinguished by its enrichment in garnet and depletion in hematite. 

Wisconsian glaciation lasted from 115, 000 y. b. p. to 10, 000 y. b. p., but the 

last of the ice did not disappear from the Kasabonika area until about 8000 years 

ago (Barnett, 1992), when the Tyrell Sea level rose and then fell, disintegrating 

within it the last of the glacial ice. 

4.0 SUMMARY OF EXPLORATION PROGRAMMES 

4.1 2004 Ground Magnetic Survey 

The Kasabonika Lake 2004 ground magnetiC survey program was designed to 

qUickly gain high resolution magnetic data over potential drill targets in the 

Kasabonika Lake project area. The ground team mobilized with the 2004 reverse 

circulation drill program team. 

Seven survey blocks were conducted between February 7 and February 15 2004. 

These blocks were designed to individual anomalies within claim blocks. In total, 

two anomalies with ground coverage were recommended for drill testing. 

Location of the ground magnetic blocks is displayed in Figure 3. 

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june 16, 2005 


4. 1 . 1 SURVEY SPECIFICATIONS 

The ground magnetic surveys were performed using GEM System GSM- 19 

Overhauser magnetometers. These systems are equipped with a GPS 

antenna and sampled the total magnetic field at 1 Hz. A typical grid size 

was 1 km 2 with 50m line spacing. Please view Table 2 for further 

information. 

4. 1 .2 KAS 2004 GROUND MAGNETIC SURVEY RESULTS 

A total of 73 line-km the 7 claim blocks were conducted during the 

Kasabonika Lake 2004 Ground Magnetic Survey. Line-km per survey 

block as well as survey interpretation can be viewed in Table 2. 10nT 

contour plots of the surveys can be viewed in Appendix A. 

4.2 2004 Reverse Circulation Drill Programme 

4.2. 1 LOGISTICS 

A heli-portable reverse circulation drill was utilized in the 2004 drill 

programme to test 19 targets within the group of claim blocks. Drill and 

crew were mobilized to the community of Kasabonika Lake on February 

5, 2004. The drill crew consisted of DBCI project manager Leyla 

Hoosain, 3 contract geologists, 1 driller and 1 drill hand from Boart 

Longyear. 4 First Nations assistants from the community of Kasabonika 

Lake, 2 helicopter pilots and 2 helicopter engineers from Heli-Max Ltd. 

A Bell 206 Jet Ranger and a Bell 205 helicopter were used to sling drill, 

personnel. and fuel to drill sites from the communit}' of Kasabonika 

Lake. 

4.2.2 WATER QUALITY MONITORING 

ASI Group based out of St. Catharines, Ontario wero~ contracted to 

undertake the water quality monitoring programme for testing of water 

bodies that may be affected by drilling activities. 

The water quality programme involved collection of single base-line 

samples, followed by up to 4 samples at each drill site llpon completion 

of drilling. The purpose of the work was to determine the overall effect 

of drilling activities on water quality in the area. 

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June 16. 2005 


The samples collected were analysed for the following parameters: 

Metals (Ag, AI, Ba, Be, Bi, Ca, Cd, Co, Cr, Cu, Fe, K, Mg, Mn, 

Mo, Na, Ni, p, Pb, V, Zn), dissolved anions (chloride and sulphate), 

total dissolved solids (TDS), total suspended solids (TSS), fixed solids, 

dissolved organic carbon (DOC), total petroleum hydrocarbons (TPH) 

(purgeable and cold extractable), pH, conductivity, and total oil and 

grease. 

Please see Appendix B for ASI Group report on water monitoring 

programme as well as certificate of analyses. 

4.2.3 REVERSE CIRCULATION DRILLING 

Positioning of drill hole collars were based on previous aeromagnetic data 

as well as data from the 2004 Ground Magnetic Survey. A trimble GPS 

Pathfinder ProXRS receiver system equipped with a Canada-Wide 

Differential GPS (CDGPS) receiver was used to spot and measure actual 

drill hole collar locations. A 50 point feature was recorded for all drill 

hole collars. 

A DBCI owned heli-portable reverse circulation drill was utilized for the 

2004 drill programme. Boart-Longyear Drilling Ltd of North Bay, 

Ontario was contracted to operate the drill. 

Drill chips were collected into 20L pails. Character samples were 

collected approximately every 1 . Sm. Preliminary logs were taken by drill 

geologists at the drill site. Further logging was conductE~d in Kasabonika 

Lake prior to shipping of chip samples to DBCI Sudbury office for further 

study and stor

June 16, 2005 


4.3 2005 Core drill programme 

4.3. 1 LOGISTICS 

A Boyles BBS 25 diamond core drill provided by Heath and Sherwood 

(1987) Drilling was utilized in the 2005 drill programme to test 2 

additional targets within the group of claim blocks. NQ size core was 

used. 

Drill and crew were mobilized to the community of Kasabonika Lake on 

February 25, 2005. The drill crew consisted of DBCI personnels Leyla 

Hoosain and Aron Long,. 2 contract geologists, 2 drillers and 2 drill hand 

from Heath and Sherwood, 3 First Nations assistants from the community 

of Kasabonika Lake, 2 helicopter pilots and 2 helicopter engineers from 

Gateway Helicopters. A Bell 206 Long Ranger and a Bell 204 helicopter 

were used to sling drill, fuel, and transport personnel to drill sites from 

the community of Kasabonika Lake. 

4.3.2 WATER QUALITY MONITORING 

ASI Group based out of St. Catharines, Ontario were contracted to 

undertake the water quality monitoring programme for testing of water 

bodies that may be affected by drilling activities. 

The water quality programme involved collection of Single base-line 

samples, followed by up to 4 samples at each drill site upon completion 

of drilling. The purpose of the work was to determine the overall effect 

of drilling activities on water quality in the area. 

The samples collected were analysed for the follOWing parameters: 

Metals (Ag, AI, Ba, Be, Bi, Ca, Cd, Co, Cr, Cu, FE~, K, Mg, Mn, 

Mo, Na, Ni, p, Pb, V, Zn), dissolved anions (chloride and sulphate). 

total dissolved solids (TDS). total suspended solids (TSS), fixed solids, 

dissolved organic carbon (DOC), total petroleum hydrocarbons (TPH) 

(purgeable and cold extractable), pH, conductivity, and total oil and 

grease. 

Please see Appendix F for assay results from water quality monitoring 

programme. 

1 1

June 16, 2005 


4.3.3 DIAMOND CORE DRILLING 

Positioning of drill hole collars for the Kasabonika 2005 drill programme 

were based on previous aeromqgnetic data. A trimble GPS Pathfinder 

ProXRS receiver system equipped with a Canada-Wide Differential GPS 

(CDGPS) receiver was used to spot and measure actual drill hole collar 

locations. A 200 point feature was recorded for all drill hole collars. 

A heli-portable Boyles BBS 25 diamond core drill from Heath and 

Sherwood (1987) Drilling of Kirkland Lake was utilized for the 2005 

drill programme. Core size was NQ. Initial logging of core was 

conducted at drill site. All cores were recovered and slung back to the 

community of Kasabonika, then transported to the DBCI Sudbury office 

for further study and storage. Magnetic susceptibility readings were 

completed at 1 m intervals along each drill hole with a hand held 

Exploranium KT - 9 magnetic susceptibility meter. 

4.3.4 RESULTS 

Diamond core drilling of 2 targets in the Kasabonika Lake area did not 

intercept obvious kimberlite. Please see Appendices G, H, and I for drill 

plans, drill sections, and drill logs for the 2 drill holes. 

5.0 CONCLUSIONS 

Although no obvious kimberlitic material was jdentified during the 2004 and 

2005 drill programmes, heavy mineral analyses of chip samples from 2004 

samples will be required to conclude non-kimberlitic nature of drilled targets. 

DBCI is therefore submitting assessment credits to maintain the 24 claims in 

good standing. 

Please see Table 4 for a summary of work conducted on each of the 24 claim 

blocks and Appendix J for Statement of Costs on the 24 claim blocks. 

12

June 16, 2005 


10.0 REFERENCES 

Barnett, P.J., (1992): Quaternary Geology of Ontario, in Geology of Ontario, 

Ontario Geological Survey, Special Volume 4, Part 2, p. 1011-1088. 

Card, K. D. & Cielsielki, A. (1986): DNAG# 1. Subdivisions of the Superior 

Province of the Canadian Shield; Geoscience Canada, v. 13, p. 5-13. 

Mezger, K. ( 1 989): Dating the PT evolution of granulites; unpublished Ph. D. 

thesis, State University of New York at Stony Brook, Stony Brook, New 

York, 172 p. 

Thorleifson, L. H. (1989): Quaternary Stratigraphy of the Central Hudson Bay 

Lowland, Northern Ontario, Canada; Ph. D. Thesis, University of 

Colorado, 363 p. 

Thurston, P. C. & Carter, M. W. (1970): Operation Fort Hope; Ontario 

Department of Mines and Northern Affairs:. Miscellaneous Paper 42, 64 p. 

Thurston, P.C., Sage, R.P. and Siragusa, G.M. (1979): Geology of the 

Winisk Lake Area, District of Kenora, Patricia Portion; Ontario Geological 

Survey Report 193, 169 p. 

Thurston, P. C., Osmani, I. A. and Stone, D. (1991): Northwestern Superior 

Province: review and terrane analyses, in Geology of Ontario, Ontario 

Geological Survey, Special Volume 4, Part I, p. 81-142. 

1 3

June 16, 2005 


11.0 STATEMENT OF QUALIFICATIONS 

Ley(a Hoosain, P. Geo 

I reside at 1937 Madison Avenue. Sudbury. Ontario, P3A 2P5 

I hold aM. Sc. and an Honours B. Sc. degree in Earth and Planetary Sciences from 

McGill University in Montreal. 

I have practised geology on a continuous basis since 1996. 

I am a practicing member of the Association of Professional Geoscientists of 

Ontario (Certificate of Registration Number: 07.30). 

I hold a valid Ontario Prospector's licence (licence number: C39136). 

June 17, 2005 

Justin Ward, P. Geo 

1 reside at 2800 Greenvalley Drive, Sudbury, Ontario, P3A 5B9. 

I hold a B. Sc. Honours (Class I) in Earth Science from Monash University 

(Clayton Campus), Melbourne Australia. 

I have been practising geophysics since 1996. 

I am a practicing member of the Association of Professional Geoscientists of 

Ontario (Certificate of Registration Number: 1082). 

June 17, 2005 

14

June 16. 2005 


TABLES 

15

June 16, 2005 


Table 1 - 

list of mineral claims 

Claim Number Assessment Period Township G-Plan Number Unit Size 

Work Required 

($) 

TB 1199715 

TB 1199752 

TB 1199757 

TB 1199758 

TB 1199759 

TB 3006290 

TB 3006291 

TB 3006292 

TB 3006293 

TB 3006294 

TB 3006296 

TB 3006298 

TB 3006313 

TB 3006314 

TB 3006315 

TB 3006320 

TB 3006322 

TB 3006323 

TB 3006324 

TB 3006325 

TB 3006326 

TB 3006327 

TB 3006328 

TB 3006329 

June 23, 2003 to 

June 23, 2005 

East of eroal Lake G·0233 9 3600 

June 23, 2003 to 

June 23, 2005 

eroal Lake G-0223 6 2400 

June 23, 2003 to 

June 23, 2005 

BMA 538883 G-5734 4 1600 

June 23, 2003 to 

June 23, 2005 

BMA538883 G-5734 12 4800 

June 23, 2003 to 

June 23, 2005 

BMA 538883 G-5734 12 4800 

June 23, 2003 to 

June 23, 2005 


June 23, 2003 to 

June 23, 2005 


June 23, 2003 to 

June 23, 2005 

BMA 534873 G·5704 4 1600 

June 23, 2003 to 

June 23,2005 

East of eroal Lake G-0233 4 1600 

June 23, 2003 to 

June 23, 2005 

BMA 534872 G~4233 12 4800 

June 23, 2003 to 

June 23,2005 

BMA 534872 G·4233 4 1600 

June 23, 2003 to 

June 23, 2005 

BMA 537884 G-5736 12 4800 

June 23, 2003 to 

June 23, 2005 

BMA 538884 G-5735 4 1600 

June 23, 2003 to 

June 23, 2005 

BMA 538884 G-5735 4 1600 

June 23, 2003 to 

June 23, 2005 

BMA 537884 G-5736 4 1600 

June 23. 2003 to 

June 23. 2005 

BMA536883 G-5732 9 3600 

June 23, 2003 to 

June 23, 2005 

BMA 538883 G-5734 4 1600 

June 23, 2003 to 

June 23, 2005 

BMA537882 G-5730 16 6400 

June 23, 2003 to 

June 23, 2005 

BMA 536882 G-5729 12 4800 

June 23, 2003 to 

June 23, 2005 

BMA536882 G-5729 9 3600 

June 23, 2003 to 

June 23, 2005 

BMA 537881 G-~i727 9 3600 

June 23, 2003 to 

June 23, 2005 

BMA537881 G-5727 4 1600 

June 23, 2003 to 

June 23, 2005 

BMA536881 G-5728 4 1600 

June 23, 2003 to 

June 23. 2005 

Shibogama Lake G-0505 12 4800 

16

June 16, 2005 

Table 2 - 


2004 Ground magnetic survey specification 

Survey Name: 

Survey ID: 

Country: 

Province( s) 

Project ID, Name: 

Contract Staff: 

Geologists; 

Technicians; 

'Canada 

IOntario 

,KAS, Kasabonika La:.::k:..:e ____ -' 

IAnnick Chouinard ------I 

:Melodie Stone 

~ason Berenyi 

Leroy SamuelJ\nderson 

General Location: 

WGSS4 Lat: 153.42 N 

~-~-----~ 

WGSS 4 Long: .1--_8_8_._'..... 

2_E ____ ~ 

East:ng:420800 mE 

Northing: 

Datum: 

15950200 mN 

I WGS84 

1-'-'-:::.:::-:'-'------1 

Zone: IL' ..... 6_N~ __________ ~ 

Darrell Vincent Anderson 1 

Instrument: 

Dates: 

Survey Specifications: 

Survey Blocks: 

Project Geologist: 

Geophysicist; 

Magnetometer: 

GPS; 

Field crew mobilized: 

First production day; 

Last production day: 

Field crew demobilized: 

Total Production days 

Magnetics: 

Positioning System: 

line Spacing: 

Terrain Clearance 

Number; 

Total kilometres; 

Total area covered: 

Edward Cam Anderson ! Magnetic Field ,---------, 

GEM GSM-I 9 Overhauser V6. 0 Intensity: 

,Marconi AIiStar 

Inclination: 

~? February 2004 Declination: 

17 February 2004 

'15 February 2004 

, I 6 February 2004 

8 

; Total Field 

WGS84, UTM Zone 16N 

50m 

2m 

7 

73km 

3.02 kml 

Leyla Hoosain 

~enna McKenzie 

17

June 16, 2005 

Table 3 - 


2004 Ground magnetic survey block line-km and 

i nte rp retation 

ClaimlD 

Ground Magnetic 

Survey 810ck 

Kmlline Interpretation Survey Grade' 

600nT anomaly, Source is small (-1 Ha) and comprised of two 

T81199759 KAS_04_002_ TMI 9,3 smaller sources in close proximity. Source has only a small 

I probability of beinq a kimberlite. 

3 

TS 1199758 KAS_04_003_ TMI 10 

High frequency 4000nT anomaly. Not recommended for further 

work. Source is small (-1 Ha) and very magnetic. 

3 

T81199757 KAS_04_004_ TMI 7,9 

500nT anomaly. Elongate NE-SW. Source was determined to be 

amphibolite at 38m . 

. 900nT magnetic low at eastern edge of KAS 9000. Modeled 

1 

T81199752 KAS_04_005_ TMI 12,6 well a,; a very small pipe. Drill tested and found to be diorite at 

24,75m, 

2 

TS 3006290 KAS_04_006_TMI 7 

Large broad 1800nT anomaly. Source is likely deep and similar to 

regional scale units to the north. 

3 

TS 1199715 KAS_04_007 _ TMI 15,1 

700n T EW trending structure. roor shape. Anomaly is not 

recommended for drilling. 

Large (- 10 Ha) magnetic low, Anomaly does not remain cohesive 

2 

T83006291 KAS_04_008_ TMI 11,1 

on ground data, Breaks apart on 1 VD and AS, Source is lik'!ly 

surfici"l magnetic material, and similar to other nearby largl! 

lows. 

3 

* Survey Grade: 

Survey Grade 

2 

3 

Explanation ... ~ 

Recommended for drilling - anomaly most likely caused by a : 

vertical intrusive source 

Consider for drilling - anomaly may be ca an intrusive 

source 

Anomalous but not recommended for drilling - only consider 

the event of su 

18

June 16. 2005 

Table 4 - 


Summary of work conducted on 24 Kasabonika 

Lake claim blocks 

2004 Ground 

CLAIM 

2004 RC Drill CORE 

Geophysical 

NUMBER Programme DRILLING 

Survey 

TB 1199715 

Yes 

TB 1199752 Yes Yes 


TB 1199758 

Yes 

TB 1199759 

Yes 

TB 3006290 

Yes 

TB 3006291 

Yes 

TB 3006292 

Yes 

TB 3006293 

Yes 

TB 3006294 

Yes 

TB 3006296 

Yes 

TB 3006298 

Yes 

TB 3006313 

Yes 

TB 3006314 

Yes 

TB 3006315 

Yes 

TB 3006320 

Yes 

TB 3006322 

Yes 

TB 3006323 

Yes 



TB 3006326 

Yes 

TB 3006327 

Yes 

TB 3006328 

Yes 

TB 3006329 

Yes 

19

June 16, 2005 


FIGURES 

20

June 16, 2005 


Figure 1 - 

Bedrock geology of Kasabonika Lake area 

-- - 

, , 

, 

o De Beets Claim 8IocI

june 16, 2005 

2005 Kasabonlka Assessment Report 

Figure 2 - Ti ll sequence In NW Ontario (after Thorlelfson , 

1989) 

CENTRAL LOWLAND 

Ice Flow North American Moose River Nelson River 

Direction Stratigraphy Basin Manitoba 

Holocene 

\ '"A / 

s 

Late 

Wisconsian 

TillS 

SW 

Middle 

Wisconsian 

Kipling Till 

Sky Pilot 

Till 

Till C 

W 

Early 

Wisconsian 

Long Spruce 

Till 

Deglaciation 

St. Pierre 

Missinaibi 

Formation 

Nelson River 

Sediments 

Till 0 

WNW ? 

Amery 

Till 

Deglaciation Sangamonian Bell Sea 

TillE 

S? Illinoian ? 

Sundance 

Till 

22

June' 6, 2005 


Figure 3- Kasabonika Lake 2004 Ground Magnetic Survey Blocks 

o 

N 

A 

c:J De 8eet11 Cllms 

_

June 16, 2005 


APPENDIX A 

1 OnT contour plots of 2004 Kasabonika Ground Magnetic Survey 

24

June 76, 2005 


~ Ground Magnetic Survey 

~ of Mineral Claim Block TB 1199715 

UTM Nad 27, Zone 16 

NTS: 43E/12 

June 16,2005 

Author: Leyla Hoosain 

Drawn by: Anik Boucher 

5935000 

c=J Claim TB 1199715 

o Comer Post 

• Line Post 

10nT Contour 

• 

0.1 0.2 km 

I 

459000 460000 

1: 10,000 

25

June 16, 2005 


~~ Ground Magnetic Survey 

~J' of Mineral Claim Block TB 1199752 


NTS 43E/12 

June 16, 2005 



5931()()() 

D Claim TB 1199752 

o Comer Post 

• Line Post 

.... Witness Post 

-- 10nT Contour 

5930000 

449000 450000 

0.1 O.2km 

i 

1: 10,000 

26

June 76, 2005 




UTM Nad 27. Zone 16 

NTS: 53H/16 

June 16, 2005 




o Comer Post 

5966000 

• Line Post 


417000 410000 

0.1 O.2km 

I 

1: 10,000 

27

June 76, 2005 


l~ Ground Magnetic Survey 

I~ of Mineral Claim Block TB 1199757 


NTS: 53H/15, 53H/16 

June 16, 2005 




o Comer Post 

51178000 

• Line Post 

10nT Contour 

400000 401000 

0.1 O.2 km 

, 

1: 10,000 

28

June 76, 2005 



l~ of Mineral Claim Block TB 1199758 

UTM Nad 27 . Zone 16 

NTS: 53H/15 

June 16, 2005 



D ClaimTB 1199758 

[] Comer Post 

• Line Post 

10nT Contour 

0.1 02km 

, 

1: 10,000 

29

June 16, 2005 



NTS : 53H/15 

June 16,2005 



o Claim TB 1199759 

[J Comer Post 

• Line Post 

10nT Contour 

395000 396000 

0.1 O..2km 

1:10,000 

30

June 16, 2005 





NTS : 43E/12 

June 16 , 2005 



5937000 


o Comer Post 

• Line Post 

-- 1 Ont Contour 

0.1 O.2km 

5936000 

458000 459000 

1:10.000 

3 1

June 16, 2005 


l~ Ground Magnetic Survey 



NTS: 43E/12 

June 16,2005 



5941000 


[] Comer Post 

• Line Post 


5940000 

459000 460000 

0.1 02 kin 

I 

1:10,000 

32

June 16, 2005 


APPENDIX B 

ASI Group Ltd - 

Water Monitoring Programme Heport 

33

DE BEERS CANADA INC. 

KASABONIKA lAKE, ONTARIO 

KASABONIKA LAKE 

EXPLORATION SITE 

WATER MONITORING PROGRAMME 

DRAFT SUMMARY REPORT 

AS. Group Pro jed E20104 

Submitted 

June 28, 2004 

ASI Group Ltd. 

St. Catharines, Ontario, Canada 

~A516roup

TABLE OF CONTENTS 

1.0 BACKGROUND AND INTRODUCTION ................................................................................. 1 

2.0 PROGRAMME EXECUTION ..................................................................................................... 2 

3.0 RESULTS AND DiSCUSSION ..................................................................................................... 2 

4.0 SOLIDS AND TURBIDI1'Y .......................................................................................................... 2 

LIST OF APPENDICES 

APPENDIX I: 

APPENDIX II: 

APPENDIX III: 

Chemistry Results 

Chain of Custody Forms 

Sample Log Sheets

~A51liroup 


KASABONIKA LAKE, ONTARIO 

KASABONIK


ASI Group Project E20104 

Kasabonika Lake Exploration Site; Water Monitoring Programme; Draft Summary Report June 28,2004 

2.0 PROGRAMME EXECUTION 

Two representatives of ASI visited the Kasabonika site between 

February 7 and February 11 2004. A short theoretical training 

session was conducted on February 8 and then the principles 

demonstrated in the field using areas which were not targeted for 

drilling. Upon completion of the training demonstration, the AS} 

representatives undertook sampling at several target areas. 

Thereafter, sampling was conducted by the De Beers personnel who 

had been trained. Samples were shipped to Philip Analytical Services 

Corporation (P ASq in Burlington, Ontario for analysis and results 

of analyses passed to ASI. 

Of the 41 drilling locations originally targeted for water sampling, 

only seven were actually sampled. This was due to the fact that many 

of the sites were frozen down to the lake or stream bcd, with no 

water available for collection. A baseline sample, i.e., before drilling, 

was collected at one target point which did not end up being drilled. 

There was also another point where a baseline sample was collected, 

but no post-drilling sampling was possible due to inadequate water 

volume. There were three lake drilling locations where monitoring 

was completed and four stream locations. A total of seven samples 

were taken before drilling, with twelve samples being collected 

following drilling. 

Field parameters were measured at most stations as per the 

monitoring programme. However, it was noted that field 

measurement of parameters was discontinued midway through the 

program because of technical difficulties. 

3.0 RESULTS AND DISCUSSION 

The tabulated results for all parameters are presented in Appendix I. 

4.0 SOLIDS AND TURBIDIlY 

There was the expected increase in turbidity as a result of increased 

suspended solids following drilling. The suspended solids dissipated 

over time and with distance from the drill sites. Dissolved solids were 

only slightly increased following drilling. The increases in suspended 

solids were not considered detrimental to the water quality, and no 

effect on the biota of the area would be expected from these shortlived 

increases in suspended solids. 

2


Kasabonika Lake 

AS[ Group Project E20l04 

June 28. 2004 

Drilling did not cause any significant alteration of water pH. When 

measured in the field, baseline pH valucs ranged between 6.4 and 

6.98. Laboratory measurements were consistently higher (7.07 to 

7.72) due to the fact that they were measured at higher 

temperatures. pH values are known to increase with increased 

temperature. All laboratory pH values for baselin~ and post-drilling 

were within the Provincial Water Quality Objectives (PWQO's) 

range of 6.S to 8.5. 

Baseline conductivity ranged from 160 to 290. Conductivity values 

for the most part remained unaffected by drilling. A marked increase 

was noted in one location, KAS-0050, where it was most likely due to 

an increase in water calcium and chloride levels following drilling. 

Calcium and chloride are harmless to biota, and there are presently 

no PWQOs for these compounds. Calcium levels were high across 

the study area. 

Most metals were either below detection or marginally above 

detection. Drilling had very little effect on water metal 

concentrations except in the case of iron. Iron was found to have 

background levels above the PWQO of 0.3 mglL throughout the 

area. Following drilling, there were noticeable increases in the water 

iron concentrations. The geological constitution of the area 

contributes to the high baekground levels. While the drilling 

increased the iron levels, it should be noted that the iron PWQO is 

more aesthetic and is not based on toxicity. This means that there is 

no danger to biota associated with the elevated iron levels. 

Additionally, these elevated iron concentrations were localized and 

short -lived. 

There were high background concentrations of calcium and 

magnesium, which contributed to the relatively high conductivity 

across the study area. The concentrations were largely unaffected by 

the drilling except in the case of calcium at KAS-OOSO noted earlier. 

Total Purgeable Hydrocarbons (TPH) along with Oil and Grease 

were measured in order to assess any impact from petroleum 

products such as gasoline, diesel or hydraulic oil. The drill used in 

exploration was diesel powered and used hydraulic oil. In addition, 

the auger used for boring sample holes was powered by gasoline. 

The presence of Oil and Grease was noted at all but two sampling 

sites, both before and after drilling. TPH presence was also noted at 

eight of the nineteen sampling sites. The remaining sites were free of 

TPH. There were nine instances where Oil and Grease were 

3


ASI Group Project E20104 

Kasabonika Lake Exploration Site; Water Monitoring Programme; Draft Summary Report June 28,2004 

detected, but no TPH was detected. From the results. it seems that 

the source of the oil and gas and TPH was the auger. In one instance 

it was communicated to ASI that handling of the samples had 

occurred prior to the discovery that there was gasoline residue on 

the collector's hand. Placing the auger in a position which allowed 

spillage may have contributed to the TPH levels. It should be noted 

however, that the TPH concentrations were in trace amounts, well 

below 1 part per thousand in all but one case. There is no evidence 

that the exploratory drilling in any way contributed to the Oil and 

Grease, TPH or Petroleum Hydrocarbon levels. 

In summary, it can be said that the water of the Kasabonika Lake 

area is of good quality, with naturally occurring high levels of 

calcium, iron, magnesium and chloride. The exploratory drilling 

undertaken by DeBeers had no significant negative biological or 

chemical impact to the water quality in the immediate vicinity of the 

drill sites. Elevated suspended solids, calcium and iron which 

occurred were short-lived without impact on the biota. Trace 

contamination of gasoline was apparently caused by the powered 

auger used to bore sampling holes. It is suggested that in the future, 

special care be taken in the handling of the auger during drilling. 

4

APPENDIX I 

CHEMISTRY RESULTS 

~A516roup

1 

KAS-0013-04- KAS-0013-04- KAS-0013-04- KAS-0013-04- KAS-0013-04- KAS-0034-04- KAS-0034-04- KAS-0034-04- KAS-0034-04- KAS-0034-04- 

CCME 01A-B 01A-01 01A-02 01A-03 01A-04 01A-B 01A-D1 01A-D2 01A-D3 01A-04 

Component 

PWQO 

-~ - . 

. :"~I ... ~" ..\1. • uatic Life 16-Feb 27-Mar 27-Mar 27-Mar 27-Mar 9-Feb-2004 31 -Mar 31-Mar 31-Mar 31-Mar 

No Field No Field No Field No Field No Field No Field No Field No Field No Field 

Measurement Measurement Measurement Measurement Measurement 

Measurement Measurement Measurement Measurement 

s s s s s Baseline s s s s 

Field pH 0.01 6.5-8.5 6.5-8. 5 6. 5-90 X X X X X 6A7 X X X X 

Lab pH (20 OEG C) 0.01 7.3 7.72 7.57 7.56 7A1 7.31 7.37 7.35 7. 38 7.22 

Field Temperature 0.1 °C

Component 

PWQO 

Titanium 0.001 mg/L 

Uranium 0.0002 mg/L 0.005 0.1 

Vanadium 0.002 mg/L 0.006 

Zinc 0.003 mg/L 0.020

KAS-0036-04- KAS-0036-04- KAS-0043-04- KAS-0049-04- KAS-0049-04- KAS-0050-04- KAS-0050-04- KAS-0050-04- KAS-0084-04- 

CCME 01A-B 01A-D 01A-B 01A-B 01A-D 01A-B 01A-D 01A-D 01A-B 

Component PWQO c ~'-.1.U .-C t I' ,',...'. • uatic Life 16-Feb 3-Mar Feb 16 9-Feb-2004 16-Feb 9-Feb-2004 15-Feb 9-Mar 16-Feb 

Baseline Drill Baseline Baseline Drill Baseline Drill (rep 1) Drill (rep 2) Baseline 

Field pH 0.01 6.5-8.5 6.5-8.5 6.5-90 6.98 6.95 6.61 6.40 6.18 6.26 6.53 6.63 6.98 

Lab pH (20 DEG C) 0.01 7.64 7.32 7.36 7.07 7.04 7.17 717 7.26 7.72 

Field Temperature 0.1 °c

Component 

PWQO 

CCME 

u~fe 

KAS-0036-04- KAS-0036-04- KAS-0043-04- 

01A-8 01A-D 01A-8 

16-Feb 3-Mar Feb 16 

KAS-0049-04- KAS-0049-04- KAS-0050-04- KAS-0050-04- KAS-0050-04- KAS-0084-04- 

01A-8 01A-D 01A-8 01A-D 01A-D 01A-8 

9-Feb-2004 16-Feb 9-Feb-2004 15-Feb 9-Mar 16-Feb 

Titanium 0.001 mg/L 

Uranium 0.0002 mg/L 0.005 0.1 

Vanadium 0.002 mg/L 0.006 

Zinc 0.003 mg/L 0.020

Certificate of Analysis 

CLIENT INFORMATION 

LABORATORY INFORMATION 

Attention: 

Client Name: 

Project: 

Project Desc: 

John Sferrazza 


E20104 

DeBeers 

Contact: 

Project: 

Date Received: 

Date Reported: 

Elaine Cousins, B.Sc. 

AN040146 

12-Feb-2004 

20-Feb-2004 

Address: P.O. Box 2205, Station B 

St. Catharines, ON 

L2M 6P6 

Fax Number: 905-641-1825#71: 

Phone Number: 905-641-0941 

Submission No.: 4B0340 

Sample No.: 006553-006558 

NOTES: 

"_, = not analysed '

6/25/2004 

PASC - Certificate of Analysis 

Page I of2 

Client ID: KAS-0050 KAS-0049 KAS-0034 

Lab No.: 00655304 00655404 00655504 

Date Sampled: 09-Feb-2004 09-Feb-2004 09-Feb-2004 

Component MDL Units 

pH (20 DEG C) 7.17 7.07 7.31 

Conductivity 4.2 uS/cm 270 230 270 

Fixed Solids 20 mglL 36 < 79 

TDS (180°C) II 140 110 130 

TS (105 Deg C) 4 190 130 160 

TSS 2.0 4 3.3 5.5 

VS (550 Deg C) 10 150 120 80 

DOC (uv/persulf) 0.20 mgIL 18 41 IS 

Chloride 0.05 mgIL 3.2 1.J 

Sulphate (as S04) 0.10 2.3 < < 

Calcium 0.20 mgIL 41 35 40 

Iron 0.010 2.5 1.3 1.1 

Magnesium 0.40 6.2 5.2 6.1 

Phosphorus 0.06 < < < 

Potassium 1.0 < < < 

Sodium 0.10 1.5 J.3 1.3 

Sulphur 0.060 0.29 0.28 0.18 

Aluminum(dissolved) 0.010 mgIL 

Aluminum 0.010 0.031 0.014 0.013 

Antimony 0.002 < < < 

Arsenic 0.002 < < < 

Barium 0.005 0.019 0.01 0.006 

Beryllium 0.001 < < < 

Bismuth 0.002 < < < 

Boron 0.005 0.011 < < 

Cadmium 0.00007 < < < 

Chromium 0.002 < < < 

Cobalt 0.0005 0.0007 < < 

Copper 0.002 0.002 < 0.002 

Lead 0.0005 < < < 

Manganese 0.002 2 0.23 0.093 

Molybdenum 0.002 < < < 

Nickel 0.002 < < < 

Selenium 0.002 < < < 

Silver 0.0001 < < < 

Strontium 0.002 0.051 0.037 0.022 

Thallium 0.0002 < < < 

Tin 0.002 < < < 

Titanium 0.001 0.001 < < 

Uranium 0.0002 < < < 

Vanadium 0.002 < < < 

Zinc 0.003 0.008 0.Q!8 0.016 

Oil & Grease 1.0 mgIL I.3 1.6 1.4 

Total Purgeable Hydrocarbons 25.0 ugIL < 380 < 

Petroleum Hydrocarbons/Cold 100 ugiL < < < 

Surrogate Recoveries % 

I-Chlorooctadecane 80 86 89 

Client:ASI Group Ltd. Project:E20 104

6/25/2004 

P ASC - Certificate of Analysis 

Page 2 of2 

Client ID: KAS-0050 KAS-0049 KAS-0034 

Lab No.: 00655604 00655704 00655804 

Component 

Date Sampled: 09-Feb-2004 09-Feb-2004 09-Feb-2004 

MDL Units 

pH (20 DEG C) 

Conductivity 4.2 uS/cm 

Fixed Solids 20 mgIL 

TDS (180°C) 

II 

TS (105 Deg C) 4 

TSS 2.0 

VS (550 Deg C) 10 

DOC (u'ifpersulf) 0.20 mgIL 

Chloride 0.05 mgIL 

Sulphate (as S04) 0.10 

Calcium 0.20 mglL 

Iron 0.010 

Magnesium 

OAO 

Phosphorus 0.06 

Potassium 1.0 

Sodium 0.10 

Sulphur 0.060 

Aluminum(dissolved) 0.010 mgIL 

Aluminum 0.010 

< < 0.011 

Antimony 0.002 

Arsenic 0.002 

Barium 0.005 

Beryllium 0.001 

Bismuth 0.002 

Boron 0.005 

Cadmium 0.00007 

Chromium 0.002 

Cobalt 0.0005 

Copper 0.002 

Lead 0.0005 

Manganese 0.002 

Molybdenum 0.002 

Nickel 0.002 

Selenium 0.002 

Silver 0.0001 

Strontium 0.002 

Thallium 0.0002 

Tin 0.002 

Titanium 0.001 

Uranium 0.0002 

Vanadium 0.002 

Zinc 0.003 

Oil & Grease 1.0 mglL 

Total Purgeable Hydrocarbons 25.0 ugIL 

Petroleum Hydrocarbons/Cold 100 ugIL 


I-Chlorooctadecane 

ClientASI Group Ltd. Project:E20J04




Attention: 

Client Name: 

Project: 

Project Desc: 



E20104 

DeBeers 

Contact: 

Project: 




AN040146 

12-Apr-2004 

20-Apr-2004 



L2M6P6 

Fax Number: 905-641-1825#71 


Submission No.: 

Sample No.: 

4D0413 

018808-018811 

NOTES: "-' = not analysed '

6/25/2004 


Page \ of2 

KAS KAS KAS KAS 

Client lD: 001.3-04-01 A-D \ 0013-04-0 \ A-D2 0013-04-0 I A-D3 0013-04-0IA-D4 

Lab No.: 01880804 01880904 01881004 01881104 

Date Sampled: 27-Mar-2004 27-Mar-2004 27-Mar-2004 27-Mar-2004 


(1) (I) (I) (I) 

pH (20 DEG C) 7.72 7.57 7.56 7.41 

Conductivity 4.2 uS/cm 300 300 350 340 

(I) (I) (I) (I) 

Fixed Solids 20 mglL 210 38 160 160 

TDS (180°C) II 210 210 230 220 

TS (105 Deg C) 4 580 300 290 260 

TSS 2.0 330 87 72 38 

VS (550 Deg C) 10 360 260 130 93 

DOC (uv/persulf) 0.20 mgIL 21 22 23 18 

Chloride 0.05 mgIL 3.1 0.94 0.95 0.94 

Sulphate (a~ S04) 0.10 0.37 0.14 0.16 0.12 

Calcium 0.20 mgIL 59 57 63 59 

Iron 0.010 4.2 4A 3.1 2.5 

Magnesium OAO 6.4 6.8 7.5 6.9 

Phosphorus 0.06 0.25 0.12 0.09 < 

Potassium 1.0 1.6 < < < 

Sodium 0.10 1.9 1.8 3.\ 3.2 

Sulphur 0.060 1.3 0.59 0.36 0.34 

Aluminum 0.010 mgIL 0.81 0.42 0.81 

Antimony 0.002 < < < 

Arsenic 0.002 " < 0.002 0.002 

Barium 0.005 0.052 0.027 0.032 0.028 

Beryllium '! 

0.001 < < < < 

Bismuth 0.002 " < < < < 

Boron 0.005 0.012 0.007 0.011 0.005 

Cadmium 0.00007 0.00018 0.00008 0.00011 < 

Chromium 0.002 0.003 < 0.003 0.002 

Cobalt 0.0005 0.0008 < 0.0008 0.0006 

Copper 0.002 0.003 0.003 0.012 0.003 

Iron 0.020 3.4 3.9 2.6 2.2 

Lead 0.0005 0.0041 0.0023 0.0079 0.002 

Manganese 0.002 0.16 0.15 0.18 0.18 

Molybdenum 0.002 < < < < 

Nickel 0.002 < < 0.003 < 

Selenium 0.002 < < < 0.002 

Silver 0.0001 < < < < 

Strontium ., 

0.002 

0.069 0.059 0.072 0.066 

Thallium 0.0002 < < < < 

Tin 0.002 < < < < 

Titanium 0.001 0.04 0.D21 0.079 0.042 

Uranium 0.0002 0.0003 < 0.0003 0.0002 

Vanadium 0.002 0.003 < 0.003 0.002 

Zinc 0.003 0.023 0.053 0.Q38 0.014 

Oil & Grease 1.0 mgIL 2 1.8 1.8 

Client:ASI Group Ltd. Project:E20104

6/25/2004 P ASC - Certificate of Analysis 

Page 2 of2 


Client ID: 0013-04-01A-Dl 0013-04-01 A-D2 0013-04-0IA-D3 00J3-04-01A-D4 

Lab No.: 01880804 01880904 01881004 01881104 



Total Purgeable Hydrocarbons 25.0 ugiL 6400 580 540 540 

(2)(1) (1) (2)(1) (2)(1) 

Petroleum HydrocarbonS/Cold 100 ugiL 990 < 170 140 


I-Chlorooctadecane 97 90 93 90 

ClientASI Group Ltd. Project:E20104



LADORA TORY INFORMATION 

Attention: 

Client Name: 

Project: 

Project Desc: 



E20104 

DeDeers 

Contact: 

Project: 




AN040146 

05-Apr-2004 

15-Apr-2004 



L2M 6P6 

Fax Number: 905-641-1825#711 



Sample No.: 

4D0158 

017419-017422 

NOTES: "-' = not analysed '

6/25/2004 


Page I of I 


Client ID: 0034-04-0 I A-D I 0034-04-0 I A-D2 0034-04-01A-DJ 0034-04-0IA-D4 

Lab No.: 01741904 01742004 01742104 01742204 



(1) (1) (1) (1) 

pH (20 DEG C) 7.37 7.35 7.38 7.22 

Conductivity 4.2 uS/em 280 260 170 140 

Fixed Solids 20 mgIL 180 140 20 100 

TDS (180°C) II 180 170 110 93 

TS (105 Deg C) 4 430 180 130 520 

TSS 2.0 260 35 7.5 410 

VS (550 Deg C) 10 250 49 110 420 

DOC (uv/persulf) 0.20 mgIL 26 16 8.7 14 

Chloride 0.05 mgIL 3.6 1.2 0.81 0.71 

Sulphate (as S04) 0.10 0.78 0.26 0.76 J.3 

Calcium 0.20 mgIL 36 41 16 28 

Iron 0.010 6.2 4.2 0.&3 4.9 

Magnesium OAO 5.3 5.8 3 4.3 

Phosphorus 0.06 0.7&



LABORA TORY INFORMATION 

Attention: 

Client Name: 

Project: 

Project Desc: 



E20104 

DeBeers 

Contact: 

Project: 




AN040146 

12-Mar-2004 

23-Mar-2004 



L2M6P6 

Fax Number: 905-641-1825#71 



Sample No.: 

4C0500 

011819 

NOTES: 

"-' = not analysed '

6/25/2004 


Page I of2 

KAS 

Clieflt ID: 

0050-04-0 I A-D 

Lab No.: 01181904 

Date Sampled: 

09-Mar-2004 


pH (20 DEG C) 7.26 

Conductivity 4.2 uS/em 660 

Fixed Solids 20 mgIL 260 

TDS (180°C) II 430 

TS (105 Deg C) 4 490 

TSS 2.0 5.5 

VS (550 Deg C) 10 230 

DOC (uv/persult) 0.20 mgIL 20 

Chloride 0.05 mgIL 89 

Sulphate (as S04) 0.10 17 

Calcium 0.20 mgIL 77 

Iron 0.010 2.6 

Magnesium 0.40 17 

Phosphorus 0.06 0.08 

Potassium 1.0 3 

Sodium 0.10 7 

Sulphur 0.060 6.1 

Aluminum 0.010 mgIL 0.042 

Antimony 0.002 < 

Arsenic 0.002 0.002 

Barium 0.005 0.04 

Beryllium 0.001 

Bismuth 0.002 

< 

0.005 0.018 

Cadmium 0.00007 < 

Chromium 0.002 < 

Cobalt 0.0005 0.001 

Copper 0.002 < 

Lead 0.0005 < 

Manganese 0.002 2.7 

Boron 

Molybdenum 0.002 < 

Nickel 0.002 < 

Selenium 0.002 < 

Silver 0.0001 < 

Strontium 0.002 1.2 

Thallium 0.0002 

Tin 0.002 < 

Titanium 0.001 0.002 

Uranium 0.0002 0.0003 

Vanadium 0.002 

Zinc 0.003 0.005 

Oil & Grease 1.0 mgIL 1.4 

Client:ASI Group Ltd. Project:E20 1 04

6/25/2004 


Page 20f2 

Component 

Total Purgeable Hydrocarbons 

Cliellt [D: 

Lab No.: 

Dale Sampled: 

MDL 

25.0 

Units 

ugIL 

KAS 

0050-04-0IA-D 

01181904 

09-Mar-2004 

< 

Petroleum Hydrocarbons/Cold 

Surrogate Recoveries 

I-Chlorooctadecane 

100 

ugIL 

% 

< 

91 

ClientASI Group Ltd. ProjectE20104

6/25/2004 


Page I of2 

KAS 

Client ID: 

0036-04-0 I A-D 

Lab No.: 01060804 

Date Sampled: 

03-Mar-2004 


pH (20 DEG C) 7.32 

Conductivity 4.2 uS/cm 280 

Fixed Solids 20 mglL 32 

TDS (180°C) II 190 

TS (105 Deg C) 4 190 

TSS 2.0 2.5 

VS (550 Deg C) 10 160 

DOC (uv/persuJf) 0.20 mgIL 17 

Chloride 0.05 mgIL 1.3 

Sulphate (as S04) 0.10 0.63 

Calcium 0.20 mgIL 49 

Iron 0.010 I 

Magnesium OAO 7.3 

Phosphorus 0.06 < 

Potassium 1.0 1.3 

Sodium 0.10 1.5 

Sulphur 0.060 0.29 

Aluminum 0.010 mgIL 0.039 

Antimony 0.002 < 

Arsenic 0.002 < 

Barium 0.005 0.012 

Beryllium 0.001 < 

Bismuth 0.002 < 

Boron 0.005 < 

Cadmium 0.00007 < 

Chromium 0.002 < 

Cobalt 0.0005 < 

Copper 0.002 < 

Lead 0.0005 < 

Manganese 0.002 0.069 

Molybdenum 0.002 < 

Nickel 0.002 < 

Selenium 0.002 < 

Silver 0.0001 < 

Strontium 0.002 0.047 

Thallium 0.0002 < 

Tin 0.002 < 

Titanium 0.001 0.001 

Uranium 0.0002 < 

Vanadium 0.002 < 

Zinc 0.003 0.026 

Oil & Grease 1.0 mgIL 1.5 

Client:ASI Group Ltd. Project:E20104

6/25/2004 


Page 2 of2 

Component 

Total Purgeable Hydrocarbons 

Client ID: 

Lab No.: 

Date Sampled: 

MDL 

25.0 

Units 

ugIL 

KAS 

0036-04-0 I A-D 

01060804 

03-Mar-2004 

< 

Petroleum Hydrocarbons/Cold 

Surrogate Recoveries 

l-Chlorooctadecane 

100 

ugIL 

% 

< 

95 

ClientASI Group Ltd. ProjectE20 1 04




Attention: 

Client Name: 

Project: 

Project Desc: 



E20104 

DeBeers 

Contact: 

Project: 




AN040146 

20-Feb-2004 

27-Feb-2004 



L2M 6P6 

Fax Number: 905-641-1825#71 


Submission No.: 4B0614 

Sample No.: 007881-007883 

NOTES: 

".' = not analysed '




Attention: 

Client Name: 

Project: 

Project Desc: 



E20104 

DeBeers 

Contact: 

Project: 




AN040146 

20-Feb-2004 

27-Feb-2004 



L2M 6P6 

Fax Number: 905-641-1825#71 



Sample No.: 

4B0613 

007875-007877 

NOTES: 

"-' not analysed '

6/25/2004 

PASC - Certificate of Analysis Page 2 of2 

KAS KAS KAS 

Climt ID: 0043-04-0IA-B 0084-04-0 I A-B 0036-04-0IA-B 

Lab No.: 00787504 00787604 007877 04 

Date Sampled: 16-Feb-2004 16-Feb-2004 16-F eb-2004 


Total Purgeable Hydrocarbons 25.0 ugfL < < < 

Petroleum Hydrocarbons/Cold 100 ugfL < < < 


I-Chlorooctadecane 98 98 98 

ClientASI Group Ltd. ProjectE20104

APPENDIX II 

CHAIN OF CUSTODY FORMS 

~A5lliroup

CLIENT 

INFORMATION 

ANALYTICAL SERVICES 

5555 North Service Road 

Burlington, Ontario L7L5H7 

(,nAI.,. JF "us, I JD • 

Toll Free: 1-600-668-0039 

Tal: (905) 332-8788 

Fax: (ooS) 332-9169 

Company Name: 8- S I &Ro 0 P 

Project Manager. .To H» SF~g, ft:z:zA 

Address: ;6 ~~ magrJN:DALJ.:"" «of\'P 

"ST, CA-TH a.arNW 

Phone #:qbS-'{,;H t -0 OZj I Fax II: qO\ =14"41 - ticlr 

Sampled by: G-&.-:O ~ A.N1>Lstt. s,orJ 

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Jl PROJECT INFORMATION i SPECIAL DETECTION LIMITS REMARKS IS) 

~ So ~ 

·some exceptions apply 

please contact Lab l "l ~ 

Project 1I:!(J:tS __ C 9 &p f'i).t>IOct 

Site: "» ~B l:tk!ll:J 

'""' STD 10 Business Days ij;l PO#: 1 (P;;J 

I 

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j SPECIAL REQUIREMENTS! REGULATIONS 

--:; RUSH 5 Business Days 0, Philip Quote t#: 12)..(1$ lS"U:({ S & 

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RUSH TAT MUST HAVE 

PRIOR APpnOVAL 

PROJECT INFORMATION 

Proiect II: 

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·some exceptiOlls apply SUe: --A ~ 

pfe(7se contact Lab ..,. 3 

STD 10 Business Days ~ PON: // 6 j 

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WHITE • LAB! YELLOW. CLIENT 

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A/filiation: ___ 

DatalTime: 

SPECIAL REOUIREMENTS J REGULATIONS .; 

·.....-..;-·'r,- -- ...--.- -.--.- .. -,-- --.' 

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STD 10 Business DElYs 0 POIt: _-LJ__ 

r....;_I.I2.lI!_'!C....J.2.!:--_____ _ 

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RUSH 2 Business Days 00 I Philip Project II: ,tWq'lIJI Vb 

1: RUSH 1 Business Days i 

5:) Other Business Oays . .. Philip Contact --------- 

~ -cA--tfriel-I-lna;ll~o-in·~: ~;j.llki:;'~~A~ .... ... Received By -~~*~~F=:::=:'---- 

" ..A~~ Affiliation:. _______ .. -

E I =1- ANALYTICAL SERVICES 

t.. .. _ 

~ 6555 North Service Road 

~~~~~_ _.~ Burlington, Ontario l7L 5H7 

CLIENT 

INFORMATION 

CHAI'" uF ",uS-. vD' 

Toll Free: 1-800-66eHl639 

Tel: (905) 332-6788 

Fax: (905) 332-9169 

Company Name:._ l1--,S"",---,\---"G-~,:t=O",-,J",,-,-P ______ 

Project Manager; :[Q H N SrtCl--o rYJ ftRTlND8f...lF f< ()ft'f) 

S1= eArTH fra/~tF 

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Project #: ).fa= DID t i 

·some exceptfons app'Y Site: J2~ Rkr"1fl(S. I MISA 0 ;rip'ease 

contacll.ab {/ 7 

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________ ' SPECIALREOUIREMENTS/REGULATIONS . 

REMARKS 

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RUSH 2 Business Days 0 Philip Project #: l/tJb U(J I l/Ip vv t.:X. o;r 

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~ Other Business Days ~ Philip Contact _________ ~ 1----------------1 o;r 

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.... 1-:... ANALYTICAL SERVICES 

t..I L ~ ~ 5555 Nol1h SaMc9 Road 

Burlington, Ontario L7L 5H7 

Ct1Alh uF ""JS'. uD\ 

Toll Free: 1..aOO-a68-0639 

Tel: (905) 332-8788 

Fax: (905) 332-9169 

CLIENT 

INFORMATION 

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please contact Lab 

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RUSH 2 EUsiness Oays 

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I SPECIAL DETECTION liMITS 

. MISA 0 

i SPECIAL REQUIREMENTS I REGULATIONS 

I : 

PWQD 

I REMARKS 

~-----------------------~ 


F I=f- ANALYTICAL SERVICES Toll Free: 1-aOO-S58'{)639 > 

j 

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... __ ,,_ ._~., Buriinglon,Ontario L7L5H7 Fax:(905)332-9169 I ANALY._ REQUESTED 

=-----------.---____________ 

CLIENT 

INFORMATION 

....JI_ ---•• :---!;J:.~--__,_-~-..._..,...---.:..:.-- --.----_-!c 

Company Name: A s \ G-~Ou p ~ :f.' 

ProJect Manager: 1'""OHN SF~« fI7..1./t ~ ~ 

Address: J.S""72 maRTtNDSblf f{Oft'D ~. ~ . ~ c: 

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PRIOH APPROVAL 

"soma exceptions apply . Site: J)V- Bk'J...qt.S 

please contact Lab III 7 

SrD 10 Business Days ill PO#:_---'LJ~f(:?:z.3...L,...>..L------- 

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~ RUSH 2 Business Days ~ I: Philip Projecllf: 4Mb U" I 'lip 

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I =.l ~ 5555 North Service Road 

Burlington. Ontario L7L 5H7 

CLlENT 

INFORMATION 

CHAIN OF CUSToDY 

Toll Free: 1-800-668-0639 I 

Tel: (90S) 532·8188 

Fax: (905) 332-9169 

-m -- ANA~S 

REQUES;ED 

Company Name: tt~= ~ I ./ i I 

p_M.nago~JD==~_ '-. I "1' ~ • 

Page -l-Of-L 

Address: 0Q_-_~~ i:1 !I'~! ~ --I ;~I .r:: 

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...... I=t- ANALYTICAL SERVICES 

t.. L ~ ~ 5555 North SeNtee Road 

Bullington. Ontario L7l 5H7 

CLIENT 

INFORMATION 

Company Name: ASI GyO~ 

Project Manager: ;}(j,,11 Sfe,rt'q zCVl 

Toll Free: 1-800-668-0639 

Ter.(905)332-S788 

Fax: (905) 332-9168 

Address: 2£>5 d1artz'nd4/2 Rd 

~, dttA a.Ki 'r1~ 

Phone I: :tD5-bfl ... 09fJ Fax#: 'fo5-6fJ -1&25 

Sampled by: l!ytq ~ $i rnq~ ,9Irmri.., 

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APPENDIX III 

SAMPLE LOG SI-IEETS

MAR-09-2004 11:59 PSC ANALYTICAL SERVICES 

,- . 

BAS/GroUp 

De Beers Water Quality Sampling Log Sheet 

Sample Time: 

0:'>1--- 

Northing 

Weather: 

Flow: 

Sample Collection: 

Running Stream/River 

Frozen Stream 

Still 

o Slow 

o Kemmerer Botue 

~ Grab(S.S.bucket) 

Lake 

o Ofuer. ____--______ 

Water Depth: 

o Fast 

o Frozen 

Frozen Water 

Composite Sample: 

Sample Crew: 

(;r-l:! 

0 Yes DeScription: 

No 

r 

Field Parameters Measurement Time: 3 "6::rr- 

Conductivity ;)? I (circle~ ms/cm 

Tem ratur. &l... DC NTU 

Additional Comments: (Description of sample location, amount collected, colour, odour, particulate matter. 

frozen sample tMwed) 

( ~-- 

~--.----~.,,-,.-~ 

t;.. 

Tech: ___________ ~ __ 

File: E2010410e 8!l1et'$ W~ter Quality I.oQ Sheet 

MAR-09-2004 11:58AM FAX:1 905 332 1511 ID:ASI GROUP LTD PAGE:002 R=100%


2ASIGrouP 

r-.I:JO 


PS Coordinates: 

NAD83 

Type of Waterbody; 

weatheJJ 

Flow: 

Running StreamlRiver 

Frozen Stream 

Sample Tl!!le: 

. ;l:oJ 

Northing 

Lake 

o Other: ______ 


Kemmerer Bottle 

!>'i Grab(S.S.bucket) 

Frozen Water 

Composite Sample: 0 Yes Description: 

No 

Sample Crew: 

. &J...~ 

....,I;Ir:::z:K--_(circle)-~ ms/cm pH _"-:;":;..&....0___ 

Tem ature °c Turbid" NTU 

Additional Comments: (Description of sa'TIple location, amount collected, colour, odour. particulate matter, 

frozen sample thawed) 

File: E201041De Bears Water Quqllty Log Sheel 

MAR-09-2004 12:00PM FAX:1 905 332 151:[ ID: AS! GROUP LTD PAGE:006 R=100%


2ASIlirouP 


Sample Time: 

0 1 00 

Northing 

Weather: 

/..If;I(I S,.vOc.V 

Flow: 



o Frozen Stream 

Still 

DSlow 

o Kemmerer BotHe 

IKl Grab(S.S.bucket) 

Lake 

other: ------- 

Water Depth: 

o Fast 

o Frozen 

Frozen Water 


Sample Crew: 

G-- 

Field Parameters Measurement Time: 9,·t29 

Conductivity:_~ __(circle}- us/an ma/em 

pH _____ _ 

Tern rature °C Turbidi NTU 

Additional Comments: (Description of sample location, amount GOIlected, colour, odour, partiCulate matter. 

frozen s~1e thawed) 

n).!')..]) 

5trMP;.b'- NO r Tfik:J.: N 

;;:: fi~ 77fv /5D77J.J:" 

File: E2()1041Oe ~rs water Ouarily Log Sheet 

MAR-09-2004 12: 0121PM FAX: 1 91215 332 1511 ID:ASI GROUP LTD 

PAGE:007 

TOTAL P.07 

R=96:':


Station 10: 

Sample Time: 

o 

~ Running Stream/River 


Lake 

o Other. ______ 

Weather: 

SNO 

~ Still 

o Slow 


Composite Sample; 

o Kemmerer Boute 

IS3 Grab(S~S.bucket) 

0 Yes Description: 

No 

Frozen Water 

Field Parameters Measurement Time: de.' (0 

Conductivity a.

FEB 13 2004 3:28 PM FR PHILIP RNRLYTICALId::J ;j;jC: ::fib::l IV H'oIUHI ,'-' ,:)'-','-""' .... 

,:.;:Y:f~;tr 

'to: AS/6roup 

Station 10: 

e 

GPS Coordinates: 

NA083 

Type of Waterbody: 



Frozen Stream 

Sample Time: 

, - 

Duke 

Ornher. __________ __ 

Weather: 


6a Still 

o Slow 



Fast 

o Frozen 

Frozen Water 

Composite Sample: Ves Desaiption: 

~ __ ~~ __________ ~_N_o ____________ ~ ____________________________ ~ 

Sample Crew: 

Field Parameters Measurement Time:, ____ _ 

Conductivity 0l.02- (CirCle~ mslcm pH_~;--...~ __ 

Tern rature '3. °C NTU 

Additional Comments: (Description of sampl{f location, amount CQllected, colour, odour, particulate matter, 


( 

~- 

- 

FEB-13-2004 03:31PM FAX:905 332 9169 ID:ASI GROUP LTD PAGE:005 R=95%

.......... ~ ............. - 

AS/Group 


Weather. L.. 

Flow: 


Running StreamlRiver 


stm 

Slow 

Kemmerer Botfle 

~ Grab(S.S.buck,et) 

Fast 

o Frozen 

Frozen Water 

Composite Sample: Yes Description: 

No 

- 

Field Parameters Measurement Time: _____ 

Conductivity ~~ 

(Circle@ ms/cm 

Tem rature;;'" °c Turbid' NTU 

Additional Comments: (Oescription of sample location, amount collected, colour, odQlJr, particulate matter, 

frQzen sample UJawed) 

FEB-13-2004 03:31PM 

FAX:905 332 9169

%176::~ 1700:39t;d Oll dnO~9 ISt;:or 6916 2££ S06:Xt;~ Wd117:10 17002-£2-83~ 

** v0'39t;d It;lOl ** 



NAD83 

Type of WaterbOdy: 

Weather; 

flow: 

/..Itnrr 5tJo~ 

o Running Stream/River 


Still 

o Slow 

~Lake 

o Other: 


Composite Sample; 

Kemmerer BolUe 


o Frozen Water 

Sample Crew: 

6- 

Field Parameters Measurement Time: 9/ tJ9 

Conductivity ____ (circle)- us/em ms/cm 

pH ____ ~_ 

Tern rature °c Turbid" NTU 

Additional Comments: (Description of $$mple location, amount collected, 00101,1", odour, partil;:ulate matter, 

fro2en sample thawed) . 

hKJ..]) 5trMP).b~ 

/Va { 7flKJ.:N 

;:: ff;~ /lfJ.r i5D/ftE 

T""h:~C-- 

File: E20104iOe Beers water Quality log Sheet

all dnOC:!9 Ist!:m 6916 2££ S06:Xt!~ Wd£~:10 ~002-£2-83~ 

De Beers Water Quality Sampling log Sheet 


NAD83 

Type of WaterbOdy: 

Weather: 

Flow: 

Sample Collection; 


r3 Running Stream/River 


sr 

~ Still 

o Slow 

D Kemmerer Bottle 

~ Grab(S.S.bucket} 

Sample Time: 

:S 

Northing 

DLake 

o Other: ____ ~_ 

water Depth: 

DFast 

o Frozen 

Frozen Water 

Field Parameters Measurement Time: 9 ;02 r 

Conductivity: ;;.V (circle)- us/em mslcm 

pH --lft;~. f.tllo-l-( __ 

Tern rature 13 ~ 0 °C Turbidi • f 0 NTU 

Additional Comments: (Description of sample location, amount coIleeted, colour, odour, particulate matter, 

frozen sa~e thawed) 

File: E201 ()4JDe Beers Waler Quality Log Sheet

%S6=C! 

£00:39t1d 


Samplenme: 

3:01""- 

Northing 

Weather; 

Flow: 

D Running StreamlRiver 


lake 

o Other: ______ 



Grab(S.S.bucket) 

Frozen Water 

ComposH:e Sample: 

Sample Crew; . 

b~1?W 

Yes Description: 

DNo 

Field Parameters Measurement TIme:_ 9": s;s- 

Conductivity Lbo d... (cirde)- us/em mslcm pH (',qB 

« 

rem rature OC Turbid" NTU 

Adcfrtional Comments: (Oesc:ription Of sample location. amount collected. colour. odour, particulate matter. 


Tech: _____________ _ 

File: E2010410e Beers WatGf Quality Log Shee1

.... 

all df10C19 lSI;;: rJI 6916 2££ £06:XI;;J Wd£b:10 b002-£2-83J 


Sample TIme: 

~·OO 

Northing 

Weather: 

'I) 

Flow: 

Sample Collection; 


Sample Crew! 

ISZl Running Stream/River 


0 Kemmerer Bottle 



No 

Lake 

o Other: ______ 

Water Depth: 

o Fast 

o Frozen 


Field Parameters Measurement Time: ____ 

Conductivity a,PI! (circler us/em ms/cm 

°c Turbid' NTU 

File: E201041De Beers Water Quality Log Sheet

~t>6=~ 

S00:39\:jd 

** £0'39~d 1~10i ** 

.~onID: 

1Jt>

all dnO~9 IS~:OI 6916 2~~ £06:X~~ Wd0v:10 v002-~2-83~ 

f!:ASIGrouP 


Weather: 

Flow: 



Sample Crew: 


Frozen Stream 

o Kemmerer BoHle 

3 Grab(S.S.bucket) 


No 

o Lake 

O~hw: __________ __ 

Water Depth: 

o Fast 

o Frozen 

Frozen Water 

Field Parameters Measurement Time: 

Conductivity ;:2& { 

(Gircle~ ms/c:m 

pH ".5"3 

Turbid" 

$' NTU 

File: E201041De Beers Water Quality log Sheet 

- ...... -.,11_'1 t I-,U .... IL-I J'f'TU...I ~-I 11.1,...1

all dnO~9 

Is~:aI 

-- AS/Group 


PS Coordinates: 

NAD83 



Frozen Stream 

Sample Time: 

;:J. ! o,s ....... 

Northing 

WeatheF"j 

I Flow: 

,...Jfre,{r >tJoe,j 

00 Still 


o Slow 

o Kemmerer BotHe 


Fast 

o Frozen 

Frozen Water 


Sample Crew: 

&J...~ 

Yes Description: 

No 

PbP 

pH 

(p.I$ 

NTU 

File: E20104/De Beers Wa1er Quality Log Sheet 

r~OTThQC~~T 01 ~qr~ 7r.r. ~~IH~T lAIHNH dIlIHd ~~ Wd 88:[ v002 82 83~

. - 

all dno~9 

BAS/GrouP 

Is~:aI 


Sample Time: 

0:S1-- 

Northing 

Weather; 

Flow: 

SampJe Collection: 


Frozen Stream 

Still 

Slow 



Lake 

o Other: ____ ~_ 

Water Depth: 

o Fast 

o Frozen 

Frozen Water 

Composite Sample~ 

Sample Craw: 

(;rf; 

D Yes Description: 

No 

'-'"------- 

Field Parameters Measurement TIme: 3 ~~ 

" J ~ 

Conductivity d.. '11 

(Circ/e~ ma/em 

Tem erature ~... °C Turbldi NTU 

Additional Comments: (Oe$Cliption of sample location. amount colleeted. colour, odour, particulate matter, 


Tech:_~ __________ _ 

Fie: c20104/08 Beers Water Quality Log Sheet

&lAS/GrouP 

all dnO~9 IS~:OI 11£1 2££ 906 l:X~~ W~£b:60 b002-£1-~~W 


Semple Time: 

t? Y5 

Northing 



Lake 

o Other: _____ ~ 

Weather. 

Flow: 



Sample Crew: 

G- >;:>' 


o Grab(S.S.bucket) 


No 

Fast 

o Frozen 


Field Parameters Measurement nme: __ -_ 

Conductivily ___ -{circler us/em ms/em 

pH _____ _ 

Tem eratur. °C Turbidi NTU 

Additional Comments: (Description of sample location, amount collected. colour. odour, particulate matter. 

frozen 5alTlPle thawed) 

No S f'fY\ p~~ TfrK~ ftloY""\. \\tl ~ 

IY\ Itt> t,..; 6 Ho "'-K-S I ~-I '" tv\. 1 to 0 r, f\ tJ) 

File; E20104fOe Beers Water 0u0I11ty Lng Sheet

%96=et t>OO: 39l:1d Oli dnOet9 IS~:OI 

t>0'd ltUOl 


Station 10: I Date: 

Sample Time! 

KA

%96=~ 200:3:>t::1d 

c0'd '1tUOl 

01'1 dnO~9 15t1 ::or 

ll£l 2£E £06 l:XI:J~ 

WI:J£l:0l b002-Ll-~tlW 

BAS/GrouP 

De Been; Water Quality Sampling Log Sheet 


Frozen Stream 

Sample Time: 

Iif): ..- 

Northing 

o lake 

o Other: ~ ___ ~_ 

Weather: 

Flow: 


Still 

Slow 

o Kemmerer BotUe 

00 Grab(S.S,bucket) 


Composite Sample: Yes Description: 

No 

Sample cre\f 

c.:rJ..,~ r< ~ 

Field Parameters Measurement Tima: / ~ : 0"; 

Conductiv~ 900 

(Circle,.!!ifj!ii) mslcm 

Tern erature (o;L °C Turbid' NTU 

Additional Comments: (Oescription of sample l()C8tion, amount collected, colour, odour, particulate n-etter, 

frozen s."ple thawed) 

Tech: ____ - 

________ _ 

File: E201()4/De a~rs Water Quality Log Sheet

%96=~ 200:38t1d 

c0"d ltllOl 

GIl dnO~9 

IStI:OI 


Sample lime! 

,.;. rv 

Northing 



Leke 

g Other:~ lA/:qL, 

Weather. 

Flow: 

t I!buIs 


Kemmerer Botue 

o Grab(S.S.bucket) 

Frozen Water 


Ves De5cription~ 

No 

Sample Crew: Ja. Son ~eA-L " 

Field Parameters Measurement Time: Oid Mf /J1d.tSuYe 

Conductivity __ ~_.(circle}- us/em ms/em 

pH_~ ___ _ 

: Tern erature °C Turbidi NTU 

T~h!.~ ______________________ 

File: E2010410e BeEM'S Watffr Oua~ty tog Sheet

BAS/GrouP 

all dnOCf) IStl: or 

" .... ..n_ De Beers Water Quality Sampling Log Sheet 

Sample Time: 

'Z ;:0 'V 1'>1 

Northing 



Lake 

o Other; ______ 

Weather: 

Flow: 



Sample Crew: 

D ~mmerer Bottle 

~ Grab{S.S.bucket) 

es Description: 

o 

Water Depth: 

Fast 

~rozen 

Frozen Water 

Field Parameters Measurement Time: JJ of 14 (au., 

Conduetivity ____(cirele)- uslcm msJcm pH_~ ____ 

TOOl rature °C Turbid NTU 

Tech:~ ___ ~ ______ _ 

File: E2010410e Seers WatM Quality Log Sheet

I'IfM AS/Group 

all ~ I~:aI 


~tion 10: I Date: 

! Sample Time: 

If)~ ~4-"'~ ~Ol A - Oz Mttrtcf, ?', 04- 

i 

GPS Coordinat.= I Eastlng I Northing 

NAD83 


Weather: 

CR..t.,tu St~l.'00 

bJ Running Stream/River 


o Slow 

~Lake 

o Other: 

I Water Depth: 

Flow: o Still o Fast 

CZ'"Frozen 

*'Z ~.Ii)?,..", 

Sample Collection: ~emmerer Bottle o Frozen Water 


Composite Sample: @ Yes Description: 

No 

Sample Crew: 

Lut{", HfiO~ ~ J«d1~ ... ~ 

Field Parameters Measurement Time: "-l01- 

fq~c 

Conductivity (circle)- us/em ms/cm pH 

Temperature DC Turbidity NTU 

Additional Comments: (Description of sample location, amount collected, colour, odour, particulate matter, 


, 

p~ t;:eL tl1S- 6/() '3f-Df -u, f7 - Pj 

Tech: 

------~----------------- 

File: E201041De Beers WitI8\" Quality Log S~t 

--- - ..... --..- -" ''''T I I -'w,,-u....a ....... c..J

mAS/GrOUp 

all dnoMS Is~:aI 


station 10: I Date: 

Sample Time: 

X!r5'-OOS+ .-04- -01 A -~3 

Mtuc~ ~/l otr 

GPS Coordinates: 1 Easting Northing 

NAD83 / 

Type of Waterbody: o Running Stream/River ~Lake 

o Frozen Stream o Other: 

Weather: ~. ~ 

t.! ??OYt'l 

Water Depth: 

Flow: Still 8{ast 

o Slow 

Frozen 

Sample Collection: ~emmerer Bottle o Frozen Water 



Sample Crew: ~&. 

fd: Yes Description: 

No 

. 

f{fif7)~ { ~ ~ 

Field Parameters Measurement Time: 11 tJ"f ..fri ~ 

Conductivity (circle)- us/an ms/cm pH 

Temperature °C Turbidity NTU 

Additional Comments: (Oescription of sample location, amount collected, colour, odour, particulate matter, 

frozen sample ltlawed) 

I 

f~~ 

't../rS.- t)~4 --04-' 01 ~ -p t 

Tech: __ ~ ________ , 

File: E20'\04IOe Beers Water Quality Log Sheet

%96=CI 

S0"d ll:HOl 

S00:39I:!d 

2 AS/ Group 


Station ID: I Date= 

Sample Tim.~ 

K'fr) __ oo'71-'rJf---O( fI-f)t lYiaAC!, ~/# V4- 

4-:'l!2J'f'Yl 

I 

GPS Coordinates: ! Eastlng Northing 

NAD83 


Weather: ~ ."c:w 

kl Running Stream/River 

D Frozen Stream 

~Lake 

o Other. 

Water Depth: 

FIow= Still QFast 

o Slow 

Q'Frozen 

Sample Collection: ~mmerer Bottie U Frozen Water 

Grab{S.S.bucket) 

composite Sample: 

Sample Crew: 

~ (es Description: 

No 

~ta. f{()O~ 

~ ~J.M Skrn-t 

Field Parameters Measurement Time: fJo1 t(,l~ 

Conductivity (circle)- uslcm mslcm pH 

TemDerature °C Turbidity NTU 

Additional Comments: (Description of sample location, Elmount collected, colour, odoor, particulate matter, 


f~ 

~ 

~~,- DD~4 ..,~ r 0, J{-P I, 

Tech: ___ ---______ _ 

Fie: E201041De Seers water Quality Log Sheflt

June 16, 2005 


APPENDIX C 

Drill plans for 2004 reverse circulation drill holes 

34

June 16, 2005 


(~ Location Map of Mineral Claim Block 

~ TB 1199752 


NTS: 43E/12 

June 16, 2005 



5931000 

KAS 9054-04 -01A 

-$-- 

-$- Drill Hole 


o Comer Post 

• Line Post 

.A Witness Post 

5930000 

44 9000 450000 

0.1 02krn 

i 

1:10,000 

3 5

June 16. 2005 


I~ Location Map of Mineral Claim Block 

I~ TB1199757 __ _ 

) 

- 


NTS: 53H/15, 53H/16 

June 16,2005 



5978000 

) 

4 

KAS 9024-04-01 A 

+KAS::'9024-04-02A 

4- DriliHole 

D CiaimTB1199757 

o Comer Post 

• Line Post 

.. 

0.1 02 km 

I 

1:10,000 

36 

400000 

401000

June 16, 2005 


~ Location Map of Mineral Claim Block 

~ T83006292 


NTS: 43E105 

June 16,2005 



59210 

KAS 0069-04-01 A 

-$- - 

-$- DriliHole 


o Corner Post 

• Line Post 

0.1 O.2km 

460000 461000 

1: 10,000 

37

I 

June 16, 2005 



~ TB3006293 

- ---- - - --- ---_._-- 


NTS: 43E/05, 43E/12 

June 16,2005 



5928000 

-$- DriliHole 


o Comer Post 

• Line Post 

o 

460000 46,000 

0.' 

1 10,000 

02 km 

I 

38

June 16 . 2005 



~ T83006294 

----- ~ 


NTS: 43E/11, 43E/12 

June 16,2005 



5930000 

-$- DriliHole 


[J Comer Post 

• Line Post 

0. 1 02 kin 

467000 468000 

1: 10,000 

39

June 76. 2005 


(~ Location Map of Mineral Claim Block 

~ T83006296 

- - ----_.._----------- - - - - - 


NTS: 43E/06 

June 16,2005 



5925000 

!

June 16, 2005 


'~ Location Map of Mineral Claim Block 

I~# TB 3006298 

5~1~,---------~----~--------------~--==----~r---------~~------r--------r 


NTS: 53H/15 

June 16, 2005 



KAS 00 13-04-01A 

-$- - 

KAS 0082-04-01A 

-$- - 

-$- DriliHole 


o Comer Post 

• Line Post 

5960000 

382000 383000 

0.1 02 kIn 

I 

110,000 

41

June 76, 2005 



~ TB3006313 

- --- - -- 

5974000 


NTS: 53H/15 

June 16.2005 



KAS 0011-04-01 A 

-$-- 

-$- DriliHole 


o Corner Post 

• Line Post 

5973000 

0.1 0.2 km 

375000 376000 

1: 10,000 

42

June 16, 2005 

2005 Kasabonika A ssessment Report 


~ TB3006314 

- - - -- - - - 

r-------------------------,-----~----~~--------------__r-----,-----------, 

5977000 


NTS: 53H/15 

June 16, 2005 



. . 

KAS 0012·04·01A 

-$-- 

-$- DriliHole 


o Comer Post 

• Line Post 

5976000 

377000 378000 

190 

0.1 02km 

i 

1:10,000 

43

June 16, 2005 


a 

Location Map of Mineral Claim Block 

~J' TB 3006315 


NTS: 53H/10 

June 16,2005 



5970000 

KAS 001S-04-01A 

-$- - 

-$- DriliHole 


o Comer Post 

• Line Post 

......... 0

June 16, 2005 



~ TB3006320 

- -- - 

200 

g 

'" 


NTS: 53H/10 

June 16.2005 



5953000 

KAS 0034-04-01 A 

~ - 

~ DriliHole 


o Comer Post 

• Line Post 

0.1 02 km 

396000 397000 

1: 10.000 

45

June 16, 2005 



i~J TB 3006322 

5978000 


NTS 53H/15 

June 16,2005 



KAS 0036-04-01 A 

-$-- 

-$- DrillHole 


o Comer Post 

• Line Post 

5977000 + 

399000 400000 

0.1 02 kIn 

I 

1:10,000 

46

June 16 , 2005 



~ TB3006323 

-- -- - ---------- 

5963000 


NTS: 53H/16 

June 16,2005 




D TB3006323 

o Comer Post 

• Line Post 

5962000 - 

KA S 0044 

~ - 

408000 

'If" 

" 

409000 

0.1 O.2 km 

1:10,000 

47

June 16, 2005 



~}' TB 3006324 

--- ----------------- -- ---- 


NTS: 53H/09 

June 16,2005 



5955000 


o Comer Post 

-t!r 

DriliHole 

KAS 0047-04-01 A 

~- 

• Line Post 

411000 412000 

0.1 02 km 

I 

1:10,000 

48

June 16, 2005 



~ TB3006325 

- - -- - - 

5956000 


NTS; 53H/09 

June 16, 2005 



KAS 0049-04-01A 

-$- KAS-=-0049-05-01C 

-$- DriliHole 


CJ 

Corner Post 

• Line Post 

5955000 

0.1 0..2 krn 

I 

110,000 

49 

414000 

41S000

June 16, 2005 



~ TB3006326 

-- - ----- - ---- - 

UTM Nad 27 , Zone 16 

NTS: 53H/16 

June 16,2005 



5957000 



o Comer Post 

• Line Post 

0.1 02krn 

417000 ' 18000 

1:10,000 

50

June 76, 2005 



~ T83006327 

I 

_____ _ 

5967000 


NTS : 53H/09 

June 16,2005 



0051-04-{)1 

-$- DriliHole 


[J Comer Post 

• Line Post 

5966000 

419000 420000 

0.1 02 km 

I 

1: 10,000 

5 1

June 16 . 2005 



,~ T83006328 

------ - -- -- 

UTM Nad 27 . Zone 16 

NTS: 53H/09 

June 16,2005 



5953000 

-$- DriliHole 


o Corner Post 

• Line Post 

0.1 02km 

422000 423000 

1: 10,000 

52

June 76, 2005 


5931000 


~ TB3006329 

-- -- - - 

.. 

L 

./" 

~ 

) 

--- 

[ ~/ 

( 

~ 

C ) 


NTS: 53H/09 

June 16,2005 



. . 

KAS_OO56-04-01 A 

-$- 

-$- DriliHole 


D 

Comer Post 

• Line Post 

~ 

5930000 

11 - - - I 

, 

0.1 02 km 

I 

c 

1: 10,000 

53 

426000 427000

June 16, 2005 


APPENDIX D 

Drill sections for 2004 reverse circulation drill holes 

54

June 76. 2005 

• 30 5 


Project· Kasabomka 

Drill Hole KAS 0011-04-01A 

Anomaly: KAS _-DO 11 

Location: 3759' 4 .amE ; 5973341 .7mN 

NAD27 Zone 16 

NTS 053HI15 

Depth 

KAS_0011-04-01A 

Claim Number TB 3006313 

Drilled: 26102104 to 26102104 

Geotoglst: J Berenyi, A, Choumard 

Dip/Azimuth. -90·/000· 

Drilled by: Boarl Longyear 

Core Size: RC Chips 

LEGEND 

.-.- : Overburden 

Em Country Rock 

-o 5 10m 

10m 

............... 

.. 

.::::::::::::::::::::::::::::: 

EOH: 10m 

Om • 3m: Organics and Ice 

3m -6m: Till 

6m -10m: Ph logopite bearing serpentinite

June 16, 2005 


Project Kasabonika 

Drill Hate KAS 00 12·04·01A 

Anomaly· KASJJ012 

l ocation: 377828mE 1 597642S. 1mN 

NAD27 Zone 16 

NTS 053HI15 

Depth 

KAS_0012-04-01 A 

Claim Number TB 300631 4 

Drilled 25102104 to 25102104 

Geologist A ChoUInard 

Dip/Azimuth. -90°1000° 

Drilled by. Boart l ongyear 

Core Size: RC ChlD.S 

~ 

LEGEND 

Overburden 

Country Rock 

-o 5 10m 

EOH: 8.3m 

Om • 3m: Organics and Ice 

3m· S.7Sm : Till 

S.7Sm ·8.3m : Hornblend e orthogneiss

June 76, 2005 


Pro:ecl KasabOn.lKa 

iJrlil riole KAS 001;;.:o1·01A 

Anc1f'llrtly KAS -,t(]lJ 

local.Co 382i3~ 7rrlE 5960217 40lN 

NAO~ I ZonE! 16 

NTS or3H ,~ 

Deplh 

Claim Number 1 ~ 30';Jt529ij 

Dnlled 2~I03,1()4 10 26103/11 4 

GeOlogl,t ,~, $1 cme 

Dlp/Azt1TUJtn -9U tOOCY' 

Dnlled by' Boa" Lon9~eaf 

- R hilS 

KAS_0082-04-01A 

P rOject Kli!ssbomJc;a 

DIIII Hal< KAS lMJ82·iJ.1-lJ1A 

Moma") KAS]Jce2 

local.Or, 382905 I mE 960121 fjf')N 

NAD2! lone 16 

~ 5 HI1 

Depth 

Cia,.,., Number IB 3006198 

Unllea 1/1031114 10 ' 7'U3104 

Ge,:, oglSI J BEtren'yi 

[l'p,A71rr1ul'l '10"JOOoo 

Drillea I:}" Soart LOfl~ Vcar 

- h· 

Dice 

LEGEND 

Om -1 .25m: lI;:e 

1.2Snl- 2.7Sm: LUo bollom seckments 

2.75.m - 19.25m: Tilt 

LEGEND 

Overburden 

~5~ ~t5~ : 0.pfnics 

3.5m - 18m: Till 

~ Overburden 

r: :::'5 Counlry Rock 

Country Rock 

19.2Sm - 25.25m' Am 

IrxHne 

18m - 21.5m: Pyrolttmlte 

21.5m -24m: P},rQ;(!!'N1O 

o 5 10m 

- 

EOH: 25.25m 

o 5 10m 

EOH: 25m 

24m - 24.5m' Quarlz ",.,. 

24.Sm ·25m: Pyro;(fmitO 

57

June 76, 2005 


KAS_0015·04·01 A 

Project: Kasabonika 


Anomaly: KASJl015 

Location. 383772 6mE 15969950 5mN 

NAD27 Zone 16 

NTS 053HI15 

Depth 

LEGEND 

I¥!&l Overburden 

o Country Rock 

Claim Number: TB 3006215 

Drilled: 25/02/04 to 26/02/04 

Geologist' J. Berenyi. M Stone 

Dip/Azimuth: -90 0 1000 0 

Drilled by: Boart Longyear 

Core Size. RC Chi~s 

Om - O.75m: TFt'lrlozen Organics 

O.75m - 6m: 

6m - 11.3m: Till 

11.3m -12.75m: Till 

12.75m - 16m: Serpentinite 

EOH: 16m 

-o 5 10m

June 16, 2005 


Dice 

Project· Kasabonika 

Drill Hole· KAS 0034-04-01A 

Anomaly: KAS 0034 

Location: 596311.9mE /5952970.5mN 

NAD27 Zone 16 

NTS: 053HI10 

Depth 

LEGEND 

KAS_0034-04-01A 


Dnlled. 27103/04 10 31/03/04 

Geologist· M. Stone 

Dip/Azimuth -90"1000" 

Dnlled by: Boarl Longyear 

Core Size RC Ch~s 

Om -1m: Ice 

1m - 2m: lake bottom organics I minor till 

2m - 13m: Garnet Amphibolite 

Overburden 

Em Country Rock 

EOH: 13m 

o 5 10m 

-

June 16. 2005 


D 

Project· Kasabontka 

Drill Hole: KAS 0036·04·01A 

Anomaly: KAS 0036 

Location: 399866 SmE IS977439.1 mN 

NAD27 Zone 16 

NTS: 053HI15 

Depth 

LEGEND 

Overburden 

Country Rock 

KAS_0036-04-01A 

omlillM 

10m _ 


Drilled: 01 /0 3104 to 02/03104 

Geologist. A Chouinard. M. Stone 

Dip/Azimuth ·90"fOOOO 

Dnlled by: Boart Longyear 

Core Size . RC Chi 5 

Om ·4m: 

Organics 

4m ·14.3m: Till 

14.3m · 32.2m: Pyroxenite 

20m 

o 5 10m 

- EOH: 

30m 

32 .2m

June 16. 2005 


Project Kasabonlka 

Drill Hole. KAS 0043-04 -01A 

Anomaly: KAS.0043 

Location: 407816 4mE I 5962760.6mN 

NAD27 Zone 16 

NTS 053HI16 

Depth 

KAS_0043-04-01A 


Drilled. 15103104 to 16103/04 

Geologist· A. ChoUinard. M. Slone 

Dip/Azimuth: -90°1000° 

Dnlled by Boart Longycar 

Core Size. RC Chi 5 

LEGEND 

Om 

Om - 1.7Sm : Frozen Organics 

1.75m ·7.1Sm: Till 

-:. 

... 

Overburden 

Country Rock 

10m 

7.15m ·20m: Till 

20m·23.6m: Clinopyroxenile 

o 5 10m 

- 

EOH: 23.601

June 16, 2005 


KAS _ 0044-04-01 A 


Drill Hole KAS 0044·04·01A 

Anomaly: KAS_0044 

Location: 4080496mE 15962028.4mN 

NAD27 Zone 16 

NTS 053HI16 

Depth 


Drilled 18102/04 to 24/02/04 

Geologist: A. Chouinard. M Stone 

Dip/Azimuth: .90 % 00° 

Dnlled by: Boarl Longyear 

Core Size RC Chi s 

LEGEND 

Overburden 

t:.:.:.·j Country Rock 

Om 

10m 

Om ·1.1m: Organics 

1.1m·2.6m: Glaciolacustrine Clay 

2.6m·18.25m: Till 

18.25m • 26m: Till 

26m· 31.35m: Till 

20m 

31.35m·35.3m: Till 

-o 5 10m 

30m _ 

35.3m ·56.5m: Biotite·rich amphibolite 

40m --< ..••.•..•.•.. 

SOm - [:.:.: .. :.:.::':':':':':':':.':':~ 

EOH: 56.5m

June 76, 2005 


P ~olec t\asaoontk3 

01111 MOte KAS 0046·J4-01A 

AflOmal'l KAS OU"€ 

lor..alion 4U~!>t5 SrnE 5955,'.7 emN 

NAD27 Zone 16 

Deplh 

ClaIm Number 18 3006324 

IJnKea 17!02'O~ 10 18'1)2104 

Geolog.S! M S 1 o~e 

D'plAz,mul" 90 '000" 

DnMed by BoM longyc.' 

cS,eRC his 

Pro,ec.t KasabOnt"'a 

Onll HOI~ KAS uo-" '~-alA 

"'nom.l), KAS_W~I 

locallon 41131S8rnE 5~i541"g -.."N 

NAO~7 !o'le 16 

NTS 053 'O~ 

Depth 

Claim NlImber '8 3i)06!t'~ 

Onlleo '5'()2I(lJ 10 11102.U4 

GeIl)Qglsl A ChoumSflJ 

O'pIAtlmul'\ -9t''':OOt'fl 

Dnlle[! by Boart longvear 

·ore I hi 

LEGEND 

[;:;] Overburden 

f:::::::J Coun1ry Rock 

Om - 1.1m: BouICk!( 

1,lm' 2.5m: TIl 

2.5m - 3.1m: Till 

3.1m·8.6m: TIU: 

8.6m - '1 .6m: Tin 

11 .6m - 12.5m : Tlli 

12.Sm -15m: TIU 

D 

LEGEND 

Overburden 

t::::::'j Coun1ry Rock 

Om . 13.5m: O~'erburd e (t 

13.Sm - 16.5m: Till 

15m - 17 .5m: Meca-Gat!bro 

16.Sm - 18.Sm : Ampf'l1bOId.O 

EOH: 175m 

o 5 10m 

- 

o 5 10m 

63

June 76, 2005 



Drill Hole' KAS 0049-04-01A 

Anomaly : KAS'=-0049 

Localion: 414546 2mE 15955646 7mN 

NAD27 Zone 16 

NTS 053H/09 

Depth 

KAS_0049-04-01A 

Claim Number. TB 3006325 

Drilled 15102104 to 15/02/04 

Geologist L Hoos8m, J BerenYI 

Dip/Azimuth : -90%00° 

Drilled by : Boart Longyear 

Core Size. RC Ch~s 

LEGEND 

Dice 

Overburden 

t:.:.:.:j Country Rock 

Om"""'"F.~~~~~ 

I:::::::::::::::::::::::::::::: ~ 

EOH : 3m 

Om - O.2m: Ice 

O.2m·O.75m: Till 

O.75m ·3m: Amphibolite 

-o 5 10m

June 16 . 2005 


Pnl}eCI Kas.at.aru .... a 

Drtll HOi!" KAS lJU!J[I~0 4 ·0lA 

A""",,,11' KAS -0050 

L O-:::8lion 417875 t mE Sr:'l56!12'=t .2mN 

NAD2l Zone 16 

t TS 053H!'6 

Deplh 

KAS_0050-04-01A 

Claim Num"'" I B J()J6326 

Ortlfeod. 10'02'0..110 . J.'02'0~ 

GPOIIlgI$t A ChouInard 

DIP' Azlmulh ·90"000" 

DrIlled tJV 8031'1 lOI'9'f'ertr 

'ore S'le RC Chi , 

PrOject "'asa.bol1l"~ 

Dnlt Hoi€- I(AS UO!:JU :)4 C2A 

Amona \. KAS ·0050 

Lo.::ahol"l 4178750 8mE 59569l811mN 

NAD2 { lone 16 

t T5 053H '6 

Deplh 

KAS _ 0050-04-02A 

CIaIl'1 NlImher I ~ 3006,26 

lJnnen OflI)3'UJ Ie 08lt)J'04 

GeoIOg'SI A Cho",nard 

Dlp,A,"IMIII" ·90 .'Otxt' 

Dn~ed by BOil., lon9vcar 

Core Sll(l RI~ Chi S 

LEGEND 

o Overburden 

om •... ',. _;~ Om . 118m: Till 

. ~.;: 

10m .· .. :..·. 

LEGEND 

~ Overburden 

Country Rock 

Om · 6.7Sm: 

Till 

6 .7Sm . 11m; rill 

EOH: 11 .8m 

17m · 20 .2m: Ultramafic rock 

EOH: 20.2m 

o 5 10m 

- 

o 5 10m 

- 

65

June 16, 2005 


Project· Kasabonika 

Drill Hole KAS 0051·04·01A 

Anomaly: KAS~0051 

Location: 419252 7mE 15966465mN 

NAD27 Zone 16 

NTS 053H/16 

Depth 

KAS_0051-04-01A 

~Iaim Number: TB 3006327 

f.;lnlled : 06/03104 to 07103104 

. ~eoI09Ist: J Berenyi. M Stone 

Dip/Azimuth: ·90°/000° 

Drilled by. Soarl Longyear 

Core Size: R Chi 

LEGEND 

Overburden 

I::::::::j Country Rock 

Om 

10m -, ......... ...., 

Om • 2.5m: 

Organics 

2.5m ·20.5m: Till 

20.5m ·25m: Sulfide Granodiorite 

o 5 10m 

- 

EOH: 25m

June 16. 2005 


KAS _ 0053 ~04 -01 A 

PrOject; Kasabonika 

Drill Hole: KAS 0053·04·01A 

Anomaly: KAS'::-0053 

Localion: 422158.6mE / 5952702.6mN 

NAD27 Zone 16 

NTS 053HI09 


Dnlled: 14/03/041014/03/04 

Geologist: J. Berenyi 

Dip/Azimuth: .90 0 /000. 

Dnlled by: Boart Longyear 

Core Size : RC Chi S 

LEGEND 

Overburden 

Om ----.=== 

Om - O.5m: . Organics 

O.Sm - 4.Sm. HI 

4.5m -11.4m: Chlorite-actinolite schist 

~ 

~ 

Country Rock 

1 Om -+,:.:.:-:.:.:.:.:.:.:.,:.:.:.:.: ~ 

EOH: 11.4m 

o 5 10m 

-

June 16, 2005 


P'o,eel t< asaC(lOlSo;a 

Unll HQle !(AS OU!>6· "-lllA 

Anom"y KA$ -00;6 

lO(.Auon 4l(.148 fmF "'}3{l8UU emN 

NAD27lon. 16 

NTS 41 '" 

Depth 

Clam NUlTlbe' r' lll063l9 

Dnlletd ll2'lJ·1't.i~ Ie ,,3rt,", {J4 

Ge-01oglSI r ... ~ Stone 

DIp A. ... lrlLtl": -~ "'OOl 

Or.Ued b.. Boart lonoy ar 

"R h 

P rOject t(3sabMlu 

Dnll ",ole KAS 006Y .... 0 I A 

",am., K"S -(0069 

Lo-:ahon 46iJ \ !:Ie. 4mE: 5920524 1 mN 

NAC27 Zone 16 

NTS C43E.(): 

Depth 

Clal'" Number 1 B ]0062~~ 

Dnll~ 06'(14'041010,'04.'04 

Geo

June 16. 2005 


ProJecl. Kasabonika 

Drill Hole KAS U070·04·111A 

Anomaly: KAS-':-0070 

LocatIOn: 46054BmE 15927851 .5mN 

NAD27 Zone 16 

NTS 043E/12 

Depth 


Dnlled . 12/04104 to 15104/04 

Geologist J Berenyi 

Dip/Azimuth: .90 0 /000 0 

Dnlled by : Boarl Longyear 

Core Size' RC Chi s 

LEGEND 

Om 

Om ·3.5m: 

Organics 

Overburden 

~ Country Rock 

10m 

3.5m-ll.6m: Till 

11.6m -16m: Tonalite 

EOH : 16m 

-a 5 10m

June 16. 2005 


PrOject Kasabonika 

Drill Hole· KAS 0074·04·01A 

Anomaly· KAS'=-0074 

Location. 467205.6mE I 5929848.1 mN 

NAD27 Zone 16 

NTS 043E/11 

Depth 

KAS_0074-04-01A 


Dnlled: 18/04/04 to 19/04/04 

Geologist. L. Hoosain 

Dip/Azimuth: ·90·/000· 

Drilled by Boart Longyear 

. RC Chi S 

LEGEND 

Overburden 

I:':':':'j Country Rock 

om __ 

10m i l •• 

EOH: 15.5m 

Om· 1.3m: ~rganics 

1.3m • 14.8m. Till 

14.8m·15.5m: Granite gneiss 

o 5 10m 

-

June 16, 2005 




Anomaly: KAS'::-0076 

Location: 471368 7mE / 5924736.4mN 

NAD27 Zone 16 

NTS: 043EI06 

Depth 

LEGEND 

Overburden 

I::::::::j Country Rock 


Drilled : 16104104 to 17/04104 

Geologist. J Berenyl 

Dip/Azimuth. -90°1000° 

Drilled by: Boart Longyear 

Core SIze: RC Chi s 

Om - 2.5m: 

2.5m - 8m: Till 

Organics 

8m - 13m: Chlorite-actinolite schist 

EOH: 13m 

o 5 10m 

-

June 16, 2005 


t~rOll::ct Ka!>cl rukclo 

Otlll ~t')le KAS YO;!J..u.t 01A 

AnOrtla1v t\AS -&C2 j 

loc.,oOn 4"~770 .nmE ~9]R074 40mtl 

NA021 Zone 1 & 

NT H 1C 

Depth 

Cla,m Numbe I B l1Y!1I~' 

Drolled 2MJ2·Q4 10 29'02'01 

Geologist A CIlOulna,-d 

Dlp.Aztnutn OO!OlY.) 

Drilled by Boa'1 long)' 0' 

r 0 IIC' RC Ch1 c; 

pjOJ~"t 

Ka~Lt'>m~ 

Onll Hole KAS Y02-1 .. 14 b\ 

Anoma y kAS -90l4 

locahon 10077.' 10mE 597#1;078 '301TN 

NA027 lone '6 

NTS 053 'S 

Depth 

Clal", Num r 1 B 119!n51 

Dnl)ed V3~03'04 to 05'03 04 

Ge~logtSl A CIl:JuntJld 

O'p,Az""Ulh -90 'QUO' 

Onlted ty Boal'1 l o"~vear 

Corel ;;:Chs 

0 

LEGEND 

Overburden 

o 5 IDm 

- 

20m 

Om 

10m 

EOH: 20.3m 

Om - 20.3m: 

Till 

GJJ 

0 

LEGEND 

Overburden 

Country Rock 

Om 

10m 

20m 

Om - O.Sm : Orga""s 

O.5m-Sm: T,II 

Sm - 21.Sm: Till 

21.Sm -41.4m: Amplllbollte 

o 

l Orn 

30m 

40m 

EOH: 41.4m 

c.n 

72

June 16. 2005 



Drill Hole' KAS 9054·04·01A 

Anomaly : KAS3054 

Location: 449399 40mE 15930767,OOmN 

NAD27 Zone 16 

NTS: 043E/12 

Claim Number' TB 1199752 

Drilled: 05/04104 to 09/04/04 

Geologist' M, Stone 

DlplAzlmuth, .90 0 1000. 

Dnlled by' Boart Longyear 

Care Size: RC Chi s 

I@ ~¥l 

D 

LEGEND 

Overburden 

Country Rock 

Om ·2.5m : Organics 

2,5m ·24.75m: Till 

_. o 5 10m 

24,75m · 31m: Diorite 

EOH : 31m

June 16, 2005 


APPENDIX E 

Drill logs for 2004 reverse circulation drill holes 

74

iHole Name :KAS_0011-04-01 A 

I 

Geologist Jason Berenyi/Annick Chouinard 

I StartDate :' 2126/2004 8:00:00 AM ' I 

FinishedDate '2/26/20041 2:00:00 PM ' 

INorthing :5973341.7 IEasting :375994.8 

I 

NAD27-CANADA MEAN 

I 

Zone 16 

I 

ClaimlD :TB 3006313 

I 

Contractor :BOART LONGYEAR 

I 

DriliRig lD :MHD-2 

~egment Start Depth :0.00 ~egment End Depth :14.78 

Depth Unit Sub-unit Texture Mineralogy Description Mag. Susc. Reading (mcgs) 

1 

-2 

Overburden Organics and ice . N/A ' · NOT RECORDED ' · Frolen O(ganics .. 

3 - - - 

4 

5 

6 

7 

, Mostly subrounded , poorly sorted, all size 

Overburden Till fractions present. but coarse fractio n is 

dominant 

,. 

· Dominantly limestone >60%, to nalite 25%" 

mafic lIolcanics, metasediments. quarzt veins 

in granite, and sorne serpentinite also presenl. 

· Till - magnetic material in some samples. 

Material often ground to silky powder, a few · Serpentine group minerals. Serpentine. 

Phlogopite bedrock chips and some till influx . Bedrock phlogopite, chlorite (possibly another form of · Phlogopite bearing Serpentinite. (Uncertain 

8 Country Rock bearing chips become larger and more competent with serpentine), with accessory magnetite and aboul rock desIgnation}. ' 

serpentinite depth. ' pyrite . . 

9 

I I I I I I 

'" 

'" 

0 

I. ~ 

./' EOH ./ EOH /' EOH" 1- -r--~ 

-... 

0 - - - 

'" 

'" 

0 U1 0 

I 

I 

I 

" I 

~ 

I 

I 

'" 

11 

12 

13 

I 

14 

I

Hole Name :KAS_0012-04-01A 

Geologist :Annick Chouinard 

StartDate :' 2125/2004 8:30:00 AM' FinishedDate :' 2125/2004 5:00:00 PM ' 

I 

I 

I 

Northing :5976425.1 IEasting :377828 NAD27-CANADA MEAN Zone 16 ClaimlD :TB 3006314 Contractor :BOART LONGYEAR 

DrillRiglD :MHD-2 

I 

I 

I 

I 

I 

"'''Y"I'''' 

Start Depth :0.00 ~egment End Depth 14.78 


1 

Overburden Organrcs and ice ' NIA ' · NOT RECORDED' , Organics and tce . . 

2 

I ! I I I I 

'" " 0 - 

0 

- 

0 

'" '" '" 

'" 0 

3 

4 

5 

6 

· limestone (60%), subordinate tonalite, mafic 

Overburden Till . Sub-rounded ' volcanics. melasediments and gneisses (no ' Till. Poorly sorted . . 

garnet) . . 

.- f- - 

· Hornblende-bearing with accessory biotileand 

7 Coun1ry Rock 

Hornblende 'N/A' epidote, minor magnetite and pyrit9@6.6-S.7m Mafic orthogneiss . . 

orthogneiss 

borderline amphibolite. ' 

~ 

~ 

I 

8 

~ I 

- 

r. 

-~ 

/' EOH / EOH ' 

- - ,- - I- 1-- f - - 

·9 

10 

11 

12 

13 

14


I 

Geologist :Melodie Stone 

I StartDate :' 3/25/2004 9:15:00 AM' I 

FinishedDate :' 3/26/2004 5:30:00 PM ' 

Northing :5960217.4 Easting :382232.7 

I NAD27-C ANADA MEAN I Zone 16 I ClaimlD :TB 3006298 I Contractor :BOART LONGYEAR I 

DriliRiglD :MHD-2 

Isegment Start Depth :0.00 ~egment End Depth :14.78 


1 

J I I I I I 

~ ~ ~ 

en "-J 

Ice Ice · NJA' . NOT RECORDED' . NOT RECORDED' en 0 en 0 

en 

0 en 0 

'" 

'" 

2 Overburden 

Lake bottom 

sediments 

· Very fine sill and decaying organ'cs ' . NOT RE CORDED . 

"lake Bottom Sediments. Very fine silt and 

decaYing organics' 

3 

4 

5 

6 

7 

- 

8 

9 

Overburden 

Till 

· Poorly Sorted , a.1I clas! sizes pre sent inequaJ 

amounts. Clasts are angular wi th low 

sphericity. Average leXlure percentages : Clay 

5%, Silt 30%, Sand 40 11- /0-, Oversize 25%. ' 

, Lithologies: Carbonates 60%, Mafic 

Volca nics20o/." Metasediments 5%, Granitoids . Ti ll ' 

15% .. . 

10 

11 

12 

13 

14

~ , 

Hole Name :KAS_0013-04-01 A 

I 


I StartDate :' 3/25/2004 9:15:00 AM ' 1 


Northing :5960217.4 IEasting :382232.7 

I NAD27-CANADA MEAN 1 Zone 16 I ClaimlD :TB 3006298 I Contractor :BOART LONGYEAR I 


'"'''>I'' "" " Start Depth :14.78 b. End Depth :29.56 

1"">1"'''' 

Depth Unit Sub·unit Texture Mineralogy Description Mag. Susc. Reading (mcgs) 

16 

I I I I I I 

'" 

'" 

U1 ..... - - U1 

- 

U1 0 U1 0 

0 U1 0 

17 O verburde n Till 

, Poorly Sorted, all clasl sizes present inequal 

amounTs. Clast s are angular with low 

sphericity. Average te xture percentages: Clay 

5%, Silt 3O'Y., Sand 40%, OIiersize 25%. ' 

. l uhologies: Carbonates 600/9. Mafic 

Voicanics20%. Metasediments 5%, Granitoids 

150/ .. . 

' T,II' 

18 

19 

r 20 

f 21 

'60% HornblendelTremolite, 30% Acti nolite. 

, Amphiboles are seen in tabular masses, 

Amphibolite. One granitic boulder is seen at 

5% Biotite, 5% C lorile , trace garnet and 

Fine-grainad. Chlorite forms irregular planes 

20m-21.25m. 30% quartz , 400/. plagioclase, 

pyrile. Pyroxene seen al 20.Sm (up to 5%) . 

22 (forroing schistose fabric). and is pale bluish 

with clinopyroxene, hornblende. epidote, 

. 

Country Rock Amphibolite green,and icaceou s. Garnets are 5ubh edrat chlorite, pyrite. Coarse-grained (-2mm) 

21.25m: 15% chlorite, 80% amphiboles 

and very small l


Geologist :Jason BerenyilMelodie Stone 

Start Date :' 2125/2004 1 :15:00 PM ' FinishedDate ' 2/26/2004 9:00:00 AM ' 

I 

I 

I 

Northing :5969950.5 IEasting :383772.6 NAD27-CANADA MEAN Zone 16 ClaimlD :TB 3006215 Contractor :BOART LONG YEAR 


I 

I 

I 

I 

I 

'v\'/'''v 

Start Depth :0.00 I" End Depth :14.78 


r"\J"'''" 

Overburden Frozen organics 'NiA ' . NOT RECORDED' , Frozen Organics. ' 

1 

I I I I I I 

'" '" 

... 

0 -0 

- -01 

'" 

'" 

'" 

0 01 0 

2 

, Pebbles are: 35% meta-limestone . 23%:0 

3 . 2.5m: Clay-rich till. 35% clay. 250/, silt. 25% quartzJquartz-rich intru s r~e s . 17% mafic 

Overburden 

Till 

sand, 15 • overwed . Pebbles are a max. size intrusives, 15% nondescnpt meta-sediments, 

01 7.Smm. well-sorted. All are 10% mafic volcanics. Of interest: highly 

rounded-subrounded . . magnetic phyllite pebble. chloritlZed. Soh. 3 

4 small chunks seen 1-3mm in diameter. ' 

. Clayey till. Colour is : grey . . 

5 

6 

7 

8 

. 6.0m: Pebbles are : 35' 0 quartz/quartz-rich 

intrusives, 30% meta-limestone, 20% mafic 

. 6.0m: Silty till. 15% clay, 40% silt. 25% sand , volcanics, 8% other metasediments (including 

200/. oversized. Pebbles are up 10 1.3cm in 4 phyllites). 7%. mafic intruSives. 

diameter. and subrounded to angular. 

Overburden Till 7.5m: Pebbles are: 85% intermediate-mafic . Silty ti ll. Colour: grey to dark grey . . 

7.5m: Very silty/sandy till. 5% clay, 40% silt, intrusive (10% with epidote, 40"10 hornblende 

9 45% sand. 10% oversized. Pebbles are 

angular to subangular! 2.5 

10 

11 

12 Overburden Till 

13 

, Serpentine is tabular and rad iating-fibrous, to 

Country Rock Serpentinite (?) platey/micaceous. with striations on platey 

14 surface s. SoM rock , breakable and tlakey. ' 

1/; 

1 t .3m: Pebbles : 40% limestone . 20% 

felsic-intermediate intrusives, 25% 

'serpentinIte', 10% other metasediments , 5% 

, l'.3m: increased sand content. Serpentinite mafic volcanic. 

clast s - serpentine is platey to tabular and 

fibrous. STriations on planes. no cleavage 

12.Sm: Increase in granitic pebble content (to 

other than 1 direction. Dark-medium green. 60%) . Disasserrt>led (smeared out) garnet 

Non-magnetic 

seen in one intermediate intr 

, Serpentine is medium to dark green. Lustre is 

greasy to glassy. Trace pyrite. ' 

'Sandy till. Colour: grey to dark grey. ' 

, Serpentinite. 

~ 

1 "" It ~ 

(

~ ~ ~ 

Hole Name :KAS_0015-04-01 A I Geologist :Jason Berenyi/Melodie Stone I Start Date , 2125/2004 1 :15:00 PM ' I FinishedDate :' 2/26/2004 9:00:00 AM ' 

Northing :5969950.5 Easting383772.6 I NAD27-CANADA MEAN I Zone 16 I ClaimlD :TB 3006215 I Contractor :BOART LONGYEAR I DriIiRigIDMHD-2 

Segment Start Depth :14.78 ~egment End Depth :29.56 

Depth 

Unit 

Sub-unit 

Texture 

Mineralogy 

Description 

Mag. Susc. Reading (mcgs) 

17 

Country Rock 

Serpentinite (?) 

. Serpentine is tabular and radialing-f,brous, to 

platay/micaceous, with striations on plaley 

surfaces. Soft rock, breakable and flakey .. 

. Serpentine is medium to dark green. lustre is 

greasy to glassy. Trace pyrite . . 

. Serpentinite. 

----I~ 

\ \ I I ! I 

(}1 

en '" 0 

0 

'" 

0 

'" 

r 

'" 0 

I 

I 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29

IHoie Name :KAS~0021-04-01A 

I 


I 

Start Date :' 2127/2004 10:00:00 AM ' 

I 

FinishedDate .' 2127/2004 3:30:00 PM ' 

INorthing5976496.3 IEasting :386131.6 

~egment Start Depth :0.00 

I 


I 

Zone 16 

I 

ClaimlD :NOCLAIM 

Ie- 

F".\!'"'''''' End Depth 14.78 

I 

Contractor :BOART LONGYEAR 

I 

DriIiRigIDMHD-2 


1 

Overburden Orga nics 'N'A ' ' NOT RECORDEO ' , Organics. Dark brown . . 

f2 

f 3 

- - , - - ' - 

I I I I I I 

'" 

'" 0 

-oJ 

- 

'" 

I 

0 - c.n - 

0 

'" 

0 

f4 

I 

5 

'5% clay, 20% Sill. 30% sand. 45% oversized. 

Pebbles are up 10 3cm in diameter: poorly 

soned. Fine-grained maties are angular. 

Overburden Till 

Felsic-intermediate intrusives are rounded 10 

subangula. Meta-limestones are rounded to 

subrounded. Later in sample (al 7.5m) 

f6 

fS 

. Pebbles fraclion includes: 50% 

1ine-to-medium-9rained mafic pebbles 

(Iona liles), 25% felsic-la-intermediate intrusive ' Sandy ti ll. Colour: light brown-grey .. 

rocks (accessory minerals including game\' 

epidote. muscovite}. 25% mela-limestone. ' 

7 I 

- 

~ 

t 

10 

r9 - - - 

'30% Hornblende, 30% Actinolite, 30% 

Magnetite al 12.2m: 1 mm diameter garnets 

11 Rock IS medium-grained. ' throughout some chips; magnetite content 

Country Rock Amphibolite increases to 40%, 'With 25% hornblende, 25% 

actinolite and 10% garnet. ' 

12 

, 13 / 'EOH /" ' EOH' ~ -J 

Magnetite Amphibolite, Colour is light to dark 

green, 

I 

I 

I 

( 

14

IHoie Name :KAS_0034-04-01 A 


StartDate :' 3/27/2004 9:30:00 AM ' FinishedDate :' 3/31/200412:00:00 PM' 

I 

I 

I 

INorthing :5952970,5 IEasting :596311.9 NAD27-CANADA MEAN Zone 16 ClaimlD :TB 3006320 Contractor :BOART LONGYEAR 


I 

I 

I 

I 

I 

~egment Start Depth :0.00 ~"\i' ""'" End Depth 14.78 

Depth Unit Sub-unit Texture Mineralogy Description Mag, Susc. Reading (mcgs) 

I I I I I I 

en 

"'" - - - 

Ice Ice ' NIA' , NOT RECORDED' , NOT RECORDED' c.n '" 0 c.n 0 

c.n 

0 c.n '" 0 

1 - f- - 

-,. 

Lake bottom . Pebble SI Z . IS O. s-.2.0cm. 35,),. CldY 3 5~ silt , . Peb ~ es are 75% rounded basalts, 25% 

Overburden 

. Lake Bonom Organics and minor till. 

nor till 25% sand, 5% oversi zed .. angular li me stone. 

''''' 

'2 

~3 

r4 

,.. 

~ 

5 

f6 

, Rock is qUite soft - powders readily. '80% HornblendelTremolite, 10% Actinolite. 

r7 Fine-grained, with 1 mm crystals. on average. 5% Chlorite. 3% Calcite, 2% Garnet (pyrope 

Colo,IJr is dark green to black. Hornblende 

and gros5ular?), trace pyrite. Magnetite is 

Garnet 

Country Rock 'appears in tabular masses Wi th no preferred disseminated throughout hornblende/lremollte 

Amphibolite orientation. Magnetite is disseminated up to half of it (40% 01 rock). Secondary 

[8 throughout, is anhedral and black. epidote in veins ... 10% of rock. On 

, Garnet Amphibolite .. 

~ 

r 9 

10 

11 

12 

!, 

",/' EOH /'EOH' /'EOH 

14


1 

Geologist :Annick Chouinard/Melodie Stone I StartDate :' 3/1/20048:00:00 AM ' I FinishedDate :' 3/2/2004 3:00:00 PM ' 

Northing :5977439.1 Easting :399866.5 l NAD27·CANADA MEAN I Zone 16 I ClaimlD :T8 3006322 I Contractor SOART LONGYEAR 

Segment Start Depth :0.00 

~egment End Depth 14.78 

I 


Depth 

Unit 

Sub-unit 

Texture 

Mineralogy 

Description 


I 

~ 

I 

on 

o 

I I 

OJ 8 

I 

on 

'" 

I 

2 Overburden 

Organics 

'N/A' 

. NOT RECORDED' 

'Organics' 

3 

4 -- 

5 

6 

7 

8 

9 

Overburden 

Till 

, Trace clay P "/o) in this silty-sandy Till. Clasts 

are subangular to sub1Ounded. up to Scm. 

often unbroken. 90% oversiZed. 

13.0m. 3% powder. Subangular pebbles 

dominant Very poorly sor1 ed lill . . 

. Pebbles indude: limestone (60%). mafic 

volcanics, granite. lonalite, sandstone. 

meta-sediments. Decreasing limestone con lent 

(to 40%), Increasing tonalite content + felsic 

gneiss (to 50%). 

' 3.0m: 30% limestone, 30% granitic. 15% 

gneisses. 10% met 

. Sandy .ill. Colou,: GREY ' 

10 

11 

12 

13 

Rock is medium-grained. It is also very soft - 

created a lot of powder during drilling. 

Clinopyroxene was subhedral. Hornblende 

14 subhedral to anhedral, magnetite anhedral 10 

/: 

----- -jt-- - ---- f euhedral. calcite subhedral to anhedral, 

phlogopite subhedral, pyrite euhedr 

Country Rock Pyroxenite 

I: 

35% hornblende. 30% clinopyroxene, 25% 

calcite, 5'% phlogopile, 3% sulphides 

(unoxidized pyrite), 2'0/0 rusty material 

(garnet?). Acid dissolves calcite. As well, sttH 

milky white bubbles form, which could be due 

to presence of olivine, which is slowty 

, Calcic Pyroxenite. Colour IS meolum to dark 

groon. '

IHoie Name :KAS_0036-04-01A Geologis1 :Annick Chouinard/Melodie Stone 

I I Start Date :' 3/1/2004 8:00:00 AM' I FinishedDate :' 3/2/2004 3:00:00 PM ' 

INorthing :5977439.1 IEasting :399866.5 I NAD27-CANADA MEAN I Zone 16 I ClaimlDTB 3006322 Contractor :BOART LONGYEAR 


I I 

~egment Start Depth: 14. 78 

fegment End Depth :29.56 

Depth Unit Sub-unit 

Texture 

Mineralogy 

Description 


i 

I 

'" en en 0 

I 

o 

I 

'" en 

I 

en 

o 

16 

17 

18 

19 

21 

22 

r23 

Counlry Rock 

Pyroxenite 

. Rock is medium-grained. It IS also lIery sot! - 

created a lot of powder during drilling. 

,Clinopyroxene was subhedral. Hornblende 

subhedral to anhedral, magnetite anhedral to 

euhedral, calcite subhedral to anhedral 

phlogopite subhedral. pyrite euhedr 

'35% hornblende, 30% clinopyroxene, 25% 

calcite, 5% phlogopile, 3% sulphides 

(unoxidized pyrite). 2% rusty material 

(garnet?). Acid dissolves calcite. As well, stiff 

milky white bubbles form, which could be due 

\0 presence of olivine, which is slowly 

. Calcic Pyroxenite. Colour is medium to dark 

green .. 

24 

25 

26 

27 

28 

29


I 

Geologist :Annick Chouinard/Melodie Stone I StartDate :' 3/1/2004 8:00:00 AM' I FinishedDate :' 3/2/2004 3:00:00 PM' 

Northing :5977439.1 IEasting :399866.5 l NAD27-CANADA MEAN I Zone 16 I ClaimlD :TB 3006322 I Contractor BOART LONG YEAR 

I 




30 

31 

Coun1ry Rock 

Pyroxenite 

, ROCk IS medium-grained. It is also very soft - 

created a lot 01 powder during drilling. 

Clinopyroxene was subhedral. Hornblende 

subhedral to anhedral. magnetite anhedral to 

euhedral, calci Te subhedral to anhedral. 

phlogopite subhedral. pyrite euhoof 

33 

. 35% hornblende, 30% clinopyroxene. 25% 

calcite, 5% phlogopite, 3% sulphides 

(unoxidized pyrite), 2

IHoie Name :KAS_0039-04-01A 

I 

Geologist :Melodie Stone/Jason Berenyi 

I Start Date :' 3/31/2004 12:30:00 PM ' I 

FinishedDate :' 4/1/2004 9:30:00 AM' 



I 


l Zone 16 I 

ClaimlD :NO CLAIM 

I Contractor :BOART LONGYEAR I 

I, 

t'v~' 'v," End Depth :14.78 



Overburden Organics · N!A · . NOT RECORDED · . Dark bro ..... n 10 black. ' 

1 --- .-. 

, I I I I I 

" - - - 

I\) U> 

U> 0 U> 0 I\) 

0 

'" 

'" 0 

2 

3 

I 

' Clay 35%. Silt 35%, Sand 25%, Oversize 5%. ' Limestone 20%. Ouartz 30%, BasalIs 30%. 


'Clay rich [ill. Pebbles are small : 

fS - - -- - - 

I~ 

r-, 

f7 

f8 

f9 

. Clorite 60Ofo, Serpentine 20%. Magnetite 15%. . Slate· Darl< green flat platy chips. Mane 

Accessory minerals: SiOllle 3%, Calcite, 1% . 

. Very line grained. Small labular to prismatic 

Sulphides 1 'Yo. Chlorite is light to daf'k green grained, and are nearly indistinguishable 

crystals intergrowns with magnelile. 

Counlry Rock Slate tabular 10 prismatic. Serpentine is small white the highest microscope magnilication (40x). 

calci1e overgrowlhs . . 

fiberous and very soft. Magneh!e is small black Rock is hard 10 break accross the cleaveage, 

10 granular crys1als. B but soft 10 scratch. 

11 r\ 

12 

~, U' 

/ "Tc:lH' 

._- - 

/ ·EOH / ·EOH 

I 

~ 

( 

14

Hole Name :KAS_0043-04-01 A Geologist :Anni ck Chouinard/Melodie Stone 

I I StartDate:' 3/15/2004 8:00:00 AM ' I FinishedDate :' 3/16/2004 3:30 :00 PM ' 

Northing :5962760.6 Easting :407816.4 I NAD27-CANADA MEAN I Zone 16 I ClaimlD :TB 3006323 Contractor :BOART LONGYEAR 


I I 

~egment Start Depth :0,00 

~egment End Depth :14.78 


Texture 

Mineralogy 

Description 

Mag . Su sc. Reading (mcgs) 

Overburden 

Frozen organics 

, NIA' 

· NOT RE CORDED' 

, Frozen O rg anics' 

I I I I I I 

'" 

'" 

...., 

- - - 

'" 

0 U1 0 

0 U1 0 

'" 

2 

3 

---_._-- 

I 

I 

4 

5 

Overburden 

Till 

. 15% clay. 30% slit. 20% sand, 35% oversized. 

Pebbles are small, wi th an average size 01 

Q.4

Hole Name :KAS- I 0043-04-01 A Geologist :Annick Chouinard/Melodie Stone 

I 1 Start Date :' 3/15/2004 8:00:00 AM ' FinishedDate :' 3/16/2004 3:30:00 PM ' 


I I I I I NAD27-C ANADA MEAN Zone 16 ClaimlD :TB 3006323 Contractor BOART LONGYEAR DriliRiglD :MHD-2 

~egment Start Depth :14.78 ~egment End Depth 29,56 

Depth Unit Sub-unit Texture Mineralogy Description Mag, Susc, Reading (mcgs) 

16 

17 

18 

. 5% clay. 25% sill. 35% sand 35% overSIzed. 

Pebbles are angular 10 subrounded. and poorly 

sorted. The average peoble size is 1 em. 

Overburden Till 8m: Dionte boulder· coarse. Throughout till . 

boulders are encounlered: from coarse 10 very 

tine. 

l7.5m:Same till 

. Pebbles are: 45%. coarse-grained intrusives 

(intermediale-maiic). 20% 'cryptocrystalline' 

meta-limestone. 2% medium-grained 

carbonates. 25% mafic volcanics, 5% pure 

quartz. 3% sandstones. No more speckly 

sandstonellimestone presenl. 

8m: Dionle bou 

. Boulder.rich sandy till. Colour IS light brown . 

I I I I I I 

'" 

" - - - 

Hole Name :KAS_0044-04-01 A I Geologist :Melodie Stone/Annick Chouinard I Start Date :' 2118/2004 3:00:00 PM' I FinishedDate:' 2/24/2004 12:10:00 PM ' 

Northing :5962028.4 Easting :408049.6 I NAD27-CANADA MEAN I Zone 16 I ClaimlD :TB 3006323 I Contractor :BOART LONGYEAR I DrillRiglD :MHD-2 

!segment Start Depth :0,00 

~egment End Depth :14,78 


Texture 

Mineralogy 

Description 

Mag. Susc, Reading (mcgs) 

- 

Overburden 

Organics 

. NJA' 


. Organics' 

I I I 

T\) '" -.j 

'" 0 '" 

I 

I 

T\) 

'" 

I 

3 

Overburden 

Glaciolacustnne 

Clay 

, 50% clay , 40% silt. 10% sand' 

- 

. NOT RECORDED ' 

, Glacio-lacustrine' 

5 

6 

7 

8 

9 

Overburden 

Till 

Pebbles are angular to subangular 10 

subrounded. 

Pebbles are: Well-mixed lithologies. Mainly 

limestone and tonalite. Minor granite. mafic 

volcanics, quartz veins. and metasediments. 

Deeper in hole, arkosic and gneissic pebbles 

encountered. One large boulder at 17.2m was 

a hornblende tonalite, wit 

, Till' 

10 

11 

12 

13 

14 

I 

I 

I


I 

Geologist :Melodie Stone/Annick Chouinard I StartDate:' 2118/2004 3:00 :00 PM ' l FinishedDate:' 2/24/2004 12:10:00 PM ' 

Northing :5962028.4 Easting :408049.6 I NAD27-CANADA MEAN l Zone 16 I ClaimlD :TB 3006323 

I Contractor :BOART LONG YEAR J 





Texture 

Mineralogy 

Description 


16 

17 

Overburden 

Till 

. Pebbles afO angular to subangular 10 

subrounded, . 

· Pebbles are. Well-mixed lithologies. Mainly 

limestone and tonalite. Minor granite , mafic 

volcanics. quartz ve ins. and metasediments . 

Deeper in hole. arkosic and gneissic pebbles 

encounlered. One large boulder al 17.2m was 

a hornblende lonalite, wil 

. Till ' 

I I I 

'" Ul ..., 

'" 0 Ul 

I 

o 

Ul '" 

I 

Ul 

o 

18 

--- --- 

19 

20 

21 

22 

23 

Overburden 

Till 

, 15% clay, 40% silt. 20% sand, 25% oversized. 

Average pebble size !S O.75cm. (from 

2mrTl.;3.Ocm in diameter) . Limestones are 

·rounded to subangula r. Granitic intrusives are 

subrounded to subangular, MafiC volcanics are 

subrounded 10 subangular, and other me 

· Pebble lithologies are: 35% meta-limestone. 

20% other meta-sediments, 30 0)/ .. 

felsic-intermediate intrusives. 15% mafic 

volcanics. 

. Silty till . Colour \s hghl brown. 

24 

25 

26 1------- 

- 

27 

28 

29 

Overburden 

Till 

. 30% clay, 20% Silt, 15% sand. 35% oversized. 

Pebbles are angular to sub-rounded. Very 

poorly sorted, with sizes from 2mm 10 3cm .. 

· Pebbles are: 30% meta-limestone. 20%, other 

meta-sediments, 30% malic volcanics, 20% 

intrusive granites . 

29m: limestone/dolomite clast content 

increases to 70%. 'Nith mafic volcanics at 5%. 

and minor tonalite. tuff. gneisses, muscovite 

schists. and qu 

'Till. Colour is grey to dark brown. '


I 

Geologist :Melodie Stone/Annick Chouinard 

I StartDate :' 2118/2004 3:00:00 PM . I 

FinishedDate :' 2124/2004 12:10:00 PM . 

Northing :5962028.4 IEasting :408049.6 

I NAD27-CANADA MEAN I Zone 16 I ClaimlD :TB 3006323 I Contractor :BOART LONGYEAR I 


,~~, ,~'" Start Depth :29.56 

L 

End Depth :44.34 

t'0~"'v 


~30 

· Pebbles are: 30% meta-limestone, 20% other 

I I I I I I 

~ 


I 

Geologist :Melodie Stone/Annick Chouinard 


FinishedDate :' 2/24/2004 1210:00 PM ' 

'.u'" ,;, '

Hole Name :KAS 

- 0046-04-01 A I 


J Start Date .' 2/17/2004 10:30 :00 AM ' I 


Northing :5955747,8 Easting :409945.5 

I NAD27-CANADA MEAN 1 Zone 16 I ClaimlD :TB 3006324 I Contractor :BOART LONG YEAR I 


Segment Start Depth :0.00 ~egment End Depth :1 4.78 


Overburden Boulder · Weakly foliated . . 75% chlonTe. 15% biotite, 10% titanile . • · Nepheline Granite Boulder ' '" '" 

1 - f- 

· clay:silr:sand ralio is 1:1 :1. Pebbles: 

limestone is rounded to angular. intrusives are · Pebbles are : 40% mela-llmestone. 30% 


, Till ' 

rounded to 5ubrounded basalts are angular to intrusive. 30e-/" mafic volcanics (basalt). ' 

2 

subrounded . . 

3 

, Only one pebble lound. 2mm in diameter, 

Overburden Till ' 1 % oversized, 50% clay 45% sil , 4% sane! .. · Cl ay-rich Till. Colour is light brown .. 

Marble. ' 

~ 

I I I I I I 

-... - - - 

'" 

I 

en 0 en en 

0 en 0 

I 

- 

4 

5 

6 

1 Q% oversized. 10- 15% clay. , 0-15% sill, 

60-70% sand. Pebbles are rounded 

Overburden Till (limestones and fel sic intrusives) to 

sub-angular (malic volcaniCS), and 5mm-l .Scm 

in size .. 

· 20% limestone, 40% mafic volcanics. 40%, 

felsic intrusives. ' 

' Sandy Till. Colour is light brown to grey. ' 

7 

. 

8 

9 

- f- I 

I 

10 

· 15% oversized, 45% sand , 20% silt, 20% clay. 


o Pebbles are: 60% malic volcanics, 30% 

(sieved sample contained 60% pebbles. 40% 

meta-limestones, 10% felsic inlrusives ' 

sand). ' 

' Pebbly till. Colour is light brown. 0 

11 


13 

' 2% oversized. Pebbles are

~. 

- 


I 


I Start Date :' 2117/2004 10:30:00 AM ' I 

FinishedDate :' 2118/2004 12:30:00 PM ' 


I NAD27·CANADA MEAN I Zone 16 I ClaimlD :TB 3006324 I Contractor :BOART LONGYEAR 1 DriIiRigIDMHD-2 

iSegment Start Depth :14.78 ~egment End Depth 29.56 


f--.'Lverburden UIJ _ ",,' 75% oversized. 20% sand. 3% silt. 2% clay. 

1\ ' Pebbles are 70% malic intrusive (gabbro). 

I Cl asts are angular . . 

25% felSIC intrUSive. and 5% meta-limestone. ' 

, Bedrock is coarse-grained , Magnetite is 

16 anhedral 10 subhedral and seen dispersed ' Bedrock: 25% magnetite (mterstiH al to 

Country Rock Meta-Gabbro throughout actinolite (cpx?) and hornblende . euhedral), 25% hornblende, 25% calcite, 25% . Bedrock IS marie intrUSive.' Gabbro . . 

Calene IS subhedral to anhedral. Some clay 

actinolite (or possibly clinopyroxene - groon). 

also may be in sample· contamination from Chips : 5% of chips are jasper (contamination 

17 

drill casing/hammer/rods . . from upper level rocks ?) . 

' Pebbly till. Colour is dark grey . . I I I I I I 

II 

-- k:..:..eolol· 

/ EOH' I 

- i 

18 I 

, 

i 

19 l 

20 

21 

I ~ 

'" '" 

0 '" -0 

- - 

'" 

I 

I~ IJ 

I 

I 

'" 

0 

'" 

'" 0 

22 

23 

24 

25 

26 

27 

28 

29


I 

Geologist :Annick Chouinard I Start Date :' 2115/2004 3:45:00 PM ' I FinishedDate :' 2117/2004 10:30 :00 AM ' 

Northing :5954779.1 Easting :411318.8 I NAD27-CANADA MEAN I Zone 16 I ClaimlD :TB 3006324 I Contractor :BOART LONGYEAR I DriliRiglD :MHD-2 

~egment Start Depth :0,00 

regment End Depth :14.78 


Tex1ure 

Mineralogy 

Description 


I I I I I I 

N OJ> 

.., 

OJ> 0 OJ> 0 - N - OJ> 

- 

0 

'" 

0 

2 

I 

I 

3 

6 

Overburden 

Overburden 

, Sub-angular ' 

. Percentages vary. In rough order ot 

importance: carbonates, granite , tonalite. mafic 

volcanics, melasedimenls .. 

. Till. Variably sonecl . Muddy in The first ponion 

of the interval, then sandy . . 

8 

9 

10 

11 

12 

13 

14 

Overburden 

Till 

I I: ' / v~ canlcs I 

Range 01 texture tram angular to sUb-round~· { clarbona!es, tonalite. gneiss. metasediments, I I, 

Sandy horizon in the till. Poorly soned. '


I 


I Start Date :' 2115/2004 3:45:00 PM ' l 

FinishedDate :' 2117/2004 10:30:00 AM ' 



I 


l Zone 16 I ClaimlD :TB 3006324 



I", t'v~"'v'" End Depth :29.56 


""-.' ~ Till. Variably sorted 'A~~dY in the first portion I I I I I I 

..... 

importance: carbonates, granite, tonalite,mafic 

a a I'> 

O verburden Till volcaniCS, metasediments. ' 

16 ./ ' Sandy horizon in the till. Poorly sorted .. 

/ Co, ...... , ' (m;:~ , tonali te. gneiss. me asedlrTlent.s, 

I , ' 

._. 

1- -- 

17 

. Homblende, rellC1 of clinopyroxene and 

'NlA ' orthopyroxene. Magnetile is interstitial and . Hornblendite ' 

Country Rock Amphibolite 

disseminated. Interstitial calcile . 

18 

- 

/~ :/"EOH' 

V EOH ' 

19 

I / ,~." "".,,,~ .~"'". '".~- I\;"~""~' "'. '" ,~,,, 0



~"'\I"""" Start Depth :0.00 

I 

I 

Geologist :Leyla Hoosain/Jason Berenyi 

I 

Start Date :' 2115/2004 8:30:00 AM ' 


I Zone 16 I ClaimlD :TB 3006325 I Contractor :BOART LONGYEAR I 

'" 

t"'\1'''''''' End Depth :14.78 

I 




Ice Ice 'NiA ' . NOT ~Fr.mmFn . No recoveoy I I I 

- 

I I I 

Overburden Till ~ , RECORDED ' . Till- Poor recovery, no sampfe available. ' '" U> 0 U> U> 

f- 0 

'" 

U> 0 

I 

1-2mm well developed tabular crystals 

tran slucent green to clear in color. Amphibole 

, Fme gramed , most minerals visible Ih a 

cleavage do mi nant. 

, Amphibolite- Li ghte grey to green In hand 

Calcile SOlo-thin white coalins. likely secondary. specimen . . 

Magnetite 3'% small finely disseminated and 

infrequent 

c. c. L}OH.' '/' EOH' £EoH ' 

1 ' Amphibole (Tremolite-Actinolile series) 90%. 

r2 

Country Rock Amphibolite hand lens and are dominantly euhed'al. ' 

U> .... - - - 

f4 

[5 

6 

7 

[8 

[9 

. 

I 

I 

10 

11 

12 

13 

14

Hole Name :KAS_OO50-04-01A 

I 


I StartDate :' 2110/2004 11 :00:00 AM ' I 

FinishedDate :' 2113/2004 2:00:00 PM ' 

lNorthing :5956929.2 Easting :417875.1 



iSegment Start Depth :0.00 ~egment End Depth :14.78 

Depth Unit Sub-unit TeXlure Mineralogy Description Mag. Susc. Reading (mcgs) 

1 

I I I I I 

'" 

'" 

U1 -..J 

- - U1 - 

U1 0 U1 0 

0 U1 0 

2 

I 

3 I 

4 

5 

' Carbonates are limestone and calcc-arenit9 

(-50%), coarse-grained dIorite to tonalite. ' Till. Poorly sorted. All mafic volcanic rocks are 

, Sub-rounded to sub-angular' 

Overburden Till mafic volcanic. arkose, gneiss, iron formation, metamorphosed 10 amphibolite facies . ' 

6 serpentinized chips. ' 

7 

- 

8 I 

I 

9 

I 

10 

11 

12 

-£ 

/ 'EOH' ~ .-::::::: . EOH' ~ 

- 

13 

14


Northing :5956928.8 Easting :417875.8 I 

iSegment Start Depth :0.00 

I 

Geologist Annick Chouinard I StartDate :' 3/7/20042:30:00 PM ' I FinishedDate :' 3/8/2004 2:30:00 PM ' 

NAD27-CANADA MEAN 1 Zone 16 I ClaimlD :TB 3006326 I Contractor SOART LONGYEAR 


I 



Texture Mineralogy Description 


: I I I I I 

~ m ~ - - - 

UlOc..nONUl 

a '" a 

2 

3 

Overburden Till , Sub-angular to sub-rounded' 

. Carbonates, tonalite, granite. metasediments , 

mafic volcanics ' 

, Till, with >O.5m boulders of granitic gneissIc 

rocks ' 

5 

6 

7 

.-. 

------------t--- 

8 

9 

10 

11 

Overburden 

Till 

'N/A' 


. Sandy horiZo n in the till. Same lithology and 

textu re . . 

12 

13 

14

~, 


J 


I Start Date :' 3/7/2 004 2:30:00 PM ' I 


" u," '" '\,I :5956928.8 IEasting :41 7875.8 

I 


1 Zone 16 1 Cl ai mlD :TB 3006326 I Contractor :BOART LONGYEAR I 


"'\,I" '''''' Start Depth :14.78 r egment End Depth :29.56 


16 

' Sandy hori zon in the till. Same lithology and 

Overburden Ti ll . N!A' , NOT RE CORDED 

text ure . ' 

17 f- 

I I I I I I 

'" 

~,~ 

'" a 

..., 

- - - 

'" 

a 

'" 

'" a 

18 

19 

Cou ntry Rock 

Ultramafic rock 

NIA' 

. Pyroxene and blui sh muscovite or phlogop!le 

ph enocrystsin a fine-grained groundmass. 

Accessory pyrite and magnetite . . 

, Pyroxene- muscovite (or bluish ph logopite) 

-bearing ultramafic or alkaline rock' 

20 / ' EOH / -E0H ' 

--- 

. 

21 

22 . 

23 

- 

- /' EOH' 

I 

I 

~ 

- 

I 

I 

I 

24 

25 

I 

26 

27 

28 

29

Hole Name :KAS_0051-04-01A Geologist :Jason Berenyi/Melodie Stone 

I I StartDate :' 3/6/2004 8:10:00 AM ' I FinishedDate " 31712004 1 :00:00 PM ' 

Northing :5966465 Easting :419252.7 I NAD27-CANADA MEAN I Zone 16 I ClaimlD :TB 3006327 Contractor :BOART LONGYEAR 


I I 

!segment Start Depth :0.00 


Depth Unit Sub-unit Texture 

Mineralogy 

Description 


I I I I I 

I\.) '" 

'" 0 

o 

o 

I\.) 

'" 

Overburden Organics 'N/A ' 

, NOT RECORDED ' 

. Frozen Organics-peat moss and ttumus . . 

r---- ·----~I----------~-------- 

3 

4 

5 

6 

7 

8 

9 

Overburden 

Till 

, 5% Clay. 35% Silt. 40% Sand and 20% 

Oversize, are the average textur e percentages. 

The majority of clasts are subangular with 

some clasts. (mostly metasediments and 

carbonates), ranging to subrounded . The clay 

and silt contents in safTlpl es decrease gra 

. Average Lithology Content: 30°'0 Carbonates, 

20% Metasediments. 20 % Mal ic volcanics. 

, 5% Granitoids, 15% Gneiss. Lithology varies 

only slightly throughout the hole with no other 

units visLble in significant Quantil9s. ' 

. Till : one consistent light brown till unit. with 

only minor variations in mineralogy and texture. 

10 

11 

12 

13 

14


I 

Geologist :Jason Berenyi/Melodie Stone 

I StartDate :' 3/6/2004 8:10:00 AM ' I 

FinishedDate :' 3f712004 1 :00:00 PM ' 

!Northing :5966465 IEasting :419252.7 

is,,\!, "'''' Start Depth 14.78 

I 


I Zone 16 I ClaimlD :TB 3006327 I Contractor :BOART LONG YEAR I 


I, 

F"\J""'" 



16 

17 ' 5% Clay, 35% Silt. 40% Sand and 20% 

, Average Lithology Content. 30°/", Carbonates, 

Oversize. are the average texlure percentages. 

20% Metasediments, 20% M a~lc volcanICS. ' Till: one consistentlighl brown till unit, with 

The marority of clasts are subangular with 


15% Granitoids, 15% Gneiss. Lithology varies only minor variations in mineralogy and lexture. 

some clasts. (mostly meta-sediments and 

only Slightly throughout the hole with no other 

18 carbonates), ranging to subrounded. The clay 

units visible in significant quantlles . . 

and silt contents In samples decrease gra 

19 

I I I I I I 

'" 

'" 

--J 

~ ~ ~ 

'" 

on 0 on 0 

on 

0 0 on 

I 

I 

I 

I 

I 

20 

- - - . . I--- 

21 

I 

22 . ROGk IS coarse-grained. with albite up to . Stibnit (?) 25%. Plagioclase (albite/oligoclase) 

· O.5cm, hornblende elongate to massive. 25%. Quartz 15%, Magnetite 10%. Epidote 6%, 

Country Rock 

Biotite is micaceous, coarse. Epidote is 

Hornblende 5'%, Biotite 5%, Chlorite 4%, Pyrite 

Sul1lde 

subhedral. Chlorite is bluish green, micaceous 2%. Orthoclase trace. Muscovite trace, Sulphur 

23 

24 

Sulphide Granodiorite' 

Granodiorite to massive. Magnetite is euhedral, ....men it's trace . "Cinnaba(~ trace, Galena trace. One I 

visible, but there is probably much 

major constituent is d 

I 

/ ToH' 

--- 

r. c. V 

EOH' /· EOH 

I 

I 

26 

-27 

r28 

f29

Geologist :Jason Berenyi 

.' 3/14/2004 8:45 .00 AM ' 

.' 3/14/200410:45:00 AM' 


ment Start Depth :0.00 

nt End Depth :14.78 

Depth 

Unit 

Sub-unit 

Texture 

Mineralogy 

Description 


2 

3 

Overburden 

Till 

. Average teXlure percentages: 5% Clay, 35% 

Sill. 40% Sand. 20% Oversize. Clasts are 

dominantly angular to 5ubangular . ' 

Lithologies Presen!: Carbonates 35% . 

Melaseds 20%. Granitoids 30% and 10% Mafic 

Volcanics .. 

, Till al O.Sm ' Poorly soned. all size fractions 

present. 

4 

5 

6 

Country Rock 

Chlorite-actinolite 

Schist 

. N/A' 

. Chlori te 50%: Dark green to black. perled 

mica cleavage, soft, flexible. malleable, 

crystals. but non-elastic. Vitreous lustre. 

Actinolite 45%: lighter green mineral. much 

harder than chlorite. and shows cleavage on 

elongale tabular crystals . Vitreou 

. Chlorite-Actinolite SchiSt - Majority of bedrock 

being ground to powder by drill. Dark green 10 

black. sma ll plaley chips .. 

to 

11 

t2 

t3 

t4


- 0056-04-01 A I 



FinishedDate :' 4/3/200412:30:00 PM ' 


I NAD27-CANADA MEAN I Zone 16 I ClaimlD :TB 3006329 I Contractor :BOART LONG YEAR I 


~egment Start Depth :0.00 ~_egment End Depth :14.78 


1 

2 

Overburden Organics · N'A· , NOT RECORDED· , Organics. Dark brown. I I I I I I 

I-- --- -_. '" '" 

0 

3 

I 

..... 

0 - - - 

'" 

I 

I 

0 

'" 

'" 0 

4 I 

I 

5 · Till is 30% clay, 30% Sill. 30% sand, 10'% 

oversized. Moderately well· sorted. with no 

pebbles > 1cm in diameter. All pebbles are 

rounded 10 subrounded. 

6 Overburd en 

Till 

6.0m. Pebbles are larger. and angular 10 

subangular. Colour is grey. 

7 

8 

- 

7.75m. Mafic pebbles a 

. Pebbles are. 30% meta-limestone, 26% 

intrusives, 16% dolostones. 16% basalts, 12% 

other metasediments (mostly quartzite - 

. Till. Colour is light brown (grey. but probably 

metasandsTone). Intrusives include a range of 'browned' by organics' presence). 

compositions. from quartz+sulphides to 

gabbroic with garnets. 6.0m : lill is grey, . 

7.75m. Schistos.e m 

I 

9 

10 

11 

- 

12 


14 

· 12.25m: Sandy lill. 5% clay. 35% silt. 30% 

sand, 30% oversized. Pebbles are poorly 

sorted - < 1 mm to 3cm. 

16.0m: Yellow sand lens is silt and sand. 

(O.5m) 

17.4m: Gabbro boulder. Coarse-grained 

(pegmalitiC). Rock is dark grey and soft. 

19.25m: Ga 

. 11.35m: Diorite boulder. 

12.25m· Pebbles are: 55% meta-limestone. 

25% granitic intrusives. 15% 

16.0m: Yellow sand lens, about O.5m thick. 

17.4m: Boulder. Gabbro (pegmatitic mafic) 

with 15% pink micaceous mineral with metallic 

lustre. 10% quar 

Sandy. boulder-rich till. Colour is grey-dark 

grey.


I 

Geologist :Melodie Stone I StartDate :' 4/2/2004 2:30 :00 PM ' I FinishedDate :' 4/3/2004 12:30:00 PM ' 

Northing :5930800.8 Easting :426148.7 I NAD27-CANADA MEAN 

Segment Start Depth : 14. 78 

I Zone 16 I ClaimlD :T8 3006329 I Contractor :BOART LONG YEAR 


I 

DriIiRigIDMHD-2 

Depth Unit SUb-unit 

Texture 

Mineralogy 

Description 


I I I I I I 

16 

17 

18 

19 

20 

Overburd en 

Till 

. 12.25m: Sandy lill. 5% clay, 35% si lt. 30%, 

sand, 30% oversized. Pebbles are poorly 

sorted·

Hole Name :KAS_0056-04-01 A Geologist :Melodie Stone 

I I StartDate :' 4/2/2004 2:30 :00 PM' I FinishedDate :' 4/3/200412:30:00 PM' 

Northing :5930800.8 Easting :426148.7 I NAD27-CANADA MEAN I Zon e 16 I ClaimlD :TB 3006329 I Contractor :BOART LONGYEAR I DriliRiglD :MHD-2 



I I I I I I 

Overburden 

~.I" 

i IiHole--+E· ~N.~ 'A~·~========_=_=:rE' §N~O T~RE~C~O~R~D~E~D :::: 

' ===::::::==~ . Mixture 01 till and boulders (malic and grani"c) 

~--~~~ 

. ~~~ .~ .~~----~==~--~==t-~:--~-a~~~~rn--i 

0 

0 I\) 

~ E~O~H_' __________________ I 

'" 

'" 

0 

'" 

'" 0 

31 

I 

32 

33 

I 

I 

34 

35 

36 

37 

38 

39 

40 

4 1 

42 

43 

44



Start Date :' 4/8/2004 12:30:00 PM ' FinishedDate :' 4/10/20045:00:00 PM ' 

I 

I 

I 

Northing :5920824.1 IEasting :460190.4 NAD27-CANADA MEAN Zone 16 ClaimlD :TB 3006292 Contractor :BOART LONGYEAR 


I 

I 

I 

I 

I 

Segment Start Depth :0.00 ~egment End Depth 14.78 


Overburden Organics · N/A' . NOT RECORDED' . Organics: Peat Moss' 

1 

I I I I I I 

on 

on 0 on 0 

on 

'" 

" - - - 

'" 

0 on 0 

- 2 

- 

·3 

4 

5 

Overburden 

Till 

· Poorly sorted. fme to coarse fract ion. Average 

leX1ure percentages. C lay 5%. Silt 40%. Sand 

40% , Oversize 15% . C lasts are dominanUy 

subangula( and show some degree of 

rounding 

. Dominant Lithologies: Average percentages 

Carbonates 60%. Metasediments 20%, Malic 

Volcanics 10% . Granitoids 10% .. 

' TIl! ' 

r6 

7 

fa 

f9 

· 

,- - 

10 ~ 

. Quartzite : Very fine grained. black in hand 

'Mineralogy: Quartz: 65% clear euhedral 

specimen, saccharoidal (su9a ry) texlUre. All 

11 

crystals. Magnetite: 20% Black metallic lu stre, grains

~ 

-- 


I 

J I Start Date :' 411212004 8:00 :00 AM ' 

.vrth" '\I :592785 1.5 IEasting :460548 

I 1 I I I NAD27-CANADA MEAN Zone 16 ClaimlD :TB 3006293 Contractor :BOART LONG YEAR DriliRiglD :MHD-2 


Segment Start Depth :0,00 ~egment End Depth 14.78 

FinishedDate :' 411512004 4:30:00 AM ' 


I 

. Organics· Till boundary is estimated 

Overburden Organics NA' . NOT RECORDED ' because return hose was plugged. No return 

2 until 5.5m .. 

I I I I I I 

rv 

'" 

'" a '" a - rv - - 

'" 

a 

'" 

'" a 

3 

4 

--- 

I 

5 

6 

7 . Till is poorly sorted, all size fr actions present. 

Averflge texture percentages: Clay' 0%. Sill 

Overburden 

Till 

"'30%, Sand 35%, Oversize 25%. Clasts are 

angular 10 subangutar with larger clasts 

showing a greater degree of rounding, 

8 

particularly carbonates. Sphericity 

. Average lithologies: Carbonates 45%, 

Granitoids 35%, Mafic Volcanics 15%. 

Metasediments 5% .. 

' Till ' 

9 

to 

11 

I 

12 

, Plagiodase-25% Fine to coarse grained 

«0.1 mm up to +2mm) Anhedral to euhedral 

13 transparent to white. Visible cleavage. 

Country Rock Tonalite 'NIA' Hornblende-35% Black tabular crystals. 

Subhedral to euhedral amphibole cleavage. 

Quartz-10% Dark grey. translucent. al"UI~"VU" 

14 crysta 

. Bedrock all' .6m. Tonalite. dark. grey to black 

chips of various sizes and shapes. Grain sizes 

range from >0. 1 mm up to 2mm. Granular 

texture .. 

~ 

I. 

......... 

r 

~

~ ~ ~ 


I 



FinishedDate :' 4/15/2004 4:30:00 AM ' 

Northing :5927851.5 Easting :460548 



!segment Start Depth :14.78 ~egment End Depth 29.56 


17 

, Plagiodase-25 Q /Q Fine to coarse grained ' Bedrock at 11.6m. Tonalite, dark gray to black I I I I I I 

'N/A' «O.1mm up to +2mm) Anhedral to euhedraJ chips of various sizes and shapes. Grain sizes 

Country Rock Tonalite '" c 

'" '" 

0 

transparent to white. Visible cleavage. range from >0. 1 mm up to 2mm. Granular 0 

1- '" '" 0 

- Hornblende-35% Black tabular crystals. 

telCture . . 

/ ' EOH" 

T 

r. 

". -Hole-- Subl ,ed,.1 to eul ,ed, . 

:\ Quartz- \0% Dark grey. translucent. amorphOus 

crysta 

'EOH ' 

18 

I 

19 

20 

21 

22 

- 

23 

24 

25 

26 

27 

28 

29


I 

Geologist :Leyla Hoosain I StartDate:' 4/18/2004 8:00:00 AM ' I FinishedDate :' 4/19/2004 8:00:00 AM ' 

Northing :5929848.1 Easting :467205.6 I NAD27-CANADA MEAN l Zone 16 I ClaimlDTB 3006294 I Contractor :BOART LONG YEAR I DriliRiglD :MHD-2 




Texture 

Mineralogy 

Description 


1 

2 

Overburden 

Organics 

'N/A ' 

--- - -- 


. Organics-peat moss , . 

- 

I I i I I I 

'" " - - - 

0 

0 

'" '" 0 

0 

'" '" 

I 

I I 

I 

3 

4 

5 

6 

7 


. N/A' 

. NOT RECORDED . 

. Till at 1.3m. Clay rich, si lty till. matrix is 

carbonatitic (brown) 'Nith gravel sized 

oversizes. Average tSX'ture: Clay 5%. Sill 35%, 

Sand 30% and Oversize 30% . 

9 

7.Sm Sandler till, caroonal !tic matrix with gravel 

sized oversize , Texture : Clay 2%. Silt 

10 

11 

12 

13 

14


INorthing :5929848.1 IEasting :467205.6 I 

~egment Start Depth: 14.78 

'Depth Unit SUb-unit 

I 

Geologist :Leyla Hoosain 

NAD27-CANADA MEAN l Zone 16 I 

Texture 

I StartDate' 4/18/2004 8:00:00 AM' 

I FinishedDate :' 4/19/2004 8:00:00 AM ' 

ClaimlD :TB 3006294 Contractor :BOART LONGYEAR 

I 


I. 

f-'~~' ,~'" End Depth :29.56 

Mineralogy Description Mag. Susc. Reading (mcgs) 

16 

Coun1ry Rock 

". 

Granrte gneiss 

......... ' NiA ' 

. NlA ' 

\ :overslzes Average texture Clay 5% Slit 35% , 

Sand 30% and OversIze 30%. 

17 

\ 

7 5m Sandler till , carbonatltlc matrix WIth gravel 

SiZed overSize Texture Clay 2%. Silt 

I 

18 

. Bedrock is granite gneiss wah amphibole 

(hornblende) and possibly pyroxene (Augite). 

Mafic banding . Some epidote alteration, 

muscovite and tourmaline present. 

Metamorphic garnets and minor sulphides 

(pyrite) also Observed. 

19 

20 

------. 

21 

-22 

f24 

f25 

r26 

r29


- 0076-04-01 A I 








Depth Unit SUb-unit Texture Mineralogy Description Mag. Susc. Reading (mcgs) 

1 

Overburden Organics . N/A 'NJA ' Organics - Dark humus' 

2 

3 

------- -- 

I I I I I I 

'" 

'" 0 

--J 

~ ~ ~ 

0 

0 

0 

'" 

'" 

'" 

I 

~. 

4 

5 'Texture percentages: Clay 5%, Silt 35%, Sand Average Lithology content: Carbonates 55%, 

Till at 2.5m. Till is brown. abundant fine 

Overburden Till 40%. Oversi ZE) 20%. Clasts are dominantly MafiC volcanics 15% . Granitoids 25°,';, 

fraction, unsorted .. 

angular With low degree of sphericity' Metasediments 5% .. 

6 

\ \ I 

7 

8 -- - 

. . _. ---_._--. .- 

9 

10 

11 

12 

Coun1ry Rock iorite-actinoli1e'sc ' MicaceouS/schistose' 

,----- 

' Bedrock at 8m. Chlorite·Actinolite Schist; Dar ~ 

green to black, micaceous cleavage. glassy 

. 40% Chlorite. 40% actinolite. 15% serpentine. lustre. brittle chips: Chlorite 4O%-dark. green to 

5% magnetite' black. transparent under higher magnification. 

Vitreous lustre. Tabular to prismatiC well 

developed crystals. M 

~) 

"- 

" 

14


I 

Geologist :Jason Berenyi J Start Date :' 3/17/2004 8:00 :00 AM ' I FinishedDate :' 3/17/2004 2:30:00 PM ' 

Northing :5960127.6 Easting :382905. 1 I NAD27-CANADA MEAN I Zone 16 I ClaimlD :TB 3006298 I Contractor :BOART LONGYEAR I DriliRiglD :MHD-2 


!segment End Depth :14.78 

Depth 

Unit 

Sub-unit 

Texture 

Mineralogy 

Description 


Overburden 

Organics 

. NfA' 

, NOT RECORDED' Organics: Oark Humus ' 

I 

'" en 

I 

en 

a 

I 

a 

I 

en '" 

I 

en 

a 

-.-----+ ---------- --1 

2 

Overburden 

Till 

Average texture %'s Clay 15"/0, Silt 40%. 

Sand 30%. Oversize 1 5%~ . 

, Clast lithology: Carbonates: 60°/11, Motaseds: 

10%. Mafic Volcanics 30%. 

, Till at 105m. Very clay rich tIll. Clast moderate, 

angular to subangular. moderate amount 01 

clasts. 

3 

- r- - - .------- - - +--------- 

5 

6 

8 

9 

Overburden 

Till 

, Average teXlure %'$ Clay. 5%, Sill 45%. Sand 

35%, Oversize 15%. 

, Clast lithology: Carbonates. 45%. Mafic 

Volcanics 40%. Metaseds: 5%. Granitoids 

10% .. 

, Till at 305m more silt and sand and much less 

clay than overlying till. Poorly soned, all clast 

size ranges present. Clasts are dominantly 

angular, 

Possible quaternary contact. 

10 

11 

12 

13 

14

~ 


I 


I StartDate" 3/17/2004 8:00:00 AM' I 





~egment Start Depth 14.78 

Fb 8 '''''' 



16 

17 

18 

. Average texture oI}.s Clay . 5%, Silt 45%, Sand . Clast lithology: Carbonates. 45%. Mafic 

Overburden Till 35% , Oversize 15 6 /" . Volcanics 40%, Mernseds: 5% . Gran'folds 

10%. ' 

, Till al 3.5m more silt and sand and much less 

clay than over1ying lill. Poorly soned. all clast 

size ranges present. Clasts are dominantly 

angular 

Possible quaternary contact. 

1 

- - 

I I I I I I 

I\) Ul --oJ 

- 

Ul 0 Ul I\) Ul 

0 Ul 0 

19 

. Pyroxene (Enstalile) 90% - Average crystal 

size «O.2mm). colourless to lighllo dark 

green. 90 degree cleavage. Medium hardness. 

Country Rock Pyroxenite ' N/A' 

r 20 Short euhedral tabular crystals. Amphibole 7% 

- small dark tabular crystals «O.2mm). 

interspursec! amongst pyroxene. Magne 

f 21 

'Bedrock @ 18m Pyroxenite: Dark green 10 

black small platey crystals. Significant 

magnetic signature. 

. Serpentine at 2t .Sm. Material returned is 

r22 

I 

ground to a nearly aphanitic powder. Oistince 

serpentine feel and light green colour. 

Country Rock Pyroxenite ' N/A' 

Serpentine - very small white fiberous crystals Alteration zone¥ serpentine is created by 

with waxy lustre 

alteration of pyroxene. likely throug h fluid 

23 migration along the top of the quartz 

I 

/ / Quartz vein at 24m 0 5m Wide Coarse .la' '" 

24 - crystals With pyroxe ne boarders on chips 

~ 

ntry Quartz vein 'NIA ' NOT RE CORDED ' 

- - 

' ~A ' 

~YT:0x,e,nite 

._- 

r. J~~ry, G~ 

, Pvroxenite ' same rock tha, occurrs at 18m. 

\-mH 

26 

I 

I 

27 

I 

28 

I 

29 

I

~ 


I 

Geologist :Annick Chouinard I StartDate:' 2128/2004 8:00 :00 AM' 1 FinishedDate :' 2/29/2004 5:00:00 PM . 

~orthing :5978074.4 Easting :400770.4 I NAD27-CANADA MEAN I Zone 16 I ClaimlD :NO CLAIM I Contractor :BOART LONGYEAR J DriliRiglD :MHD-2 

iSegment Start Depth :0.00 


Depth 

Unit 

Sub-unit 

Texture 

Mineralogy 

Description 


1 

I I I I I I 

~ 

Ul -..J 

'" - 

Ul 0 Ul Ul 

0 Ul 0 

'" 

2 

3 

I 

I 

4 

5 

6 

7 

8 

Overburden 

Till ... Sub-angular . 

, Limestone/carbonates (50%), mafic volcanics 

(25%), tonalite (20%). metasediments, foliated 

granite. diorite, quartz-veins, traces of iron 

formation .. 

. Till. Poorly soned .. 

9 

10 

11 

12 

13 

14


I 



FinishedDate :' 2129/2004 5:00 :00 PM ' 

Northing :5978074,4 Easting :400770.4 

I NAD27-CANADA MEAN I Zone 16 I ClaimlD :NO CLAIM I Contractor :BOART LONGYEAR I 


!segment Start Depth: 14, 78 Jsegment End Depth :29,56 


16 

N 

I I I I I I 

'" 

'" 0 '" 0 - 

N 

- - 

'" 

0 

'" 

'" 

0 

17 . limestone/carbonates (50%), mafic volcanics 


. Sub-angular. ' 

(25%), tonalite (20%), metasediments. foliated 

granite, diorite, quartz-veins, traces of iron 

formation. ' 

18 

, Till. Poorly soned, ' 

19 

20 

I 

~, 

/ 'EOH' / 'EOH' L 'EOH ' 

I 

21 

22 I 

I 

23 

24 

25 

26 

27 

28 

29


I 

Geologist :Annick Chouinard I Start Date :' 3/3/2004 9:00:00 AM ' I FinishedDate :' 3/5/2004 3:00:00 PM ' 

Northing5978078.5 Easting :400774.1 I NAD27-CANADA MEAN I Zone 16 I ClaimlD :NO CLAIM 





Depth Unit Sub-unit Texlure 

Mineralogy 

Description 


Overburden Organics . N/A ' 


. Dark brownplanl male rial, soli. ' 

- 

I 

N 

()'O 

I 

~ 

I 

-.J 

()'O 

I I I 

3 

Overburden 

Till 

, Sub-angular to sub-rounded 

, Clay' 5%, silt 20%. sand 20%. oversize 45%. 

Pebbles are 40% limestone, 30% mafic 

volcanics.15% tonalite. 15% metasediments. ' 

. Till. Poorty sorted . ' 

5 

---- 

6 

8 

9 

to 

Overburden Till . N/A' 

. NOT RECORDED ' 

, Sandier till. Similar lithologies. ' 

11 

12 

13 

14


Northing :5978078.5 Easting :400774.1 I 

!segment Start Depth :14.78 


I I Start Date :' 3/3/2004 9:00 :00 AM ' I FinishedDate :' 3/5/2004 3:00:00 PM ' 

NAD27-CANADA MEAN I Zone 16 I ClaimlD :NO CLAIM Contractor :BOART LONGYEAR 


I I 



Texture 

Mineralogy 

Description 

16 

17 

18 

Overburden Till ' NIA' 

, NOT RE CO RDED' 

, Sandler till . Simi lar lithologies. ' 

19 

20 

21 

- - - 

22 

23 

24 

25 

26 

Country Rock Amphibolite . N/A' 

. Actinolite with accessory calcite. Hornblende 

also present. Variable actinolite/hornblende 

ratio . . 

, Amphibolite, May locally be a gabbro. 

Possibly cut by minor granite or syenite ' 

27 

28 

29


INorthing 5978078.5 IEasting :400774.1 

pegment Start Depth :29.56 

I 


Start Date :' 3/3/2004 9:00:00 AM ' Finished Date :' 3/5/2004 3:00:00 PM ' 

I 

I 

I 

NAD27-CANADA MEAN Zone 16 I ClaimlD :NOCLAIM Contractor :BOART LONGYEAR 


I 

I 

I 

fsegment End Depth :44_34 


r 30 

[31 

I I I I I I 

'" 

(]1 --J 

(]1 0 (]1 

0 - (]1 

- 

'" 

0 (]1 0 

[32 

f33 

,34 

[35 . Actinolite with accessory calcIte. Hornblende 

' N!A' 

also present. Variable actinolite/hornblende 

Country Rock Amphibolite 

ratio. ' 

36 

r37 - 

. Amphibolite. May locally be a gabbro. 

Possibly cuI by minor granite or syenite ' 

I 

r38 

r39 

40 

r 41 

/ · EOH' /· EOH / ·EOH 

~ 

[42 

f 43 

r44

Hole Name :KAS_9054-04-01 A Geologist :Melodie Stone 

I I Start Date :' 4/4/2004 1 :00 :00 PM ' I FinishedDate' 4/8/200411 :30:00 AM ' 

!Northing :5930767 Easting :449399.4 I NAD27-CANADA MEAN I Zone 16 I ClaimlD :N/A Contractor :BOART LONG YEAR 

I 

isegment Start Depth :0,00 


I 


Depth 

Unit 

Sub-unit 

Texture 

Mineralogy 

Description 


I I ; I I I 

NOl-.J --- 

Ul OtnOI\) Ol 

o '" 0 

Overburden 

Organics 

. lots of plan\ maHer in spongey organic 

material. ' 


. Organics· Dark Brown' 

2 

- - -- 

- - 

3 

4 

5 

6 

7 

8 

9 

Overburden 

Till 

. N/A' 


. Till. 25% clay. 25% sill. 25% sand, 25% 

oversized. Pebbles are " 40% meta-limestone. 

30% igneous intrusives (granIte-gabbro), 20% 

basalts, 10'% other metasediments (i ncluding a 

red meta-sandstone-jasper) .. 

10 

11 

12 

I 

13 

14

~ ~ 

Hole Name :KAS_9054-04-01A Geologist :Melodie Stone 

I I StartDate :' 4/4/2004 1 :00:00 PM ' I FinishedDate' 4/8/2004 11 :30:00 AM ' 

Northing :5930767 Easting :449399.4 I NAD27-CANADA MEAN 1 Zone 16 I ClaimlD :N/A Contractor :BOART LONGYEAR 


I I 


~egment End Depth :29,56 


Tex1ure 

Mineralogy 

Description 


I I I I I I 

'" 

'" 

..., 

~ 

'" 

(}'O 0 (}'O (}'O 

0 

0 (}'O 0 

16 

17 

I 

18 

19 

20 

Overburden 

Till 

. N/A 

. NOT RECORDED 

' Till. 25% clay, 25% sill. 25% sand. 25% 

oversized, Pebbles are : 40% meta-limestone. 

30% igneous intrusives (granite-gabbro), 20% 

basalts, 10%, other metasediments (including a 

red meta-sandstone-jasper) . ' 

21 

22 

23 

24 

25 

26 

27 

28 

Country Rock 

Diorite 

, Ultra fine grained, Individual crystals often too 

small to identify. 

. Plagioclase 65%: Clear to translucent white. 

Very fine grained, granular tex1ure. Hornblende 

20%: Black elongate tabular. Clealleage visible 

on some larger crystals. Biotite 10%: Dark 

brown to black.. Small thin, micaceous cleavage 

viSible. Quartz 5%: Op 

, Bedrock at 24.75m. Diorite - small t»ack fine 

grained chips. 

29

~ 


I 


I Start Date :' 4/4/2004 1 :00 :00 PM ' I 

FinishedDate ' 4/8/2004 11 :30:00 AM ' 

Northing :5930767 Easting :449399.4 

I NAD27-CANADA MEAN I Zone 16 I ClaimlD :N/A I Contractor :BOART LONGYEAR I 


fsegment Start Depth 29.56 ~egment End Depth :44.34 

Depth Unit Sub-unit Tex1u re Mineralogy Description Mag. Susc. Reading (mcgs) 

, Ultra fine grained . individual crystals otten too I I I I I I 

~ 

en ...... 

"" 

;;; 

Very tine grained. granular tex1ure. Hornblende grained chips. en 0 en 0 on 

Country Rock Diorite 0 on 0 

30 small to identify. . Plagioclase 65%: Clear to translucent white. . Bedrock al 24.75m. Diorite· small black flne 

-Bld-oI 

32 

20% : Black elongate tabular. Cleaveage visible 

on some larger crystals. Biotite 10%: Dark 

~ ' EO H ' blown [0 black. Sinall trun. micaceous c~ /'" EOH' I 

I~ visible. Quartz 5%' Op 

'{EOH' 

- 

33 

34 

35 

36 

37 - 

38 

39 

40 

4 t 

I 

42 

43 

44

June 16. 2005 


APPENDIX F 

ASI Group Ltd 

Assay results from KAS 2005 Water Monitoring 

Programme 

75

90S EAl 1825 

TO: 705 674 1'784 

P.2'18 

• 

M 

I . 

ASI Group Ltd 

PO Box 2205 Station B 

250 Martindale Rd 

St Cathl:lrines. ON 

LlM6PG 

. DRIVEN BY SERVICE AND SCIENCE' 

www maxxJn1Jn~lytl(\.com 

,\ttentiunij .John Sferra:£Za 

Report Dide: 2005/03/11 

YOUI P.O. : 12628 

Your Proj ct #: E20t05 DEDEERS 

Site: KAS BONlKA 

, II: NIh 

A.NAL YfICAI~ RKPORT 

Anal !IC~ 

Anions 

Di •• olved 0 

'nie CKrbon (DOC) 

i'etroleum Hf'''',ro. ceM, I:i CWS-PHC iiI!; BTEX 

Pcr:roleum H dmo;arbons F2-F4(CCME) 

rotal Mctal~ :.\nalysis III W:..1o::r by ICPMS 

'--'rot~l Mctals:!-\!llnlysis of Water byICP 

Total Oil an~orea;.t; 

TO!.li DiU1d Solids 

r".IS.., ~ ,,, ,,,"'" 

Ollie D~le Method 

Extructed A,nlllYlcd Lahon!t!1Q' Method Rcfc;r~l\~t 

NlA 2ooS/031OS Om SOl' 0078 APHA-4110B 

4 N/I\. 2005103108 0111 SOP 0622 AI'~A 5310 

4 :ZOOS/OJ/OS 20051OJI08 Onl SOP 01541 MIS CHII.u'CCMF. CWS 

4 2005tnJ/OX 2!')(IS/O~I(U~ (>nt S()I' 0755 CCME Hydl'OCarbons 

4 i()05/0l/0~ ~V()~/03109 o"t SOP 0624 EPA 6020 

" 

2005103/08 21105103/08 OhISOI'OO12 Uf'A60IO 

4 2005/03109 2005/03/09 00150P00911 AI'HA5S10 

4 N/A 2(lO5103108 AI'HA254OC 

4 N/A iIM),5/03101,t Qnt:)OP 0076 APHA2540D 

t! 

" . ANALYTICSINC. 

"~!~~,_~_ .5r1~/ -1-, 

a_ 

SAMI JA OKJi0I,'MSc .. t:~Chem. 

Main Lab. ilnager 

~ ~P:~ 

-c...-..n.",-' _ tV- ,..... ..

'305 641 1825 TIJ:705 674 7784 

• 

M 

ASI Group Ltd 

PO Box 2205 Slalion B 


St Calbl1rines, ON 

LZM 6PG 

. DRIVEN BY SERVICE AND SCIENCE' 

www mJxx,1m~n~lytlcl.com 

Report DOth:: 2005/0J/l1 

ANAL YflCAI~ RF.PQRT 

Anal 5

. 

Ma 

~'~IC~ 

Maxxam J b #: A515769 

Report Oa ~i 2005103111 

ASI Group Ltd 

Client Project #: E20105 DEBEERS 

Project name: KASABO!l.IIKA 

Your PO. #: 12628 

Sampler Initials: 

RESULTS OF ANALYSES OF LlaUID 

M%\lO(ilm 10 F03107 F03108 F03109 

St"lln g Date 2005102127 2005102128 2005102126 

HS;OO 12:40 15:30 

I : 

Units KAS 0049·N..BASE KAS 0054..oS.(I01C-E!JASE KAS 0048~5-.o01C·BASE 

U 

OIL,& GREASE 

Tqal Oil & GrliliilSe mgtL 05 0.7 0.5 

CONVENTION,IlLS 

~ 

Tqal Dissolved Solids 131 439 1M 

Hj-i---- ---- 

O~solved ~anic Car!;loo 21.0 31.8 130 

Tqtal Suspended Solids (TSS) mg!l 3 5 22.0 

e~loridQ (el) mgll. NO ND ND 

S Ipl'la Ie ($04) mgtL NO NO ND 

PI.. QC Bau::1'1 

0.5 699068 

1 69$345 

0.1 6984e8 

1 698158 

1.5 6985.26 

5 698526 

N ~ 1= Not detected 

a~Balch '" Quality C011l10! Batch 

p£e;ase check. for attached com~t:s 

II 

----- 

\ 

,--,- 

MlllI;o;amlO 

f03110 

Samp"ng Date 2005103101 

13:45 

Units !CAS OD5S.cS.c01C·BAS!; DL QC Batch 

OIL & GREASE 

Total au & Grease mglL 0.7 O.S 699088 

i CONVSNTIONALS 

• Total Dissolved Solids mgJL 224 1 69$345 

Dissolved Organic Carbon mgJL 54.9 0.1 698468 

Tolal Suspended Solids (TSSl mg/l 550 1 698158 

I ~ 

Chloride {elJ m~L NO 1.S 698526 

Sulpt'lale (S04) mg/L NO S 698526 

i 

NO '" Not dflll(!cte(! 

QC Batch "" Quality Control Batc;h 

Please cl'le¢ll for attacl'led comments 

! 

I 

Page 2 of 10

Mak

. ~ilI'J 

Ma V:~~I

" II. . 

Ma~~~c~ 

Max.xam J~b #: AS1S769 

Report Da~: 200S/03f11 

'I 

ASI GrQup LId 

Cient Project #; E2Q105 DEBEERS 

Project name: KASABONIKA 

Yovr P.O. #: 12628 


ELEMENTS BY ATOMIC SPECTROSCOPY (LIQUID) 

MauamlD F03107 F03108 

Sampling Dale 2005102127 : 2005102128 

15:00 12:40 

I Units CRITERIA !(AS 0049·N.BA!lE KAS OO~5-oC1C·BASE pj.. at: Bateh 

METALS 

T alai Aluminum (Al) mgll 0.025 0.04.2 0.016 0.0042 698240 

Total Barium (Sa) mgil 

· 

0.0092 0.076 0.0006 698240 

Total Beryllium (Be) mgIl. 0.011 ND ND 0.0014 698240 

Total Bismulh (81) mg/L. 

· 

ND ND 0.0022 696240 

Total Cadmium (Cd) mg/L 0.0002 NO NO 0.001 698240 

Total Calcium (Ca) mgll · 32 130 0.1 698240 

T olal Chromium (Cr) mgll · 0.0017 0.0016 0.0016 698240 

Total Cobalt (CO} mglL 0.005 NO NO 0.001 698240 

Total Copper (Cu) rngIL 0.0025 NO NO 0.003 698240 

Tolal Iron (Fe) 

f--.. 

mg/L O.l 1.6 2.1 0.1 698240 

I Tolal Lead (Pb) mg/l 0.002 NO NO 0.0022 698240 

ToLaI Migni~ium (Mg) mgll 

· 

4.3 19 O.OJ 698240 

Total Manganese (Mn) mllNl · 0.19 2.4 0.0014 698240 

Total Molybdenum (Mo) mg/l 0.04 NO NO Q.0014 698240 

Total Nickel (Ni) mg/L 0.025 NO NO 0.001 698240 

Total PhosphOrus Tolal (P) ITl9I1. - NO NO 0.04 698519 I 

Total Potassium (K) mglL · 0.35 1.2 0~698240 

Total SillI1:Ir (AgJ mg/L 0.0001 NO NO 0.0 698240 

Total Sodium (Na) mgJL 

· 0.8 3.S 0.3 698240 

Tolal Vanadium (V) mgIl. 0.006 NO NO 0.001 698240 

Tolal Zinc (Zn) mglL O.Ol 0.056 0.007 0.005 698240 

NO = Nol ootectad 

QC Batch '" Quality ConlIol Batch 

CRITERIA: ONTARIO PROVINCIAL WATER QUALITY 09JI;CTIVES GUIDELINES 

Ref. to MOEE Waler Management document dated July, 1994 

Please check for attached comments 

Page 50f10

'j\j:;' 641 1825 TO:705 G74 7784 

. ~!I • 

~_I¥Li~. In< 

Ma'· am 

Ma:o:am J b #: A515769 

Report Da Ie: 2005/03/11 

I 

ELEMENTS 8Y ATOMIC SPECTROSCOPY (LIQUID) 

~~SI Group Ltd 

Client Project II: E20105 DEBEERS 


Your P.O. #: 12628 

Sampler Initials 

Maxx.amlD F031 09 F03110 

Sampling Dat., 2005102128 2005/03101 

15:30 13:45 

Units CRITERIA K4S 0048-0S-G01C-6ASE K4S 0055-05-(J01C-BASE 

DL 

.. _=----:- 

QC Batch 

METAI..S 

Total Aluminum (AI) mg/L 0,025 0.074 1.2 OJ.xJ42 698240 

Total Barium (Ba) mg/l.. - 0.038 0.047 0.0006 696240 

Total Beryllium (Be) mg/L 0.011 NO ND 0.0014 698240 

-. 

Total Bismuth (Bll ms;Vl - ND ND 0.0022 698240 

Total C;tgmlum (Cd) mglL 0.0002 NO NO 0.001 698240 

Tolal Calcium (Ca) mg,\. - 42 52 0.1 698240 

Toral Chromium (Cr) mgtL 

· NO 0.0026 0.0016 698240 

Total Cobalt (CQ) mgll O.ooS NO 0.001 0.001 698240 

Total Copper feu) mgll.. 0.0025 NO ND 0.003 698240 

T alai Iron (Fe J mgll.. 0.3 2.0 9.t O.t 698240 

Total Lead (Pb) mgfL 0.002 ND 0.0026 0.0022 698240 

Total Magnesium (Mg) mgtL 

- 

5.9 7.9 0.03 698240 

Total Manganese (Mn) mgll.. 

· 0.56 1.0 0.0014 698240 

Tolal MoI)'lxlenum (Mo) mgfL 0.04 NO NO 0.00,'1 898240 

Total Nickel (Ni) mg/l 0.025 NO 0.002 0.001 698240 

~ 

Total Phosphorus Total (P) mg/L 

· NO 0.31 0.04 698519 

Total Potassium (K) mgJl - 0.62 1.3 0.06 698240 

Tolal Sliver (Ag) mg/L 0.0001 NO 0.0007 0.0006 698240 

T 01011 Sodium (Na) mgIL - 1.0 1.2 0.3 698240 

T "tal Vanadium (V) mglL 0.006 NO 0003 0.001 6~240 

Total Zinc (Zo) mgIL 0.03 NO 0.047 0.005 698240 

NO .. Not detected 

QC BatCh = Qulllity Control Balch 

CRITERIA: ONTARIO PROVINCIAL WATER QUALITY OBJECTIVES GUIDeliNES 

Ref. to MOEE Wal:8r M;;mag~nt dQ

,-. 

~' , . 

Ma'~~,,~ 

Maxxam J lb #: A515769 

R"port Da~ej 2005/03/11 

ASI Group Ltd 



YI)ur PO. #: 12628 


GENERAl. COMMENTS 

Sample 

F0311 0·01; sample walt' dlll.lllild 10 x dl.K.! to dark c.alour of matrix 

Results rt:late only to the items tested. 

Page 7 of 10

OAIO( 

Batc;t 

Num Inl 

698089 Sf • 

698158 Hi It. 

698240 JaL 

i 

QCTvPt! 

MATRIX SPIKE 

Spiked Blank 

Mell10d Sial'll< 

RPD 

QCSTANDARO 

Method Blank 

RPD 

MATRIX SPIKE 

Spiked Blank 

Quality Assurance Report 

M axxam Job N urn be r: MAS15769 

ASI Group Ltd 

Attention: John Sferrazza 


P,o. #: 12628 

Projoct name: KASABONIKA 

Date 

Analyzed 

Parameter YYVY/mm/dd Value Recovery Units 

0-T erphenyf 2005l0lfOS 101 % 

F2 (C1D-C16 Hydrocatboni) 2005l0ll06 100 % 

F3 (C1e.c34 Hydrocatbons) 2005103/08 100 % 

F4 (C34-C50 Hydrocarbons) 2005103/08 100 % 

Readll:lld 8asollne at C50 2005103/06 YES % 

0-Terphenyf 2005lO3l0e 107 % 

F2 (C1D-C16 Hydrocarbons) 2005103106 103 % 

F3 (C16-C34 Hydrocarbons) 2005l03/0B 103 % 

F4 (C34-C50 HydrCl(:;;lrbonsl 2005103/06 103 % 

Readied Ba&ellne OIl esa 2005103108 YES % 

0-Terphenyl 2005103/08 101 % 

F2 (C1D-C16 Hydrocarbons) 2005103/08 NO,DL-100 uQlL 

F3 (C1SC)4. Hydrocarbons) 2005103/06 ND. DL-100 ugIL 

F4 (C34-CSO Hy~rocalbons) 2005103/08 NO. DL==100 ugll 

Reached Baseline at C50 2005103108 YES, DL:O ugiL 

F2 (C1D-C16 Hydrocarbons) 2005103/08 NC % 

F3 (C16-C34 Hydrocarbons) 2005/03108 NC % 

F4 (CJ.4-CSO HydrocalbQns) 2005103108 NC % 

Reachod Ba$8Uns at COO 2005l0JlC'S NC % 

Total Suspended Solids (TSS) 2005J03/08 102 % 

Total suspended Solids (TSS) 20()5I031'08 NO,OL-l mwL 

Total Suspended Solids (TSS) 2005103/08 8.8 % 

T olal Aluminum (AI) 2005103/09 101 % 

Total Bar1um (8a) 2005103/09 108 % 

Tolal Beryllium (Be) 2005103109 112 % 

Total Bismuth (8i) 2005103/09 10J % 

T Qtal Cadmium (Cd) 2005103109 '10 % 

Total C~tlum (Ca) 2005/03/09 76 % 

Total Chromium (Cr) 20051031'09 103 % 

TQlaI Cobalt lCo) 20051031'09 103 % 

Total Copper (Cu) 2005l031O!i:/ 99 % 

Total Iron (Fe) 2005103109 107 % 

Total load (Pb) 2005103109 103 % 

TQIaI Magnesium (Mg) 200510310') 106 % 

T~I Manganese (Mnl 2005103109 102 % 

Total Molybdenum (Mol 2005103109 111 % 

Total Nickel (NI) 2005103/0!l 102 % 

Total Potassium (K) 2005l0ll09 106 % 

Total Sodium (Ha) 2005103/09 101 % 

Total V

ASI Group Ltd 

Attention; John Sferrazza 


PO #: 12628 


3 

I. 

Num Ini!!: 

698240 JBW 

! 

I 

i 

! 

698345 HI- 

698460 EE ~ 

aCTvoc 

Spiked Blank 

Method Blank 

RPD 

OC STANDARD 

Method Blank 

RPD 

MATRIX SPIKE 

Spiked Blank 

Quality Assurance Report (Continued) 

Ma.o:am Job Number: MAS15769 

Da16 

Analyzed 

Pal'l!lmerer ww/mrnldd Value Recoverv Units 

Total Potassium (K) 2005lOlI09 101 % 

Tolal Sliver (Ag) 2005103/09 104- % 

Tolal Sodium (Na) 2005103/1)9 113 % 

Total Vanadium (V) 200510311)9 106 % 

Total Zinc (Zn) 200SJOll09 102 % 

Total Aluminum (Al) 2005103.109 NO, OL=00042 mgll.. 

TQlaI BarIum (Sa) 2005103109 NO, OL=00006 mgll 

Total Beryllium (Be) 2DOSJ03l1l9 NO, DL"O.oo14. rngll 

T etal Bismuth (Bi) 2005103109 NO, 01.-0.0022 mgll. 

Total cadmium (Cd) 200SJOll09 NO, OL=0.001 mg/I,. 

Total Caldum (Ca) 2005(03109 NO,OL"0.1 rngll 

Tol:;II CtItomlum fCr) 2005103109 NO, 01.=0.0016 mg/L 

Tocal Cobalt (Co) 20051031(19 NO, 01.:::0.001 mg/L 

Total Copper (Cu) 2005103.109 NO, OL"O.OOJ mgll 

T Qlal I ron (F.,) 20051031(19 ND.OI.",O.l mQlL 

Tola! Lead (Pb) 20051031(19 NO, OL=0.0022 mQIL 

Total Magnesium (M9) 2oo5lOlI09 NO. 01,.=0.03 rnglL 

Total Manganese IMn) 2005l03)C19 NO. OL-O.OO14 mg/l 

Tolal Molybdenum (Mol 200SlO3l09 NO. 01.-0.0014 mg/l 

Tol:;II Nlc;:Icel (NI) 2005103109 NO, DL=0.001 rngll 

To~1 Potassium (K) 2005103109 NO.OL"O.Oe mgll 

Total Silver lAg) 2005103.109 NO, OL"'0.0006 mgll. 

Total Sodium (Na) 2005103100 NO.OL-o.3 mQll 

Total Vanadium (V) 200SJ03l1l9 ND. OLiiiiO.OOl mgIL 

Total Zinc an) 2005103109 NO, OL::o.005 mel\.. 

Total Aluminum (Al) 2005103109 7.7 % 

Total Barium (Sa) 2005103109 3.8 % 

Total Beryllium (Be) 2005103109 NC % 

T alai Bi$muth (81) 2005103109 NC % 

TOIaI cadmium (Cd) 2005I03I09 NC % 

Tola! calcium (Ca) 2005103109 1.7 % 

Tolal Chromium (0) 2005103109 NC % 

Tolal Cobalt (Co) 2005/03/09 NC % 

Total Copper (Cu) 2005103109 NC % 

TOlallron (Fe) 2(105l03J09 NC % 

Tolal Lead (PO) 2005103109 NC % 

T alai Magnesium (Mg) 2005103109 1.1 % 

Total Mangantl$e (Mn) 2005103/09 0.9 % 

Tolal Molybdenum (Mo) 2005lO3IOi~ NC % 

Total Nickel (Ni) 2005103109 NC % 

Total PotaSSium (K) 2005103109 2.1 % 

Total Silv.r (Ae) 2005103/09 NC % 

Total Sodium (Na) 2005103109 0.5 % 

Total Vanadium (V) 2005lO3I0!' NC 'Yo 

Total Zinc (In) 2005103109 1.9 % 

Total Dissolved Solids 2005103/08 95 % 

Tolal Olssol-..ed Solids 2005l0J/08 NO,OL"'1 mglL 

Tolal Dl&soive


Manam Job Number: ~A515169 

ASI Group ltd 



P.O. #: 12628 


ON(lIC 

Batc.h 

Num Irlit 

e98460 ~9G 

!ilCTXEe 

Spiked Blank 

Method Blank 

RPD 

698468 D ~A MATRIX SPIKE 

OCSTANDARD 

Spiked Blank 

Melhod Blank 

RPD 

698519 B ;'11 MATRIX SPIKE 

QC STANDARD 

_5~.t 

Spikod Blank 

Molhod Blank 

RPD 

MATRIX SPIKE 

OCSTANDARD 

Spiked Blank 

M(lthod Blank 

RPD 

699086 AJ J QCSTANDARD 

Method Blank 

II RPD 

ND = NOl 11~c:Ied 

NfA :: NQI ~pplicable 

NC = Non·~lculable 

RPD - ReioitivQ Percent Difference 

ac Standa~=- Quality Control Srandard 

SPIKE .. Fe ~fied sample 

Oate 

Analyzed 

Parameter 'lJD./mrnldd Value Recolll:!!)' Units 

Benzone 200510.1108 90 % 

Toluene 2Q05l03l08 9.t % 

Elhylbenzene 2005103108 91 

D-Xylene 2005/0JlOS 92 "'" % 

p+m-Xylene 2005103108 92 % 

F1 (C6-Cl01 2005103108 85 % 

04-1,2-DlchlorobenZl)ne 2005l0~lOa 1i8 % 

Ben2;911e 2005103/08 NO.OL"'O.2 ug/L 

Toluene 2005103108 NO, DL"'O.2 ug/L 

ElhylbQnzene 2005103108 NO.DL=O.2 ugll 

o-Xytene 2005103108 NO,OL=0.2 ug/l. 

p+m-Xylene 2005103/08 NO,DL..n.4 ug/L 

Total Xylonas 20(l5lO3/08 NO,Ol=O.4 ugll 

F1 (Cfi.C10) 2005l03l08 NO,OL"'1oo ug/L 

F1 (Cf).C10) - BTEX 2005l0YOS NO. DL=100 ug/L 

BeflZSl1e 2005103108 HC 'lb 

Toluene 2005103108 NC % 

Eth:tlbenzel"llJ 2005103108 NC % 

a-Xylene 2005103108 NC % 

p"'m-Xylene 2005103.'08 NC % 

Total Xylenes 2005.103.'08 NC % 

F1 (C6-C10) 200~3I08 NC % 

Fl (C6-C10) - BTEX 2005103/108 NC % 

Djs~ol"ed Organic; Cartlon 2005/03108 103 % 

Dissolved Organic Carbon 2005/03108 103 % 

DisSOlved Of'lij3nic Carbon 2oo5l0J.'08 99 % 

Dissolved Organic; Carbon 2005103108 0.1,OL-O.1 mgIl 

Di$$oIved OrganIc Cal'bOn lOO5I03108 1.5 % 

Total PhosphOll,lS Total (PI 2005103108 101 % 

TOlal Phosphorus Total (PI 2005103106 101 % 

Total PhosphOfUS Total (PI 2005103108 101 % 

Total Phosphorus Tolql (P) 200:s/03l08 0.05, OL>

ASI GrQUP Ltd 

---"'PO Box 2205 Station D 


St C'.atharines, ON 

L2M6P6 

-DRIVEN BY SERVICE AND SCIENCE' 

www ma~xamani:llytics com 

AUellUou .John Sferrazza 

Report Date: 2005103/31 

YOUlI'.o.L~2:.::8,--_____ .., 

tyour P~'(:CI #; H20105 DEBEERS 

SltC:"KAS BONIKA 

YourC.O ·.#:N/A 

ANALYTICAL REPORT 

MAXXA .• TOR #: 4.520166 

Received: :Z:OOS/03/%1.11:S0 

Sample tri,,: LIQUID 

It S"lT1ple~ J.(.eceived: 1 

An .. 1 '~R 

~s~niC Carbon (DOC) 

Pe\(oleum dro. CCME CWS-PHC FI& STEX 

I'ctTolc;um H ~roc:;ubolls n·f'4(CCME) 

Tl8 lei: (905) 817-5700 loll fIeF (800) 563-6266 F

\...,. 

h~., ~~,

~ 

Maxxam b ~: A520766 

Report Da a: 2005/03/31 

ASI Group Ltd 

Client Project #: E201 05 DEBEERS 


Your P.O. #: 12628 


PETROLeUM HYDROCARBONS (CCME) 

Max)(amlD F23240 I I 

Sampling Oalo 2005/03/13 I I 

Units !(AS 0090.GS.(101C.NW-ORILLI DL IQC Batch 

Petroleum Hydro. - CCME 

Benzene uftL. ND 0.2 707220 

Toluene ug/L. NO 0.2 707220 

Ethylbel'lZene uglL NO 0.2 707220 

o-X~lene ugIL ND 0.2 707220 

p"'m.-Xylene ugIl NO 0.4 707220 

T 0131 Xylenes ugIL NO 0.4 707220 

F1 (C&-C10) ugll NO 100 707220 

F1 (C6--C10) BTEX uglL NO 100 707220 

TPH COMPOUNDS 

F2 (C1O-C16 Hydrocarbons) ugfl NO 100 706166 

F3 (C1fl..C34 Hydrocartx:lf\s) ugll NO 100 706166 

F4 (CJ4.C50 Hyd1Q\;srbons) ugfL. NO 100 706166 

ReaChed Baseline at COO ugJl YES N/A 706166 

Surrogate Recovery (%) 

1,4-DlfluOI'abenzene % 96 7072'l1J 

.... BromolluOl'obenzene o~ 102 707220 

D1 D-Ethylbenz.ene % 105 707220 

04.1.2-Dlchloroethane % 101 707220 

0-T erphenyl % 92 706166 

NO '" Not doleclsd 

OC Batch .. Quality ContrOl Batch 

Please check for attached CDIl1mellb 

Pagq 30f9

MaJa~,~ 

Maxxam J..,b #: A520766 

Report DC! a: 2005/03/31 

ASI Group Ltd 



Your P.O. #: 12628 


ELeMENTS BY ATOMIC SPECTROSCOPY (LIQUID) 

IManamlD 1 I F23240 

I Sampling Dale I I ZOO5l03l13 

I lUnitsl!(AS 0090.oS.o01C-NW-DRllL DL QC Batch 

MET.lLS 

TOLaI Aluminum (All mg/l. 3.8 0.0042 705575 

Totill Barium (l3a) mg/l.. 0.099 0.0006 705575 

T alai Beryllium (Be) mgll. ND 0.0014 705575 

Tolal Bismuth (Bil mgll NO 0.0022 705575 

ToLaI Cadmium (Cd) mgIL NO 0.001 705575 

ToLaI CalCium (Ca) mgIL 81 0.1 705575 

Total Chromium (Cr) mg/L 0.0075 D.OCllS 705575 

Total Cobalt (Co) mgtL 0.005 0.001 705575 

Tolal Copper (Cu) mgfl. 0.014 0.003 705575 

TOlallron (Fe) mglL 9.9 0.1 705575 

Total Lead (Pb) mgll 0.0064 to:oo22 705575 

Tolal Magnesium (Mg) mgfL 12 0.03 705575 

Total Mang;mase (Mn) mgfl. 0.69 0.0014 705575 

Tolal Molybdenum (Mo) mijjlL ND 0.0014 705575 

Total Nickel (Nil mgIl 0.007 0.001 705575 

ToLaI PhosphOrus (P) mg/L 0.92 0.04 705561 

Totill Potassium (K) mgtL 2.0 0.06 705575 

Total Sillier (Ag) mg/L NO 0.0006 705575 

Total Sodium (Na) mg/L 1.7 0.3 705575 

Total V .. nadlum (V) mglL 0.009 0.001 705575 

Tolal Zinc (In) mgll 0,14 D.ODS 705575 

ND '" Not defected 

OC Batch =: Qu:)lIty ConlfOl Batch 

Please cheok ror attached comments 

i. i 

Page 40'9

Ma?k

:.,. I • 

Ma~~,

V 

· 

Ma :(i~I

JUN-17-2005 13:11 FROM:RSI GROUP 905 641 1825 TO: 705 674 7"(84 P.2 

" ' 

. 

Mal (i.~,,~ 

ASI Group Ltd 



I P.O. #: 12628 

I 



Maxxam Job Number: MA520766 

QAlQiC 

Dale 

Bat~ 

Analyzed 

Num Inlt, QC TYtle Parameter yyyy/mmldd value Reooverv Units 

QC Limits 

106166 S~ MeUled Blarll~ o-Terphen~ 2005l0l/24 90 % 65 - 135 

F2 (C10-C16 Hydrocarbons) 2005l03lZ4 ND. DL"'100 ug/L 

P3 (C1S-C34 Hydrocarl:lOl'ls) 2005103124 ND. Dl.=lOO ugll. 

F4 (Cl4-CSO Hydrocarbons) 2005103124 NO. 01.:100 ugfl. 

Reached Baseline at COO 2005103124 YES,OU=O ugll 

RFD F2 (C10-C16 Hydrocarbons) 2005/03124 NC % 20 

F3 (C16.C34 HydrocarbonS) 2005103124 NC % 20 

F4 (C34-CSO Hydrocartx:Jl"is) 2005l03l;~ NC % 20 

Reached B85e1ine al csa 2005103124 NC % NlA 

7D6~T 

QCSTANOARO Total Dissolved Solids 2005103126 97 % 90 - 110 

Melhod Blank Total Dissolved Solids 2005103126 NO. DL"1 mgll 

RPO Total Dissolved Solids 2005103126 1.1 % 25 

707220 ~ MATRIX SPIKE 1.4-0inI,lQfOb$nzene 2005/03129 99 % ti5 ·135 

4-BromoRuorobenzane 2005/03l;!9 98 % oS - 13S 

D1()'Elhylbenzene 2005lO3r.19 89 % 65 - 13S 

04-1 ,2-DldllorooltJane 2005lO3rl9 93 % 65 - 135 

Benzene 2005/03129 60 % eo -120 

Toluene 20051OY.!9 68 % 80 - 120 

Elhylbol'\Zene 2005/03129 6S % 60 -120 

o-Xylene 2005/03129 68 % BO - 120 

p'1Tl-Xylene 200S/0ar.!9 67 % BO 120 

F1 (Ce;..C10) 2005/O:v.!9 97 0/. !!O -120 

Spiked Blank 1,4-DifluOf"Obenzene 2005103129 101 % 65 ·135 

4~~oftuQ~nzene 20051031'29 99 % 65 - 135 

D1()'Ethylbenzene 2005/03129 1'55 % 65 135 

D4-1.2·Didlloroethane 2005103129 96 % 65 - 135 

Benzeno 2005l03li!9 66 % 65 -135 

Toluene 2005J0Jr.1!9 66 % 65 - 135 

5thylbenzene 20051031211 72 % 65 135 

o-X~ene 2005/03f29 70 % 65·135 

p+m-Xylenll 2005103129 e9 % 65 - 135 

F1 (C5-C1O) 2005103129 75 % 65 135 

Method Blank 1 .4-0ifluof"Obenzene 2005103129 100 % 65 -135 

4-Bromolluoroberlzell6 2005lO3n:9 99 % 65·135 

D 1 ().Elhylbonzene 2005103129 93 % 65·135 

04-1,2-0idllcrooth.me 200510312:9 96 % 65-135 

Benzene 2005103129 NO, DL.:O.2 ugfL 

Toluene 200S103J29 NO. 01..:0.2 ugtL 

Ethylbenzene 2005!03I29 ND. DI.::::0.2 ugIL 

o-X'ylene 2005103129 NO.OL"0.2 ugll. 

p+m-Xylene 2005103129 ND. DL'"()." ugJL 

Total Xylen~ 2005103129 NO. 01..:0.4- uglL 

F1 (C6-C10) 2OO5IQ3129 ND, DL=1oo ug/L 

Fl (C6·Cl0) • BTEX 200S!03/29 NO. Dl"100 ugll 

RPD Benzene 2005103129 NC % 20 

Toluene 2005103129 NC % 20 

Ethylbenzene 2005103129 NC % 20 

o-Xylene 2005103129 NC % 20 

p+m-Xylene 2005103129 NC % 20 

Total Xylenes 2005103129 NC % 20 

; F1 (Ca.c10) 2005/03129 NC % N/A 

F1 (C~101· BTEX 2005/0312!~ NC % N/A 

ND = Nol ~$te(;ted 

N/A :::: Not ~pplicable 

. NC ''ion-i;iIicuIaDle 

"~I RPD :;;: Re \l~ve PSra!nt Difference 

I 

Mississauga Enll; 6740 Campobello Road l5N 2L8 Telephone(905) 811-5700 FAX(905) 817.5717 

Page 8 of 9

JUf~- 

(-'::k.1k.1::> 1.5: 11 t-t

JUN-17-200S 13:11 FROM:RSI GROUP 905 641 1825 TO:705 674 7784 P.4 

:1 : • 

________..::..A=S=I.... 

C''IT'-'-''-ol!,t:..P =L"'td=--_____ • D_R_IV_f_N_B_Y_BE_R_V_I_C_E_A_N_D_S_C,I_E_N_C_E_. 

: M ,a~;

d U!'l-.L r -'::>:1'':0:::> 1 .. ): 1.1 r r

t-'.b 

Ma~~,~ 

Max.xam ~db #: AS1 8546 

Reporl-D~te: 2005/03/22 

I 

ASI Group Ltd 

Client Projoct #: E20105 DEBEERS 

Project name: KASABONIi

GROUP 905 641 1825 TO:705 674 7784 P.7 


ASI Group Ltd 

CIII,mt Project #: E20105 DE BEERS 

Prc/jed name: KASABONIKA 

Your p,O, #: 12628 

Sampler Inrnals: 

MallOxarn 10 F14245 F14246 I F14247 

,arPling Oate 2005103108 2005103108 

! 

2005103/08 

15:20 15:05 14:55 

U : Units KAS 0048-CS.o01C·W I

JUN-17-2005 13:12 FROM:ASI GROUP 

905 641 1825 

TO:705 674 7784 

P.B 

" Ma '-.. am 

I ..... 'I ... IV(U::1io In.: 

'1 

Maxxam J~b #: A518S46 

R~pol't Date 12005/03/22 

ASI Group Ltd 


Pmjecl name: KASABONIKA 

Your P.O. #: 12628 


• GENERAl COMMENTS 

Samplo 

1=14245-01: sample was diluted and analysetl due 10 dar .. colour in malriJl: 

Results r \ lato only to tnoltems tested. 

Page 50f9

JUN-17-2005 13:12 FROM:RSI GROUP 905 641 1825 TO:705 674 7784 f-'.'::I 

Ma? ~. 

~ am 

I, .a." ... I)lli ..... "C 

I 

ASI Group Ltd 

Atle,nlion: John Sferrazz:a 

Client Project #: E2010S DEBEERS 

P.O. #: 12628 

Prol19ct name: KASABONIKA 

'I 

QA/Qj' 


Maxxam Job Number: MA518546 

Date 

Batch 

Analyzed 

Num Inll QCT~ee Parameter yvvy'mm'dlj Value Recovery Units ac limits 

7017213 JB~ MATAIX SPIKE Total Aluminum (AI) 2005'03'1 i' 84 % 75· 125 

Total Barium (Ba) 2005103'11' 104 "10 75 - 125 

Total Beryllium (Be) 2005103/11' 97 % 1'5 - 125 

I 

Totell Cadmium (Cd) 2005103/1,' 104 % 75 - 125 

Tolal Chromium (Cr) 2005103/1 i' 106 % 75·125 

Total Cobalt (Co) 2005/03/17' 110 % 75 - 125 

T olal Coppor (Cu) 2005103111' 107 % 75 -125 

Tolallron (Fe) 2005103111' 112 % 75 - 125 

Tolal Lead (PI;i) 2005103/11' 105 % 75 -125 

TOIaI Magnesium (Mg) 2005103/1 " 97 % 75 - 125 

Tolal r.Aanganese (Mn) 2005103/1 " 113 % 75 - 125 

lolal MOlybdenum (Mo) 2005l03/H 116 % 75 - 125 

Total Nickel (Ni) 2005103/1,' 107 % 75 - 125 

T olal Potassium (J

I 

• .J.IW 

.. 

ASI Group Ltd 



! 

- P.O.#: 12628 

Pr10ject name: KASABONn-Xylene 2005103/18 9S % 80 120 

p+m-Xylene 20051031'18 92 % 80-120 

F1 (C6-C10) 2005103116 90 % 80·120 

Spikod Blank 1,4-Di6uarobonzene 20051031'18 95 'Y. 65·135 

4-Brornofluorobenzene 2005103/18 103 % 65 -'35 

D10-Elhyll)enz;ene (FS) 2005/03/18 99 ,.,. 

65 135 

D4-1.Z-Oiohloroelhane Z005l03118 106 % 65 - 135 

Benzene 2005103/'8 76 % 55·135 

Toluene 20051031'1 e 97 % 65·135 

Elhylbenzene 2005103/18 99 % 65 - 135 

1..._-------.1, : 

o-Xylene 2005103/'16 101 % 65 - 135 

p+rn-Xyklne 2006103/"18 96 % 65·135 

F1 (C6-C10) 2005103/18 9S % 65· 135 

I Method Blank 1,4-01Iluorobsnzena 2005/03118 102 % 65· 135 

4-Bromofluorobenzene 2005/03/18 104 % 65 135 

I D10·Elhylbenzene (FS) 2005103/18 106 % 65 - 135 

MlssJssauga Env. 6740 Campobello Road L5N 2LB TelephOl"le(905~ 817·5700 FAX(905) 811.5777 

Pago 7 of 9

-Mak.~,~ 

cIUI';-l(-C::I

i u: (10::> b r'-! 

(( I:l"l 


Maxxam Job Number: MA!i18546 

ASI GI'OUP Ltd 


Client Pl'Oject #: E20105 OEBEERS 

P.O. #: 12628 

Project namo: KASA80NtKA 

NC .. NOn)~ICl.Ilable 

RPD ,. Retative Percent Difference 

QC Stand~~ ;;;; Quality Control Standard 

$PII

ASI Group Ltd 

Maxxam Job #: A515769 

Report Date: 2005103128 

Client Project # E20105 DEBEERS 


Your P.O, # 12628 


RESULTS OF ANALYSES OF LIQUID 

'Maxxam 10 

F03107 F031 08 F031Q9 F03110 

Sampling Date 2127/200515:00 21281200512:40 21281200515:30 3111200513:45 

Units KAS 0049-N-BASE KAS OOS4"()5-OO1C-BASE KAS 0048..()5..()01C-BASE KAS 0055"()5-001C-BASE DL QC Batch 

,OIL & GREASE 

Total Oil & Grease mg/l 0.5 0.7 0,5 0.7 0,5 699088 

CONVENTIONALS 

Total Dissolved Solids mg/l 131 439 184 224 1 698345 

Dissolved Organic Carbon mg/L 21 31.8 130 54,9 0.1 698468 

Total Suspended Solids (TSS) m!lll 3 5 22 550 1 698158 

Chloride (CI)mglL NO ND ND ND 1,5 698526 

Sulphate (S041. mglL ND NO NO NO 5 698526 

METALS 

Total Aluminum (AI) mglL 0,042 0,016 0,074 1.2 698240 

Total Barium (Ba) mg/l 0,0092 0,076 0.038 0,047 698240 

Total Bervtlium (Bel ,m!lIl NO NO NO NO 698240 

Total Bismuth (Bi) ImglL NO NO ND NO 698240 

'Total Cadmium (Cd) mg/L NO NO NO NO ° 698240 

:Total Calcium (Ca) IIT)gIl 32 130 42 52 0.1 698240 

Total Chromium (Cr) ImglL 0,0017 0,0016 NO 0.0026 698240 

'Total Cobalt (Co) mg/L NO NO NO 0.001 ° 698240 

,Total Copper (Cu) lm!lll ND NO NO NO 0 698240 

I Total Iron (Fe) ImglL 1,6 2.1 2 9,20,1 698240 

~T~ota~ll~e~ad~i~{lp~b~)~~ ____ ~~rN~O ________ ~~N~O ____________ ~~N=O ____________ ~~------______ 0~,~00~26~~0+_~6~98~2~4~0 

,Total Magnesium (Mg) 

m 

~ 4.3 19 5,9 7,9 0 698240 

I Total Manganese (Mn) mglL 0,19 2,4 0,58 1 0 698240 

Total Molybdenum (MOl mg/L NO NO NO ND ° 698240 

:Total Nickel (Ni) 

NO NO ND 0,002 0 698240 

~T~ota~IP~ho~)~~tho~ru~S~T~ota~I(~IP~)-+~~ ~~NO~ ______ ~~N~O~ __________ ~~~N~O ____________ ~~ ____________ ~07,3~1~70~~69~8~5~19~1 

Total Potassium (K)..... 0,35 1,2 0,62 1,3 0,1 698240 

Total Silver lAg) m!lIl NO ND NO 0,0007 ° 698240 

Total Sodium (Nal mg/l 0,8 3.6 1 1,2 0,3 698240 

Total Vanadium (V) mg/l NO NO NO 0.003 0 698240 

Total Zinc (Znl m!lll 0.056 0,007 NO 0,047 0 698240 

Petroleum Hydro. - CCME 

Benzene 

ugll NO 

Toluene 

ugIl NO 

I Ethyloonzene i NO 

cO-~X~~fne~~ __________-+ 

NO 

:p+m-Xvlene 

NO 

Total X~nes 

u!lll NO 

F1 (C6-C10) 

ug/l NO 

F1 (C5-C101- BTEX luglL NO 

TPH COMPOUNDS 

F2 (C1O-C16 Hydrocarbons) ug; NO 

F3 (C16-C34 HYdrocarbons) lugll NO 

H (C34-C5O Hydrocarbons) lug, NO 

Reached Baseline at C50 lug, YES 

Surroaate Recovery (%0) 

04-1,2-Dlchlorooonzene % 

0-T erphenyl % 

105 

103 

GENERAL COMMENTS 

Sample F03110.Ql: sample was diluted 10 x due to dark colour of matrix 

NO 

NO 

NO 

NO 

NO 

NO 

NO 

NO 

YES 

NO 

0,6 

NO 

0,5 

0.5 

NO 

NO 

103 

114 

NO 

NO 

YES 

NO 

0,6 

0,3 

0,7 

NO 

NO 

NO 

1400 NO 

NO 

YES 

106 

95 

0,2 

1,5 0,2 

1.3 0,2 

2.9 0.2 

6.3 0.4 

9.2 0.4 

100 

100 

106 

116 

100 

100 

100 

NlA 

698460 

698460 

698460 

698460 

698460 

698460 

698460 

698460 

698089 

698OS9 

698089 

698OS9 

698460 

698089 

Results relate only to the items tested. 

This report dated: 2005/03128 replaces all previous reports.

Maxxam Job#: A515769 


NO = Not detected 

QC Batch = Quality Control Batch 


ASI Group LId 

Client Project # E20105DEBEERS 


Your P.O. #: 12628 



MaxxamlD 

F03107 

F03108 

F03109 

F03110 

Sampling Date 

2127/200515:00 

2128/2005 12:40 212812005 15:30 

Units KAS 0049-N-BASE KAS 0054.oS-001C·BASE KAS 0048.05-001 C·BASE 

OIL & GREASE 

Total Oil & Grease 

I moIL 

0.5 

0.7 0.5 

CONVENTIONALS 

Total Dissolv: Solids jmg!l 

131 

439 184 

Oi 

mg/l 

21 

31.8 130 

Total Sus 

ImgIL 

3 

5 22 

Chlorlde{CI) 

I maIL NO 

NO 

NO 

Sulphate (S04) 

ImgIL NO 

NO 

NO 

311/200513:45 

KAS 0055.oS-001C·BASE DL 

I 

0.7 0.5 699088 

224 1 698345 

54.9 0.1 698468 

550 1 698158 

NO 1.5 698526 

NO 5 698526



ASI Group Ltd 



Your P.O. #: 12628 



Maxxam ID 1 F10383 F10384 F10385 

Sampling Date 1 3/5120059:30 3/51200510:00 318120059:00 

IUnits KAS-0049-05-00IC·N-ORILL KAS-0049-8W-DRILL KAS-0054-05-00IC·BASE DL QC Batch 

OIL & GREASE 1 

ND ND 0.5 702375 

Total Dissolved Solids ________ ~117 

120 1 700958 

Dissolved 20.1 0.1 700679 

ITotal Sus --------= 

34 1 701273 

IChloride (CI m L 7: N=D---------' ::::::::::::::::::::::::::::::::::::::::~~::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::~=~~::::::::~~;~ 

1.5 700942 

Sulphate (804) 

mglL ND 

5 700942 

METALS 

Total Aluminum (Al) mglL 0.16 0.13 

Total Barium (8a) mglL 0.016 0.013 

Total Beryllium (Be) mg/L ND ND 

Total Bismuth (Bi) mg/L ND ND 

Total Cadmium (Cd) mg/L ND ND 

Total Calcium (Ca) mglL 33 39 

Total Chromium (Cr) mgIL ND ND 

Total Cobalt(Co) mglL ND ND 

Total Copper (Cu) mglL 0.016 0.004 

Total Iron (Fe) ~ 2.5 

2.2 

Total Lead (Pb) NO ND 

r-T~ota~IM7a~~g~'ne~s~iu~m-~«iMg77,])----~~m L~~------~4~.9~~------4~.7 

Total Manganese (Mn) mglL ~ 0.24 

Total Molybdenum (Mo) mglL ND 

r-T~ota~IN7.i~~e~I(~IN~i)~~~--~'~m~g.IL~7:N=D-----------~ ~N~D~----------; 

Total Phosphorus Total (P) mg.L 0.091 ~ 

~T~o~ta~IP~0~ta~s~s~iu~m~'(~IK~)~~-~m~1~g.IL~--------~0.~6~3r-----~~ 

. Total Silver (Ag) mg,L ND ND 

Total Sodium (Na) mg,L 1.1 0.9 

Total Vanadium (V) mg, L 0.003 ND 

Total Zinc (Zn) mg/L 0.051 0.15 

Petroleum Hydro.· CCME 

. Benzene ug.L ND ND 

• Toluene ug,L ND 4.8 

Ethylbenzene ugL ND 2.2 

ia-Xylene lugL ND 4.3 

p+m-Xylene ugL 0.4 9.6 

Total Xylenes ugL 0.4 13.9 

F1 (C6-C10) ugL ND NO 

F1 (C6-C10)· BTEX uglL NO NO 

TPH COMPOUNDS 

F2 C1O-C16 Hydrocarbons ugL ND NO 

F3 C16-C34 Hydrocarbons ND NO 

F4 C34-C50 Hydrocarbons ug L ND ND 

Reached Baseline at C50 uglL YES YES 

Surrogate Recovery W.) 

1,4-Difluorobenzene % 99 97 

4-Bromofluorobenzene % 100 100 

D1Q-Ethylbenzene % 109 106 

r.D4~.1~.2~.D*i~ch~~~~th~a-n-e-----;~%~~-------------~9~8r---------~I~ 

~a-~T~e~rp~lh~e~nyl~ _____ ~~%~~ _______ ~1~06~ ______ 1~ 


Sample F 10383·01: sample was diluted due to dark coloured matrix 

Sample F 10384·01: sample was diluted due to dark coloured matrix 

Results relate only to the items tested. 

This report dated: 2005/03/28 replaces all previous reports.






ASI Group Ltd 

Client Project #: E20105 DE BEERS 


Your P.O. #: 12628 



• Maxxam 10 

F10383 

IF10384 

F10385 

: Sampling Date 

3/5/2005 9:30 3/5/200510:00 

3/8/2005 9:00 

Units KAS.Q049-OS-00IC·N-DRILL KAS-0049-5W·DRILL KAS-0054-05-00IC-BASE DL QC Batch 

lOlL & GREASE 


• CONVENTIONALS 

mg/l NO 

NO NO 

M 702375 

T olal Dissolved Solids mg/L 

117 

120 1 700958 

Dissolved Organic Carbon mg/l 

20.9 

20.1 0.11 700679 

Total Suspended Solids (TSS) mg/L 

63 

34 73 

Chloride (CI) 

mg/l NO 

NO 1. 2 


mg/l NO 

NO 51 700942 

·) 

.. ~ f


Report Dale: 2005103128 


Maxxam 10 

F14245 

• Sampling Date 

3181200515:20 

Units !(AS 0048"()5"()01C·W 

lOll & GREASE 


maIL NO 

CONVENTiONALS 

ASI Group Ltd 

Client Project #: E201 05 OEBEERS 


Your P.O. #: 12628 


F14246 

F14247 

31812005 15:05 3181200514:55 

!(AS 0048..()5..()()1C·NE !(AS 0048..()5..()()1C-SE 

0.7 0.5 

Total Dissolved Solids mg/L 144 127 

m1-1 

Dissolved Or(lanic Carbon maIL 

24.9 

25.4 24.8 0.1 

Total Suspended Solids (TSS) mg/L 

106 

167 311 1 

Chloride (CI) 

mgJt. NO 

0.73 0.71 0.15 

Sulphate (S041 

maiL NO 

NO 

NO 0.5 

METALS 

Total Aluminum (Al) ImgIL 1 

0.4 

Total Barium {Ba I 

maiL 

0.04 

Total Beryllium (Bel 

mg/L NO 

NO 

Total Bismuth (Bi) 

mg/L NO 

NO 

Total Cadmium (Cd) 

mg/l NO 

NO 

Total Calcium (Cal 

mall 

44 

Total Chromium (Cr) 

!mg/L NO 

NO 

Total Cobalt (Co) 

NO 

Total Copper (Cu) 

NO 

Total Iron (Fe I 

6.3 

Total Lead (Pb) ~ 

0.0034 

Total Magnesium (M(l) maIL 

5.8 

Total Manganese (Mn) mgIL 

0.46 

Total Molybdenum (Mol maIL 

0.0047 NO 

Total Nickel (Ni) 

maIL NO 

NO 

Total Phosphorus Total (P) mg/L 

Total Potassium (Kl 

Total Silver (Ao) 

Total Sodium (Na) 

Total Vanadium (V) ~ 

: Total Zinc (Znl mall 1 

Petroleum Hydro .• CCME 1 

Benzene 

NO 

Toiuene 

NO 

Ethylbenzene UQ7i. NO 

o-Xylene uall NO 

Ip+m·Xylene Iug/L NO 

Total Xylenes lugIt NO 

F1 (C6-Cl0) luall NO 

F1 (C6-C10) - BTEX Iug/L NO 

TPH COMPOUNDS 

F2 (C10-C16 Hydrocarbons) uaIl NO 

F3 (C16-C34 Hydrocarbons) uglL NO 

~ ocarbons) uglL NO 

Baseline at C50 uaIL YES 

Surrogate Recovery (%) 

1 4-0ifluorobenzene % 

4-Bromotluorobenzene % 

010·Eltlylbenzene % 

04-1.2-0ichioroethane 1% 

0-T erphenyl 1% 


QC Batch = Quality Control Balch 


~ 

1 

0.002 

0.065 

92 

103 

93 

92 

99 


Sample F14245-01: sample was diluted and analysed due 10 dark colour in 

matrix 

NO 

NO 

NO 

NO 

NO 

0.25 0.22 

0.035 0.04 

NO 

NO 

NO 

37 40 

NO 

NO 

NO 

3.3 5.1 

0.0023 NO 

5.4 5.4 

0.55 0.54 

NO 

NO 

0.13 0.12 

0.66 0.73 

NO 

0.9 0.9 

0.002 0.002 

0.006 0.017 

NO 

NO 

NO 

NO 

130 NO 

NO 

NO 

YES 

97 94 

106 100 

102 97 

93 89 

106 103 

Dl 

0.5 

QCBatch 

702632 

701857 

702896 

702349 

702127 

702127 

Results relate only to the items lested. 

This report dated: 2005103128 replaces all previous reports.


Report Date: 2005/03/28 


Maxxam 10 

Sampling Date 

F14245 ~F14246 

3/81200515 

I 

3/8/200515:051 

Units KAS 0048"()S"()01C KAS 0048"()S"()01C-NE QC Batch 

OIL & GREASE 


mg/l NO 0.7 702632 

CONVENTIONALS 

Total Dissolved Solids Img/l I 

Dissolved Organic Carbon mall 

Total Suspended Solids (TSS) maIL 

Chloride(CI) 

mg/L 


mg/l 




ASI Group Ltd 



Your P.O. #: 12628 


144 127 701857 

24.9 25.4 702896 

106 167 702511 

NO 0.73 702127 

NO IND 1 702127 

F14247 1 

31812005 14:55 

KAS 0048"()S"()01C-5e 

~ 

0.5 0.5 702632 

111 1 701857 

24.8 0.1 

311 1 ~ 

0.71 0.15 702127 

NO 0.5 702127

MaJO

AST Group Ltd 

PO Box 2205 Station B 

I5U Martindale Rd 

St Caiharines, ON 

L2M6P6 

• DRIVEN BY SERVICE AND S(IENCE· 

AttentiOnJOhn Sferrazza 

Yom p.o. ~, 

l1628 

Y our PTOjC:~I: #: E20105 DEBEERS 

Site: KAS aONIKA 

Yow: C.O .. #: NA 


MJ JOB n, A51'S73 

Receivt:tl: ~OOS/03/1S. 1l:23 

ANALYflCA.I~ REPORT 

Sample Mllix: LIQUID 

# Srunnles Received: 4 

-r I' 

II 

Anionl 

Dissolved O"...,iG C~tbon (DOC) 

I'c1T\llcum Hlrl!ru. CCME CWS-PH( 1'1& BnlX 

Petroleum H~dro" .. rburu; Fl·P4(CCME) 

V TOlal Mctalslf!.~lllysi. in WUler by ICPMS 

'r!!l.ul Metals \Nlalysi, of Wal.(;r fly lC'P 

"',,111.1 Oil ur~al'easc 

Total Oil an Grew.e 

rulal Dissol .cd Solid~ 

d Solids 

D~TC 

QUllrttily Extract

~I . 

... Ma~,,~.~ 

Manam Jo#: A518S73 

Qopol1 Dat : 2005(03/24 

'-..,.. 

ASI Group ltd 


Project nama: KASABONIKA. 

Your P.O. #: 12628 



Ma)(Xam ID F14356 F14357 

Sampling Date 2005103110 2005/03110 

11:00 12:20 

Units !CAS OQ90..Q01C-BASE KAS OOS4.o01C·NE-DRILl 

Dl QC Batcn 

OIL&GREASe 

Total Oil & Grease mgll 05 NO 0.5 7D2632 

CONVENTIONAL$ 

Tota! Dissolvad SoOds mglL 237 324 702475 

Dlssolvod Organic Carbon mgll 15.1 14.7 0.1 102896 

Tolal Suspended Solids (TSS) mgtL 163 300 702559 

Chlalide (CI) mglL 2.04 1.91 0.15 702524 

Sulphate (S04) mg/l NO NO 0.5 702524 

NO '" Not detected 

QC Balch;;; Quality Control Batch 

Please check for attached eomments 

lMa~)(amID F14358 F14359 

Sampling Date 200s/03/10 2005103110 

12;40 13:00 

1. Units KAS 00540001C-N-DRILI. QC Batch KAS 0054-001 C-NW-DRILL OL QC Baten 

Oil & GREASE 

Tolal Oll & Grease mg/L NO 702951 NO 0.5 702632 

CONVENTIONALS 

ITotal Dissolved SQ/ids mg/L 288 703688 304 1 702415 

I Dissolved Organic Carboo mgIl 20.3 70ZS96 19.2 0.1 702896 

Irotal Suspended SOlids (TSS) mglL 859 7025fX1 854 1 702559 

Chloride (CI) mg/L 3.53 702524 1.48 0.15 71)2524 

I~ulpha\a (S04) mglL. 0.7 702524 0.9 0.5 702524 

NO = Not delel;\ed 

QC Balch '" OU

\.....-. 

1\/i' a? 

I' , 

! 

Ilt:,· 

~~lC~ 

Malix amJo 1'#: A518573 

Repo It Dati :2005/03/24 

I , 

IU; fl':D Df"! f ft:l"-l 

ASI Group Ltd 

Client Project #: E201 05 DEBEERS 


Your P.O, #: 12628 


PETROLEUM HYDROCARBONS (CCME) 

Malt,; amiD 

Sam I>lIl'Ig Date 

Fl4356 F14357 F14358 

2005103110 2000103110 2005103110 

11:00 12;;20 12:40 

Units AAS OQ90..o01C-BASe 11.um Hydro •• CCME 

aliln ene ug/l 3.0 NO NO 0.2 

Tol~(,1e ugiL 43.4 8.5 0,3 0.2 

EthY.)benzene ug/l 13.5 6.6 0,4 0.2 

o.x~jene ugll 26.7 13.2 0.6 0.2 

p+ni~Xylene ugll. 590 29.7 1,6 0,4 

Told) Xylenes uglL 85.7 42,9 2.2 0.4 

Fl te..C10) uglL 144 190 NO 100 

f1 ¢e-C1O) • BTEX ug/l NO 132 NO 100 

TP~ COMPOUNDS 

F2 t~O-C16 HydrocarbOl1sJ "gIL NO NO 100 

F3 t,16-C34 Hydraear\Xlns) ugIL NO NO 100 

F4 d.:~-cso Hydrocarbons) uglL NO NO 100 

Reap~ed Baseline at COO Vgll YeS YES N/A 

Sur ogate Recovery (%) 

1.4 Cl!nuorobenzene % 100 99 100 

4-B ofnafluorObenzene % 101 99 100 

Ole e thylbem:ane 'Yo 89 as 89 

D4 .:2.0ichloroothane % 98 98 96 

o-T rphonyl % 103 103 

103(;)30 

703630 

703630 

703630 

703630 

703630 

703630 

703630 

702393 

702393 

702393 

702393 

70ae30 

703630, 

703630 

703630 

702393 

QC NDf""~- 

!ltd'! .. Quality Control Batch 

PIQ ~e check far attached comments 

Paille 3 of 10

cl UN - 1 ( - c'ldld") 1-5 : ,5~ H-

M 

Repo 

1..-" 

I 

! 

I 

~~.!!1 

IU; 11::0 DI'-t 11t:1'-f 

a~ AS! Group ltd 

Maxx amJ~ ~#: A518573 


It Date :.2005/03(24 


Your P.O. #: 12628 

Satnplar Inilials: 

I 

! 


MsxlI miD F14356 F14357 F14358 

sl.lfli1i~9 Date 2005103110 2005/03/10 2005/03/10 

',:00 12:20 12:40 

~ . Units KAS 0090..0

:1klJ b'tl ltlc::> IU. IILIJ 01"'1' IIO"-t 

r .. . -.J< 

.J..I-J 

am 

Maxxam Jo .#: A51B573 

Report Oat . ~ 2005l03f24 

'-' ! 

ASI Group l.td 

Oient Project #: E20105 OEBEERS 

PrOject name: KASASONIKA 

YourP.O.#: 12628 



MalCxamlD 

F14359 

Sampling Date 2005/03/10 

13:00 

Units !(AS IJO~01C-NW·ORllL DL QC Batch 

METAL.S 

Total Aluminum (AI) mglL 1.5 0-011 702397 

T ot$l Barium (8a, rngll 0.14 0.0015 702397 

Total BeryRlum (Be) mglL NO 0.0035 702397 

Totll Blsmvlh (Si) mgJL NO 0.0055 702391 

Total Cadmium (Cd) mg/L NO 0.0025 702397 

TOIaI Calcium (Ca) mgll 7S 0.25 702397 

Totll Chromium (Cr) mgll NO 0.004 7~397 

Tolal Cobalt (CO) mglL 0.0030 0.0025 702397 

Total Copper {Cu} mg/L 0.034 o.cans 702397 

Total Iron (Fa) mgIL 10 0.3 702397 

TOlal Lsad (Pb) mgIL O.of9 0.0055 702397 

Total Magnesium (Mg) mglL 11 0075 702397 

Total Manganese (Mn) mglL 1.4 0.0035 702397 

Total Molybdenum (MO) mglL ND 0.0035 702397 

10lal NIckel (Nil mgIL 0.0050 0.0025 702397 

TOIaI Phosphorus Total (P) mg/L 0.65 0.04 702481 

Tot

Ma 

am 

Maxxam Jo #: A518573 

Report Cat : '2005/03/24 

\.......-- 

ASI Group Ltd 

Client Project #: E20105 CEBEERS 

Project nama: KASABONIKA 

Your P.O. #: 12628 


I 

Results r61ate 01'11 

[0 the Items tested. 


page 7 0110

Mac ~~,~ 

ASI Group Ltd 


Client Project #: E2010S DEBEERS 

P.O. #: 12628 

Project name' KASABONIKA 

QA/Qq 

Batch I 


Max.xam Job Number; MA$18573 

. 

Dala 

Anal~EId 

Num Inil QC Tvoe Parameter wvvlmm/dd va'u~ Recovery Units ac Urnits 

702393 sf< MATRIX SPIKE 0·1 erphenyl 2005103/11 97 % 65 - 135 

F2 (C10·C16 Hydrocar1Xlns) 2005103117 97 % 65· 135 

F3 (C16.C34 Hydrocarbons) 2005/03(17 97 % 65.135 

F4 (C34·C50 HydrQ(:.arbons) 2005/03/17 97 % ~·135 

Reached Baseline at CSO 2005/03117 YES % N/A 

Spiked Blank 0-Terphenyl 2005/03117 100 % 65 135 

F2 (C10.c16 Hydrocarbons) 200~03/17 97 % 65·135 

F3 (C1S.C34 Hrdrocarbons) ;Z005/03/ 17 97 % 65 -135 

F4 (C34-CSO HyclrocalbQns) 2005103117 97 % 65-135 

Reached Baseline at C50 2005103/17 YES % N/A 

Method Blank 0-Ter'phefl y1 2005103/17 106 % ~·1J5 

F2 (C1D-C16 HyOrQCarbol'lS) 2005/03/17 ND,DL=100 ug/L 

F3 (C1S-C34 Hydrocarbons) 2005103/17 ND. DL:100 ugll.. 

F4 (C34-C50 Hydrocarbons) 2005/03/17 ND,Ol!!100 ug/l 

RPD 

~Q

~~ Bat 

QuaHty Assurance Report (Continued) 

Ma.:xam Job Numbir: MA518573 

Date 

Analyzed 

ASI Group Ltd 



P.O. #: 12628 


Num Iflit QCTvDe ParamQtar yvvv/mm/dd: Value Recovery Units ac Umlls 

102397 JB N~ Method Blank Total Aluminum (AI) 2005103117 NO, OL-O.0042 mglL 

Total Barium (Sa) 2005103/1"1 NO. OL=0.OOO6 mglL 

TOIaI Beryllium (Be) 2


Manam Job Number;; MA518573 

ASI Group Ltd 



P.O. #: 12628 

Project name: KASA.BONIKA 

QAlQC 

Balch 

Num Init QCType 

702696 SAJ RPO 

702951 A~lJ, QCSTANDARD 

Method Blank 

II RPD 

703630 NGiN MATRIX SPIKE 

I 

, 

Spiked 61anlc 

Method Blank 

RPD 

703668 Hlr QC STANDARD 

Method Blank 

I RPO 

I 

ND:;;Nol ~ieCl8d 

N/A" Not pplicable 

NC = Non alculable 

RF'D = Relittlv8 Percent Difference 

QC Stand '!rd = Quality Control Standard 

SPIKE", F pf,t1t1ed sample 

Dale 

Analyzed 

Parnmeler wvv/mmldd Value Recovery Units 

DIS$oIved Oroanic Carbon 2005/03117 2.0 % 

Total 011 & Grease 2005103118 92 % 

T atal Oil & Gmase 2005/0J/18 ND, Dl:::(l.5 mglL 

Total Oil & Grease 2005/03lUI IIIC % 

1,4·Difluoroben2:ene 2005103123 101 % 

4·8romonuorobenzene 200&0312

JUN-17-2005 13:17 FROM:RSI GROUP 

'-..,.. ... 

.' 

M 

905 541 1825 TO:705 574 7784 P.2 

• DRIVEN BY SERYICE AND SCIENCE· 

ASI Group Ltd____ _ __. 

PO Box. 2205 Station B 

oNWW m~xx;)rn;jnalyli(, (()In 

250 Martindale R.d 

St Catharic.cs, ON 

LlMGP6 


Report Date: 2005/0J/18 

Your P,D #: 12628 

Your Projtt:L #; E20} 05 DEBEERS 

Site: KAtBONl.KA 

Your C. C. It: N/A 

ANALYTICAL REPORT 

.JOB #: AS17726 

Recei"Ved 

l 

'l2.005/03/11, 11 :06 

Sample atrix: LIQUID 

# Sampl 'Rf:ceived: 3 

Anions 

J)i~sol ... cd t~nic Carbon (\JOC) 

r~tl"olcum "'0""1."'" ydrncarbuns CCME F2-F4 CW'·'HC (CCM,,& 1',) OrEX 

\.....-.. Total Me ~Analy,is in Water by lerMS 

. 'rutal Meta An31ysi~ of Watct by ICP 

T\'I~I Oil dGreasc 

TDtallli~~ .Jc;d Solids 

Tot~1 Susp n~cd Solids 

DaD; D~te M.,lnLld 

Extnclcd An;l~zcd Lahorat0!1 Method R~f=

vUI'I-';"l-c...Ul::},-, .I....,)".LI 

rr::.UI'I.H.:J.1 I.!:lr::..UUr 

IU r~:> 

bf"t J JO"t 

\ ...... .' 

.' 

M;axxa mJ ~b #: A517726 

Report Da ~: 2005/03/18 

A'~I .) G rou P Ltd 


PI'Oject name: KASAaONIKA 

Your P.O. ,,: 12628 

Sampler Initial$: 


Mai(l(amID 

safP'ing Dlilto 

J 

Units 

F10383 F10384 F1038S 

2005103105 200S103/05 2005103106 

09:30 10:00 09:00 

KAS.o049..oS.ooIC..N..oRILl KAS..o049..sW·DRILL KAS.ooSrWlS.oOIC..eASE Dl QCBatch 

OIi!.&GREASE 

To~1 011 & Grease 

mgJL 

CqNvENTIONALS 

T~I Dissolve" Solids mgll 

Oi~OIyed Organic: Carbon mgll. 

Tc4a'l Suspended Solids (TSS) mgiL 

e~QJide (el) 

mgfL 

S~phate (S04) 

mglL 

I 

ND ND NO 0.5 702375 

117 120 1 700958 

2Q.9 20,' 0,' 100679 

63.0 34.0 1 701273 

NO NO 1.5 700942 

ND NO 42 

N~ 'Ii Net detected 

ae Sateh '" Quality Control Balon 

PI ~se check for attached commenlS 

I 

Page 2of9

I '-' ~ • '-''-' '-', , ,. ___ , 

Ma 

am 

·'1 

Ma.:xsm J ti #; A517726 


'-, :/ 

I 

PETROLEUM HYDROCARBONS (CCME) 

ASI Group Ltd 


Project name: KASABONlKA 

Your P.O. #; 12628 


MaxxamlO F10383 F1031l4 

sampling Dale 2005/03/05 :2005103105 

09:30 10:00 

UnIts KAS...oQ4;..QS..QolC-N.oAILl KAS.o049--SW-DRltl DL ICIC Batch 

PeIToleum Hydra •• CCME 

Benzene ug/l NO NO 0.:2 701177 

Toluene ugI1.. NO ~.8 0.2 701177 

Elhylbenzene ugIl NO 2.2 0.2 701177 

c>-Xylene ugJl NO 4.3 0.2 701177 

p+m-Xy1ene ugIL 0.4 9.6 0.4 701177 

T alai X.ylenes uWL 0,4 13.9 0,4 701177 

F1 (Ce.C10) ugIL NO NO 100 701177 

F1 (

~~~.~ ASI Group Ltd 

Maxxam J~ b #: AS17726 Client Project #: E20105 OEBEERS 

Report 0 atl'; 2005/03/18 

Proia¢! neme: KASABONIKA 

I 

Your P.O. #: 12628 

I 


Ma 

I 

I 


MaxxamlO F10383 F10384 

Sampling Dale 2005103105 2005103105 

09:30 10;00 

Units KAS..Q()49.oS.o0IC·N-ORll..l Icc Batch KAS.o049-8W-DRILL 

Dl IQC Batch 

I 

METALS 

T ctal Aluminum (AI) mgIL 0.16 700853 0.13 0.0042 700852 

Tot;J1 Barium (Ba) mgll. 0.018 100853 0.013 0.0006 700852 

Tolal Beryllium (Be) mglL NO 100853 NO 0.0014 700852 

Tolal Bismuth (131) mgIL NO 700853 NO 0.0022 100852 

Total Cadmium (Cd) mg/L NO 700853 NO OOQ1 100852 

Total Calclum (Ca) rngIl 33 100853 39 0.1 700852 

Tolal Chromium (Cr) mgll NO 700853 NO 0.0016 700852 

Total Cobalt(Co) mg/L NO 700853 NO 0.001 700852 

Total Copper (Cu) mg/L 0.016 700853 0.01)4 0.003 7Q0852 

Total Iron (Fe) mglL 2.5 700853 2.2 0.1 700852 

Total Lead (Pb) mg/L ND 100853 NO 00022 700852 

Tolal Magnesium (Me) mglL 4.9 700853 4.7 0.03 700852 

Total Manganese (Mn) mgIL 0"25 700853 0.24 0.0014 700852 

Total Molybdenum (Mo) mgtL 0.0032 700853 NO 0.0014 700852 

T oal Nldcel (Ni) mg/L NO 700853 NO 0.001 700852 

Total Pliosphorus Total (P) rngIL 0.09 700654 0.11 0.04 700854 

Tolal Potassium (K) mgll 0.e3 700853 0.56 0.06 700852 

T ota! Silver (Ag) 

NO 700853 NO 0.0006 700852 

~ 

Tolal Sodium (Na) 1.1 700853 a.9 0.3 700852 

Total Val'ladium (V) 0.003 7DOaS3 NO 0.001 700852 

Tolal Zinc (ZIi) mgIl 0.051 100853 0.15 0.005 700as2 

NO '" Not detecl8d 

QC Batch ;;;: Quality Conlrol Batch 

PI~1;lS6 check for attached comments 

! 

I 

I 

I . 

! 

Page 4 of9

-I . 

M a?[5.

- Ma~ t5!~,~ 

ASI Group Ltd 

v 

\...... 

'-' 

, 

i 

. 

I 


M3X.I\am Job Number: MAS17726 

AHention: John Sferraz.t.a 

Client Projed #: E2010S DESEERS 

PO. #: 12626 


QA/a( 

Dale 

Batch i 

Analyzed 

Num Ini QCTVI)e Parameter MvfmmJdd Value Recovery Units Delimits 

100500 IXI\ Spiked Siank 0-Terphenyt 2005103114 99 % 65 - 135 

F2 (C10-C16 Hydrocarbons) 2005103114 8T 0,," 65·135 

I 

I 

RPO F2 (C10-C16 Hydrocal'tx:lns) 2005/03114 0 % 20 

I 

Spiked Blank F3 (C16-C34 Hydrocarbon$) 2005103114 87 % 65 -135 

! RPO F3 IC16-C34 Hydrocarbons) 2005103/1·. 0 % 20 

Spiked Blank F4 (C34-C50 HydroCOlrbolls) 2oo5l0J/14 87 % 65-135 

RPO F4 (C34-CSO Hydl1Xarl)orlS) 2005103114 0 % 20 

Method Blank 0-T erpl'lel'lyl 2005103114 103 % 65·135 

F2tC1Q..Ct6 Hydrocarbon$1 2005103/14 NO,OL::100 ugJL 

FJ (C1S-c34 Hydrocarbons) 200510311" NO.OL"100 ugfl 

I 

F4 (C34-e50 H)'drocarbOns) 21)05103/14 ND,OL"'1oo uglL 

I 

Reached Baseline al CSO 2005103/14 YES. OLeO lIg1L 

RPO Reached Baseline at C50 2005/03114 NC % NIP. 

i~ 

70067901 MA.TRIX SPIKE Dissolved Organic Carbon 2005103114 124 % 75 - 125 

QCSTANOARD Oi$Solved Organic Carbon 2005103114 102 % 85 115 

j Spiked Blank Dissolved Organic Carbon 2005103/14 84 % 75 - 125 

1 Melhod Blank Dissolved Organic Carbon 200510311 " 0.1,Ol=0.1 mgfl 

RPO Dissolved Organic Camoll 2005103114 3.7 % 25 

700652 JI W MATRIX SPIKE Tolal Aluminum (Al) 2005103115 107 % 75 125 

Total Barium (Ba) 2005103/15 104 % 75·125 

Totoll Beryllium (Be) 2005/03/'15 103 % 75 - 125 

Total Bismuth (Bi) 2005103115 105 % 75 - 125 

Total Cadmium (Cd) 2ooS/03l15 107 % 75·125 

Total Calcium (Ca) 200S/C3I'15 119 % 75·125 

Tatal Ctll'Omlum (Cr) 20051031'15 101 'Yo 75 -125 

Total Cobal, (Co) 2005103115 105 % 75·125 

Total Copper (Cu) ZOOs/03/IS 102 % 75 -125 

Total Iron (Fe) 2005103115 107 % 75·125 

Total Lead (Pb) 2005103115 10~ '% 75.125 

Total Magnesium (Mg) 2005103115 111 % 75 -125 

Tatal Manganese (Mn) zo05l03l15 107 % 75 ·125 

Talal Molybdenum (Mel) 2005103115 105 % 75 - 125 

Total NIr;.k1;J1 (Ni) 2005/03/15 '03 % 75 - 125 

Total Po",sslum {K) 2005103115 109 % 75 -125 

Total Silver (Ag) 200S103I15 93 % 75 -125 

Total Sodium (Na) 2005103115 106 % 75 - 125 

Tala 1 Vanadium (V) 2005103/'1$ 108 % 75·125 

Spiked Blank 

Total Zinc (Zn) 2005103115 113 "10 75 ·125 

Total Aluminum (AI) 2005/03115 103 'Yo 76 - 134 

Tctal Beryllium (Be) 10a % 85·132 

Total Bismuth (Bi) 2005103115 105 % 78-120 

Total Bari1.lm (Ba) 2005/031'15 

ZOOS/OJ/15 

103 % 83 - 115 

TOTal Cadmium (Cd) 2OO5103l15 107 % 85 116 

Total Calcium (Cal 2005103/15 108 % 75 - 125 

Total Chromium (Cr) 2005103115 107 % 76 - 120 

Total Cobalt (Co) 2005/03,115 106 % 82 -117 

TOlal Copper ICu) 2005103115 102 % 79 -117 

Totallrol'l (Fe) 2005103/15 10e % 80 ·125 

T ota/ Lead (Pb) 2005l0JI15 105 % 60.123 

Total Magnesium (Mg) 2005103115 111 % 7S - 12S 

I Total Manganese IMn} 2005103115 106 % 75 125 

Total Molybd'enum (Mol 2005103/15 103 % 82 - 117 

Total Nickel (Ni) 2005103115 103 % 81 ·117 

Total PotaSSium (1

, ! 

, 

Mal i~: · am ASI Group ltd 

A. n;)lvtjc::~ 1M C 

* 


, I Client Project #: E20105 DEBEERS 

P.O. #: 121328 

I 

Project name: KASA80NlKA 

QN°l Batch I 


MaXlIQm Job Number. MA517726 

DaIS 

Analyzed 

Num Inl OCTyee Paramel~r vvvv!mm/dd V

''-'" .'-" 

.... '-.--... --. 

, 

Marh,:~,~ ,. , 

I I 

I 

ONQ~ 

Nu~t~, , QCTV06 

700853 U(J Splk6d Blank 

I 

r 

I 

I 

I 

I 

I 

I 

I 

i 

I 

, 

I 

l 

I 

7~T 

70094.sL 

I 

I 

I 

r 

kr 

Method Blank 

RPO 

MATRIX SPIKE 

QCSTANOARO 

Spiked Blank 

Method Blank 

RPO 

MATRIX SPIKE 

QCSTANOARO 

Spike-(I Blank 

Method Blank 

700958 H: QCSTANOARD 

! 

Method Blank 

: 

RPO 

701177 eEG MATRIX SPIKE 

Quality AssurancEI Report (Continued) 

Maxxam Job Nl,lmbet: MA517726 

ASI Group Ltd 


Oient Project #: E20105 DEBEERS 

P.O. #: 12628 

Project name: KASA90NlKA 

Oale 

AnalyZed 

Par&lTl918r vvvvlmmldd Value R6COVery Unil:s 

Tolal Chromium (Cr) 2005103115 104 0/0 

Total Cobalt (Co) 2005/03/15 101 04 

Total Copper feu) 2()O5lO3/1 ~i 105 % 

Total Iwn (Fe) 2005103115 106 % 

Tolal Lead (Pb) 2005/03115 104 % 

Tolal Magne:sium (Mg> 2005103/15 106 % 

Tolal Manganese (Mn) 200510311 !i 102 % 

Total Molybdenum (Mo) 2005f03/15 101 % 

Tolal NiCkel (NI) 2005103115 102 % 

TOIaI PolasSium (K) 201)5/0311 ~, 102 % 

Tolal Silver (Ag) 2005103/15 97 % 

Total Sodium (Na) 2005103(15 101 % 

Total VanadIum (V) 2005103/15 106 % 

Total ZinC (Zn) 200510311 ~'it 102 % 

Tolal Aluminum (AI) 2005103115 NO, Ol-0.0042 mg/L 

Total Barium (8a) 2005103115 NO, OU::0.OO06 mgIl 

Total BerylUum (Be) 2005103115 NO. 01."'0.0014 mgll 

Total Bismuth (61) 2005103115 NO. OL-o.0022 mgIl. 

Total Cadmium (Cd) 2005103/15 NO. Dt.=O.001 mgtL 

TOIaI Calc:lum (Ca) 2005103/15 NO,DL=O.1 mg/l 

Total Chromium (Cr) 2005103115 NO,OU::0.0016 mgtL 

Total Cobalt (Co) 2005/03115 NO. OL:0.001 mg/l. 

Total Copper (Cu) 2005103115 ND. DI..;o().003 mgll 

Total Iron (Fe) 2005103115 NO, 0\.=0.1 mg/l. 

Total lead (Pb) 2005103/15 NO. DL::0.OO22 mglL 

Tolal Mi;lgnesium (M!l) 2005103/15 ND. OL!!().03 mgiL 

Total Manganese (Mn) 2DQSIOJ/15 NO.OL=0,0014 mglL 

Total Molybdenum (MO) 2005103115 0,0070. OL:0.0014 mg/L 

Total Nidle-I (Ni) 2005103115 NO, DL=(I.001 mgll 

TOtal PotaSSium (K) 2005103115 0.15,OL=O.00 mgIL 

Total Slivor (Ag) 2005103/15 NO.Ol..o.OOOS mgtL 

TOlal Sodium (NOI) 2005103/15 NO. Ol:;().3 rngIL 

Total Vanadium (V) 2005103115 0.001, OL:O.OQ1 mgiL 

Total Zinc (Zn) 2005103115 NO, OL"0.005 mglL 

Tolallrnn (Fe) 2005103115 NC % 

Total NIckel (Ni) 2005103115 0.2 % 

Total Zinc (Zn) 2005/03115 6.3 % 

Total Phosphorus Total (P) 2005f03/14 105 % 

Tolal Phosphotus Total (P) 20051031114 99 % 

Total Pho$phorus Tolal (P) 20051031' -4 101 % 

TOIaI Pho$phorus Total (P) 20Q5l()3/'14 NO.OL=O.04 mgll 

TOIaI Phosphorus Total (P) 2005103114 NC % 

Chloride- (CI) 21)051031'14 109 % 

Sulphate (S04) 2005/03114 113 % 

Chlortde (CI) 2005103/14 103 % 

Sulphate (S04) 20051031'14 107 % 

Chloride (CI) 20051'03114 104 'Yo 

Sulphate (504) 2005103'14 111 % 

Chloride (Cl) l005l'03l14 NO. Dl=O.15 mgIL 

Sulphate (504) 2oo5lO~/14 NO,OL"0.5 mgll 

Total Di$sollled Solids 2005103115 100 % 

Total Dissolved Solids 2005103116 NO.Ol;;1 mgll 

Total Dlsso~ Solids 2005/031113 2.4 % 

1,4-Diftuorobenzene 2005103116 101 % 

4-Bromoftuarobenzenr:t 2005103116 102 % 

01o..Elhylbenzene 2005/03116 109 % 

QCUmilS 

76 - 120 

8.2·117 

79·117 

80·125 

80 12J 

7S - 125 

75-125 

82·117 

81 • 117 

75 125 

75 - 125 

75·125 

62 - 118 

80 -128 

25 

25 

25 

75·125 

90 110 

90·110 

25 

75 - 125 

75 -125 

tIS - 115 

8$-115 

75 -125 

75 -125 

90·110 

, 

25 

65-135 

S S - 135 

65 135 

Mississauga Env: 6740 Campobello Road L5N 2LS Telaphone(90S) 617.5700 F'AX(905) 817-5777 

Page S of9

, 

ASI Group ltd 


-, Client Project #: E20105 DEBEERS 

.P.o, #: 12628 

Project nama: KASABONIKA 

, 


MaJUt:Qm Jot) Number; MA517726 

QAlQC 

Batch I I 

Date 

Analyzed 

Num Init QCType Parameter yyyylmmldd Value Recovl1ll'V Units OClImil3 

701177 EE MATRIX SPIKE 04-1,2-DichIOl'Oethatle 2005103116 99 % 65 135 

Befl%IJnf! 2005lO~/16 95 % 80-120 

Toluene 2CI05f03I1 Ei 111 % 80 -120 

Elhylbenzene 2oo5lOJ/16 110 % 80·120 

o-xylene 2005/03/16 110 % 80-120 

p+m·Xylene 200510311 Ei 113 % 80 -120 

F1 (C6-C10) 2OO5IOl/16 124 % 80 -120 

Spiked Blank , ,4..oiftuOlOberwme 2005103116 100 % as -135 

4-8~"uOfobBnzens 20051031115 100 % 65 -135 

D10-Ethylbenzene 2005/03116 109 % 65·135 

04-1 :~·OJchloroelhane 2005103/16 99 % 65·135 

Benzene 20051031115 99 % 65 - 135 

Toluene 2005103116 122 % 65 - 135 

Ethyfben%ene 2005/03118 116 % 65 - 135 

o-Xyfene 2005103116 117 % 65 - 135 

p+m-Xylene 201)5IOl/16 120 % 65·135 

F1 (C6-C10) 2005/03116 108 % 65 135 

! Muthod Blank 1,4-0I11uorobenzene 2005103/11;1 102 % 65 - 135 

4-BromollUOlObenzene 2005103116 103 % 65·135 

D1o-EII'1yltJenzene 2oo5lOl/16 110 % as· 135 

()4..1,2·0id1l0r0ethane 2005103116 101 % 65 - 1.35 

Benzene 2005103/16 NO. OL;;(),2 uglL 

TOluene 2005103116 NO, OL:::O,2 uglL 

Ethyfbenzene 2005103116 NO,OL=0.2 uglL 

! 

o-Xylene 201)5/03116 NO,DL=0.2 ugIl 

p+rJI..Xylene 200510311 fl NO. OL;;(),4 u9IL 

Total Xylenes 2005/03116 NO,OL=O.4 ugl\. 

, 

F1 (C6-C10) 2005/03/16 NO, DL",00 ug/L 

F1 (C6-C10) BTEX 2005103/16 NO, DL=100 uglL 

RPD N/A 

F1 (C6-C10) aTeX 2005103115 NC % NIt:. 

701273 H!-IT QCSTANOARD Total Suspended SolIds (TSS) 2005103116 98 % as· 115 

Method Blank Total SuspentJed Scnds (TSS) 

I 

2OOSI03I'16 NO,Ol-1 mglL 

RPD Total Suspended Solids (TSS) 2005103/16 0 % 25 

70237SM J QCSTANOARO Total 011 & Grease 2005l0l/17 94 % B5 -115 

Method Blank Total Oil & Grease 2005/03117 ND, DL=0.5 mgll 

r RPO Talal 011 &. Grease 2005103117 NC % 25 

F1 (C6-Cl0) 2005103116 NC % 

NO -= Not 4.ected . 

NIA'" NQt:PliC8tJ1e 

NC '" Non Iculable 

RPO '" RelAtive Percent Difference 

QC SUlndaJd .. Ouality Control Standard 

SPIKE'" F r1Illed sample 

i 

Mississauga Env: 6740 Campobello Road l5N 2L8 Telephone(90S) 817·5700 FAX(OOS) 817-5777 

I 

Page 9 of9

I Dale 

OIL& 

~Oil& 

IUnits 

mg/l 

DL 

3/1/200513:45 i 9:30 ·15:05 3/1' 512:2D ,12:40 ,13:00 

KAS I~ KAS KAS IKAS 

0.5 0.5 0.7 0.5 

0.7 NC N[ N[ D.7 0.5 0.5 NC N[ N[ 

IKAS 

N[ 

Tmal 

'olal 

Solids 

mg 1 131 439 184 224 117 120 144 127 111 237 288 304 

100 

mg 0.1 21 31.8 130 54.9 20.9 20.1 24.9 25.4 24.8 15.1 20. 19.2 

16.8 

Cil 

. Solids (TSS) mg 

mg/L 

1 

1.5 N[ 

5 

N 

~ 550 63 34 106 167 160 86' 85C 

~~--------------~N~c-----------------i~~~c------------N~[------------~N~[-------------'O~ .. 7~3-------------~0~------------~2!~ .. 04----------------i1..9~1--------------~3~ 

5~--------------~1~.48------------------~1~1~2 

~:S04l mg/L 5 N[ N N[ NC NC N[ N[ N[ N[ NC 0.7 0.9 

METAi:S 

Tmal ~Q mglL 0.025 0.042 0.016 0.074 1.~ 0.16 0.13 0.4 ~~ _____________ ~00.~n ____________ ~I~ ______________ ~~~I ______________ ~~CO.~8 ______________ ~1~.5~----------------~3~, .. 8 

rotal (Ba) ImglL - 0.0761 0.038 0.047 0.016 0.013 0.04 0.035 0.04 0.04' 0.085 0 0.1 4 0.099 

~~::: (~~ l~~;L O.~11 ~~ ~ ~~--------------~~~~-----------------7.~----------~~----------~~~--------------~~r-----------___ ~~~ ______________ N~I ________________ ~~~C ______________ ~~ ________________ ~~~ ___________________ ~~~ 

~IT~ola~l~~~'~C(~~~--------4i~~~;~~--~01 .. ~00~~'·21~~O~'~.~~·~2-+------------+'~~C··6~--------------~~~---------------'N~[2~------------'0~1 .. 0~~I.~2----------------~~~.5+-----------~iFo 6.3 oo~; ~~ ~ o~~ 0 5 . 8 o . o~~ 0~·9 

I (Mgl Img/L 0.03 - 4.3 19 5.9 7.9 4. 4. 5.8 5.4 5.4 11 11 12 

(Mn) ImglL 0.0014 - 0.19 0.58 0.25 1 ( 0 O. 0.54 0.45 1 1.4 0.89 

Total I(M~ I~ 0.0014 n~ NC N[ NC 0.01 NC ~~ ______________ ~~ _______________ ~N[~ ____________ ~~~N[ __________________ ~~N[ 

Total Nickel (Nil Img 0.001 JJi25 NC NO 0.002 N[ NC f\j[ N[ 0.0 0.007 

Tolal Tolal (P) mg 0.04 - N[ NI 0.31 0 0 0 ( 0.12 0.3 0 0.28 O. 0.92 

Total I(~ I~ o. - O. 1~1 ________________ ~0~1 .. 6~. ____________ ~~.~3 ________________ ~0~ __________ ~0~+-__________ ~0~~------------~(~-------------0~+_------------~1~.5----------------~01 .. ~9----__________ ~1~--------------~~------------------~ 

Total Silver (Ag) 1m!:! ~ NI 0.0007 N[ NC N[ NC N[ 

Total (Na) Img - O. 3.6 1 1.? 1 0.9 1 0.9 1.7 1.8 1.8 1.8 1.7 

Total I (V) I mg/l 0.001 0.006 ND ND ND 0.003 0.003 NO 0.002 0.002 0.002 N[ NC N[ N[ 0.009 

Total Zinc (Zn) Img/l 0.005 0.03 0.056 0.007 NC 0.047 0.051 0.15 0.065 0.006 0.017 0.04 0.09 0.06 0.12 0.14 

. -CC 

uglL 

0.2 100 ND ND ND ND \10 NO ND N[ NO 3 NC N[ N[ N[ 

uglL 

0.8 NC 0.6 0.6 1. \Ie 4.8 NC ~~ ____________ ~N~C _____________ 4~3, .4+-______________ ~~ _______________ 0~ 

. 3 ________________ ~N~[ __________________ ~N~C 

uglL 

8 NDI N[ NC I.J \Ie 2.~ NC 'NE" NC 13.5 0.4 

uglL 

40 NDI N[ 0.3 2.9 N[ 4.3 NC N[ NC 26.7 0.6 

Ip+m 

luglL 

0.4 

NDI o. 6. a . ID 59 29. 1.6 

ITolal . 

uglL 

0.4 

NC a 9. a IC 85.7 42.9 2.2 

NC 

NC 

IFI (C6 Cl0) 

uglL 

100 

NC ~ N[ N[ N IC 144 190 NC 

NC 

NC 

IFI )- BTEX 

ug/l 

100 

NC N[ NC NC NC NC NC N[ NC NO 132 N[ 

NC 

NC 

0-C16 ugiL 

6-C34 ug/L 

IF4 (I 0 lu!llL 

l al C5D I ugiL 

100 

100 

100 

N/A 

N[ N[ NC NC N[ NC NC 13C NC N[ bottle in N[ 

NO ND 1400 ND . NO NO ND N[ NC N[ bottle I in N[ 

NC N[ NC NC N[ NC NC N[ NC N[ bottle I in transport ND 

YES YES YES YES I YES YES YES YES YES YES bottle I in YES 

N[ 

NC 

NC 

YES 

NC 

NC 

NO 

YES

June 16, 2005 


APPENDIX G 

Drill plans for 2005 core drill holes 

76

June 16, 2005 


KAS_0048-0S-0 1 C 


~ TB3006324 

I 


NTS: 53H/09 

June 16,2005 


Drawn by Anik Boucher 

59550 

-$- DriliHole 


o Comer Post 

KAS 0047-04-01A 

~- 

• Line Post 

0.1 02km 

1: 10,000 

77 

411000 '12000

June 16, 2005 


KAS_0049-0S-0 1 C 

& 

Location Map of Mineral Claim Block 

~ T83006325 

- - - - 

5956000 


NTS: 53H/09 

June 16 , 2005 



KAS 0049-04-01 A 

-$- KAS--:' 0049-05-01 C 

-$- DriliHole 


o Corner Post 

• Line Post 

5955000 

0.1 02 Ian 

i 

1: 10,000 

78 

11114000 

415000

June 16, 2005 


APPENDIX H 

Drill sections for 2005 core drill holes 

79

june 16. 2005 

2 • 301 55 


PrOject KasatlorOika 

Drill Hole KAS0046·05·0lC 

Arlomaly' KAS_0048 

Location 411604 63mE I 5955033.60mN 

NA027 ZOne 16 

T HI 

Depth 

KAS0048.1)S.I)1C 

Claim Number PA 3006324 

Onlled. 05103'0510 08103105 

Geologist. L Hoosam, T Hamillon 

DlplAzll'l1lllh .45°,248" 

Drilled by Heath & ShetWOCKl Or~lm9 

LEGEND 

m Overburden 

_ 

_ 

Granite 

Gabbro nome 

Om · 3.tlm: 

Ovel'bl.lrdeo 

3.6m ·18m: Pyrox&nite wlttI OOC8ssional high magnetk: 

suceptatlUity. PegmaWc veins presenl approXimately every 

mel8f.Ia/'g8SI vein 15cm wide. Massive 10 medium grained 

pyroxenes otIserved MiIIOl pynte present. Gran~e 

pegnlil~le veining. MLlky greeo mlnerals observed. POSSIbly 

olivine Of 5&'penIine 

20.5m .24m: Large sprawling veln jusl prior 10 20.5m. 

Increased amorphlous magnetite conleot otIserved 

24m. 27m: Faulted c;:onlllCt on each side 01 gmnlle A 

42cm quart

june 16, 2005 


KAS0049'()5'()1C 

PrOjeCI Kasabotuka 

Don Hole KASG049·05·01C 

Anomaly KAS _ 0049 

locatlOo 414544 47mE I 5955646 37mN 

NAD27 Zooe 16 

TS 0 

Depth 

Cia,," Number PA 3Q06324 

DnlkHI-01lQ3J05 to..D5I03lO5 

Geologist A Long 

DIp/Azimuth .g()OJOOO- 

Dolled by H8$lh & ShelWOOd Drillaog 

• 

Im!J 

LEGEND 

Overburden 

Om 

Om ·2.3m: 

Overtlurden 

2.3m .6.85m: Pyrw:enilll Dark greYIsh glll8l1. Modef1l1a/y 

magfl6l1C, madium grained, masslva. 

-~ 

t::::..:::J 

Granite 

Pyroxenite 

5m -,," ,':'- 

20m 

25m 

.. 

20.51m.21m: Granile, whrush grey. Sharp upper and 

Iow,,, C:OOL&CtS al 80 and 55 t\egrees, repecti~aly. 

21m·21.7m: Pyfoxooil •• Oark greylsh green 

21.1m. 22.9Sm: GllIn~e pegmalrte. Pinkish grey. Sharp 

upper and lower contacts al 42 and 45 degrees. 

30m 

. . , 

35m -1'-:',',:,- 

22.95m·2S.6Sm: f'yroxeJIIla. Dark graYIsh 9reen. 

Moderately magfl6tic; • 

25.65m·25.76m: Granna pegmal!le. Pink,sh while 

Sharp upp&r alKllower contaclS al 60 and 53 degrees. 

25.76m.21.36m: Pyroxenlta. Dark greylsh green. 

Modelllia/y mllgfl6tH;. Pegmatite dyklet cuUJng al10 

degrees from 27.0 10 27 15m. 

27.36m·27.65m; Granite pegmebte. PmklSh orange 

colour. Contains pyro~anittt ~ar\Olith$. Sharp upper (:()llIIICl 

at 45 degrees, Gra

June 16. 2005 


APPENDIX I 

Drill logs for 2005 core drill holes 

82

June 16. 2005 


KAS_0048-05-00 1 C geology log 

Drill hole 10: KAS_0048-Os.o01C Claim 10: PA 4202764 Project Number: 1051 

Spot Method: Trimble Pro XRS (CDGPS) Datum: NAD 27 Canada Mean Zone: 16 

Eastlng: 411804.631 Northing: 5955033.598 Elevation: 182.259 

Contractor: Heath & Sherwood Drilling Drill Rig 10: Boj'ies BBS 25 Map Sheet: 053H09 

Start Date: March 5, 2005 End Date: March 8, 2005 Logged By: Leyla Hoossin & Tom Hamilton 

Interval Major Rock Type Minor Rock Type Oescrlptlon 

0-3.6m Overt>urden Overt>urden 

3.8 -18m Gabbro Norite 

Pyroxenite with occassional high magnetic suceptability. PegmaUlic veins present 

approximately every meter, largest vein 15cm wide. Massive to medium grained pyroxenes 

observed. Minor pyrite present Granite pegmatite veining. MUky green minerals observed, 

possibly olivine or serpentine. 

18 -205m Gabbro Nolile 

20.5 - 24m Gabbro Nolita 

24 -27m Granite 

At approximately 18m, notice gradational change to presence of coarser (-2m) plagioclase 

grains. Possibly in layered intrusion 

large sprawling vein just plior to 20.5m. Increased amorpllious magnetite conlent 

observed. 

Faulted contact on each side at granile. A 42cm quartz vein present within granite unit 

Extensive serpentinizatioolepldote in fractures. 

27 - 35.3m i Gabbro Nolite Gabbro-nonle with granitic veins. 

35.3· 44.77m 

Igneous 

Granite 

Medium to coarse grained white granile, slightly moUled appearance with k-feldspars, 

biotite mica and light muSOOllite, with light grey quartz. Minor pink k-feldspars and pyrite as 

well. T awards the bottom contact with the gabbro nOlite the granite increases in biame 

content The contact is sharp, OCCUling at -45 degrees TCA 

Gabbro-norite (diabase) consisls of milky green serpentine and sometimes quartz, which 

can be ~een when the core is fnashly broken and minor pyrite. The diabase is massive 

with moderate veining and xenoliths. Details are listed below. Moderate pegmaliUc velns 

present (pink feldspars and quartz), size ranges from 1 10 Scm wide. Most of the veins 

cross cut the core at 45 degrees TCA Less veining is seen from 62m downwards, but has 

green serpenbne patches or btotches. Large 66cm long granile xenolith seen at 73.23m. 

44.77 - 101m Gabbro NoIite Pegmatilic veins increase again from 72.23m downwards. At 82m Ihere is a digasled 

granite >enolith (gem wide) with k.feldspars. From 66 10 8S.5m there is a 2.87m long 

granite, quartz and minor k-feldspar xenolith. The upper contact is sharp and occurs at 80 

degrees TCA, while tha bottom contact is gradational and diffuse; there is a zone where 

the diabase appears 10 be the xenolith willin the granite and quartz (analectilc quartz?). 

Another digested pegmatitic granite alS5m and large pinklwhile granite xenolilh (L37m) 

thai follows. The upper contact is diffuse, while the bottom contact is sharp. 

EOH 

83

I 

June 76, 2005 


KAS_0048-05-00 1 C magnetic susceptibility log 

Drill hole 10 Depth (m) 

Mag. Susc. Reading 

Mag. Susc. Reading 

Comments Drill hole 10 Depth (m) 

(10-3 SI units) 

(10-3 SI units) 

KAS 0048-05-001 C 3.6 88 KAS 0048-05-001 C 52 130 

KAS 0048-05-001C 4 107 KAS 0048-05-001C 53 58.3 

KAS 0048-05-001C 5 13.4 KAS O~ 5-001C 54 137 

KAS 0048-05-001 C 5.1 375 KAS 0048-05-001C 55 151 

KAS 0048-05-001 C 6 90 KAS 0048-05-001 C 56 127 

KAS 0048-05-001 C 7 61 KAS 0048-0S-001C 57 49.9 

KAS 0048-05-001 C 8 128 KAS 0048-05-001 C 58 47.3 

KAS 0048-05-001 C 9 1 On vien KAS 0048-05-001 C 59 1.94 

KAS 0048-05-001 C 10 66 KAS 0048-05-001C 60 6S.9 

KAS 0048-05-001 C 11 13 KAS 0048 -05~01 C 61 181 

KAS 0048-05-001 C 12 175 KAS 0048-05-001 C 62 159 

KAS 0048-05-001 C 13 0.59 KAS 0048-05-001C 63 153 

KAS 0048-05-001 C 14 60 KAS 0048-05-001 C 64 122 

KAS 0048-05-001 C 15 0.6 KAS 0048-05-001 C 65 116 

KAS 0048-05-001 C 16 0.67 KAS 0048-05-001C 66 91 .9 

KAS 0048-05-001 C 17 2.78 KAS 0048-05-001C 67 181 

KAS 0048-05-001C 18 0.55 KAS 0048-05·001 C 68 764 

KAS 0048-05-001 C 19 21 .6 KAS 0048-05-001 C 69 226 

KAS 0048-05-001 C 20 3.79 KAS 0048-05-001 C 70 197 

KAS 0048-05-001 C 21 140 KAS 0048-05-001 C 71 37.2 

KAS 0048-05-001C 22 125 KAS 0048-05-001 C 72 52.1 

KAS 0048-05-001 C 23 159 KAS 0048-05-001 C 73 63.1 

KAS 0048-05-001 C 24 0.1 .Qranite KAS 0048-05-001C 74 143 

KAS 0048-05-001 C 25 0.1 granite KAS 0048-05-001 C 75 40. 1 

KAS 0048-05-001 C 26 0.05 gra nite KAS 0048-05-001C 76 145 

KAS 0048-05-001 C 27 80 KAS 0048-05-001 C 77 117 

KAS 0048-05-001 C 28 160 KAS 0048-05-00 1 C 78 179 

KAS 0048-05-001 C 29 27 KAS 0048-05-001 C 79 173 

KAS 0048-05-001 C 30 150 KAS 0048-05-001 C 80 173 

KAS 0048-05-001C 31 15 KAS 0048-05-001 C 8 1 205 

KAS 0048-05-001 C 32 87 KAS 0048-05-001C 82 160 

KAS 0048-05-001 C 33 85 KAS 0048-05-001 C 83 80.8 

KAS 0048-05-001 C 34 130 KAS 0048-05-001 C 84 164 

KAS 0048-05-001 C 35 6 KAS 0048-05-001 C 85 38.9 

KAS 0048-05-001C 36 0.02 granite KAS 0048-05-001C 86 0.08 

KAS 0048-05-001 C 37 0.06 KAS 0048-05-001 C 87 0.38 

KAS 0048-05-001C 38 0. 1 KAS 0048-05-001C 88 2.5 

KAS 0048-05-001 C 39 0.04 KAS 0048-05-001C 89 1.14 

KAS 0048-05-001 C 40 0.04 KAS 0048-05-001 C 90 203 

KAS 004 8 -05~0 1 C 41 0.08 KAS 0048-05-001 C 9 1 107 

KAS 0048-05-001 C 42 0.04 KAS 0048-05-001 C 92 90.2 

KAS 0048-05-001C 43 0.02 KAS 0048-05-001 C 93 70.5 

KAS 0048-05-001 C 44 0.61 KAS 0048-05-001 C 94 4 1.2 

KAS 0048-05-001 C 45 152 KAS 0048-05-001 C 95 102 

KAS 0048-05-001 C 46 70.9 KAS 0048-05-001C 96 0.04 

KAS 0048-05-001 C 47 111 KAS 0048-05-001 C 97 100 

KAS 0048-05-001 C 48 83.6 KAS 0048-05-001C 98 36.7 

KAS 0048-05-001 C 49 71.5 KAS 0048-05-001 C 99 126 

KAS 0048-05-001 C 50 27.7 KAS 0048-05-001C 100 0.82 

KAS 0048-05-001 C 51 27.7 

Comments 

I 

I 

Mag. Susc. Reading (10-3 SI Units) 

41---...,--- 

101-__ _ 

13 

16 

19 "'--__ 

221--- 

25 

28 1-__ 

31 

34 

37 

40 

g 431-__ 

~46 

o 

~ 49 

~ 

852 

a 55 ~iiiiiiii~ 

CII 

058 

200 400 600 800 

61== 

64 

67~=---t---+- 

70 

73~-- 

76~ 1 

79~ 

82jiililiiiiiiiiiii._ 

85 

881-........ _ ..... 

91 

94 

97

June 16, 2005 


KAS_0049-05-00 1 C geology log 

Drill hole 10: KAS_0049-05-001C Claim 10: PA 3006325 Project Number: 1051 

Spot Method: Trimble Pro XRS (CDGPS) IDatum: NAD 27 Canada Mean Zone: 16 

Eastlng: 414544.472 Northing: 5955646.366 Elevation: 180.611 

Contractor: Heath & Sherwood OriIUng Drill Rig 10: Boyles BBS 25 Map Sheet: 053H09 

Start Date: March 1. 2005 End Date: March 5. 2005 Logged By: Aroo Loog 

Interval Major Rock Type Minor Rock Type Description 

0-2.3m Overburden Overburden 

2.3 - 6.85m Pyroxenite Pyroxenite. Dark greyish green. Moderately magnetic. medium grained. massive. 

Granitic pegmatite. Pinkish white colour. Coarse grained. Sharp upper contact at4 7 

6.85·7.45m Granite degrees. Rubbly lower contact. Cootains pryroxenite xenolith at 6.95m. Quartz rich from 

7.25 to 7.45m. 

7.45-11.24m Pyroxenite Pyroxenite. massive. medium grained. Dark greyish green. Moderately magnetic. 

11.24 -11.35m Granite 

Granitic pegmatite. Orange white colour. Sharp. weathered upper and lower contacts at 85 

and 65 degrees respectively. 

11.35-11.72m Pyroxenite Pyroxenite. Dark greyish green. Moderately magnetic. 

11.72-12.1m 

12.1·18.75m 

Granile 

Pyroxenite 

GranitiC pegmatite. Pinkish white colour. Gradational upper and lower contacts. Minor 

hematite staining. 

Pyroxonile. Dark greyish green. Massive. medium grained. Moderately magnetic. 3cm 

quartz vein aI12.82m. Clay filled fault gouges at 12.69. 12.82 and 14.04m. 

18.75 -18.96m Granite 

Granitic pegmatite. Pinkish grey colour. Numerous healed fractures. Sharp upper and 

lower contacts at 55 and 60 degrees . 

. 

18.96·20.57m Pyroxenite Pyroxenite. Dark greyish green. Moderately magnetic. 

20.57 ·21m Granite Granite. whitish grey. Sharp upper and lower contacts at 80 and 55 degrees. repeclively. 

21·21.7m Pyroxenite Pyroxenite. Dark greyish green. 

21.7-22.95m Granite Granite pegmatite. Pinkish grey. Sharp upper and lower contacts at 42 and 45 degrees. 

Igneous 

22.95 • 25.65m Pyroxenite Pyroxenite. Dark greyish green Moderately magnetic. 

2565 - 25.76m Granite Granite pegmatite. Pinkish white. Sharp upper and lower contacts at 60 and 53 degrees. 

25.76 - 27.36m Pyroxenite 

27.36·27.65m 

Granite 

Pyroxenite. Dark greyish green. Moderately magnetic. Pegmatite dyklet cutting at 10 

degrees from 27.0 to 27.15m. 

Granite pegmatite. Pinkish orange colour. Cootains pyroxenite xenoliths. Sharp upper 

contac."\ at 45 degrees. Gradational lower contact. 

27.65 - 28.8m Pyroxenite Pyroxenite. Dark greyish green. Moderately magnetic. 

28.8 - 29.44m Granite 

29.44 • 40.35m Pyroxenite 

40.35 ·40.52m I Granite 

Granite pegmatite. Whitish orange in colour. Conlains pyroxenite xenoliths. Sharp upper 

and lower contacts at 35 and 50 degrees. 

Pyroxenite. Dark greyish green. Moderately to highly magnetic locally. Thin pegmatite 

dyklets occur at 29.81.29.98.32.97.33.25.37.49.37.64.37,68.37.77 and 36.11m. 

Granite pegmatite. Whitish grey. Sharp upper cootact at 54 degrees. Fractured lower 

contact. 

20.52 - 44.5m Pyroxenite 

Pyroxenite. Dark greyish green. Moderately to highly magnetic. Pegmatite dyklel from 

43.65 to 43.73m. Dyklet has core angle of 24 degrees. 

44.5· 45.72m Granite Granite. White to light pink. Looks slightly altered. Well fractured locally. 

45.72 ·50.5m Pyroxenite 

EOH 

Pyroxenite. Dark greyish green. Moderately to highly magnetic. 4 minor Pegmatite dykiet 

(2crn) . Dyklet has core angle of 50 degrees. 

85

June 16. 2005 


KAS_0049-05-00 1 C magnetic susceptibility log 

Drill hole 10 

Depth (m) 

Mag. 5usc. Reading 

(10-351 units) Mag. Susc. Reading (10. 3 51 Units) 

KAS 0049-05-001 C 2.4 27.5 o 50 100 150 200 

KAS 0049-05-001 C 3.4 33 

KAS 0049-05-001 C 4.4 84.9 

KAS 0049-05-001 C 5.4 99 

KAS 0049-05-001 C 6.5 31.6 

KAS 0049-05-001 C 7 0.12 

KAS 0049-05-001 C 8 38.5 

KAS 0049-05-001 C 9 103 

KAS 0049-05-001 C 10 97.6 

KAS 0049-05-001 C 11 88.1 

KAS 0049-05-001 C 12 0 

9 

KAS 0049-05-001 C 13 98.1 11 

KAS 0049-05-001 C 14 40.1 

KAS 0049-05-001 C 15 0.3 13 

KAS 0049-05-001 C 16 86.5 

KAS 0049-05-001 C 17 5.16 15 

KAS 0049-05-001 C 18 85.5 

KAS 0049-05-001 C 19 98.1 17 

KAS 0049-05-001 C 20 74.3 

KAS 0049-05-001 C 21 110 19 

KAS 0049-05-001 C 22 0.06 

_ 21 

KAS 0049-05-001 C 23 82.5 

KAS 0049-05-001 C 24 20.9 .s 

Q) 

KAS 0049-05-001 C 25 118 

23 I!!!!!!!!!!!!!! 

"0 

KAS 0049-05-001 C 26 85.2 

J: 

c: 25 

~ 

0 

C ~ 

KAS 0049-05-001 C 27 18.9 

KAS 0049-05-001 C 28 103 

KAS 0049-05-001 C 29 0 

KAS 0049-05-001 C 30 2.87 

KAS 0049-05-001 C 31 25 

KAS 0049-05-001 C 32 79 .7 

KAS 0049-05-001 C 33 110 

KAS 0049-05-001 C 34 28.9 

KAS 0049-05-001 C 35 93.7 

... 

3 I 

5 

7 

.c: 27 

c. 

Q) 

C 29 

31 

II 

• ~ 

I 

I 

I 

I 

33 I I 

I 

KAS 0049-05-001 C 36 78.1 35 

• 

KAS 0049-05-001 C 37 5.28 

I 

KAS 0049-05-001 C 38 69.8 37 

I 

KAS 0049-05-001 C 39 124 

... -- 

I 

KAS 0049-05-001 C 40 47.5 

39 

I 

KAS 0049-05-001 C 41 112 

I 

I 

i 

KAS 0049-05-001 C 42 27.4 

41 

... 

KAS 0049-05-001 C 43 27 

KAS 0049-05-001 C 44 99.6 

43 

KAS 0049-05-001 C 45 0.02 

KAS 0049-05-001 C 46 20.3 

45 

I 

KAS 0049-05-001 C 47 152 

KAS 0049-05-001 C 48 47.9 

47 

i 

KAS 0049-05-001C 49 159 

KAS 0049-05-001 C 50 65.3 

49 

1- 

I 

1 

i

June 16, 2005 


APPENDIX J 

Statement of Costs for 24 claim blocks in Kasabonika Lake area 

87

Statement of Costs 

TB 1199715 

Work Type: 2004 Ground Magnetic Survey 

Associated Costs: 

Aircraft Rentals 


Personnel 

Cost Breakdown 

Cost per unit of work 

(1Iine-km) 

Heli-Max (Long Ranger) 223 

Helicopter Fuel 92 

Technician Cost 53 

Contract geologist cost 16 

Food and Lodging Accomodalion 37 

Groceries 11 


Vehicle Rental 

Vehicle Rental 21 

Travel Costs Airfare 31 


Equipment and Equipment Rental 18 

Supplies 

Units of work Total 

(Iine-km) Cost 

15.1 3362.07 

15.1 1386.91 

15.1 802.49 

15.1 240.36 

15.1 552.44 

15.1 165.73 

15.1 317.65 

15.1 465.21 

15.1 270.40 


Report Preparation 

Report Preparation 40 

Drafting 8 

15.1 600.90 

15.1 120.18 

Value of 

assessment 8284.35 

work 

Total value of assessment work: s 8,284.35 

Certification verifying costs: 

I, Leyla Hoosain, do hereby certify that the amounts shown are as accurate as 

may reasonably be determined and the costs were incurred while conducting 

assessment work on the lands indicated on the accompanying Declaration of 

Work form. As proj~ct geologist I am authorized t:o make this certification. 

June 21, 2005 

Date


TB 1199752 

Wor1< Type: 2004 RC Otill!nll 

Coot B .... kdown I Coot per unit 01 I UnItt 01 wor1< It'[. 

_11 drtll h ....' drtll h ....' Total Coot 

Wor1< Type: 2004 Ground ~Il""tlc Survty 

I 

Coot B .... kdown I Cool per unit or wor1

Ii llne-lun) 1IIfMI-Itm' Coot: 

AsSOCiated CoSls' 

AsSOCiated Costs: 

Equipment and Field Supplies and equipment 

, 

833 832.11 Heli-Max (Long Ranger) 223 126 280543. 

Supplies 

AIrcraft Rentals 

On" Equipmefll 1318 , 1318,22 HeIi


TB 1199757 

Work Type; 2004 RC DrUling 

Work Type: 2004 Ground Magnetic: Surwy 

Coat S,..kdown I Coet 1M' uniC of I Unit. of work (f: IT Ie 

work (1 drill hollt) drill hoW) ota os 

Co •• B,..kdown 

I Co.t pe-r un~ of work I Unit. ofwark I Total 

1111 ...... mI I-mi C_ 

Auociated Co$ta: 

Associated Co .. t ..: 

Equipment end Field Supj::ilioa and oqulpmEtllI 833 2 1665.41 

Aircraft ReotM 

SUppMs. 

HeftwMax (long Rat\Q4!If') 223 79 1758.96 

Orill Equipment 1318 2 2636.43 He-Ik:opter Fuel 92 7.9 n5.60 , 

Office and computer supplios 152 2 303.87 

Auociated Costs: 

p"""""eI 

Toctmoan Coal 53 7.9 419.35 I 

Satelite te(eptwnos 218 2 4l5.79 Convect ge040gist cost 16 7.9 125.75 

Camp and driiting fvel 236 2 475.60 Food and lodging Acwmodation 37 79 289,02 

A""""ia1ed Coots Heft..Mip (Long Ranger, Ben 

Aircraft Rentat8 205) 

Auodatod Costs: 



F...,;ghl 

AssocNMed Costa: 

P8f'SQnnei 

16234 2 32468.95 Gn)cen.s 11 7.9 8tL71 

Heiicopter Fuel 2582 2 5153,18 

Fixed Wing Rental (W Haye 

Airw~. North Star Airl 

Associated eom: 

Vehicle Rente:l 

YahdeRental 21 7.9 166,19 

1327 2 2653.15 ira~Co.t$ Airfare 31 7,g 243,39 

Auociated Coats: 

Fixed Wing Fuel 21 2 41,26 Equi9ment and Equipment Rental 18 7.9 14,,"7 

S-- 

Vahides ~ Oporaliog eoats 6 2 11.17 

Aaeoclated Coats 


Report Preparation 40 7.9 314.38 

Vetm:::les ~ Mileage Paymenta 9 2 18.04 Orafting 8 7.9 62.86 

Airffetghl ~ Wauya AWw3yl$ 249 2 497.63 

Frej,ght • S;gfusl58f'l Not1hem. 

Ashkey Joint Venhmts, 1879 2 3757.62 

Manttoultn T ran~port 

Field Assistants 1760 2 3519.11 

Contract Geologists 2289 2 4577.64 

Project GeOk)~p$l 31 2 (;2,77 


Boart longyear 4009 2 8137.75 

Drii Contractor 

~. Project Geologitt l10 2 620.00 

rt P.fepNation 

0",_ SO 2 100,00 

Food ..... lodging Accomodation 3943 2 7885.60 

Grocerk!i:$ 780 2 1559.11 

Restaurants 55 2 109.67 

rrav1!i4 Coats A~ 686 2 1171.73 

TAlCi 20 2 39,66 

Meal, a 2 16.00 

Environmental 

Consuftal'\t 

Hotels/Motels 87 2 173.74 

ASIGroup 1307 2 2613.52 

V.l_of 

Value of 

...... men! 81314."" ......"""'t 43:\4.1G 

wo'" 

.. - 

Total value of aSS&S$I11ent work: 

85.64a.59 


I, ~la Hoosain, do hereby certify that the amounts shown are as accurate as 



Work form. As project geologist I am authorized to make this certification. 

June 21, 2005 

Date


TB 1199758 




ASsociated Costs: 

Personnel 



(1I1ne-km) 

Heli-Max (Long Ranger) 223 

Helicopter Fuel 92 

Technician Cost 53 

Contract geologist cost 16 

Food and Lodging Accomodation 37 



Groceries 11 

Vehicle Rental 21 

Travel Costs Airfare 31 


Equipment and Equipment Rental 18 

Supplies 

Units of work 

(IIne·km) 

Total Cost 

10.0 2226.53 

10.0 918.49 

10.0 531.45 

10.0 159.18 

10.0 365.85 

10.0 109.76 

10.0 210.37 

10.0 308.09 

10.0 179.08 



Report Preparation 40 

Drafting 8 

10.0 397.95 

10.0 79.59 

Value of 

assessment 5486.32 

work 

Total value of assessment work: $ 5.486.32 






./ Sign


TB 1199759 





Personnel 



(lline-km) 

Units of work (line-km) 

Heli-Max (Long Ranger) 223 9.3 

Helicopter Fuel 92 9.3 

Technician Cost 53 9.3 

Contract geologist cost 16 9.3 

Food and Lodging Accomodation 37 9.3 



Groceries 11 9.3 

Vehicle Rental 21 9.3 

Travel Costs Airfare 31 9.3 


Equipment and Equipment Rental 18 9.3 

Supplies 

Total 

Cost 

2070.68 

854.19 

494.25 

148.04 

340.24 

102.07 

195.64 

286.52 

166.54 



Report Preparation 40 9.3 

Drafting 8 9.3 

Value of assessment 

work 

370.09 

74.02 

5102.28 







June 21, 2005 

Date


TB 3006290 





Personnel 



(1Iine-km) 

Units of work (Une-km) 










Travel Costs Airfare 31 7.0 


Equipment and Equipment Rental 18 70 

Supplles 

Total 

Cost 

1558.57 

642.94 

372.02 

111.42 

256.10 

76.83 

147.26 

215.66 

125.35 



Report Preparalion 40 7.0 



work 

278.56 

55.71 

3840.43 

Total value of assessment work: $ 3,840.43 





Work form. As EFoject geologist I am authorized to make this certification. 

June 21, 2005 

Date


TB 3006291 





Personnel 



(1Iine-km) 

Units of work (line-km) 










T ravel Costs Airfare 31 11.1 


Equipment and Equipment Rental 18 11.1 

Supplies 

Total 

Cost 

2471.45 

1019.52 

589.91 

176.69 

406.10 

121.83 

233.51 

341.98 

198.77 



Report Preparation 40 11.1 



work 

441.72 

88.34 

6089.82 







June 21, 2005 

Date


TB 3006292 

Work Type: 2004 RC Drilling 

Co.t S ... kdown I Co.t p41r unit of I 

work [1 drill hoi.) 

Unit. of work (# drill ITt let 

hoi.) o. o. 


Equipment and Field Supplies and equipment 833 1 832.71 

Supplies 

Drill Equipment 1318 1 1318.22 

Offtce and computer supplies 152 1 151.94 

Satelite telephones 218 1 217.90 

Camo and drillina fuel 238 1 237.80 

Associated Costs: Heli-Max (Long Ranger, Bell 

Aircraft Rentals 205) 

16234 1 16234.48 

Helicopter Fuel 2582 1 2581.58 

Fixed Wing Rental (Wasaya 

Airways, North Star Air) 

1327 1 1326.58 

Fixed WinQ Fuel 21 1 20.53 



Vehicles - Operating Costs 6 1 5.59 

Vehicles· Mileaoe Pa ments 9 1 9.02 


Freight 

Airfreight - Wasaya Airways 249 1 248.81 

Freight - Siglussen Northern, 

Ashkey Joint Ventures, 1879 1 1878.81 

Manitoulin Transoor! 


Personnel 



Pmject Geclogist 31 1 31.38 


Drill Contractor 

Boar! Longyear 4069 1 4068.87 


paration 

Project Geologist 310 1 310.00 

Dralting 50 1 50.00 

Food and Lodging Accomodation 3943 1 3942.80 

Groceries 780 1 779.55 


Travel Costs Air 886 1 885.87 

Taxi 20 1 19.83 

Meals 8 1 8.00 

HotelS/Molels 87 1 86.67 

Environmental 

Consultant 

ASI Group 1307 1 1306.76 

V.lu. of ...... m.nt 

work 

40657.20 



If Leyla Hoosain f do hereby certify that the amounts shown are as accurate as 




June 21, 2005 

Date


TB 3006293 

C.,..t Breakdown 

I Co.t per unit of I 

work 11 drill hol.l 

Wo", Typ.: 2004 RC Drilling 

Unit. of wo"' Cal drill ITt I C t 

holel o. .,.. 



Supplies 


Offoce and computer supplies 152 1 151.94 


Camo and drillino fuel 238 1 237.80 

Associated Costs: Heli-Max (Long Ranger. Bell 


16234 1 16234.48 



Airways. North Star Air) 

1327 1 1326.58 

Fixed Wino Fuel 21 1 20.63 



Vehicles Operating CUsts 6 1 5.59 

Vehicles - Mil~e Payments 9 1 9.02 


Freight 


Freight Sigfussen Northern. 

Ashkey Joint Ventures. 1879 1 1878.81 

Manitoulin Transport 


Personnel 



Pro'eeI Geolooist 31 1 31.38 

Associated Costs; 


Boart Longyear 4069 1 4068.87 




Draftinc 50 1 50.00 


Groceries 780 1 779.55 



Taxi 20 1 19.83 

Meals 8 1 8.00 


Environmental 

Consultant 

ASI Group 1307 1 1306.76 

Value of ...... m.nt 

wo", 

40857.20 







June 21, 2005 

Date


TB 3006294 

Cost B ..... kdown 

I Cost per unit of I 

war!< Ii drill hole) 

War!< Type: 2004 RC Drilling 

Unit. of h'::'~ ('" drill I T olal Cost 



Supplies 


OffICe and computer supplies 152 1 151.94 


Camo and arillino fuel 238 1 237.80 

Associated Costs: Hefi-Max (Long Ranger. Bell 


16234 1 16234.48 


Fi"ed Wing Rental (Wasaya 

AirwayS, Nonh Star Air) 

1327 1 1326.58 




Vehicles· Operating Costs 6 1 5.59 

Vehicles· Mileaoe Pavments 9 1 9.02 


Freight 

Airfreight. Wasaya AirwayS 249 1 248.81 

Freight. Sigfussen NoMhem, 


ManitOUlin Transoort 


Personnel 



Pro'eel Geolooist 31 1 31.38 



Boan Longyear 4069 1 4068.87 


Repen Preparation 


Oraftina 50 1 50.00 


Groceries 780 1 779.55 



Taxi 20 1 19.83 

Meals 6 1 8.00 


Environmental 

Consultant 

ASI Group 1307 1 1306.76 

Value of ••• e.sment 

wor!< 

40657.20 







June 21, 2005 

Date


TB 3006296 

C.,.t B .... kdown 

J Cost p"r unit of I 

work (1 drill hoi.) 

Work Typ": 2004 RC Drilling 

Units of h';;::~ (JIll drill I Total Coat 



Supplies 


Office and computer supplies 152 1 151.94 

Sateilla telephones 216 1 217.90 

Cam" and drillino fuel 238 1 237.80 

Associated Costs: HeH-Max (Long Ranger, Bell 


16234 1 16234.48 

Helicoptar Fuel 2562 1 2561.56 



1327 1 1326.56 



Vehk:1e Rental 

Vehicles Operating Costs 6 1 5.59 

Vehicles - Mileaoe PaYments 9 1 9.02 


Freight 

Airfreight - Wasava Airways 249 1 248.61 

Freight Sigfussen Northern, 


Manitoulin T ransoort 

i 


Personnel 



PrJHect Geolocist 31 1 31.36 


Drill CQrnractor 

60art Longyear 4069 1 4068.87 




Draftino 50 1 50.00 


Groceries 760 1 779.55 



Taxi 20 1 19.63 

Meals 6 1 6.00 

HotelsIMotels 87 1 86.67 

Environmental 

ConSUltant 

ASI Group 1307 1 1306.76 

V.lu. of .......... nt 

work 

4Oe57.20 







- 

June 

21, 2005 

Date


TB 3006298 

Coat Breakdown 

I ea.t per unit of I 

work 11 drill hole' 

Work TYpe: 2004~rI ling 

Unb of work (lI! drill IT t I Co 

holel o. a 



Supplies 

Drill Equipment 1318 2 2636,43 

OffICe and computer supplies 152 2 303,87 

Satelite telephones 218 2 435,79 

Camp and drilliog fuel 236 2 475,60 



16234 2 32468,95 

Helicopter Fuel 2582 2 5163,16 



1327 2 2653,15 

Fixed Wino Fuel 21 2 41,26 



Vehicles Operating Costs 6 2 11,17 

Vehicles - MileaQe Payments 9 2 18,04 


Freight 

Airfreight- Wasa'la Airways 249 2 497,63 

Freight· Sigfussen Northern, 


Manitoulin TranliPQr! 


Personnel 



Pro' eet Geoloaist 31 2 62.77 



Boar! Longyear 4069 2 8137.75 




DraftinQ 50 2 100.00 


Groceries 780 2 1559.11 



Taxi 20 2 39.66 

Meals 8 2 16.00 

HotelslMotels 87 2 173.74 

Environmental 

Consultant 

ASI Groop 1307 2 2613.52 

Value of .a_ment 

work 

81314.40 

Total value of assessment work: $81,314.40 






June 21, 

Date 

2005


TB 3006313 

Co.t B .... kdown 

I Coat p.r unit of I 

work 11 drill holel 


Units Ofh':~: (j/ drill I Total Co.t 



Supplies 



Satelite telepltenes 218 1 217.00 i 

Camp and drillillll fuel 238 1 237,80 

Associated Costs: Heli·Max (Long Ranger, Bell 


16234 1 16234.46 




1327 1 1326,58 




Vehicles - Operating Costs 6 1 5,59 

Vehicles - Mileage Pa';Tllents 9 1 9,02 


Freight 

Airfreight - Wasaya Airways 249 1 246,61 

Freight - Sigfussen Northern, 

Ashkey Joint Ventures, 1879 1 1876,81 



Personnel 

Field Assistants 1760 1 1759,56 

Contract Geologists 2269 1 2286,62 

Pro'ect Geolooist 31 1 31,36 



Boart Longyear 4069 1 4068,87 



Project Geologist 310 1 310,00 

Draftillll 50 1 50,00 

Food and Lodging A.ccomodation 3943 1 3942,80 

Groceries 780 1 779.55 


Travel Costs Air 686 1 865,87 

Taxi 20 1 19.83 

Meals 8 1 8,00 

HotelsIMotels 87 1 86,87 

Environmental 

Consultant 

ASI Group 1307 1 1306.76 

Valu. of a ••••• ment 

work 

40657.20 


Certification verifying costs; 

I, Leyla Hoosain , do hereby certify that the amounts shown are as accurate as 




June 21, 2005 

Date


TB 3006314 

Wort.: Type: 2004 RC Drlllirtg 

Cost B .... kdown I Cost per unit of I Units of wort.: (. drill ITt I C t 

wort.: (1 drill hoi ..) 

hole) 0 a os 



Supplies. 

Olill Equipment 1318 1 1318.22 

Olf"", and computer supplies 152 1 151.94 


Camo and dlillino fuel 236 1 237.80 



16234 1 16234.46 




1327 1 1326.58 





Vehicles - Mile;>ge p",vments 9 1 9.02 


Freight 

Airfreight· Wasaya Airways 249 1 246.81 

Freight - Sigfussen Northem. 


Manitoulin Transoort 


Personnel 



Pro· eel Geolooist 31 1 31.36 

Associa1ed Costs: 

Olill Contractor 




ProjeCt Geologist 310 1 310.00 

Drafting 50 t 50.00 


Groceties 780 1 779.55 



Taxi 20 1 19.83 

Meals 8 1 8.00 


Environmental 

Consultant 

ASI Group 1307 1 1306.76 


wort.: 

40657.20 







June 21, 2005 

Date


TB 3006315 

Co.1 B",.kdown 



Work Type: 2004 K(; Drlilng 

Units of work (lIJ drill I T I I C I 

hoi.} o. o. 

Associate


TB 3006320 


I Cosl per unH of I 

wor1< 11 drill hol-U 

Wor1< Type: "",,4 Rt; Drilling 

UnHa of wor1< (It. drill I T I I Co I' 

hol.l 0.. I 



Supplies 



Sate lite telephones 218 1 217.90 

CamP and drillil]g fuel 236 1 237.80 

Associated Costs: Heli-Ma)( (Long Ranger. Sell 

Aircraft Rentals 2(5) 

16234 1 16234.46 




1327 1 1326.58 

Fixed Wing Fuel 21 1 20.63 


Vehicte Rental 


Vehicles· Mileaoe Payments \I 1 9.02 


Freight 


Freight· Sigfussen Northem, 


Manitoulin TranSPOrt 


Personnel 



Pro'act Geoloaist 31 1 31.36 



Soart Longyear 4069 1 4066.67 


Reporl Preparation 


DraftinQ 50 1 50.00 


Groceries 780 1 779.55 



Taxi 20 1 19.83 

Meals 8 1 8.00 

HotelsJMotels 87 1 86.67 

Environmental 

Consultant 

ASIGroup 1307 1 1306.76 

V.lu. of •••••• m


TB 3006322 

Work Type: 2004 RC rlilln 

Co.t Breakdown I Cost p4tr unit of I Unit. of work (. drill I T tal Co t 


ho .., o. 



Supplies 



SateUta telephones 218 1 217.90 

Came and drillina fuel 238 1 237.80 

Associated Costs: Heli-Max (long Ranger, Bell 


16234 1 16234.48 




1327 1 1326,58 

Fixed Wing Fuel 21 1 20,63 



Vehicles Operating Costs 6 1 5.59 

Vehicles - Mileaoe Pavments 9 1 9.02 


Freight 


Freight Sigfussen Northern, 


Manitoulin T ransPPrt 


Personnel 

Field Assistants 1760 t 1759.56 


Pro'eeI Gernooist 31 1 31.38 






project Geologist 310 1 310.00 

Draftina 50 1 50.00 

Food and Lodging Accomodalion 3943 1 3942.80 

Groceries 780 1 779.55 



Taxi 20 1 19,83 

Meals 8 1 8.00 

HoteisIMotels 87 1 86.87 

Environmental 

Consultant 

ASIGroup 1307 1 1306.76 

Value of ......""'nl 

work 

40657.20 

Total villue of ilssessment work: s 40,657.20 





Work form. As project geologist I am authorized t.o make this certification. 

June 21, 2005 

Date


TB 3006323 


Co.t e ..... down I Coat per unit of I 

work 11 drill holel 

Unit. of work (* drill ITt I C t 

holel 0 a o. 



Supplies 



Sa!eli!e telephones 218 1 217.00 

Camp and drilling fuel 238 1 237.80 



16234 1 16234.48 

Helicopter Fuel 2582 1 258L58 



1327 1 1326.58 

Fixed Wing Fuel 21 1 20.63 



Vehictes • Operating Costs 6 1 5.59 

Vehicles· Mileaae Pavments 9 1 9.02 


Freight 

Airfreight· Wasaya Airways 249 1 248.81 

Freight· Siglussen Northern, 


Manitoulin T ranSJ)On 


Personnel 



Pro'eet GeoIOOist 31 1 31.38 



Boan Longyear 4069 1 4068.87 



Project Geojogist 310 1 310.00 

Draftina 50 1 50.00 


Groceries 780 1 779.55 



Taxi 20 1 19.63 

Meals 8 1 8.00 

HotelslMotels 87 1 86.67 

Environmental 

Consultant 

ASI Group 1307 1 1306.78 

Valu. of a ....... m.nt 

work 

40667.20 

Total value of assessment work: s 40.657.20 

Certification verifying costs; 




Work form. As Eroject geologist I am authorized to make this certification. 

June 21, 2005 

Date

C.,.I BreaI


TB 3006325 

wort

Co., linlakdown I Co., per unit of I Unit. of worI

wort< (1 drill hokt) ~ drill hot.) o~ 

CO*tBnlakdown 

I eo.t per unit of 

wort< 

I 

(1 drill hot.) 

Wer!< Type: 2005 eo .. Drilling 

Unll$ of ~I· 

(' drill hole) Total Cost 

~iated Costs 


Ftekl Supplies and 

EQUIjlf11entand Field Supplies and equipmeot 833 1 832.71 Equipment and 

equipment 

Supplies 

Supplies 

774.8 1 774.80 

Drill Equipment 1316 1 131622 Sateite telephones 444.5475 1 «4.55 

Office and compute< supplies 152 1 151.94 Camo and drillina fuet 697.3125 1 697.31 

Sateiite telepllooes 216 1 217.00 

Associated Costs: Gateway Helicopters (loog 

Aircraft Reotais Ra,...,., Bell 204) 

36652.7225 1 36652.n 

Camo and drillina fuet 236 1 237.80 Helicopter Fuel 4108.205 1 4108.21 

Associated Costs: Heli-Max (Loog Ranger, Bell 


16234 1 16234.46 

«ircrnft Reotals 205) AiIwa"'. NOrih Star Air) 

11269.79 1 11269.79 

Heli


TB 3006326 

Co.t B ..... kdown 

I Coat per unit of I 

wol1< 11 drill hole) 

Wol1< Type: 2004 R(; Drilling 

Units of work (# drill J Ttl Co 

hohtl 0 a • 



Supplies 



Sate.ite telephones 218 2 435.79 

Camp and drillinq fuel 238 2 475.60 


Aircraft Renlals 205) 

16234 2 32468.95 

Helicopler Fuel 2582 2 5163.16 

Fixed Wing Renlal (Wasaya 


1327 2 2653.15 

Fixed Winq Fuel 21 2 41.26 


Vehicle Renlal 


Vehicles· Mile


TB 3006327 

Work Type: 2004 Rc.; rlllln 

Co.t Breakdown I Co.t per unit of I Unit. Of:;:: (iJ drill 

work (t drill ho~} 

h 

I Total Cost 



Supplies 


Office and computer supplies 152 1 151.94 


Camp and drilliflll fuel 236 1 237.60 

Associated Costs: Heli-Max (Long Ranger, BeU 


16234 1 16234.48 




1327 1 1326.58 

Fixed WinQ Fuel 21 1 20.63 




Vehicles - Mileaoe Pavments 9 1 9.02 


Freight 


Freight - Sigfussen Northem, 


Manitoulin Transpon 


Personnel 


Conlract Geologists 2289 1 2288.82 

Pro·act GeQi~ist 31 1 31.36 



Soan Longyear 4069 1 4068.87 


Repon Preparation 

P~act Geologist 310 1 310.00 

Drafting 50 1 SO.OO 


Groceries 780 1 779.55 



Taxi 20 1 19.83 

Meals 8 1 8.00 


Environmental 

Consultant 

ASI Group 1307 1 1306.76 

Valu. of a ••••• ment 

work 

40857.20 







June 21, 2005 

Date


TB 3006328 

Co.t a ..... kdown 




Unit," of work (' drill ITt I C t I 

hoi., O. 011, 



I 

Supplies 




Cam" and drillino fuel 238 1 237.80 



16234 1 16234.48 




1327 1 1326.58 





Vehicles - Mile811e Payments 9 1 9.02 


Freight 

Airfreight Wasaya Airways 249 1 248.81 

Freight - Sigfussen Northern. 


Manitoulin Transport 


Personnel 



Pro' eet Geolooist 31 1 31.38 


Orin Contractor 





OraftinQ 50 1 50.00 

Food and Lodging Accomodalion 3943 1 3942.80 

Groceries 760 1 779.55 



Taxi 20 1 19.83 

Meals 8 1 8.00 

HotelslMolels 67 1 66.67 

Environmental 

Consultant 

ASIGroup 1307 1 1306.76 

Value of .......... nt 

work 

40657.20 



I, Leyla Hoosain, do hereby certify that the amou.nts shown are as accurate as 




June 21, 2005 

Date


TB 3006329 

" 

., 

I Coat per unit of I 

wort< (1 drill hole) 

Wort< rype: 2004 RC Drilling 


Units of wort< (II drill ITt I C t 

hole) O. O. 



Supplies 


OffIce and computer supplies 152 1 151.94 


Camo and drilli"" fuel 236 1 237.80 

Associated Costs: HelioMax (Long Ranger, Bell 


16234 1 16234.48 




1327 1 1326.58 





Vehicles - Mileaae PaYments 9 1 9.02 


Freight 


Freight Sigfussen Norlhem. 




Personnel 



Pro'eet Geclooist 31 1 31.38 



8aart Longyear 4069 1 4068.87 




Drafti"" 50 1 50.00 


Groceries 780 1 779.55 



Taxi 20 1 19.83 

Meals 8 1 8.00 


Environmental 

Consultant 

ASI Group 1307 1 1306.76 

Valu. of •••••• mant 

wort< 

40657.20 







June 21, 2005 

Date

~) Ground Magnetic Survey 

I,~ of Mineral Claim Block TB 3006291 

WGS84, UTM Zone 16 

NTS: 43E112 

September 20 , 2005 

Author: leyla Hoosain 

Drawn by: Anik Charron 

" .. "" 

--- 10nT Contours 

+ Total Magnetic Intensity (n1) 

""''''' 

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~' ...... ~'~' ======~¥~ 

1: 5,000

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Ground Magnetic Survey 

\~¥1:~ of Mineral Claim Block TB 1199759 


NTS: 53H/15 


Author: leyla Hoosain 


D CiaimTB1199759 

• Une Post 

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10 nT Contours 

+ Total Magnetic Intensity (nT) 

~O """"O~'~======~~2~ 

1: 5,000 

" MOO




NTS: 53H /15 




D Claim T8 1199758 

o Comer Post 

• Line Post 

10 nT Contours 

+ Total Magnetic Intensity (nn 

~" ...... ~" ~' ======~~2~ 

1: 5,000

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Ground Magnetic Survey 

' \(1ttfP' 

'~'J t of Mineral Claim Block TB 3006290 


NTS: 43EJ12 

September 20. 200S 

Author: leyta Hoosain 


5937000 

D Claim T8 3006290 

• Line Post 

--- 10nT Contours 


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1: 5,000 

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,,~ of Mineral Claim Block TB 1199715 


NTS: 43E112 

September 20, 2005 



o Claim TB 1199715 

• line Post 

10nT Contours 


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1: 5,000

~" Ground Magnetic Survey 

",~ '1' of Mineral Claim Block TB 1199752 

.J ... 

WGS 84 , UTM Zone 16 

NTS: 43E112 




o CiaimTB1199752 

• Line Post 

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5931000 


- -- 10nT Contours 

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1: 5,000

~~ Ground Magnetic Survey 



NTS: 53H/16 




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+ Total Magnetic Intensity (n1) 

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1:5,000 

417500 418000

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?~ ,E\» i, Ground Magnetic Survey 

~l?[y of Mineral Claim Block TB 1199757 


NTS: 53H115 , 53H/16 





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1 - Geology Ontario

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