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ARDEA RESOURCES LIMITED Capital/Financing Update 2017

Jun 12, 2017

64421_rns_2017-06-12_6919086e-a19d-4259-adcc-8d3835dcce34.pdf

Capital/Financing Update

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Cobalt at Black Range exceeds expectations; associated with scandium and platinum group metals

ASX & Media Release

13 June 2017

ASX Symbol

ARL

Extensive and continuous cobalt-nickel mineralisation underlies and is closely associated with newly-discovered scandium and accessory platinum and palladium.

Ardea Resources Limited

Suite 2 / 45 Ord St West Perth WA 6005 PO Box 1433 West Perth WA 6872

  • Extensive blanket of strong cobalt and nickel mineralisation intercepted at Black Range.

Telephone

+61 8 6244 5136

  • Scandium discovered at Black Range as a significant surface enrichment, with accessory platinum and palladium being widely distributed. Together, these metals form a continuous sheet of mineralisation commonly from surface.

Email

[email protected]

Website

www.ardearesources.com.au

  • Cobalt-nickel intercepts include:

Directors

  • ABR0006, 10 m at 0.12 % Co and 0.74 % Ni from 16.0 m

Katina Law Chair

  • ABR0008, 16 m at 0.16 % Co and 0.74 % Ni from 60.0 m

Matt Painter Managing Director

  • ABR0009, 10 m at 0.12 % Co and 0.81 % Ni from 34.0 m

  • ABR0013, 10 m at 0.21 % Co and 0.75 % Ni from 4.0 m

Ian Buchhorn Non-Executive Director

  • ABR0014, 8 m at 0.20 % Co and 0.87 % Ni from 2.0 m

  • Other metals contained in the laterite show potential for added credits during open pit cobalt and nickel mining.

Issued Capital

Shares 67,000,747

  • Scandium (45 – 170 g/t)

Unlisted options 12,310,022

  • Platinum and palladium (0.5 – 1.29 g/t)

Loyalty options 26,436,923

  • Chromium (0.5 – 2.95 %)

  • Ability to provide payable credits, notably scandium, will be determined during the KNP Cobalt Zone PreFeasibility Study

  • Upgraded resource to be modelled incorporating new data.

Cobalt, Scandium & PGM results from Black Range

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The Black Range RC drilling program

Ardea Resources Limited (ASX: ARL, “Ardea” or “the Company”) is pleased to announce that drill results have been received for the recent Reverse Circulation (RC) drilling program at Black Range. Exceptional results confirm high-grade cobalt and nickel mineralisation, and highlight potentially significant occurrences of scandium, with accessory platinum-palladium and chromium mineralisation.

A series of 27 RC drill holes was drilled in March and April 2017. The program totalled 1,996 m with 1007 new assays recorded (not including standards, blanks etc.). The program was designed to progress the Black Range project on several fronts:

  1. To augment and confirm historic cobalt and nickel results and further define their distributions.

  2. To upgrade the resource classification (if appropriate) through increased drillhole density.

  3. To determine whether scandium is present and, if so, define its distribution within the laterite profile.

  4. To confirm and expand upon historically poorly-defined platinum and palladium mineralisation.

The drill program has been a success.

  • High-grade and extensive cobalt and nickel mineralisation was intercepted in numerous holes.

  • Scandium mineralisation was discovered with similar though more extensive distributions than the platinoid metals. Much of the scandium mineralisation is exposed at surface in association with significant chromium.

  • Platinum and palladium (PGMs) are widely distributed as a coherent blanket of shallow mineralisation that is exposed at surface in many places and would be mined in any event to access the cobalt-nickel mineralisation. There is commonly high copper anomalism associated with the PGMs, suggesting a nickel-copper primary source.

Work has commenced on upgrading the resource at Black Range.

Cobalt and nickel results from Black Range

Cobalt and nickel mineralisation dominates at Black Range where they will drive any future mining operations. Numerous cobalt-mineralised intervals were detected. Highlights include:

  • ABR0003, 8 m at 0.17 % cobalt and 0.69 % nickel from 8.0 m[1]

  • ABR0006, 10 m at 0.12 % cobalt and 0.74 % nickel from 16.0 m

  • ABR0008, 16 m at 0.16 % cobalt and 0.60 % nickel from 60.0 m

  • ABR0009, 10 m at 0.12 % cobalt and 0.81 % nickel from 34.0 m

  • ABR0013, 10 m at 0.21 % cobalt and 0.75 % nickel from 4.0 m

  • ABR0014, 8 m at 0.20 % cobalt and 0.87 % nickel from 2.0 m

  • ABR0022, 10 m at 0.27 % cobalt and 0.91 % nickel from 14.0 m

A full listing of all calculated intercepts is shown in Appendix 1.

1 All newly defined intercepts at Black Range were calculated using the following parameters: • 0.10 % cobalt minimum cutoff • 2 m minimum intercept • 4 m internal waste

Cobalt, Scandium & PGM results from Black Range

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Figure 1 – Map of the outcrop geology of the Black Range project. New drill collars are shown in red. Ultramafic rocks are shown in purple and largely underlie the laterite (R-f) where most drill holes are collared.

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Cobalt, Scandium & PGM results from Black Range

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High-grade cobalt mineralisation

Exceptional high-grade mineralisation is concentrated in several locations, often over thick intervals. A summary of some of the highest-grade zones is shown in Table 1 below.

Table 1 – Examples of high-grade intervals from Black Range. Each assay represents 2 metres downhole thickness. Note that data shown is an excerpt of each drill hole only. Full assay results for Co, Ni, Pt, Pd, and Cr, are listed in Appendix 2. Assay results in excess of 0.20 % Co and 1.00 % Ni are bolded.

Hole Easting
(mE)		 Northing
(mN)		 Azimuth
(°)		 Dip
(°)		 From
(m)
To
(m)		 Thickness
(m)		 Cobalt
(%)		 Nickel
(%)
ABR0008, 58 – 78 metres
ABR0008 304763 6640878 000 -90 58.00
60.00
60.00
62.00
62.00
64.00
64.00
66.00
66.00
68.00
68.00
70.00
70.00
72.00
72.00
74.00
74.00
76.00
76.00
78.00		 2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00		 0.059 0.38
0.60
0.59
0.63
0.39
0.50
0.67
0.67
0.76
0.66
0.263
0.229
0.201
0.056
0.081
0.174
0.168
0.134
0.061
ABR0013, Surface – 14 metres
ABR0013 304359 6640554 000 -90 0.00
2.00		 2.00 0.029 0.25
2.00
4.00		 2.00 0.072 0.59
4.00
6.00		 2.00 0.250 0.96
6.00
8.00		 2.00 0.284 0.82
8.00
10.00		 2.00 0.178 0.73
10.00
12.00		 2.00 0.208 0.76
12.00
14.00		 2.00 0.108 0.49
ABR0014, Surface – 12 metres
ABR0014 304357 6640475 000 -90 0.00
2.00
2.00
4.00
4.00
6.00
6.00
8.00
8.00
10.00
10.00
12.00		 2.00
2.00
2.00
2.00
2.00
2.00		 0.040 0.17
0.83
0.96
0.84
0.86
0.71
0.222
0.286
0.204
0.102
0.083
ABR0022, 14 – 24 metres
ABR0022 303958 6640564 000 -90 14.00
16.00		 2.00 0.117 0.60
16.00
18.00		 2.00 0.369 0.82
18.00
20.00		 2.00 0.308 1.12
20.00
22.00		 2.00 0.386 1.14
22.00
24.00		 2.00 0.144 0.86

These examples show that the highest-grade cobalt mineralisation is encased within a lower-grade cobalt shell, and is usually associated with high-grade nickel mineralisation. They also show that cobalt and nickel mineralisation is continuous over broad thicknesses and, in holes ABR0013 and ABR0014, is present in the immediate subsurface.

High cobalt cutoff values illustrate deposit quality

Most lateritic cobalt deposits in Australia use cutoff values of 0.05 % to 0.08 % cobalt to model intercepts and in resource calculations. Cutoff values define the level below which data is disregarded, and is commonly defined on economic grounds. That Black Range shows continuity at a significantly higher cutoff

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Cobalt, Scandium & PGM results from Black Range

value of 0.10% cobalt underscores the high quality of the deposit. Throughout the KNP Cobalt Zone, a 0.10% cutoff is being used to define intercepts and resource models. Using this cutoff at Black Range, cobalt mineralisation is continuous over the 600 x 800 m area of the recent drill program, and extends more than 2.5 km throughout the Black Range area.

Additional metals at Black Range

Within the near-surface laterite profile, assay results show that cobalt and nickel mineralisation is associated with additional metals at Black Range including scandium , platinum and palladium , and chromium .

If they were to be considered as stand-alone deposits, the abundances of scandium, PGMs and chromium would probably be problematic. However, these metals, in particular scandium, could contribute as supplementary payable commodities to the economics of a large, bulk-tonnage cobalt-nickel open pit operation.

At Black Range, scandium, platinum, and palladium are almost always situated above the cobalt-nickel mineralisation (e.g. Figure 2). Chromium is both above and directly associated with the cobalt and nickel. Any cobalt and nickel focussed mining operation will require excavation of the scandium-platinoid envelope and of the chromium bearing material in any event. As such, it makes sense to investigate any means to monetise these additional metals at Black Range. This will be incorporated into future feasibility studies of the deposit.

Scandium mineralisation

Scandium is present throughout the project area as a near-surface sheet that is up to 32 m thick within the laterite. Values within this sub-horizontal blanket vary from 50 to 170 g/t scandium[2] . In many cases, the scandium mineralisation is exposed at surface.

Scandium intercepts at Black Range include:

  • ABR0001, 18 m at 97.8 g/t scandium from surface

  • ABR0004, 18 m at 70 g/t scandium from surface

  • ABR0008, 26 m at 47.7 g/t scandium from 52.0 m

  • ABR0015, 32 m at 83.1 g/t scandium from surface

  • ABR0021, 20 m at 84 g/t scandium from 4.0 m

  • ABR0022, 28 m at 64.3 g/t scandium from surface

With scandium metal presently worth US$15,000 per kg[3] (equivalent to US$15 million per tonne, or US$15 per gram) and scandium trioxide some US$1,500 to 6,000 per kg, there is the potential for substantial cost benefit to any cobalt-nickel mining operation at Black Range, even with only moderate recoveries. As such, low head grades can add significantly to the economics of a project. For example, CleanTeQ’s Syerston project[4] reports an operating head grade of 53 g/t scandium. Black Range contains abundant mineralisation exceeding these grades.

2 Scandium was assayed using the XRF technique. The concentrations present at Black Range are toward the lower limit of detectability of the technique for scandium. Whilst scandium passed all QAQC checks, it should be noted that results are likely to be less accurate than those of other metals.

3 Source: http://mineralprices.com/

4 CleanTeQ Holdings Limited, 5 October 2016, “Syerston Nickel and Cobalt Pre-Feasibilty Study Completed”, p. 14.

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Cobalt, Scandium & PGM results from Black Range

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Figure 2 – The 304760mE section (the easternmost north-south section) at Black Range, showing nickel (Ni), cobalt (Co), platinum + palladium (Pt+Pd or PGM), and scandium (Sc) distributions. Envelopes for the nickel-cobalt and for the scandium-platinum group metal mineralisation show lateral continuity.

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Cobalt, Scandium & PGM results from Black Range

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Figure 3 – The 304360mE section (the central north-south section) at Black Range, showing nickel (Ni), cobalt (Co), platinum + palladium (Pt+Pd or PGM), and scandium (Sc) distributions. Envelopes for the nickel-cobalt and for the scandium-platinum group metal mineralisation show lateral continuity.

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Cobalt, Scandium & PGM results from Black Range

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Figure 4 – The 303630mE section (the westernmost north-south section) at Black Range, showing nickel (Ni), cobalt (Co), platinum + palladium (Pt+Pd or PGM), and scandium (Sc) distributions. Envelopes for the nickel-cobalt and for the scandium-platinum group metal mineralisation show lateral continuity.

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Cobalt, Scandium & PGM results from Black Range

The Ardea exploration program marks the first recorded occurrence of scandium at Black Range. Historically, scandium was not assayed, so very little of the nature of the mineralisation is known. For example, the host mineral to the scandium within the laterite profile must be determined. The liberation of a scandium product from Black Range leachate would be dependent upon industry accepted metallurgical processes being compatible with the Co-Ni processes being assessed. This will be the subject of planned metallurgical investigations.

Scandium is an uncommon metal that is used as a strengthening agent for aluminium, chiefly in the aeronautical industry.

It should be noted that the analytical technique employed for Ardea’s cobalt-nickel laterite reports scandium at a 10g/t detection limit so that replicate assaying using a more precise analytical technique is planned.

Platinum and palladium mineralisation

Platinum and palladium are closely associated with one another at Black Range. Platinum-palladium mineralisation is typically associated with scandium but is not as continuous, and usually occurs in the lower half of the scandium-rich envelope.

Combined platinum and palladium values from the recent drill program are generally less than 1 g/t. Intercepts include:

  • ABR0001, 18 m at 0.83 g/t platinum + palladium from surface

  • ABR0003, 12 m at 0.67 g/t platinum + palladium from surface

  • ABR0004, 12 m at 0.92 g/t platinum + palladium from 4.0 m

  • ABR0015, 16 m at 0.64 g/t platinum + palladium from surface

  • ABR0021, 20 m at 0.66 g/t platinum + palladium from 4.0 m

Platinum and palladium mineralisation has been recorded historically in both laterite and fresh rock at Mt Carnage, a part of Black Range.

The precise nature of the platinum and palladium mineralisation within the laterite profile is presently unknown, and will be the subject of investigation as the PFS progresses. Means to liberate these metals will be investigated in detail during the course of the current PFS.

Chromium mineralisation

Chromium intercepts are not quoted here, but all lateritic mineralisation at Black Range is either encased within or is immediately adjacent to a thick sub-horizontal chromium envelope. This chromium-rich band is up to 50 m thick, with chromium grades of between 0.9 % and 2.5 %. This contrasts markedly with grades outside of the cobalt mineralised zones of 0.2–0.8 % Cr.

As with the other accessory metals highlighted by this drill program, the nature of the chromium in the laterite profile at Black Range is unknown and will be the subject of investigation. It is likely that residual grains of chromite from the underlying Ora Banda layered mafic intrusion have remained as resistate minerals within the profile. If this is the case, a simple separation method (e.g. gravity, magnetic) could be used to separate and commodify the chromium at Black Range.

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Cobalt, Scandium & PGM results from Black Range

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Comparison to historic drilling at Black Range.

Prior to Ardea’s recent drill program, historic drilling at Black Range comprised 184 drillholes (mostly RAB) for 7,711 m. Using the parameters for defining intercepts in Ardea’s drilling, newly calculated intercepts from these programs include:

  • BKRC0135, 6 m at 0.32 % cobalt and 0.87 % nickel from 24.0 m

  • BRR0071, 20 m at 0.25 % cobalt and 0.55 % nickel from 28.0 m

  • BRR0074, 8 m at 0.32 % cobalt and 1.15 % nickel from 24.0 m

  • BRR0079, 16 m at 0.15 % cobalt and 0.86 % nickel from 16.0 m

  • BRR0080, 20 m at 0.15 % cobalt and 0.56 % nickel from 20.0 m

  • BRR0081, 16 m at 0.15 % cobalt and 0.36 % nickel from 32.0 m

  • BRR0096, 12 m at 0.23 % cobalt and 0.76 % nickel from 40.0 m

The historic data show that our recent drill program is consistent with earlier cobalt and nickel results at Black Range. See Appendix 3 for full listing of newly calculated cobalt and nickel intercepts from historic drill holes.

Platinum and palladium were not systematically assayed throughout historic drill programs, so there are only limited data to compare. These include:

  • BRRB061, 16 m at 0.74 g/t platinum + palladium from 8.0 m

  • BRRB059, 4 m at 0.9 g/t platinum + palladium from surface.

These are also comparable with data collected in the recent drill program. See Appendix 3 for full listing of newly calculated platinum and palladium intercepts from historic drill holes.

Scandium was not assayed in any previous drilling prior to Ardea’s project tenure.

A new resource for Black Range

Black Range is part of the KNP Cobalt Zone. The KNP Cobalt Zone contains 49.7 Mt at 0.12 % cobalt and 0.86 % nickel (Table 1) for a total contained cobalt metal of just under 60,000 t. With a historic resource of 20.1 Mt at 0.75 % nickel and 0.10 % cobalt (Table 1), Black Range constitutes a significant proportion of the KNP Cobalt Zone resource.

Table 2 – KNP Cobalt Zone, Resource Statement from RMRC consulting group, January 2017.

Area Prospect
Resource
category
Cutoff
(% Co)
Size
(Mt)
Cobalt
(%)
Nickel
(%)
Goongarrie Goongarrie
South
Measured
0.08
3.4
0.14
1.19
Indicated
0.08
11.2
0.11
0.92
Inferred
0.08
1.4
0.11
0.76
Big Four
Indicated
0.08
4.5
0.11
0.89
Inferred
0.08
0.2
0.11
0.95
Scotia
Inferred
0.08
2.9
0.14
0.88
Goongarrie subtotal
23.6
0.12
0.94
Siberia Black Range
Inferred
0.50(Ni)
20.1
0.10
0.75
Yerilla Aubils
Inferred
0.08
6.0
0.15
0.90
KNP Cobalt Zone total resources
49.7
0.12
0.86

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Cobalt, Scandium & PGM results from Black Range

This historic resource at Black Range was based on nickel cutoffs. As the results of this recent program show (Figure 2, Figure 3, and Figure 4), cobalt and nickel distributions vary, so it is expected that the historic resource estimation methodology could be under-calling the true cobalt resource.

The Black Range resource estimate is scheduled to be upgraded in the coming months. At Goongarrie South and Big Four, the resource upgrade of the KNP Cobalt Zone based on cobalt cutoffs is nearing completion and is expected to be announced soon. Work has commenced on upgrading the cobalt resources at Goongarrie Hill and Scotia Dam (which are contiguous with Goongarrie South and Big Four). These are smaller resources that are expected to be completed quickly. Work will then commence on the upgrade of the Black Range resource, which will include all new data generated by the recent drill program.

Once re-estimated and likely Black Range head-grades defined, a program of core drilling will be done, to obtain material for metallurgical test-work.

For further information regarding Ardea, please visit www.ardearesources.com.au or contact:

Ardea Resources:

Dr Matt Painter

Managing Director, Ardea Resources Limited Tel +61 8 6500 9200

Media or Investor Inquiries:

FTI Consulting Jon Snowball Tel +61 2 8298 6100 or +61 477 946 068

[email protected]

Compliance Statement (JORC 2012)

A competent person’s statement for the purposes of Listing Rule 5.22 has previously been announced by the Company for:

1. Kalgoorlie Nickel Project on 21 October 2013 and 31 June 2014, October 2016, 2016 Heron Resources Annual Report and 6 January 2017;

2. KNP Cobalt Zone Study on 6 January 2017

The Company confirms that it is not aware of any new information or data that materially affects information included in previous announcements, and all material assumptions and technical parameters underpinning the estimates continue to apply and have not materially changed. All projects will be subject to new work programs following the listing of Ardea, notably drilling, metallurgy and JORC Code 2012 resource estimation as applicable.

The information in this report that relates to the Black Range Exploration Results is based on information originally compiled by current full time employees of Ardea Resources Limited. The Exploration Results and data collection processes have been reviewed, verified and reinterpreted by Mr Ian Buchhorn who is a Member of the Australasian Institute of Mining and Metallurgy and a director of Ardea Resources Limited. Mr Buchhorn has sufficient experience that is relevant to the style of mineralisation and type of deposit under consideration and to the exploration activities undertaken to qualify as a Competent Person as defined in the 2012 Edition of the ‘Australasian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves’. Mr Buchhorn consents to the inclusion in this report of the matters based on his information in the form and context that it appears.

The exploration and industry benchmarking summaries are based on information reviewed by Dr Matthew Painter, who is a Member of the Australian Institute of Geoscientists. Dr Painter is a full-time employee and a director of Ardea Resources Limited and has sufficient experience, which is relevant to the style of mineralisation and type of deposit under consideration and to the activity which he is undertaking to qualify as a Competent Person as defined in the 2012 edition of the Australasian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves’. Dr Painter has reviewed this press release and consents to the inclusion in this report of the information in the form and context in which it appears.

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Cobalt, Scandium & PGM results from Black Range

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CAUTIONARY NOTE REGARDING FORWARD-LOOKING INFORMATION

This news release contains forward-looking statements and forward-looking information within the meaning of applicable Australian securities laws, which are based on expectations, estimates and projections as of the date of this news release.

This forward-looking information includes, or may be based upon, without limitation, estimates, forecasts and statements as to management’s expectations with respect to, among other things, development and business plans, capital and exploration expenditures, the effect on the Company of any changes to existing legislation or policy, government regulation of mining operations, the length of time required to obtain permits, certifications and approvals, the success of exploration, development and mining activities, the geology of the Company’s properties, environmental risks, the availability of labour, the focus of the Company in the future, demand and market outlook for metals and the prices thereof, progress in development of mineral properties, the Company’s ability to raise funding privately or on a public market in the future, the Company’s future growth, results of operations, performance, and business prospects and opportunities. Wherever possible, words such as “anticipate”, “believe”, “expect”, “intend”, “may” and similar expressions have been used to identify such forwardlooking information. Forward-looking information is based on the opinions and estimates of management at the date the information is given, and on information available to management at such time. Forward-looking information involves significant risks, uncertainties, assumptions and other factors that could cause actual results, performance or achievements to differ materially from the results discussed or implied in the forward-looking information. These factors, including, but not limited to, fluctuations in currency markets, fluctuations in commodity prices, the ability of the Company to access sufficient capital on favourable terms or at all, changes in national and local government legislation, taxation, controls, regulations, political or economic developments in Australia or other countries in which the Company does business or may carry on business in the future, operational or technical difficulties in connection with exploration or development activities, employee relations, the speculative nature of mineral exploration and development, obtaining necessary licenses and permits, diminishing quantities and grades of mineral reserves, contests over title to properties, especially title to undeveloped properties, the inherent risks involved in the exploration and development of mineral properties, the uncertainties involved in interpreting drill results and other geological data, environmental hazards, industrial accidents, unusual or unexpected formations, pressures, cave-ins and flooding, limitations of insurance coverage and the possibility of project cost overruns or unanticipated costs and expenses, and should be considered carefully. Many of these uncertainties and contingencies can affect the Company’s actual results and could cause actual results to differ materially from those expressed or implied in any forward-looking statements made by, or on behalf of, the Company. Prospective investors should not place undue reliance on any forward-looking information.

Although the forward-looking information contained in this news release is based upon what management believes, or believed at the time, to be reasonable assumptions, the Company cannot assure prospective purchasers that actual results will be consistent with such forwardlooking information, as there may be other factors that cause results not to be as anticipated, estimated or intended, and neither the Company nor any other person assumes responsibility for the accuracy and completeness of any such forward-looking information. The Company does not undertake, and assumes no obligation, to update or revise any such forward-looking statements or forward-looking information contained herein to reflect new events or circumstances, except as may be required by law.

No stock exchange, regulation services provider, securities commission or other regulatory authority has approved or disapproved the information contained in this news release.

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Cobalt, Scandium & PGM results from Black Range

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Appendix 1 – Collar location data, Black Range

New drill holes by Ardea Resources at Black Range

Drill hole Type
Depth
(m)
Date
completed
Grid		 Easting
(mE)		 Northing
(mN)		 RL
(mASL)
Dip
(°)

Azimuth
(°)
ABR0001 RC 73 06-Apr-17 MGA94_51 304750.44 6640322.98 440.32 -90
000
ABR0002 RC 79 06-Apr-17 MGA94_51 304759.37 6640399.68 440.34 -90
000
ABR0003 RC 80 07-Apr-17 MGA94_51 304761.72 6640472.35 437.38 -90
000
ABR0004 RC 80 07-Apr-17 MGA94_51 304762.08 6640557.29 438.91 -90
000
ABR0005 RC 80 08-Apr-17 MGA94_51 304763.49 6640632.52 436.09 -90
000
ABR0006 RC 80 08-Apr-17 MGA94_51 304758.59 6640719.21 431.80 -90
000
ABR0007 RC 110 09-Apr-17 MGA94_51 304755.97 6640796.23 431.07 -90
000
ABR0008 RC 120 09-Apr-17 MGA94_51 304758.42 6640877.83 429.83 -90
000
ABR0009 RC 91 10-Apr-17 MGA94_51 304358.69 6640877.75 432.60 -90
000
ABR0010 RC 80 10-Apr-17 MGA94_51 304363.07 6640789.59 433.09 -90
000
ABR0011 RC 73 10-Apr-17 MGA94_51 304358.13 6640719.77 436.20 -90
000
ABR0012 RC 73 10-Apr-17 MGA94_51 304347.76 6640642.69 435.78 -90
000
ABR0013 RC 73 11-Apr-17 MGA94_51 304354.56 6640555.11 437.24 -90
000
ABR0014 RC 61 11-Apr-17 MGA94_51 304354.85 6640478.58 438.08 -90
000
ABR0015 RC 67 11-Apr-17 MGA94_51 304360.99 6640398.66 438.85 -90
000
ABR0016 RC 55 11-Apr-17 MGA94_51 304357.33 6640322.40 440.89 -90
000
ABR0017 RC 41 11-Apr-17 MGA94_51 304357.69 6640248.27 443.15 -90
000
ABR0018 RC 41 12-Apr-17 MGA94_51 303963.32 6640240.77 445.57 -90
000
ABR0019 RC 54 12-Apr-17 MGA94_51 303968.07 6640319.48 443.08 -90
000
ABR0020 RC 55 12-Apr-17 MGA94_51 303959.49 6640401.21 444.90 -90
000
ABR0021 RC 73 12-Apr-17 MGA94_51 303957.29 6640481.29 444.26 -90
000
ABR0022 RC 73 12-Apr-17 MGA94_51 303959.79 6640564.29 442.73 -90
000
ABR0023 RC 79 13-Apr-17 MGA94_51 303961.37 6640639.40 440.77 -90
000
ABR0024 RC 74 13-Apr-17 MGA94_51 303966.81 6640719.59 436.15 -90
000
ABR0025 RC 73 13-Apr-17 MGA94_51 303966.99 6640790.96 433.71 -90
000
ABR0026 RC 73 13-Apr-17 MGA94_51 303957.42 6640874.40 432.00 -90
000
ABR0027 RC 85 14-Apr-17 MGA94_51 303962.47 6640952.19 430.75 -90
000

Historic drill holes at Black Range

Drill hole Type
Depth
(m)
Date
completed
Grid		 Easting
(mE)		 Northing
(mN)		 RL
(mASL)
Dip
(°)

Azimuth
(°)
BKRC0072 RC 18 29-Oct-00 MGA94_51 302527.65 6640642.08 437.67 -90
000
BKRC0073 RC 16 29-Oct-00 MGA94_51 302539.76 6640553.95 439.38 -90
000
BKRC0074 RC 22 29-Oct-00 MGA94_51 302937.04 6640646.38 439.46 -90
000
BKRC0075 RC 60 29-Oct-00 MGA94_51 302928.63 6640753.94 434.88 -90
000
BKRC0076 RC 42 29-Oct-00 MGA94_51 302931.77 6640845.35 431.49 -90
000
BKRC0077 RC 60 29-Oct-00 MGA94_51 302931.76 6640936.52 429.24 -90
000
BKRC0078 RC 54 29-Oct-00 MGA94_51 302930.70 6641048.85 428.96 -90
000
BKRC0079 RC 12 29-Oct-00 MGA94_51 303333.16 6640555.18 436.66 -90
000
BKRC0080 RC 12 29-Oct-00 MGA94_51 303331.67 6640661.98 435.24 -90
000
BKRC0081 RC 18 29-Oct-00 MGA94_51 303325.99 6640752.31 434.70 -90
000
BKRC0082 RC 30 29-Oct-00 MGA94_51 303336.12 6640848.66 432.70 -90
000
BKRC0083 RC 30 29-Oct-00 MGA94_51 303327.86 6640939.17 431.55 -90
000
BKRC0084 RC 36 30-Oct-00 MGA94_51 304138.90 6640950.81 431.27 -90
000
BKRC0085 RC 24 30-Oct-00 MGA94_51 304135.62 6640848.60 432.88 -90
000
BKRC0086 RC 28 30-Oct-00 MGA94_51 304135.10 6640756.02 436.50 -90
000
BKRC0087 RC 24 30-Oct-00 MGA94_51 304136.96 6640659.67 439.62 -90
000
BKRC0088 RC 24 30-Oct-00 MGA94_51 304138.01 6640550.83 439.97 -90
000
BKRC0089 RC 32 30-Oct-00 MGA94_51 304139.40 6640457.42 442.94 -90
000
BKRC0090 RC 24 30-Oct-00 MGA94_51 304144.07 6640358.41 440.81 -90
000
BKRC0091 RC 30 30-Oct-00 MGA94_51 304944.35 6640356.65 440.07 -90
000
BKRC0092 RC 30 30-Oct-00 MGA94_51 304933.47 6640271.05 440.40 -90
000

13

Cobalt, Scandium & PGM results from Black Range

==> picture [35 x 842] intentionally omitted <==

==> picture [184 x 26] intentionally omitted <==

Drill hole Type
Depth
(m)
Date
completed
Grid		 Easting
(mE)		 Northing
(mN)		 RL
(mASL)
Dip
(°)

Azimuth
(°)
BKRC0093 RC 24 30-Oct-00 MGA94_51 304934.99 6640167.53 436.64 -90
000
BKRC0094 RC 24 30-Oct-00 MGA94_51 304938.24 6640070.31 435.15 -90
000
BKRC0095 RC 48 30-Oct-00 MGA94_51 304936.10 6640466.23 438.41 -90
000
BKRC0096 RC 60 31-Oct-00 MGA94_51 305733.42 6640459.29 429.22 -90
000
BKRC0097 RC 54 31-Oct-00 MGA94_51 305734.49 6640357.48 426.63 -90
000
BKRC0098 RC 18 31-Oct-00 MGA94_51 305736.30 6640272.22 427.01 -90
000
BKRC0099 RC 6 31-Oct-00 MGA94_51 305743.22 6640072.01 429.70 -90
000
BKRC0116 RC 66 31-Oct-00 MGA94_51 306530.32 6639578.77 419.51 -90
000
BKRC0117 RC 72 31-Oct-00 MGA94_51 306536.44 6639365.65 419.64 -90
000
BKRC0118 RC 72 01-Nov-00 MGA94_51 302927.75 6641165.36 427.99 -90
000
BKRC0119 RC 12 01-Nov-00 MGA94_51 302930.37 6640555.88 444.41 -90
000
BKRC0120 RC 48 01-Nov-00 MGA94_51 302935.62 6640453.38 448.27 -90
000
BKRC0121 RC 18 01-Nov-00 MGA94_51 302936.19 6640342.39 443.58 -90
000
BKRC0122 RC 6 01-Nov-00 MGA94_51 302937.08 6640156.55 441.69 -90
000
BKRC0123 RC 42 04-Dec-00 MGA94_51 306136.07 6640355.03 422.60 -90
000
BKRC0124 RC 36 04-Dec-00 MGA94_51 305335.47 6640456.93 428.95 -90
000
BKRC0125 RC 18 04-Dec-00 MGA94_51 305340.86 6640350.07 429.81 -90
000
BKRC0126 RC 36 04-Dec-00 MGA94_51 305333.91 6640269.24 430.86 -90
000
BKRC0127 RC 18 04-Dec-00 MGA94_51 305334.80 6640177.29 432.07 -90
000
BKRC0128 RC 48 04-Dec-00 MGA94_51 304936.55 6640566.16 435.32 -90
000
BKRC0129 RC 31 04-Dec-00 MGA94_51 304940.85 6640659.25 432.76 -90
000
BKRC0130 RC 24 05-Dec-00 MGA94_51 304538.02 6640270.77 440.65 -90
000
BKRC0131 RC 36 05-Dec-00 MGA94_51 304534.52 6640357.56 439.66 -90
000
BKRC0132 RC 30 05-Dec-00 MGA94_51 304535.41 6640452.82 437.47 -90
000
BKRC0133 RC 18 05-Dec-00 MGA94_51 304534.06 6640552.62 436.74 -90
000
BKRC0134 RC 54 05-Dec-00 MGA94_51 304536.83 6640653.99 436.94 -90
000
BKRC0135 RC 84 05-Dec-00 MGA94_51 304536.21 6640755.00 432.28 -90
000
BKRC0136 RC 84 06-Dec-00 MGA94_51 304537.69 6640852.99 430.21 -90
000
BKRC0137 RC 18 06-Dec-00 MGA94_51 303731.47 6640356.34 443.10 -90
000
BKRC0138 RC 12 06-Dec-00 MGA94_51 303733.24 6640452.70 444.85 -90
000
BKRC0139 RC 18 06-Dec-00 MGA94_51 303736.00 6640551.75 442.30 -90
000
BKRC0140 RC 24 06-Dec-00 MGA94_51 303733.41 6640653.29 438.71 -90
000
BKRC0141 RC 6 06-Dec-00 MGA94_51 303337.54 6640259.66 442.51 -90
000
BKRC0142 RC 18 06-Dec-00 MGA94_51 303333.88 6640362.15 439.57 -90
000
BKRC0143 RC 18 06-Dec-00 MGA94_51 302534.96 6640447.67 435.78 -90
000
BKRC0144 RC 66 06-Dec-00 MGA94_51 303740.18 6640843.96 433.65 -90
000
BKRC0145 RC 84 07-Dec-00 MGA94_51 303734.91 6640941.92 432.16 -90
000
BKRC0146 RC 60 07-Dec-00 MGA94_51 303736.98 6640744.62 435.30 -90
000
BKRC0147 RC 72 07-Dec-00 MGA94_51 303727.00 6641054.62 431.04 -90
000
BKRC0148 RC 30 07-Dec-00 MGA94_51 303334.09 6640465.57 437.79 -90
000
BRDD001
DD		 246.3 06-Dec-11 MGA94_51 305920.00 6640380.00 -65
035
BRR0049 RAB
50		 18-Oct-97 MGA94_51 306262.72 6639991.10 500.00 -90
000
BRR0050 RAB
44		 19-Oct-97 MGA94_51 306271.93 6640014.49 500.00 -90
000
BRR0051 RAB
44		 19-Oct-97 MGA94_51 306280.04 6640035.07 500.00 -90
000
BRR0052 RAB
33		 19-Oct-97 MGA94_51 306288.15 6640055.66 500.00 -90
000
BRR0053 RAB
36		 19-Oct-97 MGA94_51 306294.04 6640070.63 500.00 -90
000
BRR0054 RAB
15		 19-Oct-97 MGA94_51 306189.01 6639803.97 500.00 -90
000
BRR0055 RAB
59		 19-Oct-97 MGA94_51 306191.22 6639809.58 500.00 -90
000
BRR0056 RAB
56		 19-Oct-97 MGA94_51 306201.91 6639836.72 500.00 -90
000
BRR0057 RAB
53		 20-Oct-97 MGA94_51 306210.38 6639858.24 500.00 -90
000
BRR0058 RAB
47		 20-Oct-97 MGA94_51 306219.96 6639882.56 500.00 -90
000
BRR0059 RAB
32		 20-Oct-97 MGA94_51 305366.76 6639911.67 500.00 -90
000
BRR0060 RAB
18		 20-Oct-97 MGA94_51 305372.66 6639926.64 500.00 -90
000
BRR0061 RAB
20		 20-Oct-97 MGA94_51 305375.98 6639935.06 500.00 -90
000
BRR0062 RAB
20		 20-Oct-97 MGA94_51 305379.66 6639944.42 500.00 -90
000
BRR0063 RAB
34		 20-Oct-97 MGA94_51 305384.45 6639956.58 500.00 -90
000
BRR0064 RAB
32		 20-Oct-97 MGA94_51 305390.72 6639972.49 500.00 -90
000
BRR0065 RAB
38		 20-Oct-97 MGA94_51 305396.62 6639987.46 500.00 -90
000
BRR0066 RAB
16		 10-Oct-97 MGA94_51 304135.86 6640313.26 500.00 -90
000
BRR0067 RAB
21		 20-Oct-97 MGA94_51 304135.84 6640321.31 500.00 -90
000
BRR0068 RAB
24		 20-Oct-97 MGA94_51 304135.83 6640331.38 500.00 -90
000
BRR0069 RAB
24		 20-Oct-97 MGA94_51 304135.81 6640343.46 500.00 -90
000
BRR0070 RAB
57		 20-Oct-97 MGA94_51 304135.79 6640355.54 500.00 -90
000
BRR0071 RAB
69		 20-Oct-97 MGA94_51 304135.73 6640393.79 500.00 -90
000
BRR0072 RAB
68		 21-Oct-97 MGA94_51 304135.69 6640417.96 500.00 -90
000
BRR0073 RAB
67		 21-Oct-97 MGA94_51 304135.64 6640452.18 500.00 -90
000

14

Cobalt, Scandium & PGM results from Black Range

==> picture [35 x 842] intentionally omitted <==

==> picture [184 x 26] intentionally omitted <==

Drill hole Type
Depth
(m)
Date
completed
Grid		 Easting
(mE)		 Northing
(mN)		 RL
(mASL)
Dip
(°)

Azimuth
(°)
BRR0074 RAB
59		 21-Oct-97 MGA94_51 304034.83 6640539.61 500.00 -90
000
BRR0075 RAB
57		 21-Oct-97 MGA94_51 304034.79 6640568.80 500.00 -90
000
BRR0076 RAB
50		 21-Oct-97 MGA94_51 304034.74 6640596.99 500.00 -90
000
BRR0077 RAB
31		 21-Oct-97 MGA94_51 304034.70 6640622.16 500.00 -90
000
BRR0078 RAB
66		 21-Oct-97 MGA94_51 303934.20 6640514.28 500.00 -90
000
BRR0079 RAB
64		 21-Oct-97 MGA94_51 303934.15 6640547.50 500.00 -90
000
BRR0080 RAB
56		 21-Oct-97 MGA94_51 303934.10 6640579.72 500.00 -90
000
BRR0081 RAB
54		 21-Oct-97 MGA94_51 303934.06 6640607.90 500.00 -90
000
BRR0082 RAB
29		 22-Oct-97 MGA94_51 303495.45 6640648.76 500.00 -90
000
BRR0083 RAB
13		 22-Oct-97 MGA94_51 303500.98 6640662.80 500.00 -90
000
BRR0084 RAB
14		 22-Oct-97 MGA94_51 303503.19 6640668.41 500.00 -90
000
BRR0085 RAB
12		 22-Oct-97 MGA94_51 303505.77 6640674.96 500.00 -90
000
BRR0086 RAB
30		 22-Oct-97 MGA94_51 303507.98 6640680.57 500.00 -90
000
BRR0087 RAB
18		 22-Oct-97 MGA94_51 303513.51 6640694.61 500.00 -90
000
BRR0088 RAB
27		 22-Oct-97 MGA94_51 303520.88 6640713.32 500.00 -90
000
BRR0089 RAB
23		 22-Oct-97 MGA94_51 303084.33 6640702.61 500.00 -90
000
BRR0090 RAB
25		 22-Oct-97 MGA94_51 303088.38 6640712.91 500.00 -90
000
BRR0091 RAB
22		 22-Oct-97 MGA94_51 303092.80 6640724.13 500.00 -90
000
BRR0092 RAB
22		 22-Oct-97 MGA94_51 303096.86 6640734.43 500.00 -90
000
BRR0093 RAB
25		 23-Oct-97 MGA94_51 303100.91 6640744.72 500.00 -90
000
BRR0094 RAB
25		 23-Oct-97 MGA94_51 303111.97 6640772.79 500.00 -90
000
BRR0095 RAB
32		 23-Oct-97 MGA94_51 303121.18 6640796.18 500.00 -90
000
BRR0096 RAB
66		 23-Oct-97 MGA94_51 302973.76 6640421.92 500.00 -90
000
BRR0097 RAB
11		 23-Oct-97 MGA94_51 302985.93 6640452.79 500.00 -90
000
BRR0098 RAB
57		 23-Oct-97 MGA94_51 302989.61 6640462.15 500.00 -90
000
BRRB001 RAB
7		 10-Dec-11 MGA94_51 300480.00 6637750.00 -90
000
BRRB002 RAB
8		 10-Dec-11 MGA94_51 300400.00 6637750.00 -90
000
BRRB003 RAB
27		 10-Dec-11 MGA94_51 300320.00 6637750.00 -90
000
BRRB004 RAB
66		 10-Dec-11 MGA94_51 300240.00 6637750.00 -90
000
BRRB005 RAB
45		 10-Dec-11 MGA94_51 300640.00 6638560.00 -90
000
BRRB006 RAB
48		 10-Dec-11 MGA94_51 300800.00 6638560.00 -90
000
BRRB007 RAB
43		 10-Dec-11 MGA94_51 300960.00 6638560.00 -90
000
BRRB008 RAB
15		 10-Dec-11 MGA94_51 301040.00 6638560.00 -90
000
BRRB009 RAB
24		 10-Dec-11 MGA94_51 300120.00 6638560.00 -90
000
BRRB010 RAB
17		 10-Dec-11 MGA94_51 301200.00 6638560.00 -90
000
BRRB011 RAB
21		 11-Dec-11 MGA94_51 301360.00 6638560.00 -90
000
BRRB012 RAB
44		 11-Dec-11 MGA94_51 301520.00 6638720.00 -90
000
BRRB013 RAB
10		 11-Dec-11 MGA94_51 301360.00 6638720.00 -90
000
BRRB014 RAB
6		 11-Dec-11 MGA94_51 301280.00 6638720.00 -90
000
BRRB015 RAB
39		 11-Dec-11 MGA94_51 301200.00 6638720.00 -90
000
BRRB016 RAB
36		 11-Dec-11 MGA94_51 301120.00 6638720.00 -90
000
BRRB017 RAB
29		 11-Dec-11 MGA94_51 300960.00 6638720.00 -90
000
BRRB018 RAB
44		 11-Dec-11 MGA94_51 300800.00 6638720.00 -90
000
BRRB019 RAB
27		 11-Dec-11 MGA94_51 301040.00 6638880.00 -90
000
BRRB020 RAB
38		 11-Dec-11 MGA94_51 301200.00 6638880.00 -90
000
BRRB021 RAB
45		 11-Dec-11 MGA94_51 301289.00 6638875.00 -90
000
BRRB022 RAB
46		 11-Dec-11 MGA94_51 301360.00 6638880.00 -90
000
BRRB023 RAB
50		 11-Dec-11 MGA94_51 301440.00 6638880.00 -90
000
BRRB024 RAB
35		 11-Dec-11 MGA94_51 301520.00 6638880.00 -90
000
BRRB025 RAB
30		 11-Dec-11 MGA94_51 301700.00 6638880.00 -90
000
BRRB026 RAB
46		 11-Dec-11 MGA94_51 301760.00 6639040.00 -90
000
BRRB027 RAB
47		 11-Dec-11 MGA94_51 301600.00 6639040.00 -90
000
BRRB028 RAB
48		 11-Dec-11 MGA94_51 301520.00 6639040.00 -90
000
BRRB029 RAB
44		 11-Dec-11 MGA94_51 301440.00 6639040.00 -90
000
BRRB030 RAB
9		 11-Dec-11 MGA94_51 301280.00 6639040.00 -90
000
BRRB031 RAB
42		 11-Dec-11 MGA94_51 301120.00 6639040.00 -90
000
BRRB032 RAB
29		 11-Dec-11 MGA94_51 300640.00 6638960.00 -90
000
BRRB033 RAB
16		 11-Dec-11 MGA94_51 300480.00 6638960.00 -90
000
BRRB034 RAB
10		 11-Dec-11 MGA94_51 300400.00 6638960.00 -90
000
BRRB035 RAB
10		 11-Dec-11 MGA94_51 300320.00 6638960.00 -90
000
BRRB036 RAB
10		 11-Dec-11 MGA94_51 300160.00 6638960.00 -90
000
BRRB037 RAB
18		 12-Dec-11 MGA94_51 300640.00 6641680.00 -90
000
BRRB038 RAB
22		 12-Dec-11 MGA94_51 300800.00 6641680.00 -90
000
BRRB039 RAB
12		 12-Dec-11 MGA94_51 301040.00 6641680.00 -90
000
BRRB040 RAB
8		 12-Dec-11 MGA94_51 300720.00 6641360.00 -90
000
BRRB041 RAB
11		 12-Dec-11 MGA94_51 300240.00 6640320.00 -90
000

15

==> picture [35 x 842] intentionally omitted <==

==> picture [184 x 26] intentionally omitted <==

Cobalt, Scandium & PGM results from Black Range

Drill hole Type
Depth
(m)
Date
completed
Grid		 Easting
(mE)		 Northing
(mN)		 RL
(mASL)
Dip
(°)

Azimuth
(°)
BRRB042 RAB
21		 12-Dec-11 MGA94_51 301240.00 6639600.00 -90
000
BRRB043 RAB
18		 12-Dec-11 MGA94_51 301320.00 6639600.00 -90
000
BRRB044 RAB
15		 12-Dec-11 MGA94_51 301400.00 6639600.00 -90
000
BRRB045 RAB
12		 12-Dec-11 MGA94_51 301480.00 6639600.00 -90
000
BRRB046 RAB
36		 12-Dec-11 MGA94_51 301680.00 6639840.00 -90
000
BRRB047 RAB
15		 12-Dec-11 MGA94_51 301840.00 6639840.00 -90
000
BRRB048 RAB
15		 12-Dec-11 MGA94_51 302000.00 6639840.00 -90
000
BRRB049 RAB
30		 12-Dec-11 MGA94_51 302160.00 6639840.00 -90
000
BRRB050 RAB
15		 12-Dec-11 MGA94_51 302240.00 6639920.00 -90
000
BRRB051 RAB
6		 12-Dec-11 MGA94_51 302240.00 6640080.00 -90
000
BRRB052 RAB
15		 12-Dec-11 MGA94_51 302240.00 6640160.00 -90
000
BRRB053 RAB
9		 12-Dec-11 MGA94_51 302240.00 6640240.00 -90
000
BRRB054 RAB
6		 12-Dec-11 MGA94_51 302240.00 6640320.00 -90
000
BRRB055 RAB
9		 12-Dec-11 MGA94_51 302240.00 6640400.00 -90
000
BRRB056 RAB
9		 12-Dec-11 MGA94_51 302240.00 6640560.00 -90
000
BRRB057 RAB
28		 12-Dec-11 MGA94_51 302240.00 6640720.00 -90
000
BRRB058 RAB
15		 12-Dec-11 MGA94_51 304960.00 6640560.00 -90
000
BRRB059 RAB
15		 13-Dec-11 MGA94_51 304960.00 6640400.00 -90
000
BRRB060 RAB
42		 13-Dec-11 MGA94_51 304960.00 6640320.00 -90
000
BRRB061 RAB
30		 13-Dec-11 MGA94_51 304960.00 6640240.00 -90
000
BRRB062 RAB
33		 13-Dec-11 MGA94_51 304960.00 6640160.00 -90
000
BRRB063 RAB
9		 13-Dec-11 MGA94_51 304960.00 6640000.00 -90
000
BRRB064 RAB
14		 13-Dec-11 MGA94_51 304960.00 6639840.00 -90
000
BRRB065 AC 87 13-Dec-11 MGA94_51 300320.00 6639840.00 -90
000
BRRB066 AC 69 13-Dec-11 MGA94_51 300160.00 6639840.00 -90
000
BRRB067 AC 76 13-Dec-11 MGA94_51 300480.00 6639840.00 -90
000
BRRB068 AC 66 13-Dec-11 MGA94_51 300640.00 6639840.00 -90
000
BRRB069 AC 72 13-Dec-11 MGA94_51 300800.00 6639840.00 -90
000
BRRB070 AC 42 13-Dec-11 MGA94_51 300160.00 6640160.00 -90
000
BRRB071 AC 69 13-Dec-11 MGA94_51 300320.00 6640160.00 -90
000
BRRB072 AC 90 02-Feb-12 MGA94_51 300480.00 6640160.00 -90
000
BRRB073 AC 74 02-Feb-12 MGA94_51 300560.00 6640160.00 -90
000
BRRB074 AC 70 02-Feb-12 MGA94_51 300640.00 6640160.00 -90
000
BRRB075 AC 75 02-Feb-12 MGA94_51 300720.00 6640160.00 -90
000
BRRB076 AC 75 03-Feb-12 MGA94_51 300880.00 6640160.00 -90
000
BRRB077 AC 84 03-Feb-12 MGA94_51 300880.00 6640000.00 -90
000
BRRB078 AC 102 03-Feb-12 MGA94_51 300720.00 6640000.00 -90
000
BRRB079 AC 78 03-Feb-12 MGA94_51 300560.00 6640000.00 -90
000
BRRB080 AC 81 03-Feb-12 MGA94_51 300480.00 6640000.00 -90
000
BRRB081 AC 83 03-Feb-12 MGA94_51 300320.00 6640000.00 -90
000
BRRB082 AC 69 03-Feb-12 MGA94_51 300240.00 6640000.00 -90
000
BRRB083 AC 66 04-Feb-12 MGA94_51 300160.00 6640000.00 -90
000
BRRB084 AC 63 04-Feb-12 MGA94_51 300080.00 6639840.00 -90
000
BRRB085 AC 68 04-Feb-12 MGA94_51 300240.00 6639840.00 -90
000
BRRB086 AC 60 04-Feb-12 MGA94_51 300240.00 6640320.00 -90
000
BRRB087 AC 87 04-Feb-12 MGA94_51 300400.00 6640320.00 -90
000
BRRB088 AC 77 04-Feb-12 MGA94_51 300560.00 6640320.00 -90
000
BRRB089 AC 78 04-Feb-12 MGA94_51 300720.00 6640320.00 -90
000
BRRB090 AC 96 04-Feb-12 MGA94_51 300880.00 6640320.00 -90
000
BRRB091 AC 81 05-Feb-12 MGA94_51 300640.00 6641680.00 -90
000
BRRB092 AC 93 05-Feb-12 MGA94_51 300800.00 6641680.00 -90
000
BRRB093 AC 90 05-Feb-12 MGA94_51 300960.00 6641680.00 -90
000
BRRB094 AC 78 05-Feb-12 MGA94_51 301120.00 6641680.00 -90
000
BRRB095 AC 84 05-Feb-12 MGA94_51 301280.00 6641680.00 -90
000
BRRB096 AC 82 06-Feb-12 MGA94_51 300720.00 6641360.00 -90
000
BRRB097 AC 78 06-Feb-12 MGA94_51 300880.00 6641360.00 -90
000
BRRB098 AC 66 06-Feb-12 MGA94_51 301040.00 6641360.00 -90
000
BRRB099 AC 63 06-Feb-12 MGA94_51 301200.00 6641360.00 -90
000
BRRB100 AC 70 06-Feb-12 MGA94_51 301360.00 6641360.00 -90
000

16

Cobalt, Scandium & PGM results from Black Range

==> picture [35 x 842] intentionally omitted <==

==> picture [184 x 26] intentionally omitted <==

Appendix 2 – Assay results from Black Range

All assays from the 2017 drilling program at Black Range.

Abbreviations used: Co – cobalt, Ni – nickel, Sc – scandium, Pt – platinum, Pd – palladium, Cr – chromium, m – metre, g/t – grams per tonne, ppb – parts per billion, b.d. – below detection.

Hole From
(m)		 To
(m)		 Width
(m)
Sample
number		 Co
(%)		 Ni
(%)
Sc
(g/t)
Pt
(ppb)		 Pd
(ppb)		 Cr
(%)
Hole		 From
(m)		 To
(m)		 Width
(m)
Sample
number		 Co
(%)		 Ni
(%)
Sc
(g/t)
Pt
(ppb)		 Pd
(ppb)		 Cr
(%)
ABR0001
0.00		 2.00 2.00 R102918 0.002 0.08
90		 635 533 0.43
ABR0003
6.00		 8.00 2.00 RC537866 0.050 0.35
80		 230 288 0.60
ABR0001
2.00		 4.00 2.00 R102919 0.002 0.07
80		 602 528 0.46
ABR0003
8.00		 10.00 2.00 RC537867 0.189 0.52
90		 404 440 0.65
ABR0001
4.00		 6.00 2.00 R102920 b.d. 0.25 120
413		 259 0.96
ABR0003
10.00		 12.00 2.00 RC537868 0.217 0.89
60		 288 443 1.14
ABR0001
6.00		 8.00 2.00 R102921 0.002 0.14 100
841		 449 0.79
ABR0003
12.00		 14.00 2.00 RC537869 0.098 0.66
30		 45 105 1.20
ABR0001
8.00		 10.00
2.00		 R102922 0.006 0.21
90		 523 435 0.52
ABR0003
14.00		 16.00 2.00 RC537870 0.158 0.68
20		 61 111 0.94
ABR0001
10.00		 12.00
2.00		 R102923 0.018 0.24 100
235		 195 1.07
ABR0003
16.00		 18.00 2.00 RC537872 0.061 0.74
30		 55 88 0.93
ABR0001
12.00		 14.00
2.00		 R102924 0.028 0.20 130
326		 274 1.39
ABR0003
18.00		 20.00 2.00 RC537873 0.016 0.37
10		 30 71 0.53
ABR0001
14.00		 16.00
2.00		 R102925 0.052 0.27 120
287		 224 1.57
ABR0003
20.00		 22.00 2.00 RC537874 0.025 0.36
20		 33 51 0.75
ABR0001
16.00		 18.00
2.00		 R102926 0.047 0.25
50		 328 369 1.49
ABR0003
22.00		 24.00 2.00 RC537875 0.040 0.38
30		 82 105 0.86
ABR0001
18.00		 20.00
2.00		 R102927 0.106 0.38
40		 97 83 0.80
ABR0003
24.00		 26.00 2.00 RC537876 0.028 0.32
20		 59 53 1.10
ABR0001
20.00		 22.00
2.00		 R102928 0.074 0.38
20		 72 105 0.73
ABR0003
26.00		 28.00 2.00 RC537877 0.024 0.23
10		 29 47 0.78
ABR0001
22.00		 24.00
2.00		 R102929 0.095 0.46
30		 94 84 0.72
ABR0003
28.00		 30.00 2.00 RC537878 0.018 0.18
10		 46 54 0.75
ABR0001
24.00		 26.00
2.00		 R102930 0.058 0.47
30		 168 191 0.83
ABR0003
30.00		 32.00 2.00 RC537879 0.020 0.18
20		 21 34 0.67
ABR0001
26.00		 28.00
2.00		 R102932 0.035 0.30
30		 79 98 0.64
ABR0003
32.00		 34.00 2.00 RC537880 0.021 0.18
30		 21 42 0.79
ABR0001
28.00		 30.00
2.00		 R102933 0.032 0.24
10		 68 150 0.55
ABR0003
34.00		 36.00 2.00 RC537881 0.020 0.18
10		 34 27 0.73
ABR0001
30.00		 32.00
2.00		 R102934 0.028 0.23
30		 96 118 0.54
ABR0003
36.00		 38.00 2.00 RC537882 0.019 0.18
10		 52 37 0.76
ABR0001
32.00		 34.00
2.00		 R102935 0.023 0.20
20		 48 76 0.54
ABR0003
38.00		 40.00 2.00 RC537883 0.020 0.18
10		 31 29 0.74
ABR0001
34.00		 36.00
2.00		 R102936 0.016 0.18
20		 76 82 0.60
ABR0003
40.00		 42.00 2.00 RC537884 0.015 0.14 b.d.
24		 37 0.55
ABR0001
36.00		 38.00
2.00		 R102937 0.014 0.14
20		 44 58 0.49
ABR0003
42.00		 44.00 2.00 RC537885 0.011 0.10
10		 19 23 0.38
ABR0001
38.00		 40.00
2.00		 R102938 0.010 0.10
10		 46 92 0.38
ABR0003
44.00		 46.00 2.00 RC537886 0.008 0.09 b.d.
23		 21 0.32
ABR0001
40.00		 42.00
2.00		 R102939 0.011 0.12
20		 218 296 0.37
ABR0003
46.00		 48.00 2.00 RC537887 0.008 0.09 b.d.
16		 17 0.31
ABR0001
42.00		 44.00
2.00		 R102940 0.009 0.10
10		 283 175 0.36
ABR0003
48.00		 50.00 2.00 RC537888 0.007 0.08 b.d.
12		 15 0.31
ABR0001
44.00		 46.00
2.00		 R102941 0.009 0.10
10		 38 46 0.36
ABR0003
50.00		 52.00 2.00 RC537889 0.006 0.08 b.d.
14		 15 0.30
ABR0001
46.00		 48.00
2.00		 R102942 0.009 0.09
20		 69 53 0.33
ABR0003
52.00		 54.00 2.00 RC537891 0.011 0.10 b.d.
18		 21 0.35
ABR0001
48.00		 50.00
2.00		 R102943 0.011 0.11
30		 49 60 0.39
ABR0003
54.00		 56.00 2.00 RC537892 0.012 0.11
10		 18 13 0.42
ABR0001
50.00		 52.00
2.00		 R102944 0.011 0.11
20		 24 23 0.41
ABR0003
56.00		 58.00 2.00 RC537893 0.013 0.12
10		 20 14 0.46
ABR0001
52.00		 54.00
2.00		 R102945 0.013 0.12
20		 35 37 0.42
ABR0003
58.00		 60.00 2.00 RC537894 0.014 0.12
20		 19 21 0.46
ABR0001
54.00		 56.00
2.00		 R102946 0.012 0.12
30		 20 41 0.39
ABR0003
60.00		 62.00 2.00 RC537895 0.014 0.12
10		 25 24 0.46
ABR0001
56.00		 58.00
2.00		 R102947 0.013 0.12
30		 32 43 0.42
ABR0003
62.00		 64.00 2.00 RC537896 0.013 0.12
20		 23 23 0.47
ABR0001
58.00		 60.00
2.00		 R102948 0.013 0.12
20		 20 26 0.44
ABR0003
64.00		 66.00 2.00 RC537897 0.014 0.12
10		 18 19 0.43
ABR0001
60.00		 62.00
2.00		 R102949 0.014 0.12
30		 62 83 0.44
ABR0003
66.00		 68.00 2.00 RC537898 0.014 0.13
20		 26 25 0.46
ABR0001
62.00		 64.00
2.00		 R102951 0.013 0.12
20		 40 43 0.45
ABR0003
68.00		 70.00 2.00 RC537899 0.012 0.12
10		 28 31 0.45
ABR0001
64.00		 66.00
2.00		 R102952 0.013 0.12
20		 30 38 0.43
ABR0003
70.00		 72.00 2.00 RC537900 0.013 0.12
20		 38 37 0.44
ABR0001
66.00		 68.00
2.00		 R102953 0.013 0.12
20		 33 56 0.43
ABR0003
72.00		 74.00 2.00 RC537901 0.013 0.10
20		 63 60 0.40
ABR0001
68.00		 70.00
2.00		 R102954 0.013 0.12
20		 53 56 0.43
ABR0003
74.00		 76.00 2.00 RC537902 0.014 0.12
10		 37 48 0.42
ABR0001
70.00		 72.00
2.00		 R102955 0.013 0.12
20		 36 37 0.44
ABR0003
76.00		 78.00 2.00 RC537903 0.013 0.12 b.d.
149		 158 0.40
ABR0001
72.00		 73.00
1.00		 R102956 0.013 0.12
30		 40 46 0.45
ABR0003
78.00		 80.00 2.00 RC537904 0.013 0.12
20		 132 136 0.44
ABR0002
0.00		 2.00 2.00 R102957 0.013 0.51
50		 83 111 1.59
ABR0004
0.00		 2.00 2.00 RC537905 0.009 0.16
60		 165 180 1.16
ABR0002
2.00		 4.00 2.00 R102958 0.027 0.54
60		 186 231 1.39
ABR0004
2.00		 4.00 2.00 RC537906 0.009 0.23
50		 210 259 0.73
ABR0002
4.00		 6.00 2.00 R102959 0.026 0.38
30		 109 108 1.44
ABR0004
4.00		 6.00 2.00 RC537907 0.022 0.32
50		 344 434 0.62
ABR0002
6.00		 8.00 2.00 R102960 0.053 0.54
30		 92 96 0.86
ABR0004
6.00		 8.00 2.00 RC537908 0.017 0.30
80		 504 702 0.73
ABR0002
8.00		 10.00
2.00		 R102961 0.084 0.61
20		 60 67 0.76
ABR0004
8.00		 10.00 2.00 RC537909 0.012 0.29
80		 419 711 0.60
ABR0002
10.00		 12.00
2.00		 R102962 0.134 0.68
40		 85 69 0.75
ABR0004
10.00		 12.00 2.00 RC537911 0.013 0.31
90		 388 567 0.94
ABR0002
12.00		 14.00
2.00		 R102963 0.067 0.58
20		 88 86 0.86
ABR0004
12.00		 14.00 2.00 RC537912 0.013 0.28 100
394		 495 1.09
ABR0002
14.00		 16.00
2.00		 R102964 0.019 0.43
20		 65 91 0.77
ABR0004
14.00		 16.00 2.00 RC537913 0.021 0.43
60		 235 300 1.42
ABR0002
16.00		 18.00
2.00		 R102965 0.021 0.39
30		 52 73 0.76
ABR0004
16.00		 18.00 2.00 RC537914 0.018 0.42
60		 246 249 1.09
ABR0002
18.00		 20.00
2.00		 R102966 0.055 0.38
30		 74 78 0.74
ABR0004
18.00		 20.00 2.00 RC537915 0.013 0.37
30		 139 138 1.05
ABR0002
20.00		 22.00
2.00		 R102967 0.036 0.33
20		 50 59 0.72
ABR0004
20.00		 22.00 2.00 RC537916 0.064 0.44
30		 161 139 0.71
ABR0002
22.00		 24.00
2.00		 R102968 0.049 0.31
20		 47 54 0.73
ABR0004
22.00		 24.00 2.00 RC537917 0.066 0.59
20		 143 137 0.69
ABR0002
24.00		 26.00
2.00		 R102969 0.031 0.29
20		 52 56 0.78
ABR0004
24.00		 26.00 2.00 RC537918 0.052 0.73
30		 110 114 1.03
ABR0002
26.00		 28.00
2.00		 R102971 0.024 0.27
20		 35 47 0.73
ABR0004
26.00		 28.00 2.00 RC537919 0.029 0.45
30		 99 121 0.80
ABR0002
28.00		 30.00
2.00		 R102972 0.019 0.21
20		 41 54 0.66
ABR0004
28.00		 30.00 2.00 RC537920 0.018 0.19
10		 87 109 0.55
ABR0002
30.00		 32.00
2.00		 R102973 0.016 0.18
20		 44 57 0.63
ABR0004
30.00		 32.00 2.00 RC537921 0.017 0.18
10		 64 94 0.56
ABR0002
32.00		 34.00
2.00		 R102974 0.016 0.17
20		 57 61 0.63
ABR0004
32.00		 34.00 2.00 RC537922 0.019 0.18
10		 47 101 0.63
ABR0002
34.00		 36.00
2.00		 R102975 0.016 0.15
10		 51 60 0.64
ABR0004
34.00		 36.00 2.00 RC537923 0.019 0.19 b.d.
31		 67 0.63
ABR0002
36.00		 38.00
2.00		 R102976 0.016 0.16
20		 41 47 0.62
ABR0004
36.00		 38.00 2.00 RC537924 0.011 0.16
10		 42 96 0.61
ABR0002
38.00		 40.00
2.00		 R102977 0.017 0.17
30		 41 55 0.57
ABR0004
38.00		 40.00 2.00 RC537925 0.019 0.19 b.d.
53		 90 0.61
ABR0002
40.00		 42.00
2.00		 R102978 0.009 0.09
10		 21 26 0.32
ABR0004
40.00		 42.00 2.00 RC537926 0.017 0.17
20		 68 59 0.60
ABR0002
42.00		 44.00
2.00		 R102979 0.007 0.08 b.d.
13		 20 0.30
ABR0004
42.00		 44.00 2.00 RC537927 0.016 0.15
10		 59 75 0.56
ABR0002
44.00		 46.00
2.00		 R102980 0.007 0.08
10		 23 27 0.28
ABR0004
44.00		 46.00 2.00 RC537928 0.017 0.16
10		 49 68 0.57
ABR0002
46.00		 48.00
2.00		 R102981 0.007 0.08
10		 18 21 0.29
ABR0004
46.00		 48.00 2.00 RC537929 0.011 0.14 b.d.
27		 37 0.58
ABR0002
48.00		 50.00
2.00		 R102982 0.009 0.09
10		 26 31 0.33
ABR0004
48.00		 50.00 2.00 RC537930 0.008 0.10 b.d.
16		 24 0.34
ABR0002
50.00		 52.00
2.00		 R102983 0.008 0.08
10		 19 25 0.29
ABR0004
50.00		 52.00 2.00 RC537932 0.006 0.07
10		 8 16 0.21
ABR0002
52.00		 54.00
2.00		 R102984 0.009 0.09
10		 20 28 0.35
ABR0004
52.00		 54.00 2.00 RC537933 0.006 0.07 b.d.
8		 18 0.27
ABR0002
54.00		 56.00
2.00		 R102985 0.006 0.08 b.d.
24		 27 0.31
ABR0004
54.00		 56.00 2.00 RC537934 0.006 0.07 b.d.
11		 15 0.26
ABR0002
56.00		 58.00
2.00		 R102986 0.009 0.09
10		 16 25 0.35
ABR0004
56.00		 58.00 2.00 RC537935 0.007 0.08 b.d.
12		 10 0.30
ABR0002
58.00		 60.00
2.00		 R102987 0.012 0.12
10		 24 35 0.43
ABR0004
58.00		 60.00 2.00 RC537936 0.009 0.09 b.d.
14		 10 0.33
ABR0002
60.00		 62.00
2.00		 R102988 0.010 0.12
20		 25 41 0.42
ABR0004
60.00		 62.00 2.00 RC537937 0.014 0.12
20		 20 38 0.46
ABR0002
62.00		 64.00
2.00		 R102989 0.006 0.07
10		 20 28 0.24
ABR0004
62.00		 64.00 2.00 RC537938 0.013 0.12
10		 17 17 0.43
ABR0002
64.00		 66.00
2.00		 R102990 0.013 0.12
20		 23 36 0.46
ABR0004
64.00		 66.00 2.00 RC537939 0.014 0.12
10		 21 27 0.46
ABR0002
66.00		 68.00
2.00		 R102992 0.013 0.12
30		 18 24 0.45
ABR0004
66.00		 68.00 2.00 RC537940 0.013 0.12
20		 21 21 0.46
ABR0002
68.00		 70.00
2.00		 R102993 0.014 0.12
20		 27 36 0.46
ABR0004
68.00		 70.00 2.00 RC537941 0.014 0.12
20		 22 15 0.45
ABR0002
70.00		 72.00
2.00		 R102994 0.013 0.12
30		 35 36 0.44
ABR0004
70.00		 72.00 2.00 RC537942 0.013 0.12
10		 20 10 0.43
ABR0002
72.00		 74.00
2.00		 R102995 0.013 0.12
20		 20 36 0.44
ABR0004
72.00		 74.00 2.00 RC537943 0.014 0.12
10		 15 10 0.45
ABR0002
74.00		 76.00
2.00		 R102996 0.013 0.13
20		 40 44 0.46
ABR0004
74.00		 76.00 2.00 RC537944 0.014 0.13
10		 29 24 0.45
ABR0002
76.00		 78.00
2.00		 R102997 0.014 0.12
30		 27 39 0.46
ABR0004
76.00		 78.00 2.00 RC537945 0.013 0.12
10		 35 20 0.47
ABR0002
78.00		 79.00
1.00		 R102998 0.013 0.12
30		 39 74 0.45
ABR0004
78.00		 80.00 2.00 RC537946 0.014 0.12
20		 30 26 0.45
ABR0003
0.00		 2.00 2.00 R102999 0.019 0.27
60		 483 325 1.19
ABR0005
0.00		 2.00 2.00 RC537947 0.007 0.15
50		 177 160 0.86
ABR0003
2.00		 4.00 2.00 R103000 0.036 0.32
60		 260 193 1.53
ABR0005
2.00		 4.00 2.00 RC537948 0.008 0.18
60		 232 252 1.02
ABR0003
4.00		 6.00 2.00 RC537865 0.040 0.37
60		 339 306 1.06
ABR0005
4.00		 6.00 2.00 RC537949 0.011 0.28
60		 449 536 1.06

17

==> picture [35 x 842] intentionally omitted <==

==> picture [184 x 26] intentionally omitted <==

Cobalt, Scandium & PGM results from Black Range

Hole From
(m)		 To
(m)		 Width
(m)
Sample
number		 Co
(%)		 Ni
(%)
Sc
(g/t)
Pt
(ppb)		 Pd
(ppb)		 Cr
(%)
Hole		 From
(m)		 To
(m)		 Width
(m)
Sample
number		 Co
(%)		 Ni
(%)
Sc
(g/t)
Pt
(ppb)		 Pd
(ppb)		 Cr
(%)
ABR0005
6.00		 8.00 2.00 RC537951 0.021 0.52
40		 295 445 1.32
ABR0007
42.00		 44.00 2.00 S200053 0.120 1.21
10		 85 126 1.13
ABR0005
8.00		 10.00
2.00		 RC537952 0.024 0.66
40		 309 351 1.58
ABR0007
44.00		 46.00 2.00 S200054 0.123 0.74
30		 80 98 1.02
ABR0005
10.00		 12.00
2.00		 RC537953 0.039 0.74
40		 167 173 1.63
ABR0007
46.00		 48.00 2.00 S200055 0.057 0.38
30		 52 77 0.71
ABR0005
12.00		 14.00
2.00		 RC537954 0.089 0.84
50		 231 178 1.21
ABR0007
48.00		 50.00 2.00 S200056 0.081 0.46
10		 42 58 0.75
ABR0005
14.00		 16.00
2.00		 RC537955 0.114 0.86
30		 182 232 1.33
ABR0007
50.00		 52.00 2.00 S200057 0.087 0.41 b.d.
46		 72 0.82
ABR0005
16.00		 18.00
2.00		 RC537956 0.027 0.79
30		 186 180 0.98
ABR0007
52.00		 54.00 2.00 S200058 0.066 0.35
20		 68 125 1.03
ABR0005
18.00		 20.00
2.00		 RC537957 0.022 0.64
40		 143 180 1.23
ABR0007
54.00		 56.00 2.00 S200059 0.052 0.38
20		 49 91 0.97
ABR0005
20.00		 22.00
2.00		 RC537958 0.017 0.39
40		 119 141 1.01
ABR0007
56.00		 58.00 2.00 S200061 0.042 0.37
20		 39 63 1.10
ABR0005
22.00		 24.00
2.00		 RC537959 0.013 0.20
30		 70 106 0.56
ABR0007
58.00		 60.00 2.00 S200062 0.052 0.37
20		 68 103 1.15
ABR0005
24.00		 26.00
2.00		 RC537960 0.021 0.19
10		 54 94 0.58
ABR0007
60.00		 62.00 2.00 S200063 0.042 0.37
30		 65 97 1.31
ABR0005
26.00		 28.00
2.00		 RC537961 0.018 0.18
10		 48 95 0.58
ABR0007
62.00		 64.00 2.00 S200064 0.047 0.44
20		 57 83 1.19
ABR0005
28.00		 30.00
2.00		 RC537962 0.022 0.19
20		 46 90 0.58
ABR0007
64.00		 66.00 2.00 S200065 0.031 0.28
10		 37 60 1.01
ABR0005
30.00		 32.00
2.00		 RC537963 0.015 0.17 b.d.
65		 105 0.63
ABR0007
66.00		 68.00 2.00 S200066 0.024 0.26
30		 30 58 0.90
ABR0005
32.00		 34.00
2.00		 RC537964 0.014 0.13
20		 72 100 0.53
ABR0007
68.00		 70.00 2.00 S200067 0.021 0.23
20		 31 64 0.96
ABR0005
34.00		 36.00
2.00		 RC537965 0.014 0.14
10		 47 77 0.56
ABR0007
70.00		 72.00 2.00 S200068 0.017 0.22
10		 28 44 0.79
ABR0005
36.00		 38.00
2.00		 RC537966 0.017 0.17
20		 67 75 0.57
ABR0007
72.00		 74.00 2.00 S200069 0.016 0.18
10		 21 49 0.68
ABR0005
38.00		 40.00
2.00		 RC537967 0.014 0.18
10		 39 67 0.61
ABR0007
74.00		 76.00 2.00 S200070 0.015 0.17
10		 27 46 0.60
ABR0005
40.00		 42.00
2.00		 RC537968 0.012 0.14
10		 23 58 0.52
ABR0007
76.00		 78.00 2.00 S200071 0.021 0.19
10		 35 75 0.79
ABR0005
42.00		 44.00
2.00		 RC537969 0.014 0.13
20		 29 66 0.46
ABR0007
78.00		 80.00 2.00 S200072 0.021 0.20
20		 31 45 0.86
ABR0005
44.00		 46.00
2.00		 RC537971 0.009 0.10
10		 28 29 0.31
ABR0007
80.00		 82.00 2.00 S200073 0.022 0.19
20		 25 28 0.89
ABR0005
46.00		 48.00
2.00		 RC537972 0.004 0.06 b.d.
12		 17 0.19
ABR0007
82.00		 84.00 2.00 S200074 0.019 0.19
10		 25 53 0.74
ABR0005
48.00		 50.00
2.00		 RC537973 0.006 0.08 b.d.
24		 34 0.32
ABR0007
84.00		 86.00 2.00 S200075 0.021 0.19
10		 30 59 0.68
ABR0005
50.00		 52.00
2.00		 RC537974 0.007 0.07 b.d.
15		 27 0.27
ABR0007
86.00		 88.00 2.00 S200076 0.012 0.13
10		 18 37 0.50
ABR0005
52.00		 54.00
2.00		 RC537975 0.006 0.08 b.d.
25		 35 0.29
ABR0007
88.00		 90.00 2.00 S200077 0.012 0.11 b.d.
26		 35 0.44
ABR0005
54.00		 56.00
2.00		 RC537976 0.005 0.07 b.d.
19		 31 0.29
ABR0007
90.00		 92.00 2.00 S200078 0.009 0.10
10		 16 31 0.33
ABR0005
56.00		 58.00
2.00		 RC537977 0.009 0.10
10		 24 39 0.36
ABR0007
92.00		 94.00 2.00 S200079 0.013 0.12
20		 17 23 0.44
ABR0005
58.00		 60.00
2.00		 RC537978 0.011 0.11
20		 33 42 0.42
ABR0007
94.00		 96.00 2.00 S200080 0.010 0.10 b.d.
20		 23 0.35
ABR0005
60.00		 62.00
2.00		 RC537979 0.011 0.11
10		 40 47 0.41
ABR0007
96.00		 98.00 2.00 S200082 0.013 0.13
20		 19 22 0.45
ABR0005
62.00		 64.00
2.00		 RC537980 0.009 0.09
10		 24 27 0.35
ABR0007
98.00		 100.00
2.00		 S200083 0.013 0.13
10		 16 22 0.44
ABR0005
64.00		 66.00
2.00		 RC537981 0.012 0.11 b.d.
31		 29 0.41
ABR0007		 100.00 102.00
2.00		 S200084 0.009 0.09
10		 12 17 0.36
ABR0005
66.00		 68.00
2.00		 RC537982 0.012 0.12
10		 31 37 0.44
ABR0007		 102.00 104.00
2.00		 S200085 0.013 0.13
20		 21 19 0.46
ABR0005
68.00		 70.00
2.00		 RC537983 0.012 0.11
10		 12 19 0.44
ABR0007		 104.00 106.00
2.00		 S200086 0.013 0.13
10		 18 22 0.44
ABR0005
70.00		 72.00
2.00		 RC537984 0.013 0.12
30		 20 25 0.44
ABR0007		 106.00 108.00
2.00		 S200087 0.013 0.12
10		 15 20 0.43
ABR0005
72.00		 74.00
2.00		 RC537985 0.012 0.12
20		 18 18 0.45
ABR0007		 108.00 110.00
2.00		 S200088 0.013 0.12
20		 20 32 0.43
ABR0005
74.00		 76.00
2.00		 RC537986 0.012 0.12
20		 14 18 0.46
ABR0005
76.00		 78.00
2.00		 RC537987 0.013 0.12
20		 18 23 0.45
ABR0008
0.00		 2.00 2.00 S200089 0.003 0.06
30		 156 97 0.34
ABR0005
78.00		 80.00
2.00		 RC537988 0.012 0.12
30		 22 33 0.44
ABR0008
2.00		 4.00 2.00 S200090 0.004 0.05
40		 156 92 0.53
ABR0008
4.00		 6.00 2.00 S200091 0.002 0.04
30		 105 66 0.50
ABR0006
0.00		 2.00 2.00 RC537989 0.003 0.06
90		 116 104 0.88
ABR0008
6.00		 8.00 2.00 S200092 0.002 0.02
20		 42 29 0.27
ABR0006
2.00		 4.00 2.00 RC537990 0.002 0.08 100
82		 80 0.98
ABR0008
8.00		 10.00 2.00 S200093 b.d. 0.02
20		 30 19 0.24
ABR0006
4.00		 6.00 2.00 RC537992 0.002 0.08 130
94		 120 0.96
ABR0008
10.00		 12.00 2.00 S200094 b.d. 0.02
10		 36 19 0.27
ABR0006
6.00		 8.00 2.00 RC537993 0.002 0.08
80		 111 155 1.04
ABR0008
12.00		 14.00 2.00 S200095 b.d. 0.02
20		 34 15 0.23
ABR0006
8.00		 10.00
2.00		 RC537994 0.004 0.14
70		 119 198 0.84
ABR0008
14.00		 16.00 2.00 S200096 0.001 0.03
30		 29 12 0.27
ABR0006
10.00		 12.00
2.00		 RC537995 0.049 0.31
40		 439 421 0.56
ABR0008
16.00		 18.00 2.00 S200097 0.002 0.10
30		 25 14 0.25
ABR0006
12.00		 14.00
2.00		 RC537996 0.071 0.30
10		 146 273 0.23
ABR0008
18.00		 20.00 2.00 S200098 0.001 0.04
10		 22 20 0.25
ABR0006
14.00		 16.00
2.00		 RC537997 0.092 0.51
40		 98 267 0.66
ABR0008
20.00		 22.00 2.00 S200099 0.001 0.06 b.d.
23		 39 0.28
ABR0006
16.00		 18.00
2.00		 RC537998 0.132 0.70
50		 25 32 1.53
ABR0008
22.00		 24.00 2.00 S200101 0.002 0.06
10		 119 79 0.31
ABR0006
18.00		 20.00
2.00		 RC537999 0.099 0.63
70		 92 197 1.17
ABR0008
24.00		 26.00 2.00 S200102 0.002 0.06
40		 29 75 0.49
ABR0006
20.00		 22.00
2.00		 RC538000 0.140 0.76
60		 13 17 1.54
ABR0008
26.00		 28.00 2.00 S200103 0.004 0.08
30		 34 23 0.81
ABR0006
22.00		 24.00
2.00		 S200001 0.130 0.78
60		 36 106 1.81
ABR0008
28.00		 30.00 2.00 S200104 0.008 0.11
40		 66 60 0.79
ABR0006
24.00		 26.00
2.00		 S200002 0.116 0.84
70		 74 164 1.85
ABR0008
30.00		 32.00 2.00 S200105 0.006 0.13
40		 65 90 0.75
ABR0006
26.00		 28.00
2.00		 S200003 0.069 0.79
40		 64 184 1.61
ABR0008
32.00		 34.00 2.00 S200106 0.006 0.20
50		 39 98 0.66
ABR0006
28.00		 30.00
2.00		 S200004 0.049 0.70
40		 60 195 1.19
ABR0008
34.00		 36.00 2.00 S200107 0.006 0.23
50		 41 112 0.93
ABR0006
30.00		 32.00
2.00		 S200005 0.035 0.67
30		 55 150 1.16
ABR0008
36.00		 38.00 2.00 S200108 0.004 0.30
80		 49 106 0.86
ABR0006
32.00		 34.00
2.00		 S200006 0.035 0.52
30		 54 142 0.94
ABR0008
38.00		 40.00 2.00 S200109 0.004 0.36
70		 30 109 0.89
ABR0006
34.00		 36.00
2.00		 S200007 0.025 0.46
20		 45 88 1.00
ABR0008
40.00		 42.00 2.00 S200110 0.006 0.47
50		 46 105 0.71
ABR0006
36.00		 38.00
2.00		 S200008 0.025 0.42
20		 40 121 0.97
ABR0008
42.00		 44.00 2.00 S200111 0.006 0.48
40		 43 122 0.76
ABR0006
38.00		 40.00
2.00		 S200009 0.018 0.26
20		 35 93 0.60
ABR0008
44.00		 46.00 2.00 S200112 0.004 0.31
30		 38 118 0.42
ABR0006
40.00		 42.00
2.00		 S200010 0.016 0.21
20		 31 88 0.56
ABR0008
46.00		 48.00 2.00 S200113 0.006 0.36
40		 61 121 0.60
ABR0006
42.00		 44.00
2.00		 S200011 0.016 0.19
30		 35 79 0.55
ABR0008
48.00		 50.00 2.00 S200114 0.005 0.23
40		 50 85 0.30
ABR0006
44.00		 46.00
2.00		 S200012 0.016 0.21
20		 37 110 0.61
ABR0008
50.00		 52.00 2.00 S200115 0.008 0.32
40		 53 73 0.49
ABR0006
46.00		 48.00
2.00		 S200013 0.017 0.18
20		 25 63 0.54
ABR0008
52.00		 54.00 2.00 S200116 0.013 0.36
50		 68 69 0.48
ABR0006
48.00		 50.00
2.00		 S200014 0.018 0.16
10		 25 47 0.54
ABR0008
54.00		 56.00 2.00 S200117 0.014 0.33
40		 51 68 0.48
ABR0006
50.00		 52.00
2.00		 S200015 0.010 0.13
10		 13 20 0.44
ABR0008
56.00		 58.00 2.00 S200118 0.016 0.36
50		 55 92 0.91
ABR0006
52.00		 54.00
2.00		 S200016 0.009 0.08
10		 11 13 0.27
ABR0008
58.00		 60.00 2.00 S200119 0.059 0.38
50		 54 80 0.83
ABR0006
54.00		 56.00
2.00		 S200017 0.008 0.08
20		 13 14 0.29
ABR0008
60.00		 62.00 2.00 S200120 0.263 0.61
50		 73 119 0.95
ABR0006
56.00		 58.00
2.00		 S200018 0.008 0.09
10		 13 14 0.35
ABR0008
62.00		 64.00 2.00 S200122 0.229 0.59
50		 64 119 0.79
ABR0006
58.00		 60.00
2.00		 S200019 0.008 0.09
10		 13 16 0.33
ABR0008
64.00		 66.00 2.00 S200123 0.201 0.63
40		 57 117 0.81
ABR0006
60.00		 62.00
2.00		 S200020 0.007 0.08
10		 12 12 0.30
ABR0008
66.00		 68.00 2.00 S200124 0.056 0.39
50		 59 106 1.15
ABR0006
62.00		 64.00
2.00		 S200022 0.011 0.11
20		 16 21 0.38
ABR0008
68.00		 70.00 2.00 S200125 0.081 0.50
70		 63 89 0.84
ABR0006
64.00		 66.00
2.00		 S200023 0.012 0.11
20		 16 15 0.42
ABR0008
70.00		 72.00 2.00 S200126 0.174 0.67
60		 76 102 1.18
ABR0006
66.00		 68.00
2.00		 S200024 0.011 0.12
20		 17 18 0.42
ABR0008
72.00		 74.00 2.00 S200127 0.168 0.67
50		 50 77 1.55
ABR0006
68.00		 70.00
2.00		 S200025 0.012 0.12
10		 17 19 0.44
ABR0008
74.00		 76.00 2.00 S200128 0.134 0.76
40		 48 85 1.12
ABR0006
70.00		 72.00
2.00		 S200026 0.013 0.12
30		 19 22 0.45
ABR0008
76.00		 78.00 2.00 S200129 0.061 0.66
50		 44 58 1.64
ABR0006
72.00		 74.00
2.00		 S200027 0.013 0.12
20		 19 21 0.45
ABR0008
78.00		 80.00 2.00 S200130 0.051 0.41
40		 56 99 1.21
ABR0006
74.00		 76.00
2.00		 S200028 0.013 0.13
20		 28 27 0.45
ABR0008
80.00		 82.00 2.00 S200131 0.066 0.68
40		 72 74 1.78
ABR0006
76.00		 78.00
2.00		 S200029 0.010 0.12
20		 19 21 0.43
ABR0008
82.00		 84.00 2.00 S200132 0.053 0.45
50		 54 83 1.29
ABR0006
78.00		 80.00
2.00		 S200030 0.012 0.12
10		 14 20 0.44
ABR0008
84.00		 86.00 2.00 S200133 0.093 0.76
40		 49 76 1.61
ABR0008
86.00		 88.00 2.00 S200134 0.095 0.97
40		 41 62 1.40
ABR0007
0.00		 2.00 2.00 S200031 0.016 0.10
60		 311 152 0.39
ABR0008
88.00		 90.00 2.00 S200135 0.124 0.97
20		 30 58 1.38
ABR0007
2.00		 4.00 2.00 S200032 0.002 0.06
70		 425 160 0.59
ABR0008
90.00		 92.00 2.00 S200136 0.073 0.83
20		 24 65 1.36
ABR0007
4.00		 6.00 2.00 S200033 0.001 0.04
30		 84 76 0.38
ABR0008
92.00		 94.00 2.00 S200137 0.060 0.71
40		 34 46 1.34
ABR0007
6.00		 8.00 2.00 S200034 0.002 0.04
20		 63 46 0.35
ABR0008
94.00		 96.00 2.00 S200138 0.044 0.58
20		 19 32 1.12
ABR0007
8.00		 10.00
2.00		 S200035 0.002 0.04
10		 51 27 0.43
ABR0008
96.00		 98.00 2.00 S200139 0.045 0.54
30		 20 39 1.11
ABR0007
10.00		 12.00
2.00		 S200036 0.001 0.04
10		 32 21 0.30
ABR0008
98.00		 100.00
2.00		 S200140 0.188 0.55
10		 19 46 0.54
ABR0007
12.00		 14.00
2.00		 S200037 0.002 0.05
40		 32 17 1.22
ABR0008		 100.00 102.00
2.00		 S200142 0.224 0.47 b.d.
24		 46 0.36
ABR0007
14.00		 16.00
2.00		 S200038 0.001 0.04
50		 26 14 1.31
ABR0008		 102.00 104.00
2.00		 S200143 0.102 0.37
10		 11 28 0.36
ABR0007
16.00		 18.00
2.00		 S200039 0.005 0.13
50		 37 50 1.10
ABR0008		 104.00 106.00
2.00		 S200144 0.046 0.30
10		 18 50 0.53
ABR0007
18.00		 20.00
2.00		 S200041 0.007 0.13
50		 62 113 1.08
ABR0008		 106.00 108.00
2.00		 S200145 0.028 0.18
10		 16 27 0.43
ABR0007
20.00		 22.00
2.00		 S200042 0.009 0.14
50		 90 154 0.92
ABR0008		 108.00 110.00
2.00		 S200146 0.027 0.18
20		 12 22 0.46
ABR0007
22.00		 24.00
2.00		 S200043 0.011 0.15
30		 59 113 1.16
ABR0008		 110.00 112.00
2.00		 S200147 0.014 0.12
30		 34 59 0.40
ABR0007
24.00		 26.00
2.00		 S200044 0.013 0.19
50		 53 63 1.04
ABR0008		 112.00 114.00
2.00		 S200148 0.011 0.11
10		 11 31 0.35
ABR0007
26.00		 28.00
2.00		 S200045 0.013 0.29
60		 31 48 1.23
ABR0008		 114.00 116.00
2.00		 S200149 0.012 0.11
20		 13 26 0.38
ABR0007
28.00		 30.00
2.00		 S200046 0.021 0.31
60		 37 57 0.73
ABR0008		 116.00 118.00
2.00		 S200150 0.010 0.10
10		 13 19 0.36
ABR0007
30.00		 32.00
2.00		 S200047 0.038 0.34
30		 136 98 0.70
ABR0008		 118.00 120.00
2.00		 S200151 0.011 0.10
10		 12 15 0.35
ABR0007
32.00		 34.00
2.00		 S200048 0.031 0.40
40		 135 106 0.64
ABR0007
34.00		 36.00
2.00		 S200049 0.046 1.18
50		 101 106 1.28
ABR0009
0.00		 2.00 2.00 S200152 0.008 0.06
30		 163 78 0.41
ABR0007
36.00		 38.00
2.00		 S200050 0.030 0.89
10		 39 66 0.85
ABR0009
2.00		 4.00 2.00 S200153 0.003 0.04
20		 109 61 0.51
ABR0007
38.00		 40.00
2.00		 S200051 0.022 0.76
30		 50 95 0.99
ABR0009
4.00		 6.00 2.00 S200154 0.002 0.03
20		 82 46 0.29
ABR0007
40.00		 42.00
2.00		 S200052 0.174 1.12
10		 62 100 1.01
ABR0009
6.00		 8.00 2.00 S200155 0.001 0.02
20		 55 29 0.30

18

==> picture [35 x 842] intentionally omitted <==

==> picture [184 x 26] intentionally omitted <==

Cobalt, Scandium & PGM results from Black Range

Hole From
(m)		 To
(m)		 Width
(m)
Sample
number		 Co
(%)		 Ni
(%)
Sc
(g/t)
Pt
(ppb)		 Pd
(ppb)		 Cr
(%)
Hole		 From
(m)		 To
(m)		 Width
(m)
Sample
number		 Co
(%)		 Ni
(%)
Sc
(g/t)
Pt
(ppb)		 Pd
(ppb)		 Cr
(%)
ABR0009
8.00		 10.00
2.00		 S200156 0.002 0.03
10		 50 28 0.39
ABR0011
32.00		 34.00 2.00 S200259 0.014 0.15
10		 29 37 0.56
ABR0009
10.00		 12.00
2.00		 S200157 0.002 0.03
10		 46 23 0.53
ABR0011
34.00		 36.00 2.00 S200260 0.012 0.15
10		 20 27 0.54
ABR0009
12.00		 14.00
2.00		 S200158 0.002 0.03 b.d.
34		 21 0.56
ABR0011
36.00		 38.00 2.00 S200262 0.013 0.16
10		 21 29 0.55
ABR0009
14.00		 16.00
2.00		 S200159 0.001 0.07
40		 15 14 1.22
ABR0011
38.00		 40.00 2.00 S200263 0.016 0.17
20		 24 30 0.58
ABR0009
16.00		 18.00
2.00		 S200161 0.002 0.06
60		 17 34 1.33
ABR0011
40.00		 42.00 2.00 S200264 0.015 0.17
20		 25 37 0.57
ABR0009
18.00		 20.00
2.00		 S200162 0.002 0.08
30		 43 99 1.36
ABR0011
42.00		 44.00 2.00 S200265 0.016 0.18
30		 27 39 0.57
ABR0009
20.00		 22.00
2.00		 S200163 0.006 0.07
20		 32 93 1.44
ABR0011
44.00		 46.00 2.00 S200266 0.013 0.16
20		 24 40 0.60
ABR0009
22.00		 24.00
2.00		 S200164 0.006 0.09
20		 33 79 1.73
ABR0011
46.00		 48.00 2.00 S200267 0.012 0.14
10		 27 42 0.61
ABR0009
24.00		 26.00
2.00		 S200165 0.005 0.17
50		 70 70 1.36
ABR0011
48.00		 50.00 2.00 S200268 0.013 0.14
10		 50 51 0.61
ABR0009
26.00		 28.00
2.00		 S200166 0.010 0.28
60		 93 80 0.98
ABR0011
50.00		 52.00 2.00 S200269 0.015 0.15
20		 33 35 0.68
ABR0009
28.00		 30.00
2.00		 S200167 0.009 0.24
30		 45 72 0.72
ABR0011
52.00		 54.00 2.00 S200270 0.015 0.15
20		 24 30 0.61
ABR0009
30.00		 32.00
2.00		 S200168 0.009 0.43
30		 56 47 0.72
ABR0011
54.00		 56.00 2.00 S200271 0.014 0.14
10		 27 30 0.52
ABR0009
32.00		 34.00
2.00		 S200169 0.055 0.54
40		 168 133 0.73
ABR0011
56.00		 58.00 2.00 S200272 0.007 0.09 b.d.
10		 21 0.33
ABR0009
34.00		 36.00
2.00		 S200170 0.169 0.60
40		 90 117 0.67
ABR0011
58.00		 60.00 2.00 S200273 0.008 0.10 b.d.
9		 19 0.37
ABR0009
36.00		 38.00
2.00		 S200171 0.096 0.75
40		 42 68 1.65
ABR0011
60.00		 62.00 2.00 S200274 0.007 0.08 b.d.
10		 17 0.30
ABR0009
38.00		 40.00
2.00		 S200172 0.095 0.92
30		 50 86 1.46
ABR0011
62.00		 64.00 2.00 S200275 0.013 0.11
20		 23 26 0.41
ABR0009
40.00		 42.00
2.00		 S200173 0.118 0.72
30		 48 95 1.84
ABR0011
64.00		 66.00 2.00 S200276 0.009 0.09
10		 14 14 0.36
ABR0009
42.00		 44.00
2.00		 S200174 0.127 1.09
20		 31 50 1.37
ABR0011
66.00		 68.00 2.00 S200277 0.012 0.11 b.d.
13		 16 0.42
ABR0009
44.00		 46.00
2.00		 S200175 0.093 1.30
20		 28 50 1.28
ABR0011
68.00		 70.00 2.00 S200278 0.012 0.11
10		 18 19 0.44
ABR0009
46.00		 48.00
2.00		 S200176 0.041 0.87
10		 31 58 1.04
ABR0011
70.00		 72.00 2.00 S200279 0.012 0.11
10		 21 20 0.43
ABR0009
48.00		 50.00
2.00		 S200177 0.033 0.50
20		 29 48 0.94
ABR0011
72.00		 73.00 1.00 S200281 0.008 0.10
10		 32 27 0.39
ABR0009
50.00		 52.00
2.00		 S200178 0.033 0.44
20		 36 64 1.04
ABR0009
52.00		 54.00
2.00		 S200179 0.020 0.33
20		 34 68 0.85
ABR0012
0.00		 2.00 2.00 S200282 0.040 0.26
30		 141 214 0.55
ABR0009
54.00		 56.00
2.00		 S200181 0.024 0.33
20		 35 61 0.97
ABR0012
2.00		 4.00 2.00 S200283 0.194 0.73
30		 144 290 0.90
ABR0009
56.00		 58.00
2.00		 S200182 0.018 0.25
10		 25 47 1.05
ABR0012
4.00		 6.00 2.00 S200284 0.154 0.73
40		 134 322 1.20
ABR0009
58.00		 60.00
2.00		 S200183 0.019 0.25
10		 28 46 0.76
ABR0012
6.00		 8.00 2.00 S200285 0.092 0.65
30		 105 243 1.60
ABR0009
60.00		 62.00
2.00		 S200184 0.015 0.18
10		 26 46 0.62
ABR0012
8.00		 10.00 2.00 S200286 0.052 0.60
30		 60 137 1.68
ABR0009
62.00		 64.00
2.00		 S200185 0.016 0.16
20		 21 50 0.54
ABR0012
10.00		 12.00 2.00 S200287 0.053 0.67
20		 46 83 1.14
ABR0009
64.00		 66.00
2.00		 S200186 0.013 0.16 b.d.
32		 51 0.52
ABR0012
12.00		 14.00 2.00 S200288 0.036 0.53
20		 36 61 0.73
ABR0009
66.00		 68.00
2.00		 S200187 0.015 0.16
10		 23 40 0.51
ABR0012
14.00		 16.00 2.00 S200289 0.020 0.32
20		 31 46 0.77
ABR0009
68.00		 70.00
2.00		 S200188 0.013 0.16 b.d.
42		 73 0.56
ABR0012
16.00		 18.00 2.00 S200290 0.015 0.19
10		 26 42 0.57
ABR0009
70.00		 72.00
2.00		 S200189 0.011 0.14
10		 12 28 0.41
ABR0012
18.00		 20.00 2.00 S200291 0.014 0.16 b.d.
25		 43 0.52
ABR0009
72.00		 74.00
2.00		 S200190 0.008 0.10 b.d.
19		 43 0.32
ABR0012
20.00		 22.00 2.00 S200292 0.012 0.13 b.d.
17		 27 0.49
ABR0009
74.00		 76.00
2.00		 S200191 0.013 0.13
10		 16 26 0.44
ABR0012
22.00		 24.00 2.00 S200293 0.010 0.12 b.d.
19		 33 0.38
ABR0009
76.00		 78.00
2.00		 S200192 0.011 0.12
10		 12 32 0.40
ABR0012
24.00		 26.00 2.00 S200294 0.013 0.15 b.d.
22		 29 0.51
ABR0009
78.00		 80.00
2.00		 S200193 0.013 0.13
20		 57 30 0.45
ABR0012
26.00		 28.00 2.00 S200295 0.014 0.15
10		 20 29 0.55
ABR0009
80.00		 82.00
2.00		 S200194 0.013 0.13
10		 10 17 0.43
ABR0012
28.00		 30.00 2.00 S200296 0.014 0.16
10		 27 37 0.54
ABR0009
82.00		 84.00
2.00		 S200195 0.012 0.12
20		 10 21 0.43
ABR0012
30.00		 32.00 2.00 S200297 0.013 0.15
10		 22 38 0.52
ABR0009
84.00		 86.00
2.00		 S200196 0.012 0.12
20		 12 12 0.43
ABR0012
32.00		 34.00 2.00 S200298 0.014 0.16
10		 33 38 0.58
ABR0009
86.00		 88.00
2.00		 S200197 0.013 0.12
20		 17 19 0.43
ABR0012
34.00		 36.00 2.00 S200299 0.015 0.15
10		 25 41 0.56
ABR0009
88.00		 90.00
2.00		 S200198 0.013 0.12
30		 14 40 0.44
ABR0012
36.00		 38.00 2.00 S200301 0.014 0.15
10		 42 47 0.59
ABR0009
90.00		 91.00
1.00		 S200199 0.012 0.12
20		 10 26 0.44
ABR0012
38.00		 40.00 2.00 S200302 0.014 0.14
10		 35 39 0.59
ABR0012
40.00		 42.00 2.00 S200303 0.010 0.10 b.d.
15		 20 0.37
ABR0010
0.00		 2.00 2.00 S200200 0.004 0.09
40		 109 56 0.70
ABR0012
42.00		 44.00 2.00 S200304 0.008 0.09 b.d.
15		 20 0.31
ABR0010
2.00		 4.00 2.00 S200202 0.001 0.05
30		 84 49 0.75
ABR0012
44.00		 46.00 2.00 S200305 0.008 0.08
10		 16 21 0.30
ABR0010
4.00		 6.00 2.00 S200203 0.002 0.11
20		 54 57 1.18
ABR0012
46.00		 48.00 2.00 S200306 0.006 0.08 b.d.
13		 25 0.32
ABR0010
6.00		 8.00 2.00 S200204 0.004 0.09
50		 49 67 1.38
ABR0012
48.00		 50.00 2.00 S200307 0.009 0.10 b.d.
20		 23 0.38
ABR0010
8.00		 10.00
2.00		 S200205 0.014 0.35
40		 66 126 1.04
ABR0012
50.00		 52.00 2.00 S200308 0.009 0.10 b.d.
13		 15 0.36
ABR0010
10.00		 12.00
2.00		 S200206 0.029 0.81
20		 192 427 0.48
ABR0012
52.00		 54.00 2.00 S200309 0.007 0.08 b.d.
15		 23 0.30
ABR0010
12.00		 14.00
2.00		 S200207 0.028 0.45
20		 227 399 0.47
ABR0012
54.00		 56.00 2.00 S200310 0.009 0.08 b.d.
15		 28 0.29
ABR0010
14.00		 16.00
2.00		 S200208 0.057 0.50
10		 65 82 0.49
ABR0012
56.00		 58.00 2.00 S200311 0.009 0.10
10		 17 30 0.37
ABR0010
16.00		 18.00
2.00		 S200209 0.054 0.48
10		 66 64 0.49
ABR0012
58.00		 60.00 2.00 S200312 0.010 0.11 b.d.
27		 45 0.38
ABR0010
18.00		 20.00
2.00		 S200210 0.029 0.31
30		 57 50 0.44
ABR0012
60.00		 62.00 2.00 S200313 0.008 0.09 b.d.
11		 17 0.35
ABR0010
20.00		 22.00
2.00		 S200211 0.019 0.19
10		 59 47 0.45
ABR0012
62.00		 64.00 2.00 S200314 0.007 0.08 b.d.
11		 21 0.32
ABR0010
22.00		 24.00
2.00		 S200212 0.011 0.14 b.d.
34		 29 0.34
ABR0012
64.00		 66.00 2.00 S200315 0.010 0.11 b.d.
34		 18 0.40
ABR0010
24.00		 26.00
2.00		 S200213 0.009 0.14 b.d.
22		 27 0.35
ABR0012
66.00		 68.00 2.00 S200316 0.012 0.12
10		 12 18 0.44
ABR0010
26.00		 28.00
2.00		 S200214 0.012 0.15
10		 24 29 0.51
ABR0012
68.00		 70.00 2.00 S200317 0.013 0.12
20		 19 25 0.43
ABR0010
28.00		 30.00
2.00		 S200215 0.013 0.16
10		 32 37 0.52
ABR0012
70.00		 72.00 2.00 S200318 0.012 0.12
10		 22 28 0.45
ABR0010
30.00		 32.00
2.00		 S200216 0.014 0.16
20		 20 29 0.55
ABR0012
72.00		 73.00 1.00 S200319 0.012 0.12
10		 16 20 0.44
ABR0010
32.00		 34.00
2.00		 S200217 0.016 0.16
20		 22 28 0.55
ABR0010
34.00		 36.00
2.00		 S200218 0.015 0.17
10		 22 27 0.56
ABR0013
0.00		 2.00 2.00 S200320 0.029 0.25
30		 111 157 0.69
ABR0010
36.00		 38.00
2.00		 S200219 0.016 0.17
20		 20 21 0.54
ABR0013
2.00		 4.00 2.00 S200322 0.072 0.59
70		 175 201 1.19
ABR0010
38.00		 40.00
2.00		 S200221 0.013 0.16
10		 23 26 0.51
ABR0013
4.00		 6.00 2.00 S200323 0.250 0.96
60		 113 134 2.26
ABR0010
40.00		 42.00
2.00		 S200222 0.015 0.16
20		 23 25 0.54
ABR0013
6.00		 8.00 2.00 S200324 0.284 0.82
50		 93 168 1.82
ABR0010
42.00		 44.00
2.00		 S200223 0.014 0.16
10		 21 22 0.52
ABR0013
8.00		 10.00 2.00 S200325 0.178 0.73
50		 75 172 1.63
ABR0010
44.00		 46.00
2.00		 S200224 0.015 0.16
10		 20 23 0.53
ABR0013
10.00		 12.00 2.00 S200326 0.208 0.76
40		 64 140 1.58
ABR0010
46.00		 48.00
2.00		 S200225 0.014 0.16
10		 20 21 0.56
ABR0013
12.00		 14.00 2.00 S200327 0.108 0.49
10		 60 97 0.73
ABR0010
48.00		 50.00
2.00		 S200226 0.015 0.16
10		 23 23 0.55
ABR0013
14.00		 16.00 2.00 S200328 0.048 0.30 b.d.
27		 49 0.51
ABR0010
50.00		 52.00
2.00		 S200227 0.013 0.16
10		 19 22 0.58
ABR0013
16.00		 18.00 2.00 S200329 0.026 0.37
20		 37 59 0.62
ABR0010
52.00		 54.00
2.00		 S200228 0.016 0.16
20		 17 24 0.59
ABR0013
18.00		 20.00 2.00 S200330 0.033 0.39
20		 41 69 0.79
ABR0010
54.00		 56.00
2.00		 S200229 0.018 0.17
30		 27 34 0.58
ABR0013
20.00		 22.00 2.00 S200331 0.019 0.27
20		 25 45 0.74
ABR0010
56.00		 58.00
2.00		 S200230 0.013 0.15
10		 15 21 0.55
ABR0013
22.00		 24.00 2.00 S200332 0.020 0.32
20		 19 32 0.82
ABR0010
58.00		 60.00
2.00		 S200231 0.012 0.16
10		 16 18 0.60
ABR0013
24.00		 26.00 2.00 S200333 0.019 0.31
10		 36 69 0.70
ABR0010
60.00		 62.00
2.00		 S200232 0.013 0.14
20		 17 21 0.46
ABR0013
26.00		 28.00 2.00 S200334 0.017 0.24
20		 33 66 0.63
ABR0010
62.00		 64.00
2.00		 S200233 0.008 0.10 b.d.
11		 13 0.34
ABR0013
28.00		 30.00 2.00 S200335 0.019 0.20
10		 31 52 0.66
ABR0010
64.00		 66.00
2.00		 S200234 0.010 0.10
20		 12 11 0.36
ABR0013
30.00		 32.00 2.00 S200336 0.016 0.17
10		 25 39 0.57
ABR0010
66.00		 68.00
2.00		 S200235 0.009 0.09
10		 26 34 0.42
ABR0013
32.00		 34.00 2.00 S200337 0.012 0.12
10		 20 33 0.40
ABR0010
68.00		 70.00
2.00		 S200236 0.009 0.10 b.d.
19		 22 0.36
ABR0013
34.00		 36.00 2.00 S200338 0.009 0.09
10		 17 25 0.32
ABR0010
70.00		 72.00
2.00		 S200237 0.012 0.12
10		 23 16 0.44
ABR0013
36.00		 38.00 2.00 S200339 0.011 0.11 b.d.
21		 33 0.40
ABR0010
72.00		 74.00
2.00		 S200238 0.012 0.12
20		 18 16 0.45
ABR0013
38.00		 40.00 2.00 S200341 0.009 0.10 b.d.
37		 37 0.35
ABR0010
74.00		 76.00
2.00		 S200239 0.013 0.12
10		 14 21 0.44
ABR0013
40.00		 42.00 2.00 S200342 0.009 0.09 b.d.
18		 40 0.32
ABR0010
76.00		 78.00
2.00		 S200241 0.013 0.12
20		 22 27 0.45
ABR0013
42.00		 44.00 2.00 S200343 0.009 0.09
10		 14 23 0.33
ABR0010
78.00		 80.00
2.00		 S200242 0.012 0.12
10		 21 14 0.44
ABR0013
44.00		 46.00 2.00 S200344 0.009 0.09 b.d.
12		 23 0.29
ABR0013
46.00		 48.00 2.00 S200345 0.007 0.08 b.d.
17		 28 0.30
ABR0011
0.00		 2.00 2.00 S200243 0.007 0.11 100
89		 143 1.76
ABR0013
48.00		 50.00 2.00 S200346 0.007 0.07 b.d.
19		 24 0.24
ABR0011
2.00		 4.00 2.00 S200244 0.006 0.10
80		 93 150 1.47
ABR0013
50.00		 52.00 2.00 S200347 0.007 0.08 b.d.
22		 24 0.26
ABR0011
4.00		 6.00 2.00 S200245 0.004 0.08
40		 57 95 1.46
ABR0013
52.00		 54.00 2.00 S200348 0.009 0.09 b.d.
18		 28 0.29
ABR0011
6.00		 8.00 2.00 S200246 0.005 0.07
50		 48 81 1.50
ABR0013
54.00		 56.00 2.00 S200349 0.009 0.09
10		 14 27 0.28
ABR0011
8.00		 10.00
2.00		 S200247 0.004 0.08
20		 51 99 0.97
ABR0013
56.00		 58.00 2.00 S200350 0.011 0.11 b.d.
14		 28 0.37
ABR0011
10.00		 12.00
2.00		 S200248 0.008 0.09
10		 55 58 0.40
ABR0013
58.00		 60.00 2.00 S200351 0.009 0.10 b.d.
10		 25 0.34
ABR0011
12.00		 14.00
2.00		 S200249 0.002 0.06 b.d.
18		 20 0.23
ABR0013
60.00		 62.00 2.00 S200352 0.014 0.13
20		 25 34 0.45
ABR0011
14.00		 16.00
2.00		 S200250 0.004 0.06 b.d.
155		 167 0.21
ABR0013
62.00		 64.00 2.00 S200353 0.013 0.12
20		 19 38 0.43
ABR0011
16.00		 18.00
2.00		 S200251 0.009 0.08
10		 28 91 0.33
ABR0013
64.00		 66.00 2.00 S200354 0.014 0.13
10		 26 30 0.44
ABR0011
18.00		 20.00
2.00		 S200252 0.008 0.10 b.d.
14		 24 0.39
ABR0013
66.00		 68.00 2.00 S200355 0.014 0.12
20		 20 34 0.44
ABR0011
20.00		 22.00
2.00		 S200253 0.009 0.10 b.d.
13		 21 0.42
ABR0013
68.00		 70.00 2.00 S200356 0.014 0.13
20		 31 41 0.47
ABR0011
22.00		 24.00
2.00		 S200254 0.006 0.09 b.d.
12		 15 0.31
ABR0013
70.00		 72.00 2.00 S200357 0.013 0.12
20		 35 43 0.43
ABR0011
24.00		 26.00
2.00		 S200255 0.007 0.10 b.d.
14		 19 0.35
ABR0013
72.00		 73.00 1.00 S200358 0.009 0.10 b.d.
21		 32 0.30
ABR0011
26.00		 28.00
2.00		 S200256 0.012 0.13
10		 18 23 0.50
ABR0011
28.00		 30.00
2.00		 S200257 0.013 0.13
30		 21 30 0.53
ABR0014
0.00		 2.00 2.00 S200359 0.040 0.17
30		 86 72 0.42
ABR0011
30.00		 32.00
2.00		 S200258 0.015 0.15
20		 34 54 0.56
ABR0014
2.00		 4.00 2.00 S200361 0.222 0.83
60		 128 188 1.44

19

==> picture [35 x 842] intentionally omitted <==

==> picture [184 x 26] intentionally omitted <==

Cobalt, Scandium & PGM results from Black Range

Hole From
(m)		 To
(m)		 Width
(m)
Sample
number		 Co
(%)		 Ni
(%)
Sc
(g/t)
Pt
(ppb)		 Pd
(ppb)		 Cr
(%)
Hole		 From
(m)		 To
(m)		 Width
(m)
Sample
number		 Co
(%)		 Ni
(%)
Sc
(g/t)
Pt
(ppb)		 Pd
(ppb)		 Cr
(%)
ABR0014
4.00		 6.00 2.00 S200362 0.286 0.96
60		 93 131 1.90
ABR0017
12.00		 14.00 2.00 S200464 0.018 0.11
30		 92 46 0.29
ABR0014
6.00		 8.00 2.00 S200363 0.204 0.84
50		 91 115 1.70
ABR0017
14.00		 16.00 2.00 S200465 0.016 0.09
40		 58 26 0.26
ABR0014
8.00		 10.00
2.00		 S200364 0.102 0.86
70		 107 158 1.39
ABR0017
16.00		 18.00 2.00 S200466 0.011 0.06
40		 58 25 0.26
ABR0014
10.00		 12.00
2.00		 S200365 0.083 0.71
50		 117 192 1.42
ABR0017
18.00		 20.00 2.00 S200467 0.009 0.06
40		 119 46 0.27
ABR0014
12.00		 14.00
2.00		 S200366 0.057 0.56
20		 57 102 0.87
ABR0017
20.00		 22.00 2.00 S200468 0.009 0.07
40		 117 40 0.28
ABR0014
14.00		 16.00
2.00		 S200367 0.046 0.73
30		 70 121 0.97
ABR0017
22.00		 24.00 2.00 S200469 0.008 0.06
20		 110 45 0.26
ABR0014
16.00		 18.00
2.00		 S200368 0.023 0.52
30		 39 101 0.93
ABR0017
24.00		 26.00 2.00 S200470 0.008 0.06
30		 137 50 0.26
ABR0014
18.00		 20.00
2.00		 S200369 0.070 0.49
30		 50 142 0.85
ABR0017
26.00		 28.00 2.00 S200471 0.009 0.06
30		 129 47 0.26
ABR0014
20.00		 22.00
2.00		 S200370 0.079 0.40
40		 127 157 1.09
ABR0017
28.00		 30.00 2.00 S200472 0.008 0.07
40		 108 70 0.26
ABR0014
22.00		 24.00
2.00		 S200371 0.020 0.58
20		 29 110 0.73
ABR0017
30.00		 32.00 2.00 S200473 0.008 0.06
30		 134 74 0.25
ABR0014
24.00		 26.00
2.00		 S200372 0.017 0.26
10		 51 80 0.62
ABR0017
32.00		 34.00 2.00 S200474 0.008 0.06
40		 162 74 0.24
ABR0014
26.00		 28.00
2.00		 S200373 0.019 0.20
30		 34 75 0.62
ABR0017
34.00		 36.00 2.00 S200475 0.008 0.06
30		 188 79 0.24
ABR0014
28.00		 30.00
2.00		 S200374 0.013 0.13 b.d.
20		 53 0.48
ABR0017
36.00		 38.00 2.00 S200476 0.008 0.05
30		 194 101 0.25
ABR0014
30.00		 32.00
2.00		 S200375 0.013 0.11 b.d.
18		 51 0.35
ABR0017
38.00		 40.00 2.00 S200477 0.008 0.06
30		 133 76 0.25
ABR0014
32.00		 34.00
2.00		 S200376 0.012 0.11
10		 28 46 0.34
ABR0017
40.00		 41.00 1.00 S200478 0.008 0.06
40		 148 79 0.26
ABR0014
34.00		 36.00
2.00		 S200377 0.009 0.11
10		 36 57 0.37
ABR0014
36.00		 38.00
2.00		 S200378 0.009 0.10 b.d.
11		 33 0.35
ABR0018
0.00		 2.00 2.00 S200479 0.003 0.03
40		 176 108 0.45
ABR0014
38.00		 40.00
2.00		 S200379 0.009 0.11
10		 11 27 0.32
ABR0018
2.00		 4.00 2.00 S200481 0.006 0.08
20		 153 122 0.82
ABR0014
40.00		 42.00
2.00		 S200380 0.009 0.10 b.d.
16		 24 0.32
ABR0018
4.00		 6.00 2.00 S200482 0.006 0.11
30		 126 85 1.10
ABR0014
42.00		 44.00
2.00		 S200382 0.009 0.10 b.d.
20		 25 0.38
ABR0018
6.00		 8.00 2.00 S200483 0.008 0.15
20		 157 85 1.00
ABR0014
44.00		 46.00
2.00		 S200383 0.009 0.10
10		 10 24 0.33
ABR0018
8.00		 10.00 2.00 S200484 0.010 0.22
10		 123 99 0.97
ABR0014
46.00		 48.00
2.00		 S200384 0.010 0.10
10		 13 29 0.35
ABR0018
10.00		 12.00 2.00 S200485 0.023 0.28
20		 146 147 0.88
ABR0014
48.00		 50.00
2.00		 S200385 0.011 0.11
10		 15 26 0.37
ABR0018
12.00		 14.00 2.00 S200486 0.028 0.28
20		 131 138 0.78
ABR0014
50.00		 52.00
2.00		 S200386 0.009 0.11 b.d.
55		 35 0.34
ABR0018
14.00		 16.00 2.00 S200487 0.028 0.31
20		 176 180 0.86
ABR0014
52.00		 54.00
2.00		 S200387 0.014 0.16
10		 24 40 0.46
ABR0018
16.00		 18.00 2.00 S200488 0.072 0.38
30		 182 136 0.74
ABR0014
54.00		 56.00
2.00		 S200388 0.012 0.12
10		 29 46 0.42
ABR0018
18.00		 20.00 2.00 S200489 0.040 0.33
20		 89 64 0.61
ABR0014
56.00		 58.00
2.00		 S200389 0.013 0.12
10		 27 51 0.42
ABR0018
20.00		 22.00 2.00 S200490 0.020 0.23
30		 37 33 0.57
ABR0014
58.00		 60.00
2.00		 S200390 0.013 0.12
10		 16 31 0.43
ABR0018
22.00		 24.00 2.00 S200491 0.015 0.17
20		 119 81 0.47
ABR0014
60.00		 61.00
1.00		 S200391 0.014 0.12
10		 29 29 0.45
ABR0018
24.00		 26.00 2.00 S200492 0.014 0.18
30		 166 106 0.48
ABR0018
26.00		 28.00 2.00 S200493 0.018 0.18
20		 157 116 0.47
ABR0015
0.00		 2.00 2.00 S200392 0.006 0.11
70		 349 381 0.47
ABR0018
28.00		 30.00 2.00 S200494 0.016 0.16
20		 117 103 0.49
ABR0015
2.00		 4.00 2.00 S200393 0.004 0.12
80		 285 320 0.54
ABR0018
30.00		 32.00 2.00 S200495 0.020 0.19
20		 98 86 0.58
ABR0015
4.00		 6.00 2.00 S200394 0.005 0.14 110
360		 410 0.55
ABR0018
32.00		 34.00 2.00 S200496 0.015 0.15
10		 85 67 0.51
ABR0015
6.00		 8.00 2.00 S200395 0.008 0.17 170
349		 406 0.61
ABR0018
34.00		 36.00 2.00 S200497 0.019 0.19
10		 117 131 0.57
ABR0015
8.00		 10.00
2.00		 S200396 0.009 0.39 150
259		 369 0.97
ABR0018
36.00		 38.00 2.00 S200498 0.013 0.13
10		 47 42 0.47
ABR0015
10.00		 12.00
2.00		 S200397 0.012 0.45
90		 248 344 1.25
ABR0018
38.00		 40.00 2.00 S200499 0.015 0.15
10		 53 44 0.51
ABR0015
12.00		 14.00
2.00		 S200398 0.013 0.38
70		 228 291 1.81
ABR0018
40.00		 41.00 1.00 S200500 0.016 0.15
30		 114 109 0.49
ABR0015
14.00		 16.00
2.00		 S200399 0.009 0.43
70		 203 315 2.19
ABR0015
16.00		 18.00
2.00		 S200401 0.009 0.38
70		 156 221 2.76
ABR0019
0.00		 2.00 2.00 S200502 0.009 0.10
30		 193 117 0.33
ABR0015
18.00		 20.00
2.00		 S200402 0.011 0.37
60		 166 207 2.63
ABR0019
2.00		 4.00 2.00 S200503 0.008 0.10
20		 294 160 0.29
ABR0015
20.00		 22.00
2.00		 S200403 0.009 0.11
60		 173 210 1.99
ABR0019
4.00		 6.00 2.00 S200504 0.010 0.07
30		 248 131 0.32
ABR0015
22.00		 24.00
2.00		 S200404 0.009 0.10
70		 321 280 1.57
ABR0019
6.00		 8.00 2.00 S200505 0.011 0.08
30		 200 138 0.31
ABR0015
24.00		 26.00
2.00		 S200405 0.024 0.25
60		 156 218 1.14
ABR0019
8.00		 10.00 2.00 S200506 0.012 0.08
40		 175 133 0.30
ABR0015
26.00		 28.00
2.00		 S200406 0.056 0.31
50		 161 201 0.96
ABR0019
10.00		 12.00 2.00 S200507 0.011 0.07
30		 183 109 0.27
ABR0015
28.00		 30.00
2.00		 S200407 0.052 0.25
80		 241 336 1.98
ABR0019
12.00		 14.00 2.00 S200508 0.012 0.07
30		 118 116 0.24
ABR0015
30.00		 32.00
2.00		 S200408 0.184 0.35
70		 219 326 1.79
ABR0019
14.00		 16.00 2.00 S200509 0.010 0.07
20		 152 124 0.28
ABR0015
32.00		 34.00
2.00		 S200409 0.037 0.29
30		 142 197 1.02
ABR0019
16.00		 18.00 2.00 S200510 0.012 0.07
30		 176 92 0.27
ABR0015
34.00		 36.00
2.00		 S200410 0.031 0.30
30		 202 175 0.85
ABR0019
18.00		 20.00 2.00 S200511 0.009 0.07
30		 144 91 0.29
ABR0015
36.00		 38.00
2.00		 S200411 0.020 0.22
30		 59 142 0.70
ABR0019
20.00		 22.00 2.00 S200512 0.009 0.07
30		 147 87 0.28
ABR0015
38.00		 40.00
2.00		 S200412 0.013 0.13
10		 51 86 0.46
ABR0019
22.00		 24.00 2.00 S200513 0.010 0.07
40		 133 106 0.28
ABR0015
40.00		 42.00
2.00		 S200413 0.010 0.11
10		 60 117 0.40
ABR0019
24.00		 26.00 2.00 S200514 0.009 0.08
40		 145 116 0.28
ABR0015
42.00		 44.00
2.00		 S200414 0.010 0.11 b.d.
87		 98 0.39
ABR0019
26.00		 28.00 2.00 S200515 0.008 0.07
20		 318 190 0.25
ABR0015
44.00		 46.00
2.00		 S200415 0.009 0.09 b.d.
44		 74 0.34
ABR0019
28.00		 30.00 2.00 S200516 0.008 0.06
20		 265 136 0.26
ABR0015
46.00		 48.00
2.00		 S200416 0.009 0.10 b.d.
155		 80 0.40
ABR0019
30.00		 32.00 2.00 S200517 0.007 0.06
10		 247 132 0.26
ABR0015
48.00		 50.00
2.00		 S200417 0.011 0.11 b.d.
112		 108 0.44
ABR0019
32.00		 34.00 2.00 S200518 0.009 0.06
30		 325 174 0.27
ABR0015
50.00		 52.00
2.00		 S200418 0.010 0.11
10		 68 124 0.42
ABR0019
34.00		 36.00 2.00 S200519 0.008 0.06
30		 255 115 0.26
ABR0015
52.00		 54.00
2.00		 S200419 0.012 0.12
10		 45 103 0.41
ABR0019
36.00		 38.00 2.00 S200521 0.007 0.06
20		 279 104 0.28
ABR0015
54.00		 56.00
2.00		 S200421 0.00
ABR0019
38.00		 40.00 2.00 S200522 0.007 0.06
20		 271 108 0.29
ABR0015
56.00		 58.00
2.00		 S200422 0.013 0.12
10		 59 95 0.44
ABR0019
40.00		 42.00 2.00 S200523 0.007 0.07
20		 265 121 0.28
ABR0015
58.00		 60.00
2.00		 S200423 0.013 0.13
20		 38 59 0.45
ABR0019
42.00		 44.00 2.00 S200524 0.009 0.06
30		 146 129 0.28
ABR0015
60.00		 62.00
2.00		 S200424 0.014 0.13
20		 65 59 0.44
ABR0019
44.00		 46.00 2.00 S200525 0.009 0.06
30		 143 118 0.28
ABR0015
62.00		 64.00
2.00		 S200425 0.014 0.13
20		 165 70 0.44
ABR0019
46.00		 48.00 2.00 S200526 0.007 0.07
20		 127 109 0.27
ABR0015
64.00		 66.00
2.00		 S200426 0.013 0.12
20		 34 51 0.43
ABR0019
48.00		 50.00 2.00 S200527 0.008 0.07
20		 137 105 0.27
ABR0015
66.00		 67.00
1.00		 S200427 0.015 0.13
30		 27 54 0.46
ABR0019
50.00		 52.00 2.00 S200528 0.008 0.07
30		 132 96 0.27
ABR0019
52.00		 54.00 2.00 S200529 0.008 0.07
30		 154 101 0.27
ABR0016
0.00		 2.00 2.00 S200428 0.005 0.11
70		 478 329 0.41
ABR0016
2.00		 4.00 2.00 S200429 0.002 0.42
70		 562 301 0.54
ABR0020
0.00		 2.00 2.00 S200530 0.005 0.04
70		 627 260 0.61
ABR0016
4.00		 6.00 2.00 S200430 0.004 0.80
50		 382 195 0.69
ABR0020
2.00		 4.00 2.00 S200531 0.008 0.05 100
662		 285 0.66
ABR0016
6.00		 8.00 2.00 S200431 0.008 0.27
60		 252 174 0.81
ABR0020
4.00		 6.00 2.00 S200532 0.013 0.07 130
478		 226 1.16
ABR0016
8.00		 10.00
2.00		 S200432 0.051 0.32
50		 219 127 1.01
ABR0020
6.00		 8.00 2.00 S200533 0.009 0.09
60		 178 118 0.65
ABR0016
10.00		 12.00
2.00		 S200433 0.106 0.40
50		 208 100 0.91
ABR0020
8.00		 10.00 2.00 S200534 0.008 0.13
40		 242 130 0.49
ABR0016
12.00		 14.00
2.00		 S200434 0.120 0.55
40		 90 60 0.86
ABR0020
10.00		 12.00 2.00 S200535 0.009 0.09
40		 436 267 0.65
ABR0016
14.00		 16.00
2.00		 S200435 0.068 0.43
50		 212 120 0.86
ABR0020
12.00		 14.00 2.00 S200536 0.006 0.12
30		 410 209 0.44
ABR0016
16.00		 18.00
2.00		 S200436 0.028 0.43
50		 175 89 0.74
ABR0020
14.00		 16.00 2.00 S200537 0.008 0.13
30		 319 150 0.45
ABR0016
18.00		 20.00
2.00		 S200437 0.016 0.23
40		 151 112 0.63
ABR0020
16.00		 18.00 2.00 S200538 0.008 0.13
30		 285 108 0.44
ABR0016
20.00		 22.00
2.00		 S200438 0.013 0.14
30		 110 71 0.40
ABR0020
18.00		 20.00 2.00 S200539 0.008 0.14
40		 289 90 0.47
ABR0016
22.00		 24.00
2.00		 S200439 0.014 0.12
30		 161 122 0.41
ABR0020
20.00		 22.00 2.00 S200541 0.010 0.16
30		 247 100 0.45
ABR0016
24.00		 26.00
2.00		 S200440 0.013 0.11
30		 138 100 0.35
ABR0020
22.00		 24.00 2.00 S200542 0.028 0.20
30		 168 74 0.46
ABR0016
26.00		 28.00
2.00		 S200442 0.009 0.11
30		 287 142 0.29
ABR0020
24.00		 26.00 2.00 S200543 0.030 0.16
30		 131 80 0.42
ABR0016
28.00		 30.00
2.00		 S200443 0.009 0.09
30		 134 92 0.29
ABR0020
26.00		 28.00 2.00 S200544 0.019 0.13
40		 117 74 0.40
ABR0016
30.00		 32.00
2.00		 S200444 0.009 0.08
30		 88 50 0.29
ABR0020
28.00		 30.00 2.00 S200545 0.017 0.14
40		 103 68 0.45
ABR0016
32.00		 34.00
2.00		 S200445 0.009 0.08
30		 164 95 0.28
ABR0020
30.00		 32.00 2.00 S200546 0.013 0.12
40		 105 94 0.36
ABR0016
34.00		 36.00
2.00		 S200446 0.010 0.09
40		 96 57 0.32
ABR0020
32.00		 34.00 2.00 S200547 0.011 0.12
30		 87 80 0.33
ABR0016
36.00		 38.00
2.00		 S200447 0.011 0.10
20		 45 35 0.33
ABR0020
34.00		 36.00 2.00 S200548 0.010 0.10
20		 81 65 0.37
ABR0016
38.00		 40.00
2.00		 S200448 0.010 0.12
30		 142 79 0.29
ABR0020
36.00		 38.00 2.00 S200549 0.009 0.10
20		 150 131 0.40
ABR0016
40.00		 42.00
2.00		 S200449 0.009 0.10
30		 117 75 0.30
ABR0020
38.00		 40.00 2.00 S200550 0.009 0.09
30		 122 123 0.35
ABR0016
42.00		 44.00
2.00		 S200450 0.015 0.13
20		 70 178 0.44
ABR0020
40.00		 42.00 2.00 S200551 0.009 0.11
20		 69 69 0.31
ABR0016
44.00		 46.00
2.00		 S200451 0.011 0.10
20		 95 74 0.34
ABR0020
42.00		 44.00 2.00 S200552 0.009 0.09
40		 80 65 0.32
ABR0016
46.00		 48.00
2.00		 S200452 0.008 0.09
30		 86 63 0.30
ABR0020
44.00		 46.00 2.00 S200553 0.016 0.16
20		 84 67 0.53
ABR0016
48.00		 50.00
2.00		 S200453 0.011 0.11
20		 144 74 0.38
ABR0020
46.00		 48.00 2.00 S200554 0.010 0.11
30		 98 62 0.27
ABR0016
50.00		 52.00
2.00		 S200454 0.009 0.12 b.d.
54		 56 0.38
ABR0020
48.00		 50.00 2.00 S200555 0.009 0.09
30		 91 65 0.29
ABR0016
52.00		 54.00
2.00		 S200455 0.012 0.12
20		 54 49 0.41
ABR0020
50.00		 52.00 2.00 S200556 0.007 0.07
30		 62 80 0.29
ABR0016
54.00		 55.00
1.00		 S200456 0.012 0.13
10		 66 68 0.42
ABR0020
52.00		 54.00 2.00 S200557 0.009 0.11
30		 148 101 0.32
ABR0020
54.00		 55.00 1.00 S200558 0.013 0.12
30		 86 65 0.42
ABR0017
0.00		 2.00 2.00 S200457 0.011 0.09
30		 180 83 0.34
ABR0017
2.00		 4.00 2.00 S200458 0.008 0.09
40		 169 102 0.50
ABR0021
0.00		 2.00 2.00 S200559 0.006 0.03
30		 161 65 0.69
ABR0017
4.00		 6.00 2.00 S200459 0.006 0.07
30		 137 92 0.42
ABR0021
2.00		 4.00 2.00 S200560 0.002 0.03
20		 281 89 0.29
ABR0017
6.00		 8.00 2.00 S200461 0.006 0.09
30		 128 67 0.48
ABR0021
4.00		 6.00 2.00 S200562 0.004 0.05
60		 521 125 0.44
ABR0017
8.00		 10.00
2.00		 S200462 0.006 0.08
30		 137 65 0.54
ABR0021
6.00		 8.00 2.00 S200563 0.008 0.07 150
461		 116 0.45
ABR0017
10.00		 12.00
2.00		 S200463 0.010 0.07
40		 116 60 0.37
ABR0021
8.00		 10.00 2.00 S200564 0.006 0.10 120
364		 139 0.47

20

==> picture [35 x 842] intentionally omitted <==

==> picture [184 x 26] intentionally omitted <==

Cobalt, Scandium & PGM results from Black Range

Hole From
(m)		 To
(m)		 Width
(m)
Sample
number		 Co
(%)		 Ni
(%)
Sc
(g/t)
Pt
(ppb)		 Pd
(ppb)		 Cr
(%)
Hole		 From
(m)		 To
(m)		 Width
(m)
Sample
number		 Co
(%)		 Ni
(%)
Sc
(g/t)
Pt
(ppb)		 Pd
(ppb)		 Cr
(%)
ABR0021
10.00		 12.00
2.00		 S200565 0.007 0.10 110
373		 238 0.41
ABR0023
58.00		 60.00 2.00 S200667 0.008 0.10 b.d.
15		 29 0.33
ABR0021
12.00		 14.00
2.00		 S200566 0.009 0.11
80		 368 415 0.54
ABR0023
60.00		 62.00 2.00 S200668 0.009 0.10 b.d.
13		 35 0.36
ABR0021
14.00		 16.00
2.00		 S200567 0.005 0.12
70		 365 455 0.54
ABR0023
62.00		 64.00 2.00 S200669 0.010 0.10
10		 23 34 0.37
ABR0021
16.00		 18.00
2.00		 S200568 0.007 0.26
70		 361 396 0.65
ABR0023
64.00		 66.00 2.00 S200670 0.007 0.08 b.d.
12		 23 0.29
ABR0021
18.00		 20.00
2.00		 S200569 0.006 0.28
70		 303 343 0.43
ABR0023
66.00		 68.00 2.00 S200671 0.009 0.09
10		 14 24 0.30
ABR0021
20.00		 22.00
2.00		 S200570 0.011 0.33
60		 274 323 1.37
ABR0023
68.00		 70.00 2.00 S200672 0.010 0.10 b.d.
29		 32 0.36
ABR0021
22.00		 24.00
2.00		 S200571 0.019 0.36
50		 266 390 1.67
ABR0023
70.00		 72.00 2.00 S200673 0.009 0.09 b.d.
14		 24 0.33
ABR0021
24.00		 26.00
2.00		 S200572 0.014 0.38
30		 177 307 0.98
ABR0023
72.00		 74.00 2.00 S200674 0.014 0.13
10		 39 109 0.46
ABR0021
26.00		 28.00
2.00		 S200573 0.015 0.39
30		 102 157 0.88
ABR0023
74.00		 76.00 2.00 S200675 0.012 0.12
10		 16 27 0.43
ABR0021
28.00		 30.00
2.00		 S200574 0.021 0.43
20		 88 137 0.79
ABR0023
76.00		 78.00 2.00 S200676 0.015 0.13
10		 19 27 0.46
ABR0021
30.00		 32.00
2.00		 S200575 0.034 0.38
20		 81 121 0.68
ABR0023
78.00		 79.00 1.00 S200677 0.013 0.13 b.d.
21		 28 0.48
ABR0021
32.00		 34.00
2.00		 S200576 0.070 0.36
20		 117 135 0.62
ABR0021
34.00		 36.00
2.00		 S200577 0.042 0.30
10		 77 117 0.56
ABR0024
0.00		 2.00 2.00 S200678 0.005 0.06
10		 109 82 0.96
ABR0021
36.00		 38.00
2.00		 S200578 0.042 0.29
30		 99 155 0.57
ABR0024
2.00		 4.00 2.00 S200679 0.005 0.14
50		 57 46 1.12
ABR0021
38.00		 40.00
2.00		 S200579 0.028 0.22
20		 115 211 0.56
ABR0024
4.00		 6.00 2.00 S200680 0.007 0.20
50		 37 37 1.19
ABR0021
40.00		 42.00
2.00		 S200581 0.023 0.20
20		 113 194 0.63
ABR0024
6.00		 8.00 2.00 S200682 0.010 0.22
30		 45 57 1.14
ABR0021
42.00		 44.00
2.00		 S200582 0.015 0.15
20		 135 254 0.53
ABR0024
8.00		 10.00 2.00 S200683 0.017 0.30
50		 40 60 1.25
ABR0021
44.00		 46.00
2.00		 S200583 0.012 0.11
30		 406 476 0.44
ABR0024
10.00		 12.00 2.00 S200684 0.014 0.29
40		 73 112 1.38
ABR0021
46.00		 48.00
2.00		 S200584 0.016 0.16
10		 82 127 0.65
ABR0024
12.00		 14.00 2.00 S200685 0.017 0.39
20		 64 146 0.78
ABR0021
48.00		 50.00
2.00		 S200585 0.016 0.16
10		 84 121 0.59
ABR0024
14.00		 16.00 2.00 S200686 0.016 0.44
10		 44 82 0.64
ABR0021
50.00		 52.00
2.00		 S200586 0.015 0.15
20		 69 164 0.63
ABR0024
16.00		 18.00 2.00 S200687 0.025 0.49
10		 43 42 0.60
ABR0021
52.00		 54.00
2.00		 S200587 0.016 0.16
10		 49 124 0.59
ABR0024
18.00		 20.00 2.00 S200688 0.095 0.59
20		 30 39 0.55
ABR0021
54.00		 56.00
2.00		 S200588 0.018 0.16
20		 79 143 0.61
ABR0024
20.00		 22.00 2.00 S200689 0.059 0.50
10		 20 27 0.48
ABR0021
56.00		 58.00
2.00		 S200589 0.018 0.16
20		 175 192 0.65
ABR0024
22.00		 24.00 2.00 S200690 0.024 0.35 b.d.
16		 25 0.44
ABR0021
58.00		 60.00
2.00		 S200590 0.013 0.15
10		 72 243 0.61
ABR0024
24.00		 26.00 2.00 S200691 0.015 0.19 b.d.
17		 24 0.44
ABR0021
60.00		 62.00
2.00		 S200591 0.015 0.16
20		 148 173 0.57
ABR0024
26.00		 28.00 2.00 S200692 0.015 0.16
10		 30 37 0.52
ABR0021
62.00		 64.00
2.00		 S200592 0.019 0.15
10		 114 96 0.60
ABR0024
28.00		 30.00 2.00 S200693 0.016 0.17
10		 25 33 0.54
ABR0021
64.00		 66.00
2.00		 S200593 0.016 0.15
20		 76 81 0.49
ABR0024
30.00		 32.00 2.00 S200694 0.016 0.17
20		 23 40 0.52
ABR0021
66.00		 68.00
2.00		 S200594 0.013 0.13
20		 128 142 0.42
ABR0024
32.00		 34.00 2.00 S200695 0.014 0.17 b.d.
26		 40 0.53
ABR0021
68.00		 70.00
2.00		 S200595 0.011 0.11
10		 36 56 0.40
ABR0024
34.00		 36.00 2.00 S200696 0.015 0.16
10		 36 38 0.55
ABR0021
70.00		 72.00
2.00		 S200596 0.012 0.11
10		 32 57 0.40
ABR0024
36.00		 38.00 2.00 S200697 0.015 0.17
10		 19 38 0.56
ABR0021
72.00		 73.00
1.00		 S200597 0.012 0.12
20		 53 68 0.43
ABR0024
38.00		 40.00 2.00 S200698 0.015 0.16
10		 21 38 0.58
ABR0024
40.00		 42.00 2.00 S200699 0.015 0.15
10		 120 44 0.56
ABR0022
0.00		 2.00 2.00 S200598 0.005 0.13
80		 209 236 1.02
ABR0024
42.00		 44.00 2.00 S200701 0.015 0.15
10		 25 37 0.55
ABR0022
2.00		 4.00 2.00 S200599 0.005 0.19
80		 264 282 0.95
ABR0024
44.00		 46.00 2.00 S200702 0.016 0.16
20		 23 27 0.56
ABR0022
4.00		 6.00 2.00 S200601 0.055 0.22
70		 343 451 0.89
ABR0024
46.00		 48.00 2.00 S200703 0.016 0.16
10		 24 33 0.54
ABR0022
6.00		 8.00 2.00 S200602 0.043 0.28
70		 213 378 1.16
ABR0024
48.00		 50.00 2.00 S200704 0.014 0.15
10		 22 31 0.57
ABR0022
8.00		 10.00
2.00		 S200603 0.027 0.31
70		 220 469 0.97
ABR0024
50.00		 52.00 2.00 S200705 0.014 0.15
10		 21 34 0.55
ABR0022
10.00		 12.00
2.00		 S200604 0.024 0.53
60		 126 249 1.13
ABR0024
52.00		 54.00 2.00 S200706 0.016 0.16
30		 25 35 0.63
ABR0022
12.00		 14.00
2.00		 S200605 0.024 0.61
60		 126 336 1.02
ABR0024
54.00		 56.00 2.00 S200707 0.015 0.14
20		 35 45 0.55
ABR0022
14.00		 16.00
2.00		 S200606 0.117 0.60
60		 165 338 1.00
ABR0024
56.00		 58.00 2.00 S200708 0.014 0.14
10		 32 41 0.46
ABR0022
16.00		 18.00
2.00		 S200607 0.369 0.82
60		 228 297 1.08
ABR0024
58.00		 60.00 2.00 S200709 0.016 0.13
10		 40 39 0.48
ABR0022
18.00		 20.00
2.00		 S200608 0.308 1.12
70		 224 181 1.37
ABR0024
60.00		 62.00 2.00 S200710 0.015 0.16 b.d.
18		 28 0.45
ABR0022
20.00		 22.00
2.00		 S200609 0.386 1.14
50		 135 285 1.08
ABR0024
62.00		 64.00 2.00 S200711 0.008 0.11
10		 12 20 0.36
ABR0022
22.00		 24.00
2.00		 S200610 0.144 0.86
60		 89 219 1.04
ABR0024
64.00		 66.00 2.00 S200712 0.009 0.09 b.d.
10		 16 0.30
ABR0022
24.00		 26.00
2.00		 S200611 0.088 0.69
60		 75 124 1.69
ABR0024
66.00		 68.00 2.00 S200713 0.007 0.10 b.d.
19		 22 0.34
ABR0022
26.00		 28.00
2.00		 S200612 0.028 0.70
50		 131 104 2.95
ABR0024
68.00		 70.00 2.00 S200714 0.009 0.11
10		 13 26 0.38
ABR0022
28.00		 30.00
2.00		 S200613 0.045 0.62
30		 64 123 1.70
ABR0024
70.00		 72.00 2.00 S200715 0.013 0.12
10		 15 23 0.44
ABR0022
30.00		 32.00
2.00		 S200614 0.028 0.50
10		 87 112 0.77
ABR0024
72.00		 74.00 2.00 S200716 0.011 0.11 b.d.
16		 21 0.41
ABR0022
32.00		 34.00
2.00		 S200615 0.049 0.60
10		 39 111 0.63
ABR0022
34.00		 36.00
2.00		 S200616 0.039 0.54
10		 40 94 0.62
ABR0025
0.00		 2.00 2.00 S200717 0.002 0.05 b.d.
51		 38 0.32
ABR0022
36.00		 38.00
2.00		 S200617 0.022 0.42
20		 31 85 0.53
ABR0025
2.00		 4.00 2.00 S200718 0.001 0.28 b.d.
127		 41 0.66
ABR0022
38.00		 40.00
2.00		 S200618 0.019 0.35
20		 44 105 0.68
ABR0025
4.00		 6.00 2.00 S200719 b.d. 0.02 b.d.
83		 29 0.59
ABR0022
40.00		 42.00
2.00		 S200619 0.021 0.25
10		 50 145 0.65
ABR0025
6.00		 8.00 2.00 S200721 0.002 0.03
20		 58 37 0.40
ABR0022
42.00		 44.00
2.00		 S200620 0.019 0.22
10		 60 94 0.62
ABR0025
8.00		 10.00 2.00 S200722 0.002 0.04
20		 57 45 0.76
ABR0022
44.00		 46.00
2.00		 S200622 0.019 0.17
10		 34 96 0.71
ABR0025
10.00		 12.00 2.00 S200723 0.004 0.09 b.d.
17		 19 1.34
ABR0022
46.00		 48.00
2.00		 S200623 0.018 0.19
10		 56 71 0.62
ABR0025
12.00		 14.00 2.00 S200724 0.005 0.16
40		 21 25 1.35
ABR0022
48.00		 50.00
2.00		 S200624 0.019 0.19
10		 50 112 0.60
ABR0025
14.00		 16.00 2.00 S200725 0.006 0.15
40		 37 41 1.49
ABR0022
50.00		 52.00
2.00		 S200625 0.016 0.17
10		 43 108 0.57
ABR0025
16.00		 18.00 2.00 S200726 0.008 0.16
40		 62 87 1.34
ABR0022
52.00		 54.00
2.00		 S200626 0.016 0.16
10		 52 155 0.52
ABR0025
18.00		 20.00 2.00 S200727 0.014 0.23
60		 80 162 1.16
ABR0022
54.00		 56.00
2.00		 S200627 0.016 0.16
10		 39 102 0.54
ABR0025
20.00		 22.00 2.00 S200728 0.009 0.24
50		 100 242 1.19
ABR0022
56.00		 58.00
2.00		 S200628 0.016 0.17
10		 36 66 0.60
ABR0025
22.00		 24.00 2.00 S200729 0.010 0.26
60		 136 196 1.90
ABR0022
58.00		 60.00
2.00		 S200629 0.012 0.14
20		 27 44 0.41
ABR0025
24.00		 26.00 2.00 S200730 0.011 0.30
20		 73 119 1.89
ABR0022
60.00		 62.00
2.00		 S200630 0.008 0.10 b.d.
24		 33 0.32
ABR0025
26.00		 28.00 2.00 S200731 0.040 0.62 b.d.
75		 74 1.44
ABR0022
62.00		 64.00
2.00		 S200631 0.009 0.10
10		 32 42 0.34
ABR0025
28.00		 30.00 2.00 S200732 0.202 1.04 b.d.
37		 37 0.59
ABR0022
64.00		 66.00
2.00		 S200632 0.006 0.07 b.d.
43		 35 0.20
ABR0025
30.00		 32.00 2.00 S200733 0.017 0.80 b.d.
20		 31 0.53
ABR0022
66.00		 68.00
2.00		 S200633 0.007 0.08 b.d.
19		 30 0.25
ABR0025
32.00		 34.00 2.00 S200734 0.027 0.74 b.d.
30		 33 0.57
ABR0022
68.00		 70.00
2.00		 S200634 0.007 0.08 b.d.
12		 26 0.25
ABR0025
34.00		 36.00 2.00 S200735 0.032 0.51 b.d.
35		 42 0.64
ABR0022
70.00		 72.00
2.00		 S200635 0.013 0.12
10		 16 34 0.43
ABR0025
36.00		 38.00 2.00 S200736 0.067 0.44 b.d.
27		 35 0.60
ABR0022
72.00		 73.00
1.00		 S200636 0.012 0.12
20		 25 27 0.42
ABR0025
38.00		 40.00 2.00 S200737 0.100 0.47 b.d.
29		 38 0.65
ABR0025
40.00		 42.00 2.00 S200738 0.084 0.43 b.d.
27		 33 0.62
ABR0023
0.00		 2.00 2.00 S200637 0.006 0.11
50		 146 171 0.72
ABR0025
42.00		 44.00 2.00 S200739 0.058 0.37 b.d.
28		 32 0.62
ABR0023
2.00		 4.00 2.00 S200638 0.008 0.15
60		 167 150 1.14
ABR0025
44.00		 46.00 2.00 S200740 0.009 0.22 b.d.
13		 30 0.75
ABR0023
4.00		 6.00 2.00 S200639 0.015 0.15
50		 200 252 0.85
ABR0025
46.00		 48.00 2.00 S200742 0.018 0.26 b.d.
26		 43 0.76
ABR0023
6.00		 8.00 2.00 S200641 0.027 0.21
80		 250 315 0.74
ABR0025
48.00		 50.00 2.00 S200743 0.027 0.18 b.d.
34		 43 0.67
ABR0023
8.00		 10.00
2.00		 S200642 0.036 0.28
50		 162 209 0.61
ABR0025
50.00		 52.00 2.00 S200744 0.017 0.17 b.d.
28		 42 0.66
ABR0023
10.00		 12.00
2.00		 S200643 0.018 0.39
40		 95 189 1.03
ABR0025
52.00		 54.00 2.00 S200745 0.016 0.17 b.d.
26		 36 0.58
ABR0023
12.00		 14.00
2.00		 S200644 0.015 0.44
40		 94 180 1.57
ABR0025
54.00		 56.00 2.00 S200746 0.015 0.16 b.d.
20		 34 0.57
ABR0023
14.00		 16.00
2.00		 S200645 0.015 0.25
30		 86 138 1.16
ABR0025
56.00		 58.00 2.00 S200747 0.014 0.16 b.d.
90		 113 0.58
ABR0023
16.00		 18.00
2.00		 S200646 0.017 0.30
20		 57 98 0.93
ABR0025
58.00		 60.00 2.00 S200748 0.014 0.15 b.d.
26		 31 0.59
ABR0023
18.00		 20.00
2.00		 S200647 0.052 0.49
30		 40 71 0.97
ABR0025
60.00		 62.00 2.00 S200749 0.011 0.14 b.d.
28		 28 0.57
ABR0023
20.00		 22.00
2.00		 S200648 0.313 0.78
10		 47 69 0.89
ABR0025
62.00		 64.00 2.00 S200750 0.013 0.14 b.d.
33		 31 0.51
ABR0023
22.00		 24.00
2.00		 S200649 0.061 0.88
20		 29 58 0.69
ABR0025
64.00		 66.00 2.00 S200751 0.013 0.15 b.d.
17		 22 0.46
ABR0023
24.00		 26.00
2.00		 S200650 0.019 0.27
10		 35 60 0.62
ABR0025
66.00		 68.00 2.00 S200752 0.013 0.13 b.d.
14		 20 0.44
ABR0023
26.00		 28.00
2.00		 S200650A 0.032 0.34 b.d.
22		 51 0.46
ABR0025
68.00		 70.00 2.00 S200753 0.008 0.09 b.d.
20		 26 0.34
ABR0023
28.00		 30.00
2.00		 S200651 0.018 0.25 b.d.
34		 71 0.66
ABR0025
70.00		 72.00 2.00 S200754 0.009 0.11 b.d.
14		 19 0.39
ABR0023
30.00		 32.00
2.00		 S200652 0.020 0.24
20		 33 70 0.68
ABR0025
72.00		 73.00 1.00 S200755 0.009 0.10 b.d.
13		 16 0.39
ABR0023
32.00		 34.00
2.00		 S200653 0.020 0.23
10		 43 80 0.66
ABR0023
34.00		 36.00
2.00		 S200654 0.020 0.22
10		 43 95 0.69
ABR0026
0.00		 2.00 2.00 S200756 0.004 0.08
10		 114 30 0.69
ABR0023
36.00		 38.00
2.00		 S200655 0.020 0.22 b.d.
33		 64 0.68
ABR0026
2.00		 4.00 2.00 S200757 b.d. 0.02 b.d.
42		 22 0.21
ABR0023
38.00		 40.00
2.00		 S200656 0.019 0.21
10		 28 58 0.67
ABR0026
4.00		 6.00 2.00 S200758 b.d. 0.02 b.d.
105		 28 0.68
ABR0023
40.00		 42.00
2.00		 S200657 0.018 0.20 b.d.
32		 49 0.68
ABR0026
6.00		 8.00 2.00 S200759 0.001 0.02 b.d.
51		 19 0.38
ABR0023
42.00		 44.00
2.00		 S200658 0.022 0.21
10		 33 60 0.69
ABR0026
8.00		 10.00 2.00 S200761 b.d. 0.02 b.d.
36		 23 0.34
ABR0023
44.00		 46.00
2.00		 S200659 0.016 0.20 b.d.
21		 68 0.68
ABR0026
10.00		 12.00 2.00 S200762 b.d. 0.03 b.d.
37		 41 0.28
ABR0023
46.00		 48.00
2.00		 S200661 0.014 0.17 b.d.
19		 62 0.56
ABR0026
12.00		 14.00 2.00 S200763 0.002 0.04
20		 49 45 0.29
ABR0023
48.00		 50.00
2.00		 S200662 0.017 0.19 b.d.
28		 56 0.66
ABR0026
14.00		 16.00 2.00 S200764 0.001 0.03
20		 54 41 0.43
ABR0023
50.00		 52.00
2.00		 S200663 0.017 0.18
10		 35 66 0.56
ABR0026
16.00		 18.00 2.00 S200765 0.014 0.14
20		 11 11 1.63
ABR0023
52.00		 54.00
2.00		 S200664 0.013 0.14
10		 11 23 0.40
ABR0026
18.00		 20.00 2.00 S200766 0.019 0.19
20		 29 64 1.63
ABR0023
54.00		 56.00
2.00		 S200665 0.011 0.11 b.d.
18		 33 0.39
ABR0026
20.00		 22.00 2.00 S200767 0.023 0.21
10		 50 106 1.29
ABR0023
56.00		 58.00
2.00		 S200666 0.007 0.09 b.d.
11		 23 0.28
ABR0026
22.00		 24.00 2.00 S200768 0.013 0.24
50		 44 101 1.51

21

Cobalt, Scandium & PGM results from Black Range

==> picture [35 x 842] intentionally omitted <==

==> picture [184 x 26] intentionally omitted <==

Hole From
(m)		 To
(m)		 Width
(m)
Sample
number		 Co
(%)		 Ni
(%)
Sc
(g/t)
Pt
(ppb)		 Pd
(ppb)		 Cr
(%)
ABR0026
24.00		 26.00
2.00		 S200769 0.034 0.42
30		 54 133 1.28
ABR0026
26.00		 28.00
2.00		 S200770 0.029 0.52 b.d.
37		 46 1.19
ABR0026
28.00		 30.00
2.00		 S200771 0.016 0.50 b.d.
30		 44 1.07
ABR0026
30.00		 32.00
2.00		 S200772 0.020 0.61 b.d.
33		 47 1.03
ABR0026
32.00		 34.00
2.00		 S200773 0.061 0.58 b.d.
43		 44 0.83
ABR0026
34.00		 36.00
2.00		 S200774 0.049 0.47 b.d.
39		 37 1.09
ABR0026
36.00		 38.00
2.00		 S200775 0.026 0.38 b.d.
29		 31 0.69
ABR0026
38.00		 40.00
2.00		 S200776 0.015 0.25 b.d.
32		 50 0.64
ABR0026
40.00		 42.00
2.00		 S200777 0.015 0.21 b.d.
22		 34 0.63
ABR0026
42.00		 44.00
2.00		 S200778 0.015 0.20 b.d.
25		 35 0.59
ABR0026
44.00		 46.00
2.00		 S200779 0.013 0.18 b.d.
22		 36 0.58
ABR0026
46.00		 48.00
2.00		 S200781 0.015 0.17 b.d.
29		 34 0.58
ABR0026
48.00		 50.00
2.00		 S200782 0.014 0.16 b.d.
29		 35 0.59
ABR0026
50.00		 52.00
2.00		 S200783 0.015 0.16 b.d.
24		 36 0.60
ABR0026
52.00		 54.00
2.00		 S200784 0.015 0.15 b.d.
27		 32 0.60
ABR0026
54.00		 56.00
2.00		 S200785 0.013 0.15 b.d.
30		 43 0.55
ABR0026
56.00		 58.00
2.00		 S200786 0.013 0.15 b.d.
29		 26 0.64
ABR0026
58.00		 60.00
2.00		 S200787 0.013 0.16 b.d.
19		 25 0.56
ABR0026
60.00		 62.00
2.00		 S200788 0.012 0.15 b.d.
18		 25 0.56
ABR0026
62.00		 64.00
2.00		 S200789 0.013 0.14 b.d.
18		 27 0.50
ABR0026
64.00		 66.00
2.00		 S200790 0.007 0.10 b.d.
12		 20 0.35
ABR0026
66.00		 68.00
2.00		 S200791 0.006 0.09 b.d.
14		 36 0.33
ABR0026
68.00		 70.00
2.00		 S200792 0.013 0.12 b.d.
19		 29 0.43
ABR0026
70.00		 72.00
2.00		 S200793 0.013 0.13 b.d.
16		 30 0.45
ABR0026
72.00		 73.00
1.00		 S200794 0.014 0.13
10		 26 54 0.45
ABR0027
0.00		 2.00 2.00 S200795 0.002 0.03
10		 89 33 0.40
ABR0027
2.00		 4.00 2.00 S200796 b.d. 0.01
10		 37 20 0.18
ABR0027
4.00		 6.00 2.00 S200797 0.002 0.03
40		 30 14 0.22
ABR0027
6.00		 8.00 2.00 S200798 0.001 0.02
20		 70 20 0.44
ABR0027
8.00		 10.00
2.00		 S200799 b.d. 0.02
20		 49 24 0.32
ABR0027
10.00		 12.00
2.00		 S200800 0.002 0.02
50		 61 22 0.67
ABR0027
12.00		 14.00
2.00		 S200802 0.002 0.03
10		 41 40 0.20
ABR0027
14.00		 16.00
2.00		 S200803 0.002 0.03
20		 48 52 0.22
ABR0027
16.00		 18.00
2.00		 S200804 0.002 0.04
70		 29 36 0.26
ABR0027
18.00		 20.00
2.00		 S200805 0.002 0.04
40		 47 41 0.38
ABR0027
20.00		 22.00
2.00		 S200806 0.004 0.10
40		 11 10 1.28
ABR0027
22.00		 24.00
2.00		 S200807 0.007 0.20
60		 34 54 1.40
ABR0027
24.00		 26.00
2.00		 S200808 0.007 0.18
80		 32 62 1.96
ABR0027
26.00		 28.00
2.00		 S200809 0.016 0.33
60		 78 94 0.92
ABR0027
28.00		 30.00
2.00		 S200810 0.085 1.07
30		 62 44 0.72
ABR0027
30.00		 32.00
2.00		 S200811 0.199 0.98
10		 62 53 0.63
ABR0027
32.00		 34.00
2.00		 S200812 0.075 0.85
20		 40 55 0.61
ABR0027
34.00		 36.00
2.00		 S200813 0.052 0.94
10		 32 48 0.65
ABR0027
36.00		 38.00
2.00		 S200814 0.032 0.71
10		 18 43 0.68
ABR0027
38.00		 40.00
2.00		 S200815 0.024 0.35
20		 19 34 0.61
ABR0027
40.00		 42.00
2.00		 S200816 0.016 0.25
20		 20 45 0.60
ABR0027
42.00		 44.00
2.00		 S200817 0.017 0.21
30		 16 33 0.59
ABR0027
44.00		 46.00
2.00		 S200818 0.015 0.18
10		 21 34 0.61
ABR0027
46.00		 48.00
2.00		 S200819 0.013 0.16
20		 17 40 0.58
ABR0027
48.00		 50.00
2.00		 S200821 0.011 0.15 b.d.
39		 47 0.53
ABR0027
50.00		 52.00
2.00		 S200822 0.014 0.15
30		 16 35 0.57
ABR0027
52.00		 54.00
2.00		 S200823 0.013 0.15
10		 15 31 0.55
ABR0027
54.00		 56.00
2.00		 S200824 0.014 0.16
10		 14 33 0.52
ABR0027
56.00		 58.00
2.00		 S200825 0.013 0.15
10		 17 29 0.53
ABR0027
58.00		 60.00
2.00		 S200826 0.014 0.14
30		 19 40 0.53
ABR0027
60.00		 62.00
2.00		 S200827 0.013 0.14
10		 13 25 0.53
ABR0027
62.00		 64.00
2.00		 S200828 0.013 0.13
20		 11 23 0.52
ABR0027
64.00		 66.00
2.00		 S200829 0.012 0.14
20		 13 29 0.48
ABR0027
66.00		 68.00
2.00		 S200830 0.018 0.15
10		 27 91 0.46
ABR0027
68.00		 70.00
2.00		 S200831 0.012 0.14
10		 12 28 0.49
ABR0027
70.00		 72.00
2.00		 S200832 0.016 0.14
30		 27 39 0.47
ABR0027
72.00		 74.00
2.00		 S200833 0.011 0.13 b.d.
b.d.		 1 0.45
ABR0027
74.00		 76.00
2.00		 S200834 0.012 0.13
30		 17 55 0.53
ABR0027
76.00		 78.00
2.00		 S200835 0.012 0.11
10		 14 31 0.41
ABR0027
78.00		 80.00
2.00		 S200836 0.013 0.12
20		 14 33 0.42
ABR0027
80.00		 82.00
2.00		 S200837 0.012 0.12
20		 10 21 0.42
ABR0027
82.00		 84.00
2.00		 S200838 0.013 0.12
10		 9 21 0.42
ABR0027
84.00		 85.00
1.00		 S200839 0.012 0.12 b.d.
9		 15 0.42

22

Cobalt, Scandium & PGM results from Black Range

==> picture [35 x 842] intentionally omitted <==

==> picture [184 x 26] intentionally omitted <==

Appendix 3 – Collated intercepts, Black Range

Parameters used to define cobalt, PGE, and scandium intercepts at Black Range

Parameter Cobalt-nickel Platinum+Palladium (PGE)
Scandium
Minimum cutoff 0.10 % Co 0.5 g/t Pt+Pd 50 g/t Sc
Minimum intercept thickness 2 m 2 m 2 m
Maximum internal waste thickness 4 m 3 m 3 m

Cobalt, PGE, and scandium intercepts from new drilling at Black Range

Drillhole Cobalt-Nickel intercepts PGE intercepts Scandium intercepts
ABR0001 2 m at 0.11 % Co and 0.38 % Ni from 18.0 m
18 m at 0.83 g/t Pt+Pd from surface
18 m at 97.8 g/t Sc from surface
2 m at 0.51 g/t Pt+Pd from 40.0 m
ABR0002 2 m at 0.13 % Co and 0.68 % Ni from 10.0 m 4 m at 55 g/t Sc from surface
ABR0003 8 m at 0.17 % Co and 0.69 % Ni from 8.0 m
12 m at 0.67 g/t Pt+Pd from surface
12 m at 68.3 g/t Sc from surface
ABR0004 12 m at 0.92 g/t Pt+Pd from 4.0 m
18 m at 70 g/t Sc from surface
ABR0005 2 m at 0.11 % Co and 0.86 % Ni from 14.0 m
6 m at 0.8 g/t Pt+Pd from 4.0 m
6 m at 56.7 g/t Sc from surface
2 m at 50 g/t Sc from 12.0 m
ABR0006 10 m at 0.12 % Co and 0.74 % Ni from 16.0 m
2 m at 0.86 g/t Pt+Pd from 10.0 m
10 m at 94 g/t Sc from surface
10 m at 62 g/t Sc from 16.0 m
ABR0007 6 m at 0.14 % Co and 1.02 % Ni from 40.0 m
2 m at 0.59 g/t Pt+Pd from 2.0 m
4 m at 65 g/t Sc from surface
16 m at 50 g/t Sc from 14.0 m
2 m at 50 g/t Sc from 34.0 m
ABR0008 16 m at 0.14 % Co and 0.74 % Ni from 60.0 m 10 m at 60 g/t Sc from 32.0 m
2 m at 0.12 % Co and 0.97 % Ni from 88.0 m 26 m at 47.7 g/t Sc from 52.0 m
6 m at 0.17 % Co and 0.46 % Ni from 98.0 m 2 m at 50 g/t Sc from 82.0 m
ABR0009 10 m at 0.12 % Co and 0.81 % Ni from 34.0 m 2 m at 60 g/t Sc from 16.0 m
4 m at 55 g/t Sc from 24.0 m
ABR0010 4 m at 0.62 g/t Pt+Pd from 10.0 m
2 m at 50 g/t Sc from 6.0 m
ABR0011 8 m at 67.5 g/t Sc from surface
ABR0012 4 m at 0.17 % Co and 0.73 % Ni from 2.0 m
ABR0013 10 m at 0.21 % Co and 0.75 % Ni from 4.0 m 8 m at 57.5 g/t Sc from 2.0 m
ABR0014 8 m at 0.2 % Co and 0.87 % Ni from 2.0 m 10 m at 58 g/t Sc from 2.0 m
ABR0015 2 m at 0.18 % Co and 0.35 % Ni from 30.0 m
16 m at 0.64 g/t Pt+Pd from surface
32 m at 83.1 g/t Sc from surface
2 m at 0.6 g/t Pt+Pd from 22.0 m
4 m at 0.56 g/t Pt+Pd from 28.0 m
ABR0016 4 m at 0.11 % Co and 0.48 % Ni from 10.0 m
6 m at 0.75 g/t Pt+Pd from surface
18 m at 54.4 g/t Sc from surface
ABR0017
ABR0018
ABR0019 2 m at 0.51 g/t Pt+Pd from 26.0 m
ABR0020 6 m at 0.85 g/t Pt+Pd from surface
8 m at 90 g/t Sc from surface
4 m at 0.66 g/t Pt+Pd from 10.0 m
ABR0021 20 m at 0.66 g/t Pt+Pd from 4.0 m
20 m at 84 g/t Sc from 4.0 m
2 m at 0.88 g/t Pt+Pd from 44.0 m
ABR0022 10 m at 0.27 % Co and 0.91 % Ni from 14.0 m
8 m at 0.66 g/t Pt+Pd from 2.0 m
28 m at 64.3 g/t Sc from surface
4 m at 0.51 g/t Pt+Pd from 14.0 m
ABR0023 2 m at 0.31 % Co and 0.78 % Ni from 20.0 m
2 m at 0.57 g/t Pt+Pd from 6.0 m
10 m at 58 g/t Sc from surface
ABR0024 8 m at 45 g/t Sc from 2.0 m

23

==> picture [35 x 842] intentionally omitted <==

==> picture [184 x 26] intentionally omitted <==

Cobalt, Scandium & PGM results from Black Range

Drillhole Cobalt-Nickel intercepts PGE intercepts Scandium intercepts
ABR0025 2 m at 0.2 % Co and 1.04 % Ni from 28.0 m 6 m at 56.7 g/t Sc from 18.0 m
2 m at 0.1 % Co and 0.47 % Ni from 38.0 m
ABR0026 2 m at 50 g/t Sc from 22.0 m
ABR0027 2 m at 0.2 % Co and 0.98 % Ni from 30.0 m 2 m at 50 g/t Sc from 10.0 m
2 m at 70 g/t Sc from 16.0 m
6 m at 66.7 g/t Sc from 22.0 m

Cobalt, PGE, and scandium intercepts from historic drilling at Black Range

Drillhole Cobalt-Nickel intercepts PGE intercepts Scandium intercepts
BKRC0120 6 m at 0.17 % Co and 1 % Ni from 28.0 m
No data		 No data
BKRC0121 6 m at 0.21 % Co and 1.74 % Ni from 8.0 m
No data		 No data
BKRC0129 2 m at 0.16 % Co and 0.98 % Ni from 20.0 m
No data		 No data
BKRC0132 2 m at 0.17 % Co and 0.83 % Ni from 2.0 m
No data		 No data
BKRC0133 4 m at 0.14 % Co and 0.82 % Ni from 2.0 m
No data		 No data
BKRC0134 8 m at 0.14 % Co and 0.86 % Ni from 20.0 m
No data		 No data
BKRC0135 6 m at 0.32 % Co and 0.87 % Ni from 24.0 m
6mat 0.22% Co and 0.72%Ni from38.0m

No data		 No data
BKRC0136 12 m at 0.14 % Co and 1.2 % Ni from 36.0 m
No data		 No data
BKRC0144 4 m at 0.11 % Co and 1.05 % Ni from 34.0 m
No data		 No data
BKRC0145 4 m at 0.13 % Co and 0.31 % Ni from 68.0 m
No data		 No data
BKRC0147 6 m at 0.15 % Co and 0.62 % Ni from 60.0 m
No data		 No data
BRR0069 4 m at 0.16 % Co and 0.61 % Ni from 16.0 m
No data		 No data
BRR0070 4 m at 0.14 % Co and 0.49 % Ni from 16.0 m
No data		 No data
BRR0071 20 m at 0.25 % Co and 0.55 % Ni from 28.0 m
No data		 No data
BRR0072 4 m at 0.11 % Co and 0.73 % Ni from 28.0 m
No data		 No data
BRR0073 8 m at 0.24 % Co and 1.86 % Ni from 16.0 m
No data		 No data
BRR0074 8 m at 0.32 % Co and 1.15 % Ni from 24.0 m
No data		 No data
BRR0075 4 m at 0.15 % Co and 1.3 % Ni from 24.0 m
No data		 No data
BRR0076 4 m at 0.14 % Co and 1.18 % Ni from 24.0 m
No data		 No data
BRR0078 4 m at 0.1 % Co and 0.71 % Ni from 24.0 m
No data		 No data
BRR0079 16 m at 0.15 % Co and 0.86 % Ni from 16.0 m
No data		 No data
BRR0080 20 m at 0.15 % Co and 0.56 % Ni from 20.0 m
No data		 No data
BRR0081 4 m at 0.16 % Co and 0.29 % Ni from 20.0 m
16mat 0.15 % Co and 0.36 %Ni from32.0m

No data		 No data
BRR0096 12 m at 0.23 % Co and 0.76 % Ni from 40.0 m
No data		 No data
BRRB008 4 m at 0.5 g/t Pt+Pd from 0.0 m
No data
BRRB009 8 m at 0.54 g/t Pt+Pd from 12.0 m
No data
BRRB014 4 m at 0.53 g/t Pt+Pd from 0.0 m
No data
BRRB022 4 m at 0.65 g/t Pt+Pd from 16.0 m
No data
BRRB052 4 m at 0.67 g/t Pt+Pd from 0.0 m
No data
BRRB059 4 m at 0.9 g/t Pt+Pd from 0.0 m
No data
BRRB060 4 m at 0.19 % Co and 0.48 % Ni from 32.0 m
4 m at 0.57 g/t Pt+Pd from 4.0 m
No data
BRRB061 16 m at 0.74 g/t Pt+Pd from 8.0 m
No data

24

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Cobalt, Scandium & PGM results from Black Range

Appendix 4 – JORC Code, 2012 Edition, Table 1 report

Section 1 Sampling Techniques and Data

(Criteria in this section applies to all succeeding sections)

Criteria JORC Code explanation Commentary
Sampling techniques
Note: Due to the
similarity of the deposit
styles, procedures and
estimations used this
table represents the
combined methods for
all Ardea Resources
(ARL) Cobalt and
Nickel Laterite
Resources. Where
data not collected by
ARL has been used in
the resource
calculations, variances
in techniques are
noted.		 •
Nature and quality of sampling (eg cut channels, random chips, or specific
specialised industry standard measurement tools appropriate to the minerals
under investigation, such as down hole gamma sondes, or handheld XRF
instruments, etc). These examples should not be taken as limiting the broad
meaning of sampling.
•
Include reference to measures taken to ensure sample representivity and the
appropriate calibration of any measurement tools or systems used.
•
Aspects of the determination of mineralisation that are Material to the Public
Report.
•
In cases where ‘industry standard’ work has been done this would be relatively
simple (eg ‘reverse circulation drilling was used to obtain 1 m samples from
which 3 kg was pulverised to produce a 30 g charge for fire assay’). In other
cases more explanation may be required, such as where there is coarse gold
that has inherent sampling problems. Unusual commodities or mineralisation
types (eg submarine nodules) may warrant disclosure of detailed information.		 •
In
this
most
recent
program, Ardea sampled
the Black Range deposit
by drilling using Reverse
Circulation (RC) on a grid
spacing of 400mE x 40mN.
Holes were vertical (-90
degree dip), designed to
optimally intersect the sub-
horizontal mineralisation.
All holes were sampled on
2 metre, or rarely 1 metre,
down hole intervals.
•
The drill spacing was
designed to augment and
infill
between
historic
drilling, leading to an
overall drill density of
40x200m.

25

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Cobalt, Scandium & PGM results from Black Range

Criteria JORC Code explanation Commentary
Drilling techniques •
Drill type (eg core, reverse circulation, open-hole hammer, rotary air blast,
auger, Bangka, sonic, etc) and details (eg core diameter, triple or standard
tube, depth of diamond tails, face-sampling bit or other type, whether core is
oriented and if so, by what method, etc).		 •
RC drilling was performed with a face sampling hammer (bit diameter between 4½ and 5 ¼ inches) and
samples were collected by either a cone (majority) or riffle splitter using 2 metre composites. Sample
condition, sample recovery and sample size were recorded for all drill samples collected by ARL.
Drill sample recovery •
Method of recording and assessing core and chip sample recoveries and results
assessed.
•
Measures taken to maximise sample recovery and ensure representative nature
of the samples.
•
Whether a relationship exists between sample recovery and grade and whether
sample bias may have occurred due to preferential loss/gain of fine/coarse
material.		 •
RC chip sample recovery was recorded by visual estimation of the reject sample, expressed as a
percentage recovery. Overall estimated recovery was approximately 80%, which is considered to be
acceptable for nickel-cobalt laterite deposits. RC Chip sample condition recorded using a three code
system, D=Dry, M=Moist, W=Wet. A small proportion of samples were moist or wet (11.5%), with the
majority of these being associated with soft goethite clays, where water injection has been used to
improve drill recovery.
•
Measures taken to ensure maximum RC sample recoveries included maintaining a clean cyclone and
drilling equipment, using water injection at times of reduced air circulation, as well as regular
communication with the drillers and slowing drill advance rates when variable to poor ground conditions
are encountered.
Logging •
Whether core and chip samples have been geologically and geotechnically
logged to a level of detail to support appropriate Mineral Resource estimation,
mining studies and metallurgical studies.
•
Whether logging is qualitative or quantitative in nature. Core (or costean, channel,
etc) photography.
•
The total length and percentage of the relevant intersections logged.		 •
Visual geological logging was completed for all RC drilling on 1 metre intervals. The logging system was
developed by Heron Resources Limited specifically for the KNP and was designed to facilitate future geo-
metallurgical studies. Logging was performed at the time of drilling, and planned drill hole target lengths
adjusted by the geologist during drilling. The geologist also oversaw all sampling and drilling practices. A
mixture of ARL employees and contract geologists supervised all drilling. A small selection of
representative chips were also collected for every 1 metre interval and stored in chip-trays for future
reference. Only drilling contractors with previous nickel laterite experience and suitable rigs were used.
•
The geological legend used by ARL is a qualitative legend designed to capture the key physical and
metallurgical features of the nickel-cobalt laterite mineralisation. Logging captured the colour, regolith unit
and mineralisation style, often accompanied by the logging of protolith, estimated percentage of free silica,
texture, grain size and alteration. Logging correlated well with the geochemical algorithm developed by
Heron Resources Limited for the Yerilla Nickel Project for material type prediction from multi-element
assay data.
Sub-sampling
techniques and sample
preparation		 •
If core, whether cut or sawn and whether quarter, half or all core taken.
•
If non-core, whether riffled, tube sampled, rotary split, etc and whether
sampled wet or dry.
•
For all sample types, the nature, quality and appropriateness of the sample
preparation technique.
•
Quality control procedures adopted for all sub-sampling stages to maximise
representivity of samples.
•
Measures taken to ensure that the sampling is representative of the in situ
material collected, including for instance results for field duplicate/second-half
sampling.
•
Whether sample sizes are appropriate to the grain size of the material being
sampled.		 •
2 metre (and rarely 1 metre) composite samples were recovered using a 15:1 rig mounted cone splitter
or trailer mounted riffle splitter during drilling into a calico sample bag. Sample target weight was between
2 and 3kg. In the case of wet clay samples, grab samples taken from sample return pile, initially into a
calico sample bag. Wet samples stored separately from other samples in plastic bags and riffle split once
dry.
•
QAQC was employed. A standard, blank or duplicate sample was inserted into the sample stream 10
metres on a rotating basis. Standards were either quantified industry standards, or standards made from
homogenised bulk samples of the mineralisation being drilled (in the case of the Yerilla project). Every
30th sample a duplicate sample was taken using the same sample sub sample technique as the original
sub sample. Sample sizes are appropriate for the nature of mineralisation.
Quality of assay data
and laboratory tests		 •
The nature, quality and appropriateness of the assaying and laboratory
procedures used and whether the technique is considered partial or total.		 •
All Ardea samples were submitted to Kalgoorlie ALS laboratories and transported to ALS Perth, where
they were pulverised. Analysis at ALS Perth was by ICP utilising a 50g charge (lab method PGM-ICP24)
for PGM suite elements (Au, Pt, Pd). Additional analysis was undertaken by sending subsamples to ALS

26

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Cobalt, Scandium & PGM results from Black Range

Criteria JORC Code explanation Commentary
•
For geophysical tools, spectrometers, handheld XRF instruments, etc, the
parameters used in determining the analysis including instrument make and
model, reading times, calibrations factors applied and their derivation, etc.
•
Nature of quality control procedures adopted (e.g. standards, blanks,
duplicates, external laboratory checks) and whether acceptable levels of
accuracy (i.e. lack of bias) and precision have been established.		 Brisbane where analysis by silicate fusion / XRF analysis (lab method ME-XRF12n) for multiple grade
attributes for laterite ores (Al2O3, As, BaO, CaO, Cl, Co, Cr2O3, Cu, Fe2O3, Ga, K2O, MgO, MnO, Na2O,
Ni, P2O5, Pb, Sc, SiO2, SO3, SrO, TiO2, V2O5, Zn, ZrO2). Fusion / XRF analysis is an industry standard
method used to analyse nickel laterite ores and ALS is a reputable commercial laboratory with extensive
experience in assaying nickel laterite samples from numerous Western Australian nickel laterite deposits.
•
ALS routinely inserts analytical blanks, standards and duplicates into the client sample batches for
laboratory QAQC performance monitoring.
•
Ardea also inserted QAQC samples into the sample stream at a 1 in 20 frequency, alternating between
duplicates splits, blanks (industrial sands) and standard reference materials.
•
Additionally, a review was conducted for geochemical consistency between historically expected data,
recent data, and geochemical values that would be expected in a nickel laterite profile.
•
All of the QAQC data has been statistically assessed. There were some inconsistencies in the returning
results from standards submitted, relating to the XRF analysis suite. This has been thoroughly
investigated with the conclusion that either some standards were not correctly identified and recorded on
submission, or time/external influence has had an impact on some of the quality of the values standards,
as figures reported for the relevant errant standards were significantly different to the normal recognisable
standard values. Ardea has undertaken its own further in-house review of QAQC results of the ALS routine
standards, 100% of which returned within acceptable QAQC limits. This fact combined with the fact that
the data is demonstrably consistent and repeated for expected Ni/Co values within the lateritic ore profiles
of both reported areas and is also consistent with nearby abundant historic drilling data, has meant that
the results are considered to be acceptable and suitable for reporting.
Verification of sampling
and assaying
•
The verification of significant intersections by either independent or alternative
company personnel.
•
The use of twinned holes.
•
Documentation of primary data, data entry procedures, data verification, data
storage (physical and electronic) protocols.
•
Discuss any adjustment to assay data.		 •
No independent verification has been undertaken.
•
No twinned holes were drilled.
•
A review of logged geology and geochemical domains within drill holes reconciles consistently with values
that would be expected within the lateritic profiles of both areas. Data values are within the numerical
ranges that are consistent with 200 m proximal drill hole values for the respective orebodies (i.e. values
are not considered outliers or skewed). Scandium has not been historically evaluated and is unusually
high in drill hole AKR0015, however historic drill holes were not assayed for scandium so no comparison
is available.
•
No adjustments have been made to the assay data.
Location of data points •
Accuracy and quality of surveys used to locate drill holes (collar and down-hole
surveys), trenches, mine workings and other locations used in Mineral
Resource estimation.
•
Specification of the grid system used.
•
Quality and adequacy of topographic control.		 •
All drill holes surveyed using an RTK DGPS system with either a 3 or 7 digit accuracy. The coordinates
are stored in the exploration database referenced to the MGA Zone 51 Datum GDA94.
•
All holes drilled as part of the Black Range program were vertical. No holes were down-hole surveyed.
The sub-horizontal orientation of the mineralisation, combined with the soft nature of host material results
in minimal deviation of vertical RC drill holes. For example, a small number of vertical open RC holes
were check surveyed at Jump Up Dam, and found to have deviation over 60m of less than 1 metre, which
is considered sufficiently accurate for this style of mineralisation.
•
The grid system for all models is GDA94. Where historic data or mine grid data has been used it has been
transformed into GDA94 from its original source grid via the appropriate transformation. Both original and
transformed data is stored in the digital database.
•
A DTM was constructed from picked up drill collar locations. The use of collar data is considered

27

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Cobalt, Scandium & PGM results from Black Range

Criteria JORC Code explanation Commentary
sufficiently accurate for reporting of resources, but is not suitable for mine planning and reserves.
Data spacing and
distribution		 •
Data spacing for reporting of Exploration Results.
•
Whether the data spacing and distribution is sufficient to establish the degree
of geological and grade continuity appropriate for the Mineral Resource and
Ore Reserve estimation procedure(s) and classifications applied.
•
Whether sample compositing has been applied.		 •
This drill program at Black Range was drilled at a grid spacing of 400mE x 40mN. Black Range has
historically been drilled on a series of uniform grids ranging from a maximum of 400mE x 100mN to
200mE x 40mN.
•
Sample compositing has not been applied to the newly collected data.
Orientation of data in
relation to geological
structure		 •
Whether the orientation of sampling achieves unbiased sampling of possible
structures and the extent to which this is known, considering the deposit type.
•
If the relationship between the drilling orientation and the orientation of key
mineralised structures is considered to have introduced a sampling bias, this
should be assessed and reported if material.		 •
All drill holes in this program were vertical and give a true width of the regolith layers and mineralisation.
•
On a local scale there is some variability due to sub-vertical to vertical structures which may not be picked
up with the relatively broad spaced vertical drill pattern employed. This local variability is not considered
to be significant for the project overall, but will have local effects on mining and scheduling later in the
project life.
Sample security •
The measures taken to ensure sample security.		 •
All samples were collected and accounted for by ARL employees during drilling. All samples were bagged
into plastic bags and closed with cable ties. Samples were transported to Kalgoorlie from site by ARL
employees/contractors in sealed bulka bags.
•
Consignments were transported to ALS Laboratories in Perth by Coastal Midwest Transport. All samples
were transported with a manifest of sample numbers and a sample submission form containing laboratory
instructions. Any discrepancies between sample submissions and samples received were routinely
followed up and accounted for.
Audits or reviews •
The results of any audits or reviews of sampling techniques and data.		 •
ARL has periodically conducted internal reviews of sampling techniques relating to resultant exploration
datasets, and larger scale reviews capturing the data from multiple drilling programmes within the KNP.
•
Internal reviews of the exploration data included the following:
•
Unsurveyed drill hole collars (less than 1% of collars).
•
Drill Holes with overlapping intervals (0%).
•
Drill Holes with no logging data (less than 2% of holes).
•
Sample logging intervals beyond end of hole depths (0%).
•
Samples with no assay data (from 0 to <5% for any given project, usually
•
related to issues with sample recovery from difficult ground conditions,
•
mechanical issues with drill rig, damage to sample in transport or sample preparation).
•
Assay grade ranges.
•
Collar coordinate ranges
•
Valid hole orientation data.
•
The ALS Laboratory was visited by ARL staff in 2016, and the laboratory processes and procedures were
reviewed at this time and determined to be robust.

28

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Cobalt, Scandium & PGM results from Black Range

Section 2 - Reporting of Exploration Results

(Criteria listed in the preceding section also apply to this section.)

Criteria JORC Code explanation Commentary
Mineral tenement
and land tenure
status		 •
Type, reference name/number, location and ownership including agreements or
material issues with third parties such as joint ventures,partnerships, overriding
royalties, native title interests, historical sites, wilderness or national park and
environmental settings.
•
The security of the tenure held at the time of reporting along with any known
impediments to obtaining a licence to operate in the area.		 •
The tenement on which the Black Range drilling was undertaken is M24/757.
•
The tenement and land tenure status for the KNP prospect areas containing continuous cobalt rich laterite
mineralisation is summarised in Table 3 following and in the Ardea Prospectus, section 9 “Solicitor’s
Report on Tenements”.
Exploration done
by other parties		 •
Acknowledgment and appraisal of exploration by other parties.		 •
The Black Range deposit was initially discovered and drilled by Anaconda Nickel Limited. Much historic
drilling and assessment of the Black Range Project was undertaken by Heron Resources Limited.
Geology •
Deposit type, geological setting and style of mineralisation.		 •
The KNP nickel-cobalt laterite mineralisation developed during the weathering and near surface
enrichment of Archaean-aged olivine-cumulate ultramafic units. The mineralisation is usually within
60 metres of surface and can be further subdivided on mineralogical and metallurgical characteristics into
upper iron-rich material and lower magnesium-rich material based on the ratios of iron to magnesium.
The deposits are analogous to many weathered ultramafic-hosted nickel-cobalt deposits both within
Australia and world-wide.
•
Cobalt-rich mineralisation is typically best developed in iron-rich material in regions of deep weathering
in close proximity to major shear zones or transfer shear structures and to a lesser extent as thin zones
along the interface of ferruginous and saprolite boundaries at shallower depths proximal to shear
structures.
•
The Cobalt Zone is associated with a distinctive geo-metallurgical type defined as “Clay Upper
Pyrolusitic”. Mineralogy is goethite, gibbsite and pyrolusite (strictly “asbolite” or “cobaltian wad”). The
Cobalt Zones typically occur as sub-horizontal bodies at a palaeo-water table within the KNP (late stage
supergene enrichment). This material is particularly well developed at Goongarrie South.
Drill hole
Information		 •
A summary of all information material to the understanding of the exploration results
including a tabulation of the following information for all Material drill holes:
•
easting and northing of the drill hole collar
•
elevation or RL (Reduced Level – elevation above sea level in metres) of the
drill hole collar
•
dip and azimuth of the hole
•
down hole length and interception depth
•
hole length.
•
All holes drilled in this most recent program are listed in“Appendix 1 – Collar location data, Black Range”.
Also listed are all historic drill holes from programs for which ARL holds at least some assay data.
Drill hole
Information		 •
If the exclusion of this information is justified on the basis that the information is not
Material and this exclusion does not detract from the understanding of the report, the
Competent Person should clearly explain why this is the case.		 •
All assay data relating to the metals of interest at Black Range, namely cobalt, nickel, scandium, platinum,
palladium, and chromium, are listed in “Appendix 2 – Assay results from Black Range”. Other elements
were assayed but have not been reported here. They are of use and of interest from a scientific and
metallurgical perspective, but are not considered material and their exclusion does not detract from the

29

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Cobalt, Scandium & PGM results from Black Range

Criteria JORC Code explanation Commentary
understanding of this report.
Data aggregation
methods		 •
In reporting Exploration Results, weighting averaging techniques, maximum and/or
minimum grade truncations (e.g. cutting of high grades) and cut-off grades are usually
Material and should be stated.
•
Where aggregate intercepts incorporate short lengths of high grade results and longer
lengths of low grade results, the procedure used for such aggregation should be stated
and some typical examples of such aggregations should be shown in detail.
•
The assumptions used for any reporting of metal equivalent values should be clearly
stated.		 •
Most drill hole samples have been collected over 2m down hole intervals.
•
All newly defined cobalt intercepts at Black Range (calculated both from new data and historic data) were
calculated using the following parameters:
•
0.10 % cobalt minimum cutoff;
•
2 m minimum intercept; and
•
4 m internal waste.
•
Platinum and palladium are closely associated metals in nature in general and at Black Range in
particular. Platinum and palladium are two of a group of metals that are typically referred to as Platinum
Group Elements (PGEs) or Platinum Group Metals (PGMs). All newly defined platinum and palladium
intercepts at Black Range (calculated both from new data and historic data) were calculated using the
following parameters:
•
0.50 g/t platinum+palladium minimum cutoff;
•
2 m minimum intercept; and
•
3 m internal waste.
•
All newly defined scandium intercepts at Black Range were calculated using the following parameters:
•
50 g/t scandium minimum cutoff;
•
2 m minimum intercept; and
•
3 m internal waste.
•
Assay compositing techniques were not used in this assessment.
•
No metal equivalent calculations have been used in this assessment.
Relationship
between
mineralisation
widths and
intercept lengths		 •
These relationships are particularly important in the reporting of Exploration Results.
•
If the geometry of the mineralisation with respect to the drill hole angle is known, its
nature should be reported.
•
If it is not known and only the down hole lengths are reported, there should be a clear
statement to this effect (eg ‘down hole length, true width not known’).		 •
The nickel-cobalt laterite mineralisation at Black Range has a strong global sub-horizontal orientation.
This is also true of the Pt+Pd and Sc mineralisation.
•
All drill holes are vertical.
•
All drill holes intersect the mineralisation at approximately 90° to its orientation. All down hole widths
approximate true widths.
Diagrams •
Appropriate maps and sections (with scales) and tabulations of intercepts should be
included for any significant discovery being reported These should include, but not be
limited to a plan view of drill hole collar locations and appropriate sectional views.		 •
Maps and sections of the cobalt, nickel, platinum, palladium, and scandium mineralisation are shown
within the report. Every drillhole on every section drilled is shown.
Balanced
reporting		 •
Where comprehensive reporting of all Exploration Results is not practicable,
representative reporting of both low and high grades and/or widths should be practiced
to avoid misleading reporting of Exploration Results.		 •
Not applicable to this report. All results are report either in the text or in the associated appendices.
Examples of high-grade mineralisation are labelled as such.
Other substantive
exploration data		 •
Other exploration data, if meaningful and material, should be reported including (but not
limited to): geological observations; geophysical survey results; geochemical survey
results; bulk samples size and method of treatment; metallurgical test results; bulk
density, groundwater, geotechnical and rock characteristics; potential deleterious or
contaminating substances.		 •
No other data are, at this stage, known to be either beneficial or deleterious to recovery of the metals
reported. Uncertainties surrounding the possibility of recovery of the metals of interest are noted
prominently in the report.
Further work •
The nature and scale of planned further work (e.g. tests for lateral extensions or depth
extensions or large-scale step-out drilling).
•
Diagrams clearly highlighting the areas of possible extensions, including the main		 •
Further drilling is likely to be undertaken at Black Range but has not yet been defined. Further drilling
could include infill drilling as well as extension of lines to the north and south as appropriate.
•
Metallurgicalassessment ofall metals of interest atBlack Rangewillbe undertakenduring thePre-

30

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Cobalt, Scandium & PGM results from Black Range

Criteria JORC Code explanation Commentary
geological interpretations and future drilling areas, provided this information is not
commercially sensitive.		 Feasibility Study (PFS) about to commence on the KNP Cobalt Zone. Features such as the host minerals
to the platinum, palladium, scandium, and chromium, and their recoverability will be assessed in detail.

31

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