FULLTEXT DEL 1 AV 1
Kvartalsrapport Q2 2025
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PERC Table 1
Viscaria Exploration Results, Q2 2025
AUGUST 2025
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Table of Contents
PERC REPORTING STANDARD ................................................................................................................. 1
Section 1 Project Outline ........................................................................................................................... 1
1.0. Introduction – General ................................................................................................................ 1
1.1. Property Description ................................................................................................................... 2
1.2. Location ....................................................................................................................................... 4
1.3. Adjacent Properties .................................................................................................................... 4
1.4. History ......................................................................................................................................... 5
1.5. Legal Aspects and Permitting .................................................................................................... 6
1.6. Royalties ...................................................................................................................................... 7
1.7. Liabilities ..................................................................................................................................... 8
Section 2 Geological Setting, Deposit, Mineralisation ............................................................................. 9
2.1. Geological Setting, Deposit Type and Mineralisation Style ..................................................... 9
Section 3 Exploration and Drilling, Sampling Techniques and Data ..................................................... 13
3.1. Exploration ................................................................................................................................ 13
3.2. Drilling Techniques ................................................................................................................... 14
3.3. Sample Method, Collection, Capture, and Storage ................................................................. 15
3.4. Sample Preparation and Analysis ............................................................................................ 16
3.5. Sampling Governance .............................................................................................................. 17
3.6. Quality Control/Quality Assurance .......................................................................................... 18
3.7. Bulk Density .............................................................................................................................. 18
3.8. Bulk-Sampling and/or Trial-mining .......................................................................................... 19
Section 4 Estimation and Reporting of Exploration Results, Mineral Resources and Mineral Reserves
................................................................................................................................................................... 20
4.1. Geological model and interpretation ....................................................................................... 20
4.2. Estimation and modelling techniques ..................................................................................... 21
4.3. Reasonable prospects for eventual economic extraction ...................................................... 22
4.4. Classification Criteria ............................................................................................................... 22
4.5. Reporting ................................................................................................................................... 22
Section 5 Technical Studies ..................................................................................................................... 25
5.1. Introduction ............................................................................................................................... 25
5.2. Mining Design............................................................................................................................ 26
5.3. Metallurgical and Test work ...................................................................................................... 28
5.4. Infrastructure ............................................................................................................................. 30
5.5. Environmental, Social Performance, and Governance ........................................................... 31
5.6. Market Studies and Economic Criteria .................................................................................... 35
5.7. Risk Analysis ............................................................................................................................. 39
5.8. Economic Analysis ................................................................................................................... 39
Section 6 Estimation and Reporting of Mineral Reserves ..................................................................... 41
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6.1. Estimation and Modelling Techniques ..................................................................................... 41
6.2. Classification Criteria ............................................................................................................... 43
6.3. Reporting ................................................................................................................................... 43
6.4. Specific for Metal Equivalents or Combined Grades Reporting ............................................ 45
Section 7 Audits and Reviews ................................................................................................................. 46
7.1. Audits and Reviews .................................................................................................................. 46
Section 8 Other Relevant Information ..................................................................................................... 47
8.1. Other Relevant Information ...................................................................................................... 47
Section 9 Qualification of Competent Person(s) and other key technical staff. Date and Signature
Page ........................................................................................................................................................... 48
9.1. Competent Person Details ........................................................................................................ 48
APPENDIX 1: FIGURES ............................................................................................................................ 49
APPENDIX 2: ASSAY RESULTS ............................................................................................................... 55
APPENDIX 2.1: Summary ..................................................................................................................... 55
APPENDIX 2.2: Full assay results ........................................................................................................ 56
APPENDIX 3: REFERENCES .................................................................................................................... 80
APPENDIX 4: CERTIFICATE OF COMPETENT PERSON ........................................................................ 81
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Table 1. PERC Reporting Standard
PERC REPORTING STANDARD
Section 1 Project Outline
1.0. Introduction – General
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) The terms of reference or scope of work. • Reporting of PERC (2021) compliant Exploration Results of the
Viscaria deposit located in Kiruna, Sweden.
• The Report has been prepared by Viscaria Kiruna AB (“VISCARIA”),
formerly Copperstone Viscaria AB (“Copperstone”) to disclose the
most recent results from the near mine exploration campaigns
performed in 2024 and continuing into 2025. The program has been
performed close in accordance with the Pan European Reserves
and Resources Reporting Committee (“PERC”) on the Viscaria
Copper-Iron Project in Sweden.
• The report covers assay results for 6 new drillholes, confirming
extension at depth and along strike of the D Zone.
• The report is prepared by Gruvaktiebolaget Viscaria and evaluated
by an independent Competent Person (CP): Mr. Thomas Lindholm.
(ii) The Competent Person’s relationship to the issuer of the report, if any. • The CP for the Exploration Results is Mr. Thomas Lindholm MSc
FAusIMM, FAMMP, who is a senior associate of and Principal
Consultant (Resource Geology) at GeoVista AB. He is a Fellow of
the Australasian Institute of Mining and Metallurgy, a Recognised
Professional Organisation (“RPO”) within the meaning of PERC. Mr.
Lindholm is a senior mining engineer and has long and extensive
experience in exploration, mining and mineral resource estimation of
iron ore, base and precious metals.
• The Competent Person is independent of the issuer.
(iii) A statement for whom the report was prepared; whether it was intended as
a full or partial evaluation or other purpose, work conducted, effective date
of report, and remaining work.
• This Technical Report has been prepared behalf of the Company with
effective date August 14, 2025.
(iv) Sources of information and data contained in the report or used in its
preparation, with citations if applicable, and a list of references. See APPENDIX 3
(v) A title page and a table of contents that includes figures and tables. See Table of Contents
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1.0. Introduction – General
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(vi) An Executive Summary, which briefly summarises important information in
the public report, including property description and ownership, geology
and mineralisation, the status of exploration, development and operations,
Mineral Resource and Mineral Reserve estimates, and the Competent
Person's conclusions and recommendations.
If Inferred Mineral Resources are used, a summary valuation with and if
practical without inclusion of such Inferred Mineral Resources. The
Executive Summary should have sufficient detail to allow the reader to
understand the essentials of the project.
N/A
(vii) A declaration from the Competent Person, stating whether “the declaration
has been made in terms of the guidelines of the PERC Reporting Standard”. See the certificate of the Competent Person in APPENDIX 4
(viii) Diagrams, maps, plans, sections and illustrations, which are dated, legible
and prepared at an appropriate scale to distinguish important features.
Maps including a legend, author or information source, coordinate system
and datum, a scale in bar or grid form, and an arrow indicating north.
Reference to a location or index map and more detailed maps showing all
important features described in the text, including all relevant cadastral and
other infrastructure features.
See APPENDIX 1
(ix) The units of measure, currency and relevant exchange rates. • The units of measure are in SI.
(x) The details of the personal inspection on the property by each Competent
Person or, if applicable, the reason why a personal inspection has not been
completed.
• The Competent Person has visited the site on several occasions,
latest in January of 2025.
1.1. Property Description
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) Brief description of the scope of project (i.e. whether in preliminary
sampling, advanced exploration, scoping, pre -feasibility, or feasibility
phase, Life of Mine plan for an ongoing mining operation or closure).
• A Feasibility Study for the project was published in May 2025, with a
planned mine opening in 2027.
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1.1. Property Description
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(ii) Describe (noting any conditions that may affect possible prospecting/mining
activities) topography, elevation, drainage, fauna and flora, the means and
ease of access to the property, the proximity of the property to a population
center, and the nature of transport, the climate, known associated climatic
risks and the length of the operating season and to the extent relevant to
the mineral project, the sufficiency of surface rights for mining operations
including the availability and sources of power, water, mining personnel,
potential tailings storage areas, potential waste disposal areas, heap leach
pad areas, and potential processing plant sites.
• The location of the mine site, 150 km north of the Arctic Circle and
250 km east of the North Atlantic Sea, strongly affects the climate in
the area. February had the lowest temperature down to average -21°
C. The warmest month is July, when the temperature normally varies
between 9,2° C and 17,6° C.
• Precipitation is greatest during the summer months with an average
precipitation of 94 mm in July, followed by August with 68 mm. Snow
and ice cover the landscape from October to May, with a snow depth
average of 75 cm. Rapid melting during the spring results in a short
and intensive spring flood normally lasting a few weeks in May and
June. The average wind speed at Kiruna Airport measuring station is
3,5 m/s and the dominant wind direction is from the south to south -
west.
• Mining in subarctic conditions means climatic risk to machinery and
labour force, but 100 years of mining tradition in the area has
developed modern technology and work methods that are very well
adapted to the environmental conditions. Water supply and mi ne
drainage systems must be adapted to arctic dry periods during winter
and high flows during late spring and summer, to support process -
and drilling water. (Viscaria Kiruna AB, 2025a)
• Viscaria Kiruna AB has built a new bridge and road to the area to
support the establishment of the mine. The location of the mine near
LKAB Kiirunavaara ensures that the local infrastructure and
workforce are well adapted to underground mining.
(iii) Specify the details of the personal inspection on the property by each CP
or, if applicable, the reason why a personal inspection has not been
completed.
• The Competent Person has visited the site, inspected drill core and
discussed the new discoveries with the geologists on several
occasions, latest in January of 2025.
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1.2. Location
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) Describe (noting any conditions that may affect possible prospecting/mining
activities) topography, elevation, drainage, fauna and flora, the means and
ease of access to the property, the proximity of the property to a population
center, and the nature of transport, the climate, known associated climatic
risks and the length of the operating season and to the extent relevant to
the mineral project, the sufficiency of surface rights for mining operations
including the availability and sources of power, water, mining personnel,
potential tailings storage areas, potential waste disposal areas, heap leach
pad areas, and potential processing plant sites.
• The A, B, D and ABBA zones of the Viscaria Copper Project (the
Project) are located in Kiruna Municipality in Norrbotten County, the
northernmost county in Sweden. The project lies approximately 5 km
northwest of the town of Kiruna. The project is located 270 km north-
northwest of the port city of Luleå, which lies on the Gulf of Bothnia
in the northern Baltic Sea, and 130 km southeast of the port city of
Narvik in northern Norway. (Viscaria Kiruna AB, 2025a)
• The coordinate system used in the Project is SWEREF 99 20 15.
(ii) Country Profile: describe information pertaining to the project host country
that is pertinent to the project, including relevant applicable legislation,
environmental and social context etc. Assess, at a high level, relevant
technical, environmental, social, economic, political and other key risks.
• Information pertaining to the project host country, including
applicable legislation, environmental and social context, and other
relevant factors can be found in Viscaria Kiruna AB, 2025b.
(iii) Provide a general
topocadastral map
Provide a topo-
cadastral map in
sufficient detail to
support the
assessment of
eventual economics.
State the known
associated climatic
risks.
Provide a detailed
topo-cadastral map.
Confirm that
applicable aerial
surveys have been
checked with ground
controls and surveys,
particularly in areas of
rugged terrain, dense
vegetation or high
altitude.
See Figure 2
1.3. Adjacent Properties
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) Discuss details of relevant adjacent properties If adjacent or nearby
properties have an important bearing on the report, then their location and
common mineralized structures should be included on the maps. Reference
all information used from other sources.
N/A
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1.4. History
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) State historical background to the project and adjacent areas concerned,
including known results of previous exploration and mining activities (type,
amount, quantity and development work), previous ownership and changes
thereto.
• There has been very limited mining in the B Zone and no mining in
the D Zone. Hence there is no reconciliation information available for
these zones.
• In the A zone, 12,5 Mt at 2,3% copper was mined between 1982 -
1997. Experience from past mining operations improves the technical
knowledge used to plan future mining. The old Viscaria mine was
opened and initially operated by LKAB. The mine was later run by
Outokumpu, before being closed in 1997 due to declining copper
prices.
• In the 2000s rising copper prices led to renewed interest in the
property and exploration was undertaken by Avalon Minerals.
• In 2019 the Project was acquired by Gruvaktiebolaget Viscaria (then
Copperstone Resources AB). (Viscaria Kiruna AB, 2025a)
(ii) Present details of previous successes or failures with reasons why the
project may now be considered potentially economic.
• The previous mine closed due to declining copper prices. Copper
prices are now much higher and projected to remain high.
(iii) Discuss known or existing historical Mineral
Resource estimates and performance statistics
on actual production for past and current
operations.
N/A
(iv) Discuss known or
existing historical
Mineral Reserve
estimates and
performance statistics
on actual production
for past and current
operations.
N/A
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1.5. Legal Aspects and Permitting
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) A statement from the Competent Person on the confirmation of the legal
tenure, including a description of (the following):
• The Competent Person has verified the company's tenure in the
publicly available database at the Inspector of Mines office.
(ii) Discuss the nature of the issuer’s rights (e.g. prospecting and/or mining)
and the right to use the surface of the properties to which these rights
relate. Disclose the date of expiry and other relevant details.
• Viscaria Kiruna AB has three granted exploitation concessions under
the Minerals Act (SFS1991: 45); Viscaria K no 3 and K no 4 which
were granted by Bergsstaten (Mining Inspectorate) in January 2012,
both expiring 2037, and Viscaria K no 7 which was granted in March
2018, expiring 2043.
• The exploration results presented are from drilling within or directly
adjacent to these concessions. If mining, development for mining or
other significant work to continue extraction are on-going at the time
of expiry, the concessions will automatically be extended for a 10-
year period.
• The area around the deposit has a detailed plan for mining operations
and is designated as an area of national interest for deposits of
valuable minerals or materials that are of great importance for the
country's supply readiness. (Viscaria Kiruna AB, 2025b) Viscaria
Kiruna AB also has 11 exploration licenses surrounding the
exploitation concessions. Details for all concessions and licenses
can be found at https://www.viscaria.com/en/
(iii) Present the principal terms and conditions of all existing agreements, and
details of those still to be obtained, (such as, but not limited to,
concessions, partnerships, joint ventures, access rights, leases, historical
and cultural sites, wilderness or national park and environmental settings,
royalties, consents, permission, permits or authorisations).
See the company's tenures at http://www.viscaria.com/en/
(iv) Present the security of the tenure held at the time of reporting or that is
reasonably expected to be granted in the future along with any known
impediments to obtaining the right to operate in the area. State details of
applications that have been made. See Clause 8.1 for declaration of a
Mineral Reserve.
See the company's tenures at http://www.viscaria.com/en/
(v) Provide a statement of any legal proceedings for example; land claims,
that may have an influence on the rights to prospect or mine for minerals,
or an appropriate negative statement.
See the company's tenures at http://www.viscaria.com/en/
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1.5. Legal Aspects and Permitting
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(vi) Provide a statement relating to governmental/statutory requirements and
permits as may be required, have been applied for, approved or can be
reasonably be expected to be obtained. Provide a review of risks that
permits will not be received as expected and impact of delays to the
project.
• The final environmental permit for mining was approved in April 2025.
All public information on the permitting process can be found on the
company webpage http://www.viscaria.com/en/
1.6. Royalties
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) Describe the royalties that are payable in respect of each property. • Pursuant to Swedish law, a mineral royalty of 0.2% of the value of
ROM is payable. This comprises 0.05% to the state and 0.15% to
landowners (private landowners own a small part of property inside
the land lease). The royalty cost is estimated to be around US$
500,000 per annuum (net cost).
• VISCARIA is a party to two of so-called Net Smelter Return (“NSR”)
royalty agreements, entered into in February 2008 in connection with
Copperstone Viscaria’s (with a different governance regime and
under another company name) acquisition the Viscaria asset. The
agreements entails a certain industry specific royalty obligation,
originally for the benefit of two different previous owners of this mine
asset, of which the larger royalty right of 1.0 % has been transferred
to EMX Corp ("EMX”), that inter alia, administer NSR- rights
professionally, while the smaller royalty right of 0.5 %, although
capped at MUSD 12, has been transferred to Outokumpu Oyj
("Outokumpu”), parent company to the Swedish subsidiary that
managed and subsequently closed the previous mine. The payment
of the smaller royalty is deductible from the larger royalty, meaning
that the royalty obligation shall not exceed 1.0 % of the net sales
revenue.
• VISCARIA and Laevas Sami village have entered a cooperation
agreement to enhance both mining operations and reindeer
husbandry in the Viscaria area. As part of the agreement, the parties
have agreed on the compensation to be paid for the impact of the
mining operations on the reindeer husbandry.
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1.7. Liabilities
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) Describe any liabilities, including rehabilitation guarantees that are
pertinent to the project. Provide a description of the rehabilitation liability,
including, but not limited to, legislative requirements, assumptions and
limitations.
• The mine area will have to be rehabilitated when operations cease.
As a security a bond of 344 MSEK will be deposited with the
Norrbotten County Administrative Board. In the first phase a 60.6
MSEK bond was deposited in order to guarantee rehabilitation of the
initial mine drainage and the water treatment plant.
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Section 2 Geological Setting, Deposit, Mineralisation
2.1. Geological Setting, Deposit Type and Mineralisation Style
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) Describe the regional geology. • The Viscaria Cu project is located in the center of the Kiruna mining
district, which consists of a Paleoproterozoic (2.5 – 1.8 Ga)
supracrustal sequence, including clastic sedimentary rocks together
with basic and intermediate to acid felsic volcanic rocks.
• The Paleoproterozoic Karelian Suite was formed during a continental
rifting event between 2.5 Ga and 2.0 Ga, and consists of
metamorphosed volcanic, volcano -sedimentary, and sedimentary
rocks. In the Kiruna area, the lowermost unit of the Karelian Suite is
the Kovo Group, which is comprised of quartzite and meta-
conglomerate, overlain by the Kiruna Greenstone Group.
• The Kiruna Greenstone Group is the host group of the Viscaria and
Pahtohavare deposits. It consists of a 2 to 4 km thick sequence of
submarine and subaerial basalts, andesites, volcanoclastic rocks,
turbidites and chemical sedimentary rocks, which were for med
between 2.2 Ga and 2.0 Ga. Several of the sedimentary formations
can be easily traced along 10 km length on the Kiruna district. The
whole sequence is affected by extensional tectonics and igneous sill
emplacements.
• Around 2.0 Ga, there was a shift from extensional to compressional
tectonics, marked by the onset of the Svecokarelian orogeny (1.96
Ga to 1.75 Ga). The Kurravaara Conglomerate Formation
unconformably overlies the Kiruna Greenstone Group.
• The Svecofennian Suite is a supracrustal sequence represented by
arc-related volcanic and sedimentary rocks that include the
Porphyrite Group, the Porphyry Group, and the Hauki Quartzite,
arranged from oldest to youngest, respectively. The volcanic rocks of
the Porphyry Group host economically important IOA’s, such as the
Kiirunavaara and the Per Geijer deposits.
(ii) Describe the project geology including mineral deposit type, geological
setting and style of mineralisation.
• The Kiruna Greenstone Group was deposited on a continental rift
setting and exhibits an evolution from within- plate to mid -ocean-
ridge-type volcanism. The group has been divided into six formations
based on petrographic and geochemical criteria.
(Continued on next page)
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2.1. Geological Setting, Deposit Type and Mineralisation Style
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(ii) Describe the project geology including mineral deposit type, geological
setting and style of mineralisation.
The bottom of the group is dominated by basaltic lavas, dolerite and
locally conglomerates (Såkevaratjah Formation). This is
subsequently overlain by peridotitic to basaltic komatiites of the
Ädnamvare Formation, followed by the subaqueous -subaerial
tholeiitic basalts of the Pikse Formation.
• The district spans around 150 km by 20 km, hosting Kiruna-type Iron
Oxide Apatite (IOA) deposits, including Kiirunavaara - the world’s
largest underground iron ore mine, Malmberget, Gruvberget,
Tuolluvaara, and the Per Geijer deposits.
• The Viscaria Formation, the host formation of the Viscaria Cu -Fe
orebodies, is composed of a steeply SE -dipping, NE- SW-striking
sequence of volcanoclastic, chemical and organic sedimentary
rocks. Overlying the Viscaria Formation is the Peuravaara Formation,
composed of basaltic pillow lavas. The whole sequence has been
metamorphosed in upper greenschist to lower amphibolite facies.
The hydrothermal alteration spans over 20 km², and includes district-
wide sodic alteration, followed by widespread Fe-K- Ca±Mg
metasomatism, marked by biotite, K -feldspar, amphibole, and
magnetite alterations.
• The Viscaria deposit is situated within the now inverted former rift
basin of the crust within the northern Norrbotten area. E -W late -
orogenic crustal shortening formed major regional folds and
penetrative regional steeply dipping N-S foliation. This N-S structural
pattern controls inflections, steps and terminations in the Viscaria
Formation. The complex evolution resulted in a SE-dipping, NE-SW-
striking stratigraphy younging to the east.
• At Viscaria, the rheological heterogeneity of the rock units has led to
strain partitioning, resulting in localized bedding- parallel shear/fault
zones close to major rheological contacts and intraformational folding
with meter scale parasitic folds normall y observed within
mechanically weaker rocks; marble, talc schists and graphite schists.
• The rocks show steep to locally overturned dips close to the surface
while the dips become gentler towards the depth.
(Continued on next page)
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2.2. Geological Setting, Deposit Type and Mineralisation Style
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(ii) Describe the project geology including mineral deposit type, geological
setting and style of mineralisation.
The stratigraphy is overprinted by steeply dipping reverse faults with
west side up kinematics and intraformational folds moderately
plunging to the S and SW.
• Viscaria is a copper sulfide deposit with chalcopyrite as the main
copper mineral. In the D Zone, Cu sulfides are linked to the
replacement of pyrite along magnetite grain margins. Rare
replacement of bornite in chalcopyrite also occurs. In the A and B
Zones, Cu sulfides are paragenetically associated with pyrrhotite and
pyrite which replace magnetite.
(iii) Discuss the geological model or concepts being applied in the investigation
and on the basis of which the exploration program is planned. Describe the
inferences made from this model.
• The drillholes presented here are part of an exploration campaign
that began in mid-2024. This campaign is designed to test the strike
and depth extensions of the known stratabound mineralized zones,
outside of the established Mineral Resources. Exploration results
from 2024 were incorporated in the feasibility study and resource
update published in May 2025, which can be found at
http://www.viscaria.com/en/
(iv) Discuss data density, distribution and reliability and whether the quality and
quantity of information are sufficient to support statements, made or
inferred, concerning the project.
• Results published here consist of 6 assayed diamond drillholes, all in
close proximity to existing declared resources. The purpose is to
further investigate the extension of the D zone at depth, which has
been reported previously.
(v) Discuss the significant minerals present in the deposit, their frequency, size
and other characteristics. These include minor and gangue minerals where
these will have an effect on the processing steps. Indicate the variability of
each important mineral within the mineral deposit.
• Mineralogy of the Viscaria Deposit is described in Table 1 for Mineral
Resource Update May 2025 (Viscaria Kiruna AB, 2025b) . More
recent articles regarding mineral characterization can be found in
Imana et al., 2023 and Tasbicen et al., 2023.
(vi) Describe the significant mineralised zones encountered on the property,
including a summary of the surrounding rock types, relevant geological
controls, and the length, width, depth, and continuity of the mineralisation,
together with a description of the type, character, and distribution of the
mineralisation
• The D orebody is hosted within a thick carbonate unit (>15 m). This
unit shows magnetite chalcopyrite replacement along both margins.
Localized talc and amphibole occur associated with low Cu grade
areas. D zone has elevated content of Fe oxides (22 -26% of Fe
hosted in magnetite) with Cu and Fe sulphide (chalcopyrite and
pyrite) replacing along magnetite grain boundaries, with less
replacement in a Mg-rich amphibole marble unit.
(Continued on next page)
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2.2. Geological Setting, Deposit Type and Mineralisation Style
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(vi) Describe the significant mineralised zones encountered on the property,
including a summary of the surrounding rock types, relevant geological
controls, and the length, width, depth, and continuity of the mineralisation,
together with a description of the type, character, and distribution of the
mineralisation
• D zone has negligible contents of Fe and Zn sulphides. Peripheral or
marginal zones have sparse pyrite replacement on magnetite. A
barren to low Cu grade specular hematite zone occurs near the
tectonic footwall of the marble unit.
• The A and B Zone orebodies have several similarities in terms of
their higher proportion of calcsilicate assemblages and bed parallel
and crosscutting Cu and Fe sulphide veining. The A Zone contains
a carbonaceous graphitic ore type whereas B orebody normally
contains Cu sulphide dissemination and veining in the peripheric
biotite-altered zones. Both A and B Zone orebodies are harder and
more competent than D Zone carbonate magnetite rich orebodies.
(Viscaria Kiruna AB, 2025a, 2025b)
(vii) Confirm that reliable geological models and / or maps and cross sections
that support interpretations exist.
• Details on geological setting and mineralisation can be found in the
part of the FS Report Executive Summary, Viscaria, 2025a,
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Section 3 Exploration and Drilling, Sampling Techniques and Data
3.1. Exploration
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) Describe the data acquisition or exploration techniques and the nature,
level of detail, and confidence in the geological data used (i.e. geological
observations, remote sensing results, stratigraphy, lithology, structure,
alteration, mineralisation, hydrology, geophysical, geochemical,
petrography, mineralogy, geochronology, bulk density, potential
deleterious or contaminating substances, geotechnical and rock
characteristics, moisture content, bulk samples etc.). Confirm that data
sets include all relevant metadata, such as unique sample number,
sample mass, collection date, spatial location etc.
• The report concerns 6 drillholes, totaling 7132 m:
VDD24111B, VDD24129, VDD24129B, VDD25001, VDD25002,
VDD24006D.
• See APPENDIX 2 for all drillhole information and assays.
Lithology, alteration, mineralisation and structures were logged from
drill core. Portions of s elect drillholes were also logged for
geotechnical parameters. BHEM surveys were used to trace
conductive surfaces, in order to estimate extents of economic zones
and to plan drillholes. Bulk density was measured, see
Section 3.7.
• Sample preparation and assaying w ere performed at ALS
Geochemistry laboratories in Piteå and Ireland, respectively.
(ii) Identify and comment on the primary data elements (observation and
measurements) used for the project and describe the management and
verification of these data or the database. This should describe the following
relevant processes: acquisition (capture or transfer), validation, integration,
control, storage, retrieval and backup processes. It is assumed that data
are stored digitally but hand- printed tables with well- organized data and
information may also constitute a database.
• A custom SQL database from M - solutions is used, called M -IDIS®
Industry Data Integration System. The database downloads assay
results directly from the laboratory ALS's (see Section 3.4.(i)) cloud-
based database Webtrieve. Database is backed up daily.
(iii) Acknowledge and appraise data from other parties and reference all data
and information used from other sources. See APPENDIX 3 for references.
(iv) Clearly distinguish between data / information from the property under
discussion and that derived from surrounding properties N/A
(v) Describe the survey methods, techniques and expected accuracy of data,
including the methods for downhole surveying of drillholes. Specify the
grid system used.
• A g yroscope sensor (SPT GyroMaster) is used for downhole
surveying. Surveys are completed by trained drilling contractors and
requested by Viscaria geologists. The grid system used is SWEREF
99 20 15.
(vi) Discuss whether the data spacing and distribution is sufficient to establish
the degree of geological and grade continuity appropriate for the estimation
procedure(s) and classifications applied.
• Only exploration results reported, no estimations made, or
classifications applied.
===== SIDA 17 =====
14
3.1. Exploration
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(vii) Present representative models and / or maps and cross sections or other
two- or three -dimensional illustrations of results, showing location of
samples, accurate drill- hole collar positions, down- hole surveys,
exploration pits, underground workings, relevant geological data, etc.
See APPENDIX 1 for figures
(viii) Report the relationships between mineralisation widths and intercept
lengths are particularly important, the geometry of the mineralisation with
respect to the drill hole angle. If it is not known and only the down-hole
lengths are reported, confirm it with a clear statement to this effect (e.g.
down-hole length, true width not known’).
• Down-hole lengths are given only, rather than true width calculations.
• Drill holes are nominally planned to intersect the target mineralization
with a perpendicular angle. Directional drilling has been utilized also
to ensure adequate intersection angles (i.e., to avoid drilling along
mineralization, rather than through it).
3.2. Drilling Techniques
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) Present the type of drilling undertaken (e.g. core, reverse circulation,
open-hole hammer, rotary air blast, auger, Banka, sonic, etc.) and details
(e.g. 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.).
• All drilling undertaken is standard tube diamond drilling. Cores are
NQ2 size ( 50.7 mm diameter). All core, excluding sections where
directional drilling is done, is oriented by the drillers where possible.
(ii) Describe whether core and chip samples have been geologically and
geotechnically logged to a level of detail to support appropriate Mineral
Resource estimation, technical studies, mining studies and metallurgical
studies.
N/A
(iii) Describe whether logging is qualitative or quantitative in nature; indicate if
core photography. (or costean, channel, etc.) was undertaken
• Logging is qualitative. All cores are photographed dry and wet.
(iv) Present the total length and percentage of the relevant intersections
logged.
• Six completed drillholes totaling 7132 m. Geological logging is
performed on all core. Core is assayed in and near mineralisation.
See APPENDIX 2 for assay results.
(v) Discuss the results of any downhole surveys of the drill holes. • Deviation surveys are regularly carried out during drilling and at the
end of hole in order to monitor the drilling trajectory.
• BHEM surveys are also routinely conducted as part of the exploration
program. Results were used to plan further drilling.
===== SIDA 18 =====
15
3.3. Sample Method, Collection, Capture, and Storage
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) Describe the nature and quality of sampling (e.g. 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.
• Drillhole pulp sampling is used. Handheld XRF instruments were
occasionally used to assist in preliminary estimation of Cu content or
to identify minerals.
(ii) Describe the sampling processes, including sub -sampling stages to
maximize representivity of samples. This should include whether sample
sizes are appropriate to the grain size of the material being sampled.
Indicate whether sample compositing has been applied.
• For sampling process, see Section 3.4.(iii)
• Sample compositing has not been applied.
(iii) Appropriately describe each data set (e.g. geology, grade, density, quality,
diamond breakage, geo -metallurgical characteristics etc.), sample type,
sample-size selection and collection methods
• For grade samples, see Section 3.4.(iii)
• For density samples, see Sections 3.7.(i) and 3.7.(iv)
(iv) Report the geometry of the mineralisation with respect to the drill -hole
angle. State whether the orientation of sampling achieves unbiased
sampling of possible structures and the extent to which this is known,
considering the Mineral deposit type. State if the intersection angle is not
known and only the downhole lengths are reported.
• Only downhole lengths are reported. Drill holes are designed to
intersect with a perpendicular angle the steeply and usually
southeast-dipping mineralization. In certain cases, a cutting line was
used to ensure a more representative sample, for example where
drillcore is oblique to mineralisation orientation.
(v) Describe retention policy and storage of physical samples (e.g. core,
sample reject, etc.)
• All core (sampled and non-sampled) is placed in cold storage. Pulps
are returned from lab and stored in library. Rejects are placed in cold
storage.
(vi) Describe the 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 and 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.
• TCR (Total Core Recovery) and RQD (Rock Quality Designation) are
measured for all cores. Drillers report core loss measured after every
run. Drillers reports are compared to TCR. Where core loss
(according to TCR) exceeds 0.3 m sample intervals are not extended
across the incomplete section. Where core cannot be assayed,
results are diluted with 0 grade material in grade calculations. As
such, where grade is reported across an interval with core loss, Cu
and Fe content is underestimated. Core loss in the reported
intersections is minimal.
===== SIDA 19 =====
16
3.3. Sample Method, Collection, Capture, and Storage
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(vii) If a drill-core sample is taken, state whether it was split or sawn and whether
quarter, half or full core was submitted for analysis. If a non -core sample,
state whether the sample was riffled, tube sampled, rotary split etc. and
whether it was sampled wet or dry. The impact of water table or flow rates
on recovery and introduction of sampling biases or contamination from
above.
Discuss the impact of variable hole diameters, e.g., by the use of a caliper
tool.
• Core is sawn and half core is analyzed. Hole diameter is very
consistent.
(viii) If a drill-core sample is taken, sufficient information should be supplied to
assess the effects of core loss. Occasionally, only total core recovery is
mentioned but at the same time the mineralized parts are designated as
poor quality. This type of repor ting is against the main principles of
Transparency and Materiality. Heavy core losses throughout an ore body
intersection can seriously undermine the confidence in a resource estimate.
It is important to determine whether a relationship exists between grade and
recovery (either positive or negative) to assess the potential for grade bias.
In addition, it is important to state the method used to determine the core
recovery: Total Core Recovery (TCR), Solid Core Recovery (SCR) and
Rock Quality Designation (RQD).
See Section 3.3.(vi)
3.4. Sample Preparation and Analysis
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) Identify the laboratory(s) and state the accreditation status and Registration
Number of the laboratory or provide a statement that the laboratories are
not accredited. Record the steps taken by the Competent Person to ensure
the results from a non-accredited laboratory are of an acceptable quality.
• The accredited laboratories ALS Geochemistry – Piteå (SWE) and
ALS Geochemistry – Loughrea, (IRL) perform the sample
preparation and assaying, respectively.
(ii) Identify the analytical method. Discuss the nature, quality and
appropriateness of the assaying and laboratory processes and procedures
used and whether the technique is considered partial or total.
• Multielement method ME-MS61 has been utilized. It is considered
appropriate for the mineralisation at Viscaria.
===== SIDA 20 =====
17
3.4. Sample Preparation and Analysis
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(iii) Describe the process and method used for sample preparation, sub-
sampling and size reduction, and the likelihood of inadequate or non-
representative samples (i.e. improper size reduction, contamination,
screen sizes, granulometry, mass balance, etc.)
• Sample interval boundaries are marked by geologists. Cores are then
transported via courier to ALS, Piteå using Chain of Custody
procedure. Diamond drill core is sawn longitudinally and split in half
for sampling. Sample preparation procedures are appropri ate, with
ALS preparing samples by crushing to <2 mm, splitting using a riffle
splitter, the pulverizing to achieve a 250 g sample mass that is sub-
sampled for analysis. Sample sizes have varied according to the
length of core sample taken as determined by geological logging.
Sample lengths are appropriate for the intersected mineralization and
minimum core diameters are greater than the maximum
mineralisation crystal size. Pulverizing of crush materials is
acceptable under the quality standard by ALS. ALS ships the
sampled half-core, pulp and reject material via courier to Viscaria
Kiruna AB, where pulps are stored in a dry and heated library and the
half-core and rejects are stored in cold facilities for later use and/or
review. (Viscaria AB, 2025b)
3.5. Sampling Governance
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) Discuss the governance of the sampling campaign and process, to ensure
quality and representivity of samples and data, such as sample recovery,
high grading, selective losses or contamination, core/hole diameter, internal
and external QA/QC, and any other factors that may have resulted in or
identified sample bias.
• Average recovery is 99% across 6 drill cores. Where core loss exists,
it is typically <0.5 m. Where core loss exceeds 0.3 m, the affected
section is not included in sampling to minimize error.
(ii) Describe the measures taken to ensure sample security and the Chain of
Custody.
• Measures described by Viscaria Kiruna AB, 2025a and 2025b.
(iii) Describe the validation procedures used to ensure the integrity of the
data, e.g. transcription, input or other errors, between its initial collection
and its future use for modelling (e.g. geology, grade, density, etc.)
• Data integrity was ensured through a series of validation procedures.
During data collection, field observations and survey measurements
were cross -checked by Viscaria geologists. Consistency and
completeness checks were applied, with statistical outliers flagged
for review through graphical and statistical methods. The data was
reviewed through internal peer audits before being merged into the
main database. Additional validation ensured that datasets were
correctly formatted and compatible with the modelling software.
===== SIDA 21 =====
18
3.5. Sampling Governance
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(iv) Describe the audit process and frequency (including dates of these audits)
and disclose any material risks identified. • Regular internal audits are performed by the Viscaria geology team.
3.6. Quality Control/Quality Assurance
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) Demonstrate that adequate field sampling process verification techniques
(QA/QC) have been applied, e.g. the level of duplicates, blanks, reference
material standards, process audits, analysis, etc. If indirect methods of
measurement were used (e.g. geophy sical methods), these should be
described, with attention given to the confidence of interpretation. Refer to
measures taken to ensure sample representivity and the appropriate
calibration of any measurement tools or systems used. QA/QC procedures
used to check databases augmented with ‘new’ data have not resulted in
corruption of previous versions containing stored 'old' data.
• Duplicates (crush and field), blanks and standards are inserted into
sample program at a frequency of minimum 1 duplicate/blank/
standards per 10 samples.
(ii) Document the use of any independent check laboratory (umpire check
samples). Identify the independent laboratory and details of its
accreditation.
• No umpire check has been used for the results reported here.
3.7. Bulk Density
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) Describe the method of bulk density determination with reference to the
frequency of measurements, the size, nature and representativeness of
the samples.
• Across the 6 drillholes reported, 1437 density samples were taken.
Density measurements are made on whole core, with buoyancy
method, before core is sent to the lab. Density measurements are
focused in sampled intervals, with representative samples in non -
sampled intervals. Measured core pieces were between 2 and 34 cm.
Measured bulk density ranged from 2.61 to 5.57 g/cm3. There are 18
samples with a measured bulk density <2.6 g/cm3, which is not likely
to be the real density but rather an error due to porosity that was not
identified by the sampler. Where density measurements are poor
quality or nonexistent, the density value used in grade calculations is
based on a regression model for density in the magnetite ore. (See
APPENDIX 2.2). Outside the ore, a simple average density for the
rock type is used.
(ii) If target tonnage ranges are reported state the preliminary estimates or
basis of assumptions made for bulk density. N/A
===== SIDA 22 =====
19
3.7. Bulk Density
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(iii) Discuss the representivity of bulk density samples of the material for which
a grade range is reported. N/A
(iv) Discuss the adequacy of the methods of bulk density determination for bulk
material with special reference to accounting for void spaces (vugs, porosity
etc.), moisture and differences between rock and alteration zones within the
mineral deposit.
• Porous and/or clay-rich rock is excluded as the measurement method
is not accurate for these rocks. Very low density measurements
(≤ 2.6g/cm3) are likely due to porosity not visible to the technician.
3.8. Bulk-Sampling and/or Trial-mining
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) Indicate the location of individual samples (including map). N/A
(ii) Describe the size of samples, spacing/density of samples recovered and
whether sample sizes and distribution are appropriate to the grain size of
the material being sampled.
N/A
(iii) Describe the method of mining and treatment. N/A
(iv) Indicate the degree to which the samples are representative of the various
types and styles of mineralisation and the mineral deposit as a whole. N/A
===== SIDA 23 =====
20
Section 4 Estimation and Reporting of Exploration Results, Mineral Resources and Mineral Reserves
4.1. Geological model and interpretation
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) Describe the geological model, construction technique and assumptions
that form the basis for the Exploration Results or Mineral Resource
estimate. Discuss the sufficiency of data density to assure continuity of
mineralisation and geology and provide an ad equate basis for the
estimation and classification procedures applied.
• Resource models are published in 2025, See
http://www.viscaria.com/en/
• No estimation or classification is reported here. The results are
spatially close to, and consistent with, previously reported resources.
(ii) Describe the nature, detail and reliability of geological information with
which lithological, structural, mineralogical, alteration or other geological,
geotechnical and geo-metallurgical characteristics were recorded.
• Geological logging is qualitative, performed by Viscaria geologists as
well as skilled contractors. Details of data collection are described in
Section 3: Exploration and Drilling, Sampling Techniques and Data.
(iii) Describe any obvious
geological, mining,
metallurgical,
environmental, social,
infrastructural, legal
and economic factors
that could have a
significant effect on
the prospects of any
possible exploration
target or mineral
deposit.
• The report covers near -mine exploration, inside or directly adjacent
to existing exploitation concessions. There are no factors specific to
these findings.
(iv) Discuss all known geological data that could
materially influence the estimated quantity and
quality of the Mineral Resource.
N/A
(v) Discuss whether consideration was given to
alternative interpretations or models and their
possible effect (or potential risk) if any, on the
Mineral Resource estimate.
N/A
(vi) Discuss geological discounts (e.g. magnitude,
per reef, domain, etc.), applied in the model,
whether applied to mineralized and / or un-
mineralized material (e.g. potholes, faults, dykes,
etc.).
N/A
===== SIDA 24 =====
21
4.2. Estimation and modelling techniques
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) Describe in detail the
estimation techniques
and assumptions used
to determine the grade
and tonnage ranges
for any Exploration
Targets, if reported in
a Public Report.
N/A
(ii) Discuss the nature and appropriateness of the
estimation technique(s) applied and key
assumptions, including treatment of extreme
grade values (cutting or capping), compositing
(including by length and/or density), domaining,
sample spacing, estimation unit size (block size),
selective mining units, interpolation parameters
and maximum distance of extrapolation from data
points.
N/A
(iii) Describe assumptions and justification of
correlations made between variables. N/A
(iv) Provide details of any relevant specialized
computer program (software) used, with the
version number, together with the estimation
parameters used.
N/A
(v) State the processes of checking and validation,
the comparison of model information to sample
data and use of reconciliation data, and whether
the Mineral Resource estimate takes account of
such information.
N/A
(vi) Describe the assumptions made regarding the
estimation of any co -products, by -products or
deleterious elements.
N/A
===== SIDA 25 =====
22
4.3. Reasonable prospects for eventual economic extraction
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) Disclose and discuss the geological parameters.
These would include (but not be limited to)
volume / tonnage, grade and value / quality
estimates, cut-off grades, strip ratios, upper- and
lower- screen sizes.
N/A
(ii) Disclose and discuss the engineering
parameters. These would include mining
methods, dilution, processing, geotechnical,
geohydraulic and metallurgical) parameters.
N/A
(iii) Disclose and discuss the infrastructural including,
but not limited to, power, water, site-access. N/A
(iv) Disclose and discuss the legal, governmental,
permitting, statutory parameters. N/A
(v) Disclose and discuss the environmental and
social (or community) parameters. N/A
(vi) Disclose and discuss the marketing parameters. N/A
(vii) Disclose and discuss the economic assumptions
and parameters. These factors will include, but
not limited to, commodity prices and potential
capital and operating costs
N/A
(viii) Discuss any material risks N/A
(ix) Discuss the parameters used to support the
concept of "eventual" N/A
4.4. Classification Criteria
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) Describe criteria and methods used as the basis
for the classification of the Mineral Resources
into varying confidence categories.
N/A
4.5. Reporting
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) Discuss the reported low and high -grades and widths together with their
spatial location to avoid misleading the reporting of Exploration Results,
Mineral Resources or Mineral Reserves.
• Only exploration results are reported.
===== SIDA 26 =====
23
4.5. Reporting
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(ii) Discuss whether the
reported grades in
Exploration Targets
are regional averages
or if they are selected
individual samples
taken from the
property under
discussion.
• Reported grades are individual samples from the most recently
completed exploration drillholes. No exploration targets are reported.
(iii) State assumptions
regarding mining
methods,
infrastructure,
metallurgy,
environmental and
social parameters.
State and discuss
where no mining
related assumptions
have been made.
• No mining related assumptions are made in the report.
(iv) State the specific
quantities and grades /
qualities which are
being reported in
ranges and/or widths,
and explain the basis
of the reporting
See APPENDIX 2
(v) Present the details for example open pit,
underground, residue stockpile, remnants,
tailings, and existing pillars or other sources in
the Mineral Resource statement
N/A
===== SIDA 27 =====
24
4.5 Reporting
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(vi) Present a reconciliation with any previous Mineral
Resource estimates. Where appropriate, report
and comment on any historical trends (e.g. global
bias).
N/A
(vii) Present the defined reference point for the
tonnages and grades reported as Mineral
Resources. State the reference point if the point
is where the run of mine material is delivered to
the processing plant. It is important that, in all
situations where the reference point is different,
such as for a saleable product, a clarifying
statement is included to ensure that the reader is
fully informed as to what is being reported.
N/A
(viii) If the CP is relying on a report, opinion, or statement of another expert
who is not a CP, disclose the date, title, and author of the report, opinion,
or statement, the qualifications of the other expert and why it is
reasonable for the CP to rely on the other expert, any significant risks and
any steps the CP took to verify the information provided.
N/A
(ix) State the basis of equivalent metal formulae, if applied. • For drilling intersections, Copper Equivalent (CuEQ%) assumes full
recovery of copper and iron (Fe 68%). Calculations are based on Cu
price 9400 USD/t and Fe (68%) price 120 USD/t.
• For the Mineral Resource, long- term metal prices of 11,000 USD/t
Cu and 125 USD/t Fe (68%) are used. Here, CuEq = Cu (%) + Fe
(%) * 0.01019
===== SIDA 28 =====
25
Section 5 Technical Studies
5.1. Introduction
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) Not applicable to
Exploration Results
State the level of study
– whether Scoping,
Pre-Feasibility,
Feasibility or ongoing
Life of Mine
State the level of study
– whether Pre-
feasibility, Feasibility
or ongoing Life of
Mine. The Standard
requires that a study to
at least a Pre-
Feasibility level has
been undertaken to
convert Mineral
Resource to Mineral
Reserve. Such
studies will have been
carried out and will
include a mine plan or
production schedule
that is technically
achievable and
economically viable,
and that all Modifying
Factors have been
considered.
N/A
(ii) Not applicable to
Exploration Results
Provide a summary
table of the Modifying
Factors used to
convert the Mineral
Resource to Mineral
Reserve for Pre -
feasibility, Feasibility or
on-going Life- of-Mine
studies.
N/A
===== SIDA 29 =====
26
5.2. Mining Design
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) not applicable to
Exploration Results
State assumptions
regarding mining
methods and
parameters when
estimating Mineral
Resources or explain
where no mining
assumptions have
been made.
N/A
(ii) not applicable to
Exploration Results
Discuss Modifying
factors taken into
account in estimation
of Mineral Resources
State and justify all
modifying factors and
assumptions made
regarding mining
methods, minimum
mining dimensions (or
pit shell) and internal
and, if applicable,
external) mining
dilution and mining
losses used for the
techno-economic
study and signed-off,
such as mining
method, mine design
criteria, infrastructure,
capacities, production
schedule, mining
efficiencies, grade
control, geotechnical
and hydrological
considerations,
closure plans, and
personnel
requirements.
N/A
===== SIDA 30 =====
27
5.2 Mining Design
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(iii) not applicable to
Exploration Results
State what mineral resource models have been
used in the study. N/A
(iv) not applicable to
Exploration Results
State what mineral resource models have been
used in the study. N/A
(v) not applicable to
Exploration Results
Description and
justification of mining
method(s) to be used.
N/A
(vi) not applicable to
Exploration Results
For open-pit mines,
include a discussion of
pit slopes, slope
stability, and strip ratio.
N/A
(vii) not applicable to
Exploration Results
For underground
mines, discuss mining
method, geotechnical
considerations, mine
design characteristics,
and ventilation/cooling
requirements.
N/A
(viii) not applicable to
Exploration Results
Discuss mining rate,
equipment selected,
grade control
methods, geotechnical
and hydrogeological
considerations, health
and safety of the
workforce, staffing
requirements, dilution,
and recovery.
N/A
===== SIDA 31 =====
28
5.2 Mining Design
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(ix) not applicable to
Exploration Results
State the optimisation
methods and any
software used in
planning, list of
constraints
(practicality, plant,
access, exposed
Mineral Reserves,
stripped Mineral
Reserves, bottlenecks,
draw control).
N/A
5.3. Metallurgical and Test work
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) not applicable to
Exploration Results
Discuss the source of the sample, the
representivity of the potential feed and the
techniques used to obtain the samples,
laboratory and metallurgical testing techniques.
N/A
(ii) not applicable to
Exploration Results
Explain the basis for assumptions or predictions
regarding metallurgical amenability and any
preliminary mineralogical test work already
carried out.
N/A
(iii) not applicable to
Exploration Results
Discuss the possible
processing methods
and any processing
factors that could have
a material effect on the
reasonable
expectations of
eventual economic
extraction. Discuss the
appropriateness of the
processing methods to
the style of
mineralisation.
Describe and justify
the processing
method(s) to be used,
equipment, plant
capacity, efficiencies,
and personnel
requirements.
N/A
===== SIDA 32 =====
29
5.3 Metallurgical and Test work
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(iv) not applicable to
Exploration Results
Discuss the nature,
amount and
representativeness of
metallurgical test work
undertaken and the
recovery factors used.
A detailed flow sheet /
diagram and a mass
balance should exist
,especially for multi-
product operations
from which the
saleable materials are
priced for different
chemical and physical
characteristics.
N/A
(v) not applicable to
Exploration Results
State what
assumptions or
allowances have been
made for deleterious
elements and the
existence of any bulk-
sample or pilot-scale
test work and the
degree to which such
samples are
representative of the
ore body as a whole.
N/A
===== SIDA 33 =====
30
5.3 Metallurgical and Test work
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(vi) not applicable to
Exploration Results
State whether the
metallurgical process
is well-tested
technology or novel in
nature. If novel, justify
its use in Mineral
Reserve estimation.
N/A
5.4. Infrastructure
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) not applicable to
Exploration Results
Comment regarding the current state of
infrastructure or the ease with which the
infrastructure can be provided or accessed
N/A
(ii) not applicable to
Exploration Results
Report in sufficient
detail to demonstrate
that the necessary
facilities have been
allowed for (which may
include, but not be
limited to, processing
plant, tailings dam,
leaching facilities,
waste dumps, road,
rail or port facilities,
water and power
supply, offices,
housing, security,
resource sterilisation
testing etc.). Provide
detailed maps showing
locations of facilities.
N/A
===== SIDA 34 =====
31
5.4 Infrastructure
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(iii)
Statement showing
that all necessary
logistics have been
considered.
N/A
5.5. Environmental, Social Performance, and Governance
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) General:
- Confirm that the company or reporting entity
has addressed the host country environmental
legal compliance requirements and any
mandatory and/or voluntary standards or
guidelines to which it subscribes
- Identify the necessary permits that will be
required and their status and where not yet
obtained, confirm that there is a reasonable
basis to believe that all permits required for the
project will be obtained
- Identify and discuss any sensitive areas that
may affect the project as well as any other
environmental factors including Interested and
Affected Parties ( I&AP) and/or studies that
could have a material effect on the likelihood of
eventual economic extraction. Discuss possible
means of mitigation.
- Identify any legislated social management
programmes that may be required and discuss
the content and status of these.
- Outline and quantify the material socio-
economic and cultural impacts that need to be
mitigated, and their mitigation measures and
where appropriate the associated costs.
N/A
===== SIDA 35 =====
32
5.5 Environmental, Social Performance, and Governance
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(ii) Context: The project context is determined and described, including the
following aspects:
• The locality’s physical geography, centers of population, economic and
cultural characteristics;
• Existing land and natural resource use for economic, cultural,
recreational and conservation purposes (inclusive of environmental and
cultural sites of interest);
• Existing or historical industrial development and associated
infrastructure including mining and quarrying in the region; and
• Local governance structures and administrative bodies, their roles and
responsibilities in relation to permitting and regulations.
• Site access routes and any potential impact on environment or local
communities
• Provision of energy for activities (e.g. off-grid renewable energy, or
sourced direct from local non-renewable power grid with plans for
decarbonisation for future project if possible)
See Section 1 Project Outline and Section 2 Geological Setting, Deposit,
Mineralisation for descriptions of locality.
The Tillståndsportal (Permit Portal) available on the website for information
on permitting, regulations and existing land use. See the company's
webpage
https://www.viscaria.com/sv/tillstandsportal/
(iii) • High level
assessment of level of
water stress (e.g.
potential for drought,
flood and impact on
water quality)
• High level
assessment of
biodiversity (e.g.
endangered species
known in area)
• Associated Environmental and seasonal
constraint/ control/consent measures/modifying
factors described
• Identification of potential climate associated
risks and impacts
• Social economic and cultural constraint
/control/consent measures/ modifying factors
described
• Any sensitive areas that may affect the project
as well as any other environmental factors
including I&AP and/or studies that could have a
material effect on the likelihood of eventual
economic extraction.
• Management of project waste and anticipated
requirements for large scale infrastructure for
mine waste for future, including but not limited to
waste dumps and tailings dams.
See the company's application for an environmental permit, found in
Tillståndsportal at
https://www.viscaria.com/sv/tillstandsportal/
===== SIDA 36 =====
33
5.5 Environmental, Social Performance, and Governance
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(iv) Permits and permission: Identification of the necessary permits that will be
required and their status, and where not yet obtained, and confirmation that
there is a reasonable basis to believe that all permits required for the project
will be obtained in a timely manner. Also include any records of penalties /
fines or revoked permits complete with rationale.
All public documents relating to the permitting process can be found in
Tillståndsportal at
https://www.viscaria.com/sv/tillstandsportal/
(v) Liabilities: Describe
any known
rehabilitation activities,
liability and / or
compliance costs
• Describe the best cost estimate for closure
inclusive of environmental, social material
remaining liability and compliance costs.
• Provide a description of mechanisms in place
to address unplanned closure
• If appropriate, describe bonding obligations in
place to ensure that these liabilities can be
funded on a qualitative and quantitative basis.
All public documents relating to the permitting process can be found in
Tillståndsportal at
https://www.viscaria.com/sv/tillstandsportal/
(vi) Description of stakeholder group characteristics
Records of Community and Stakeholder relationships:
Records kept of all engagements with all stakeholders from the outset of the
project;
A grievance and/or complaints procedure established, stakeholders’
issues, concerns recorded and tracked until resolved.
All public documents relating to the permitting process can be found in
Tillståndsportal at
https://www.viscaria.com/sv/tillstandsportal/
(vii) A data management system implemented to
record and track engagements;
Provisions made for vulnerable and or
underrepresented stakeholder groups
Presence, or not of Indigenous People, if FPIC
triggered, how is this managed
N/A
(viii) Health and safety
protocols and
procedures required
for exploration target
definition inclusive of
evidence of adherence
to them and ongoing
health and safety
record.
Health and safety procedures and protocols,
including community safety and security, across
the exploration program inclusive of evidence of
adherence to them and ongoing health and
safety record
• Viscaria Kiruna AB has health and safety protocols and uses the
GRIA reporting system for systematic safety work. The company has
standard contracts quality assured by lawyers, as well as associated
basic requirements and a supplier handbook to meet requir ements
regarding corruption, bribery and other irregularities, as well as to
ensure "good suppliers" at Viscaria.
===== SIDA 37 =====
34
5.5 Environmental, Social Performance, and Governance
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(ix) Opportunities for
contributing to the
local economy
identified and utilized
where appropriate.
Legislated and or voluntary social development
programs that may be required and content and
status of these.
All public documents relating to the permitting process can be found in
Tillståndsportal at
https://www.viscaria.com/sv/tillstandsportal/
(x) Material socio-economic and cultural impacts
that need to be managed, and where
appropriate the associated costs.
N/A
(xi) Description of corporate governance board structure: gender, nationality,
tenure, roles, responsibilities and process for selection of Board members,
and Board remuneration processes and procedures
• Gruvaktiebolaget Viscaria is a listed company on Nasdaq and follows
the requirements and policies of the stock exchange. The company
has been awarded by AllBrights Green List (gender equality in
leadership). See http://www.viscaria.com/en/
(xii) • Commitment to GIIP:
transparency,
diversity, commitment
to ESG described
• Corporate
commitment to social
performance
described/ provided
• Corporate
commitment to
environmental
stewardship described
/ provided
• Description of how corporate compliance is
assured and verified
• Demonstrable commitment to GIIP:
transparency, diversity, commitment to ESG
described
• Demonstrable commitment to social
performance described
• Demonstrable commitment to environmental
stewardship described
All public documents relating to the permitting process can be found in
Tillståndsportal at
https://www.viscaria.com/sv/tillstandsportal/
===== SIDA 38 =====
35
5.5 Environmental, Social Performance, and Governance
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(xiii) Integrated Risk
Management:
Description of
identified potential
modifying factors and
management actions
taken to manage them
where appropriate
• Description of proposed mitigation plans for
identified modifying factors and management
actions taken to manage them where
appropriate.
• Description of any additional risks that may
impact on the long term future of the project,
even if not deemed to be material at the current
time.
• Description of how the risk assessment
process outlined here is integrated with the
overall risk management framework for the
company as a whole.
All public documents relating to the permitting process can be found in
Tillståndsportal at
https://www.viscaria.com/sv/tillstandsportal/
5.6. Market Studies and Economic Criteria
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) not applicable to
Exploration Results
Discuss any technical
and economic factors
likely to influence the
prospect of economic
extraction.
Describe the valuable
and potentially
valuable product(s)
including suitability of
products, co-products
and by products to
market.
N/A
===== SIDA 39 =====
36
5.6. Market Studies and Economic Criteria
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(ii) not applicable to
Exploration Results
Discuss any technical
and economic factors
likely to influence the
prospect of economic
extraction.
Describe product to be
sold, customer
specifications, testing,
and acceptance
requirements. Discuss
whether there exists a
ready market for the
product and whether
contracts for the sale
of the product are in
place or expected to
be readily obtained.
Present price and
volume forecasts and
the basis for the
forecast.
N/A
(iii) not applicable to
Exploration Results
Discuss any technical
and economic factors
likely to influence the
prospect of economic
extraction.
State and describe all
economic criteria that
have been used for
the study such as
capital and operating
costs, exchange rates,
revenue / price curves,
royalties, cut-off
grades, reserve pay
limits.
N/A
===== SIDA 40 =====
37
5.6. Market Studies and Economic Criteria
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(iv)
not applicable to
Exploration Results
Discuss any technical
and economic factors
likely to influence the
prospect of economic
extraction.
Summary description,
source and confidence
of method used to
estimate the
commodity price/value
profiles used for cut-off
grade calculation,
economic analysis and
project valuation,
including applicable
taxes, inflation indices,
discount rate and
exchange rates.
N/A
(v)
not applicable to
Exploration Results
Discuss any technical
and economic factors
likely to influence the
prospect of economic
extraction.
Present the details of
the point of reference
for the tonnages and
grades reported as
Mineral Reserves (e.g.
material delivered to
the processing facility
or saleable product(s)).
It is important that, in
any situation where the
reference point is
different, a clarifying
statement is included
to ensure that the
reader is fully informed
as to what is being
reported.
N/A
===== SIDA 41 =====
38
5.6. Market Studies and Economic Criteria
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(vi) Justify assumptions
made concerning
production cost
including
transportation,
treatment, penalties,
exchange rates,
marketing and other
costs. Provide details
of allowances that are
made for the content of
deleterious elements
and the cost of
penalties.
N/A
(vii) Provide details of
allowances made for
royalties payable, both
to Government and
private.
N/A
(viii) State ownership, type,
extent and condition of
plant and equipment
that is significant to the
existing operation(s).
N/A
(ix) Provide details of all
environmental, social
and labour costs
considered
N/A
===== SIDA 42 =====
39
5.7. Risk Analysis
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) A high-level
assessment should be
made of key areas of
uncertainty which may
affect exploration
outcomes. An
assessment should be
provided on the
chances of exploration
success, together with
consideration of any
potential threats, such
as ESG aspects,
which could hinder
eventual development
of a mining or
extraction project in
the exploration area.”
Report an assessment of technical,
environmental, social, economic, political and
other key risks to the project. Describe actions
that will be taken to mitigate and/or manage the
identified risks.
• This report concerns near -mine exploration, within or directly
adjacent to existing exploitation concessions. The main risk is the
lack of sufficient data to declare exploration targets and mineral
resources.
• The increasing depth of the deposit introduces risks related to mining
operations at deep levels. These include higher mining costs as well
as effects on in situ stress on the rock mass, higher temperature and
water pressure. The exploration results fall within the current analysis
for the mining operation, due to their spatial proximity to declared
mineral resources.
5.8. Economic Analysis
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) not applicable to
Exploration Results
Describe the basis on
which reasonable
prospects for eventual
economic extraction
have been
determined, including
any material
assumptions made in
determining the
‘reasonable prospects
for eventual economic
extraction’.
State and justify the
inclusion of any
Inferred Resources in
the Pre-feasibility and
Feasibility Studies
economic analysis.
Report the sensitivity
to the inclusion of any
Inferred Resources.
N/A
===== SIDA 43 =====
40
5.8. Economic Analysis
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(ii) not applicable to
Exploration Results
At the relevant level (Scoping Study, Pre-
feasibility, Feasibility or on-going Life-of Mine),
provide an economic analysis for the project that
includes:
N/A
(iii) not applicable to
Exploration Results
Cash Flow forecast on an annual basis using
Mineral Reserves or an annual production
schedule for the life of the project
N/A
(iv) not applicable to
Exploration Results
A discussion of net present value (NPV), internal
rate of return (IRR) and payback period of
capital
N/A
(v) not applicable to
Exploration Results
Sensitivity or other analysis using variants in
commodity price, grade, capital and operating
costs, or other significant parameters, as
appropriate and discuss the impact of the
results.
N/A
===== SIDA 44 =====
41
Section 6 Estimation and Reporting of Mineral Reserves
6.1. Estimation and Modelling Techniques
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) not applicable to
Exploration Results
Describe the Mineral Resource estimate used
as a basis for the conversion to a Mineral
Reserve.
N/A
(ii) not applicable to
Exploration Results
Report the Mineral Reserve Statement with
sufficient detail indicating if the mining is open
pit or underground plus the source and type of
mineralisation, domain or ore body, surface
dumps, stockpiles and all other sources.
N/A
(iii) not applicable to
Exploration Results
If Inferred resources
are used in assessing
Mineral reserves, then
report and discuss a
comparison between
the two possibilities,
the one with inclusion
of Inferred Mineral
Resources and the one
without inclusion, in
such a way so as not to
mislead the inv estors.
Identify the quantity of
the Inferred Mineral
Resources included
and the sensitivity of
the inclusion to the
study.
N/A
===== SIDA 45 =====
42
6.1. Estimation and Modelling Techniques
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(iv) not applicable to
Exploration Results
A Mineral Reserve
Statement in sufficient
detail indicating if the
mining is open pit or
underground plus the
source and type of
mineralisation ,
domain or ore body,
surface dumps,
stockpiles and all other
sources.
N/A
(v) not applicable to
Exploration Results
Provide a
reconciliation
reporting historic
reliability of the
performance
parameters,
assumptions and
modifying factors
including a
comparison with the
previous Reserve
quantity and qualities,
if available. Where
appropriate, report and
comment on any
historic trends (e.g.
global bias)
N/A
===== SIDA 46 =====
43
6.2. Classification Criteria
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) Describe and justify
criteria and methods
used as the basis for
the classification of the
Mineral Reserves into
varying confidence
categories, based on
the Mineral Resource
category, and including
consideration of the
confidence in all the
modifying factors.
N/A
6.3. Reporting
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) Discuss the proportion
of Probable Mineral
Reserves, which have
been derived from
Measured Mineral
Resources (if any),
including the reason(s)
therefore.
N/A
(ii) Present details of for
example open pit,
underground, residue
stockpile, remnants,
tailings, and existing
pillars or other sources
in respect of the
Mineral Reserve
statement
N/A
===== SIDA 47 =====
44
6.3. Reporting
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(iii) Present the details of
the defined reference
point for the Mineral
Reserves. State where
the reference point is
the point where the run
of mine material is
delivered to the
processing plant. It is
important that, in all
situations where the
reference point is
different, such as for a
saleable product, a
clarifying statement is
included to ensure that
the reader is fully
informed as to what is
being reported. State
clearly whether the
tonnages and grades
reported for Mineral
Reserves are in
respect of materi al
delivered to the plant or
after recovery.
N/A
(iv) Present a
reconciliation with the
previous Mineral
Reserve estimates.
Where appropriate,
report and comment on
any historic trends (e.g.
global bias).
N/A
===== SIDA 48 =====
45
6.3. Reporting
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(v) Confirm that only
Measured and
Indicated Mineral
Resources can be
considered for
inclusion in the Mineral
Reserve.
N/A
(vi) State whether the Measured Mineral Resources
and Indicated Mineral Resources are inclusive of
or additional to the Mineral Reserves.
N/A
6.4. Specific for Metal Equivalents or Combined Grades Reporting
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) Confirm that all reports comply with section 9 (paragraphs 9.1 to 9.5) of the
PERC Reporting Standard. N/A
(ii) Discuss and describe the basis for the grade
estimation for each metal relating to the metal
equivalence or combined grade
N/A
(iii) Disclose all economic criteria that have been
used for the calculation such as exchange rates,
revenue / price curves, royalties, cut -off grades,
pay limits.
N/A
(iv) Discuss the basis for assumptions or predictions
regarding metallurgical factors such as recovery
used in the metal equivalents or combined
grades calculation.
N/A
(v) Show the calculation formula used. N/A
===== SIDA 49 =====
46
Section 7 Audits and Reviews
7.1. Audits and Reviews
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) State type of review/audit (e.g. independent, external), area (e.g.
laboratory, drilling, data, environmental compliance etc.), date and name of
the reviewer(s) together with their recognized professional qualifications.
State the level of review/audit (desk-top, on-site comparison with standard
procedures, or endorsement where auditor/reviewer has checked the work
to the extent they stand behind it as if it were their own work).
• Internal review and audit includes review of drilling, sampling, assay
data against original laboratory certificates, verification of collar and
downhole survey data, and validation of geological interpretations
used in the resource model and resource estimation. Selected
sections of drill core and sampling procedures were inspected on-
site. The procedures and results are consistent with industry best
practice, and that no material issues were identified that would affect
the reliability of the data or conclusions presented.
(ii) Disclose the conclusions of relevant audits or reviews. Note where
significant deficiencies and remedial actions are required. N/A
===== SIDA 50 =====
47
Section 8 Other Relevant Information
8.1. Other Relevant Information
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) Discuss all other relevant and material information not discussed
elsewhere. N/A
===== SIDA 51 =====
48
Section 9 Qualification of Competent Person(s) and other key technical staff. Date and Signature Page
9.1. Competent Person Details
Exploration Results Mineral Resources Mineral Reserves Competent Person’s Report (CPR)
(i) State the full name, registration number and name of the professional
body or RPO, for all the Competent Person(s). State the relevant
experience of the Competent Person(s) and other key technical staff who
prepared and are responsible for the Public Report.
• Thomas Lindholm is a member of the Fennoscandian Association
of Metals and Mining Professionals, FAMMP as well as a Fellow of
AusIMM (#230476).
• He graduated with a M.Sc. in mining engineering from the Luleå
University of Technology in 1982 and has since worked in
exploration and mine development projects in Sweden and abroad.
(ii) State the Competent Person’s relationship to the issuer of the report. • The Competent Person is independent of the company.
(iii) Provide the Certificate of the Competent Person, including the date of
sign-off and the effective date, in the Public Report. See Competent Person’s Certificate
===== SIDA 52 =====
49
APPENDIX 1: FIGURES
Table of Figures
Figure 1 Geological map of Norrbotten .......................................................................................... 50
Figure 2 Map of Viscaria’s tenures ................................................................................................. 51
Figure 3 Plan view of mineralized zone and DH traces – with DH names. .................................... 52
Figure 4 Long section view of mineralized zone and DH traces – with DH names. ....................... 53
Figure 5 Long section view of the D zone resource model with copper grade- thickness distribution.
....................................................................................................................................................... 54
===== SIDA 53 =====
50
Figure 1 Geological map of Norrbotten
===== SIDA 54 =====
51
Figure 2 Map of Viscaria’s tenures
===== SIDA 55 =====
52
Figure 3 Plan view of mineralized zone and DH traces – with DH names.
===== SIDA 56 =====
53
Figure 4 Long section view of mineralized zone and DH traces – with DH names.
===== SIDA 57 =====
54
Figure 5 Long section view of the D zone resource model with copper grade-thickness distribution.
Grade–thickness maps were prepared in Leapfrog using domain- constrained composited Cu (%) data
merged with extracted thickness vertices, with both thickness and grade–thickness attributes interpolated by
Radial Basis Functions (RBF) and evaluated into the block model for long- section presentation (Azimuth
310°, Plunge 0°).
===== SIDA 58 =====
55
APPENDIX 2: ASSAY RESULTS
APPENDIX 2.1: Summary
Table 1: Collar table
Zone Hole ID X Y Z Depth (m) Core size
D VDD24111B 144075.7 7530995 528.577 1359.6 NQ
D VDD24129 144227 7531229 537.66 1260 NQ
D VDD24129B 144227 7531229 537.66 1332 NQ
D VDD25001 144149 7531052 534.925 1593.7 NQ
D VDD25002 144143.1 7530975 536.158 1826.9 NQ
Table 2: Selected intersections
• Ore grades are weighted by density and length with the formula:
Σ(length×grade×density) / Σ(length×density)
• Where there is core loss within the intersection, the intersection is diluted with 0 grade material.
• Density measurements are focused in sampled intervals, with representative samples in non -
sampled intervals. In mineralised and ore zone samples, density measurements were made on every
sample interval. Measured core pieces were between 8 and 33 cm. Measured bulk density ranged
from 2.43 to 4.97 g/cm3.
• CuEQ% calculation for intersections is based on Cu price 9400 USD/t and Fe (68%) price 120 USD/t.
Hole ID From To Total length (m) Cu% Fe% CuEQ%
VDD24006D 1196.7 1204.4 7.8 1.84 32.61 2.26
incl. within 1187.6 1204.4 16.8 1.32 25.52 1.64
VDD24111B 1353.0 1355.0 2.0 2.54 34.98 2.98
1341.2 1347.3 6.1 1.03 23.06 1.32
both incl. within 1341.2 1358.9 17.8 0.74 22.50 1.03
VDD24129 1102.6 1106.5 3.9 1.42 27.45 1.77
incl. within 1094.4 1165.4 71.0 0.24 30.10 0.62
VDD24129B 1185.9 1189.9 4.0 1.67 28.23 2.00
incl. within 1185.9 1238.6 52.7 0.20 31.95 0.60
VDD25001 1260.9 1276.5 15.6 0.26 33.44 0.68
incl. within 1260.9 1339.3 78.4 0.11 27.46 0.46
VDD25002 1335.4 1343.3 8.0 1.27 24.07 1.57
incl. within 1335.4 1389.5 54.1 0.20 34.33 0.64
===== SIDA 59 =====
56
APPENDIX 2.2: Full assay results
In the drillhole tables below, CU_PCT and FE_PCT columns are thematically colour -coded based on
value ranges.
Blue-shaded density values are regression estimates calculated from Fe (%) using the equation:
DENSITY = 0.028 × Fe_PCT + 2.62. Pale pink-shaded values are directly assigned based on the average
bulk density of the local rock type. The remaining values, i.e., those without shading, have density
values derived from direct measurements.
Depth intervals missing from the table due to core loss are indicated as CORE LOSS.
HOLE ID: VDD24111B
DEPTH_FROM DEPTH_TO SAMPLE_LENGTH SAMPLE_ID CU_PCT FE_PCT AG_PPM DENSITY
1174.35 1177.35 3 VS066923 0.08 9.81 0.08 3.0
1177.35 1180.35 3 VS066924 0.05 9.32 0.05 3.0
1180.35 1183.35 3 VS066925 0.06 10.30 0.06 3.0
1183.35 1184.5 1.15 VS066926 0.03 10.45 0.02 3.0
1184.5 1186.5 2 VS066927 0.03 10.20 0.01 3.0
1186.5 1189 2.5 VS066928 0.03 10.70 0.02 3.0
1189 1190.45 1.45 VS066929 0.02 9.66 0.02 3.0
1190.45 1192.55 2.1 VS066930 0.11 10.15 0.10 3.0
1192.55 1195.45 2.9 VS066931 0.15 10.25 0.10 3.0
1195.45 1196.85 1.4 VS066933 0.01 10.00 0.02 3.0
1196.85 1199.85 3 VS066934 0.01 10.15 0.01 3.0
1199.85 1202.85 3 VS066935 0.02 10.35 0.02 3.0
1202.85 1205.85 3 VS066936 0.02 10.60 0.03 3.0
1205.85 1208.25 2.4 VS066937 0.01 10.75 0.02 3.0
1208.25 1210.35 2.1 VS066938 0.01 11.10 0.01 3.0
1210.35 1210.75 0.4 VS066939 0.09 2.67 0.14 2.7
1210.75 1213 2.25 VS066940 0.01 11.15 0.02 3.0
1213 1216 3 VS066941 0.06 11.25 0.08 3.0
1216 1219 3 VS066943 0.08 13.20 0.11 3.0
1219 1222 3 VS066944 0.15 13.00 0.24 3.0
1222 1224.1 2.1 VS066945 0.05 13.80 0.07 3.0
1224.1 1225.5 1.4 VS066946 0.02 9.97 0.03 3.1
1225.5 1227.45 1.95 VS066947 0.05 9.55 0.07 3.1
1227.45 1230 2.55 VS066948 0.03 15.55 0.04 2.9
1230 1233 3 VS066949 0.01 10.15 0.02 3.0
1233 1235 2 VS066950 0.01 9.81 0.04 3.0
1235 1236.1 1.1 VS066951 0.01 9.66 0.01 3.1
1236.1 1238 1.9 VS066953 0.03 11.35 0.04 3.0
1238 1241 3 VS066954 0.02 9.52 0.06 3.2
1241 1244 3 VS066955 0.01 11.45 0.02 3.0
1244 1247 3 VS066956 0.02 10.45 0.04 3.0
1247 1249 2 VS066957 0.02 9.81 0.04 3.0
1249 1250.25 1.25 VS066958 0.03 10.65 0.03 3.0
1250.25 1252.25 2 VS066959 0.03 11.05 0.01 3.0
1252.25 1254.4 2.15 VS066960 0.05 11.10 0.05 3.0
===== SIDA 60 =====
57
HOLE ID: VDD24111B
1254.4 1256.65 2.25 VS066961 0.11 10.85 0.10 3.0
1256.65 1258 1.35 VS066963 0.01 10.30 0.01 3.0
1258 1261 3 VS066964 0.01 9.99 0.03 3.0
1261 1262.85 1.85 VS066965 0.04 10.20 0.06 3.0
1262.85 1265.85 3 VS066966 0.04 10.75 0.06 3.1
1265.85 1267.6 1.75 VS066967 0.03 10.45 0.02 3.0
1267.6 1270.6 3 VS066968 0.02 10.30 0.02 3.0
1270.6 1273.6 3 VS066969 0.02 10.60 0.03 3.1
1273.6 1276.35 2.75 VS066970 0.04 10.85 0.05 3.0
1276.35 1279.35 3 VS066971 0.16 11.45 0.11 3.1
1279.35 1281.35 2 VS066973 0.07 11.45 0.06 3.0
1281.35 1282.95 1.6 VS066974 0.11 11.75 0.09 3.0
1282.95 1285.5 2.55 VS066975 0.03 11.10 0.04 3.0
1285.5 1288.5 3 VS066976 0.10 10.80 0.09 2.9
1288.5 1291.5 3 VS066977 0.04 5.65 0.04 2.9
1291.5 1294.35 2.85 VS067634 0.02 9.39 0.03 2.8
1294.35 1297.2 2.85 VS067635 0.04 7.33 0.08 2.7
1297.2 1299.2 2 VS067636 0.09 4.12 0.05 2.8
1299.2 1301.85 2.65 VS067637 0.42 9.50 0.21 3.0
1301.85 1304.5 2.65 VS067638 0.21 7.72 0.13 2.9
1304.5 1306.85 2.35 VS067639 0.19 7.06 0.12 3.0
1306.85 1309 2.15 VS067640 0.41 13.65 0.22 2.9
1309 1311.15 2.15 VS067642 0.39 6.05 0.21 3.2
1311.15 1313.25 2.1 VS067643 0.05 5.82 0.02 2.8
1313.25 1316.15 2.9 VS067644 0.04 5.75 0.01 2.8
1316.15 1319 2.85 VS067645 0.08 4.96 0.02 2.9
1319 1321.2 2.2 VS067646 0.10 5.70 0.04 2.8
1321.2 1323.4 2.2 VS067647 0.07 6.02 0.03 2.9
1323.4 1325.55 2.15 VS067648 0.06 4.68 0.01 2.9
1325.55 1327.95 2.4 VS067650 0.13 5.36 0.04 2.9
1327.95 1330.35 2.4 VS067651 0.16 4.73 0.09 2.9
1330.35 1332.75 2.4 VS067652 0.91 5.69 0.44 2.9
1332.75 1334.4 1.65 VS067653 0.19 8.68 0.07 2.9
1334.4 1335.15 0.75 VS067654 0.01 7.49 0.01 2.9
1335.15 1336.15 1 VS067655 0.10 2.93 0.05 2.8
1336.15 1337.15 1 VS067656 0.08 4.29 0.03 2.9
1337.15 1338.15 1 VS067658 0.14 8.37 0.10 2.9
1338.15 1339.15 1 VS067659 0.10 8.56 0.06 2.9
1339.15 1340.15 1 VS067660 0.04 9.63 0.03 2.9
1340.15 1341.15 1 VS067661 0.34 14.40 0.12 3.0
1341.15 1342.3 1.15 VS067662 1.03 22.40 0.46 3.1
1342.3 1343.55 1.25 VS067664 1.43 33.30 0.79 3.6
1343.55 1344.8 1.25 VS067665 1.03 25.00 0.54 3.3
1344.8 1346.05 1.25 VS067666 0.73 18.80 0.38 3.1
1346.05 1347.3 1.25 VS067667 0.88 14.25 0.50 3.1
1347.3 1348.6 1.3 VS067668 0.21 10.45 0.11 3.0
===== SIDA 61 =====
58
HOLE ID: VDD24111B
1348.6 1349.7 1.1 VS067670 0.06 8.61 0.04 3.0
1349.7 1350.8 1.1 VS067671 0.01 16.05 0.01 3.1
1350.8 1351.9 1.1 VS067672 0.01 18.45 0.01 3.1
1351.9 1352.95 1.05 VS067673 0.16 24.00 0.02 3.3
1352.95 1354 1.05 VS067675 2.58 33.80 1.78 3.6
1354 1355 1 VS067676 2.49 36.20 1.24 3.6
1355 1355.5 0.5 VS067677 0.07 17.75 0.01 3.1
1355.5 1356.6 1.1 VS067679 0.39 29.30 0.07 3.4
1356.6 1357.5 0.9 VS067680 0.09 27.10 0.05 3.4
1357.5 1358.9 1.4 VS067681 0.03 19.85 0.02 3.2
===== SIDA 62 =====
59
HOLE ID: VDD24129
DEPTH_FROM DEPTH_TO SAMPLE_LENGTH SAMPLE_ID CU_PCT FE_PCT AG_PPM DENSITY
1033.2 1034.5 1.3 VS064671 0.05 8.5 0.03 2.8
1034.5 1035.8 1.3 VS064672 0.35 6.82 0.07 2.8
1035.8 1037.1 1.3 VS064673 0.08 5.5 0.05 2.8
1037.1 1038.4 1.3 VS064674 0.05 5.4 0.02 2.8
1038.4 1039.3 0.9 VS064675 0.00 5.05 0.02 2.8
1039.3 1040.6 1.3 VS064676 0.00 4.99 0.01 2.8
1040.6 1041.9 1.3 VS064677 0.00 4.51 0.01 2.8
1041.9 1043 1.1 VS064678 0.00 4.18 0.01 2.8
1043 1044 1 VS064680 0.03 4.37 0.01 2.8
1044 1044.6 0.6 VS064681 1.15 8.84 0.27 2.8
1044.6 1045.9 1.3 VS064682 0.77 10.65 0.24 2.8
1045.9 1047.2 1.3 VS064683 0.07 9.56 0.01 2.8
1047.2 1048.5 1.3 VS064684 0.19 9.74 0.04 2.8
1048.5 1049.8 1.3 VS064685 0.55 9.5 0.20 2.8
1049.8 1051 1.2 VS064686 0.18 8.62 0.06 3.0
1051 1052.3 1.3 VS064687 0.04 7.71 0.01 2.8
1052.3 1053.6 1.3 VS064688 0.13 8.52 0.07 2.8
1053.6 1054.9 1.3 VS064690 1.15 10.6 0.41 2.8
1054.9 1056.35 1.45 VS064691 0.11 9.04 0.06 2.8
1056.35 1057.65 1.3 VS064692 0.59 7.89 0.32 2.8
1057.65 1058.5 0.85 VS064693 0.43 10.3 0.21 2.8
1058.5 1059.8 1.3 VS064694 1.14 9.5 0.64 2.8
1059.8 1061.1 1.3 VS064695 0.82 9.64 0.42 2.8
1061.1 1062.4 1.3 VS064696 0.75 9.51 0.39 2.8
1062.4 1063.7 1.3 VS064697 0.92 9.39 0.48 2.8
1063.7 1065 1.3 VS064698 0.63 10.3 0.34 2.8
1065 1065.55 0.55 VS064700 0.18 11.6 0.09 2.8
1065.55 1066.25 0.7 VS064701 1.08 8.59 0.67 2.8
1066.25 1067.25 1 VS064702 0.09 3.47 0.05 2.8
1067.25 1068.3 1.05 VS064703 0.04 2.63 0.02 2.7
1068.3 1069.6 1.3 VS064704 0.20 13.4 0.13 2.8
1069.6 1070.55 0.95 VS064705 0.08 7.02 0.05 2.8
1070.55 1071.8 1.25 VS064706 0.21 16.5 0.12 2.8
1071.8 1072.8 1 VS064707 0.06 14.6 0.04 2.8
1072.8 1074.1 1.3 VS064708 0.03 10.45 0.06 2.8
1074.1 1074.85 0.75 VS064710 0.07 9.83 0.06 2.8
1074.85 1075.65 CORE LOSS
1075.65 1076.75 1.1 VS064711 0.06 9.99 0.07 2.8
1076.75 1078.2 1.45 VS064712 0.01 5.23 0.03 2.8
1078.2 1079.5 1.3 VS064713 0.02 5.86 0.01 2.8
1079.5 1080.8 1.3 VS064714 0.01 7.77 0.03 2.8
1080.8 1082.1 1.3 VS064715 0.01 7 0.02 2.8
1082.1 1083 0.9 VS064716 0.00 3.06 0.03 2.8
1083 1084.3 1.3 VS064717 0.05 7.44 0.04 2.8
1084.3 1085.6 1.3 VS064718 0.00 4.8 0.02 2.8
1085.6 1087 1.4 VS064720 0.01 6.11 0.03 2.8
1087 1088.3 1.3 VS064721 0.14 4.68 0.04 2.8
===== SIDA 63 =====
60
HOLE ID: VDD24129
DEPTH_FROM DEPTH_TO SAMPLE_LENGTH SAMPLE_ID CU_PCT FE_PCT AG_PPM DENSITY
1088.3 1089.6 1.3 VS064722 0.50 6.2 0.20 2.8
1089.6 1090.45 0.85 VS064723 0.28 3.79 0.10 2.8
1090.45 1091.45 1 VS064724 0.06 3.98 0.02 2.8
1091.45 1091.9 0.45 VS064725 0.00 9.66 0.01 2.8
1091.9 1093 1.1 VS064726 0.02 5.91 0.02 2.8
1093 1093.7 0.7 VS064727 0.06 3.81 0.02 2.8
1093.7 1094.4 0.7 VS064728 0.00 10.95 0.01 2.8
1094.4 1095.7 1.3 VS064729 0.02 26.5 0.02 3.4
1095.7 1096.85 1.15 VS064731 0.00 28.6 0.01 3.4
1096.85 1097.75 0.9 VS064732 0.00 47.9 0.01 4.0
1097.75 1098.75 1 VS064733 0.00 46.3 0.01 3.9
1098.75 1100.05 1.3 VS064734 0.00 44.2 0.01 3.9
1100.05 1101.3 1.25 VS064735 0.00 37 0.01 3.7
1101.3 1102.55 1.25 VS064736 0.15 42.1 0.09 3.8
1102.55 1103.85 1.3 VS064737 1.24 29.8 0.52 3.4
1103.85 1105.15 1.3 VS064738 2.14 22.8 0.72 3.3
1105.15 1106.45 1.3 VS064740 0.91 29.5 0.39 3.4
1106.45 1107.7 1.25 VS064741 0.01 16.25 0.03 2.9
1107.7 1109 1.3 VS064742 0.00 5.07 0.01 2.8
1109 1109.9 0.9 VS064743 0.00 42.1 0.01 3.8
1109.9 1110.7 0.8 VS064744 0.77 48.8 0.50 4.0
1110.7 1111.7 1 VS064745 0.29 25.1 0.18 3.3
1111.7 1112.7 1 VS064746 0.80 21.7 0.50 3.2
1112.7 1113.9 1.2 VS064747 0.32 29.2 0.19 3.4
1113.9 1114.9 1 VS064748 0.06 19.8 0.04 3.2
1114.9 1116 1.1 VS064750 0.00 8.34 0.01 2.8
1116 1117.2 1.2 VS064751 0.01 8 0.01 2.8
1117.2 1118.15 0.95 VS064752 0.09 31.9 0.05 3.5
1118.15 1119.3 1.15 VS064753 0.11 15.05 0.08 3.0
1119.3 1120.3 1 VS064754 0.04 20.4 0.05 3.2
1120.3 1121.1 0.8 VS064755 0.05 44 0.03 3.9
1121.1 1122.35 1.25 VS064756 0.10 52.6 0.06 4.1
1122.35 1123.35 1 VS064757 0.08 55.6 0.05 4.2
1123.35 1124.65 1.3 VS064758 0.07 36.3 0.02 3.6
1124.65 1125.7 1.05 VS064760 0.09 39.2 0.06 3.7
1125.7 1126.7 1 VS064761 0.10 23.5 0.07 3.3
1126.7 1127.4 0.7 VS064762 0.24 15.75 0.13 3.1
1127.4 1128.05 0.65 VS064763 0.11 18.3 0.05 3.1
1128.05 1129.35 1.3 VS064764 0.24 15.2 0.14 3.0
1129.35 1130.65 1.3 VS064765 0.52 14.05 0.31 2.9
1130.65 1131.95 1.3 VS064766 0.07 14.5 0.04 3.0
1131.95 1133.25 1.3 VS064767 0.20 14.5 0.11 3.0
1133.25 1134.55 1.3 VS064768 0.14 13.55 0.05 3.0
1134.55 1135.2 0.65 VS064770 0.02 11.2 0.02 2.9
1135.2 1136.1 0.9 VS064771 0.19 12.9 0.07 3.0
1136.1 1137.4 1.3 VS064772 0.44 15.3 0.20 3.0
1137.4 1138.7 1.3 VS064773 0.29 20.9 0.09 3.2
===== SIDA 64 =====
61
HOLE ID: VDD24129
DEPTH_FROM DEPTH_TO SAMPLE_LENGTH SAMPLE_ID CU_PCT FE_PCT AG_PPM DENSITY
1138.7 1139.7 1 VS064774 0.07 24.7 0.03 3.3
1139.7 1140.25 0.55 VS064775 0.02 38.3 0.01 3.7
1140.25 1141.65 1.4 VS064776 0.00 30 0.01 3.5
1141.65 1142.75 1.1 VS064777 0.00 38.9 0.01 3.7
1142.75 1144.05 1.3 VS064778 0.15 43.9 0.02 3.8
1144.05 1145.35 1.3 VS064780 0.05 27.6 0.01 3.4
1145.35 1146 0.65 VS064781 0.07 49 0.01 4.0
1146 1147 1 VS064782 0.05 56 0.02 4.2
1147 1148.1 1.1 VS064783 0.05 48.6 0.01 4.0
1148.1 1149.4 1.3 VS064784 0.01 49.7 0.01 4.0
1149.4 1150.7 1.3 VS064785 0.00 49.7 0.01 4.0
1150.7 1152 1.3 VS064786 0.25 51.5 0.11 4.1
1152 1153.3 1.3 VS064787 0.00 48.4 0.01 4.0
1153.3 1154 0.7 VS064788 0.22 18 0.09 3.1
1154 1155 1 VS064790 0.13 8.07 0.06 2.8
1155 1156 1 VS064791 0.03 10.3 0.02 2.9
1156 1157 1 VS064792 0.04 19.8 0.02 3.2
1157 1157.7 0.7 VS064793 0.02 14.25 0.01 3.0
1157.7 1158.5 0.8 VS064794 0.57 9.28 2.08 2.9
1158.5 1159.3 0.8 VS064795 0.25 9.91 0.54 2.9
1159.3 1160.1 0.8 VS064796 0.82 8.34 0.22 2.9
1160.1 1161.4 1.3 VS064797 0.67 7.88 0.21 2.8
1161.4 1162.7 1.3 VS064798 0.93 37.6 0.27 3.7
1162.7 1163.55 0.85 VS064800 0.45 34.1 0.14 3.6
1163.55 1164.4 0.85 VS064801 0.47 34.2 0.18 3.7
1164.4 1165.4 1 VS064802 0.29 23.7 0.10 3.3
1165.4 1166 0.6 VS064803 0.01 5.53 0.01 2.8
1166 1167.3 1.3 VS064955 0.00 0.38 0.01 2.6
1167.3 1168.6 1.3 VS064956 0.05 0.45 0.20 2.6
1168.6 1169.9 1.3 VS064957 0.01 0.46 0.01 2.6
1169.9 1170.85 0.95 VS064958 0.08 1.61 0.05 2.7
1170.85 1172 1.15 VS064959 0.88 18.65 0.53 3.1
1172 1173.3 1.3 VS064960 0.08 15.8 0.06 3.1
1173.3 1174 0.7 VS064961 0.02 8.57 0.01 2.9
1174 1174.5 CORE LOSS
1174.5 1175.5 1 VS064962 0.23 7.7 0.15 2.9
1175.5 1176.5 1 VS064963 0.76 8.9 0.48 2.9
1176.5 1177.7 1.2 VS064965 0.15 17.1 0.09 2.9
1177.7 1179 1.3 VS064966 0.12 8.9 0.07 2.9
1179 1180.25 1.25 VS064967 0.01 8.23 0.01 2.9
1180.25 1181.05 0.8 VS064968 0.06 8.29 0.04 2.9
1181.05 1182 0.95 VS064969 0.10 10.05 0.06 2.9
1182 1183 1 VS064970 0.04 9.24 0.03 2.9
1183 1183.3 0.3 VS064971 0.00 7.99 0.01 2.9
1183.3 1184 0.7 VS064972 0.05 5.61 0.02 2.8
1184 1185 1 VS064973 0.05 12.2 0.04 2.9
1185 1186.25 1.25 VS064975 0.13 11.55 0.06 2.9
===== SIDA 65 =====
62
HOLE ID: VDD24129
DEPTH_FROM DEPTH_TO SAMPLE_LENGTH SAMPLE_ID CU_PCT FE_PCT AG_PPM DENSITY
1186.25 1187.2 0.95 VS064976 0.14 4.27 0.08 2.7
1187.2 1187.9 0.7 VS064977 0.59 3.99 0.40 2.7
1187.9 1189 1.1 VS064978 0.06 11.7 0.05 2.9
1189 1190 1 VS064979 0.08 10.1 0.05 2.9
1190 1191.25 1.25 VS064980 0.13 8.55 0.10 2.9
1191.25 1192 0.75 VS064981 0.10 7.54 0.07 2.9
1192 1193.3 1.3 VS064982 0.07 9.71 0.04 2.9
1193.3 1194 0.7 VS064983 0.07 10.05 0.05 2.9
1194 1195.05 1.05 VS064985 0.03 9.43 0.02 2.9
1195.05 1196.35 1.3 VS064986 0.06 8.66 0.05 2.9
1196.35 1197.65 1.3 VS064987 0.03 9.53 0.03 2.9
1197.65 1198.95 1.3 VS064988 0.05 10.4 0.05 2.9
1198.95 1200.25 1.3 VS064989 0.02 10.15 0.03 2.9
1200.25 1201.55 1.3 VS064990 0.02 10.4 0.01 2.9
1201.55 1202.85 1.3 VS064991 0.02 9.85 0.02 2.9
1202.85 1204.15 1.3 VS064992 0.02 11.95 0.03 2.9
1204.15 1205.45 1.3 VS064993 0.03 11.85 0.04 2.9
1205.45 1206.75 1.3 VS064995 0.03 10.15 0.02 2.9
1206.75 1208.05 1.3 VS064996 0.10 10.75 0.04 2.9
1208.05 1209.35 1.3 VS064997 0.07 9.77 0.03 2.9
1209.35 1210.65 1.3 VS064998 0.06 9.77 0.05 2.9
1210.65 1211.65 1 VS064999 0.01 8.7 0.01 2.9
1211.65 1212.75 1.1 VS065000 0.03 9.61 0.01 2.9
1212.75 1214 1.25 VS065001 0.02 10.35 0.02 2.9
1214 1215.35 1.35 VS065002 0.01 10.3 0.01 2.9
1215.35 1216.65 1.3 VS065003 0.01 10.1 0.01 2.9
1216.65 1217.3 0.65 VS065005 0.02 8.58 0.01 2.9
1217.3 1218.6 1.3 VS065006 0.02 9.93 0.02 2.9
1218.6 1219.9 1.3 VS065007 0.02 9.51 0.02 2.9
1219.9 1221.2 1.3 VS065008 0.03 10.6 0.02 2.9
1221.2 1222.5 1.3 VS065009 0.03 9.46 0.02 2.9
1222.5 1223.8 1.3 VS065010 0.06 9.5 0.02 2.9
1223.8 1225.1 1.3 VS065011 0.03 9.4 0.01 2.9
1225.1 1226.4 1.3 VS065012 0.05 9.33 0.01 2.9
1226.4 1227.7 1.3 VS065013 0.02 10.25 0.01 2.9
1227.7 1229 1.3 VS065015 0.04 9.99 0.03 2.9
1229 1230.3 1.3 VS065016 0.05 9.56 0.03 2.9
1230.3 1231.6 1.3 VS065017 0.03 9.33 0.02 2.9
1231.6 1232.9 1.3 VS065018 0.03 8.71 0.03 2.9
1232.9 1234.2 1.3 VS065019 0.02 9.77 0.02 2.9
1234.2 1235.5 1.3 VS065020 0.10 8.36 0.06 2.9
1235.5 1236.8 1.3 VS065021 0.05 9.49 0.03 2.9
1236.8 1238.1 1.3 VS065022 0.06 9.45 0.03 2.9
1238.1 1239.35 1.25 VS065023 0.05 9.68 0.02 2.9
1239.35 1240.4 1.05 VS065025 0.10 9.45 0.04 2.9
1240.4 1241.7 1.3 VS065026 0.04 10.5 0.02 2.9
1241.7 1243 1.3 VS065027 0.08 8.46 0.03 2.9
===== SIDA 66 =====
63
HOLE ID: VDD24129
DEPTH_FROM DEPTH_TO SAMPLE_LENGTH SAMPLE_ID CU_PCT FE_PCT AG_PPM DENSITY
1243 1244.3 1.3 VS065028 0.11 8.67 0.07 2.9
1244.3 1245 0.7 VS065029 0.03 9.69 0.01 2.9
1245 1246 1 VS065030 0.09 9.69 0.05 2.9
1246 1247 1 VS065031 0.06 9.88 0.05 2.9
1247 1247.5 0.5 VS065032 0.01 9.39 0.01 2.9
1247.5 1248.8 1.3 VS065033 0.00 6.57 0.01 2.9
1248.8 1249.75 0.95 VS065035 0.00 5 0.03 2.8
1249.75 1250.45 0.7 VS065036 0.00 4.49 0.01 2.9
1250.45 1251.75 1.3 VS065037 0.00 5.31 0.01 2.9
1251.75 1253 1.25 VS065038 0.00 5.33 0.01 2.9
1253 1254.15 1.15 VS065039 0.01 6.91 0.01 2.9
1254.15 1254.55 0.4 VS065040 0.06 8.71 0.04 2.9
1254.55 1257.2 2.65 VS065041 0.04 10.9 0.03 2.9
1257.2 1260 2.8 VS065042 0.06 10.5 0.03 3.0
===== SIDA 67 =====
64
HOLE ID: VDD24129B
DEPTH_FROM DEPTH_TO SAMPLE_LENGTH SAMPLE_ID CU_PCT FE_PCT AG_PPM DENSITY
1017.5 1018.56 1.06 VS067026 0.00 5.72 0.01 2.7
1018.56 1019.62 1.06 VS067027 0.00 5.1 0.01 2.7
1019.62 1020.67 1.05 VS067028 0.00 6.13 0.01 2.8
1020.67 1021.75 1.08 VS067029 0.00 5.76 0.01 2.7
1021.75 1022.8 1.05 VS067030 0.00 7.05 0.01 2.8
1022.8 1023.86 1.06 VS067031 0.00 5.68 0.01 2.8
1023.86 1024.9 1.04 VS067032 0.00 6.31 0.01 2.8
1024.9 1026 1.1 VS067033 0.00 5.06 0.01 2.8
1026 1027.2 1.2 VS067035 0.00 2.01 0.01 2.7
1027.2 1028.42 1.22 VS067036 0.08 2.25 0.03 2.7
1028.42 1029.65 1.23 VS067037 0.00 1.82 0.01 2.8
1029.65 1030.35 0.7 VS067038 0.02 2.54 0.01 2.8
1030.35 1031.55 1.2 VS067039 0.00 2.31 0.01 2.9
1031.55 1032.61 1.06 VS067040 0.00 2.27 0.01 2.9
1032.61 1033.75 1.14 VS067041 0.00 2.8 0.01 2.8
1033.75 1034.5 0.75 VS067042 0.00 3.6 0.01 2.7
1034.5 1035.3 0.8 VS067043 0.00 4.42 0.01 2.8
1035.3 1036 0.7 VS067045 0.00 17.3 0.01 3.1
1036 1036.7 0.7 VS067046 0.00 4.02 0.01 2.7
1036.7 1037.68 0.98 VS067047 0.00 3.09 0.01 2.7
1037.68 1038.65 0.97 VS067048 0.00 3.56 0.01 2.9
1038.65 1039.7 1.05 VS067049 0.00 2.48 0.01 2.7
1039.7 1040.7 1 VS067051 0.00 3.41 0.01 2.9
1040.7 1041.7 1 VS067052 0.00 4.92 0.02 2.8
1041.7 1042.7 1 VS067053 0.00 2.9 0.03 2.9
1042.7 1043.75 1.05 VS067054 0.00 2.64 0.01 2.9
1043.75 1044.6 0.85 VS067055 0.00 5.55 0.01 2.8
1044.6 1045.4 0.8 VS067056 0.00 3.71 0.01 2.9
1045.4 1046.3 0.9 VS067058 0.00 13.25 0.01 2.8
1046.3 1047.15 0.85 VS067059 0.00 5.95 0.01 2.6
1047.15 1047.65 0.5 VS067060 0.00 3.41 0.01 2.9
1047.65 1048.77 1.12 VS067061 0.00 5.34 0.02 2.8
1048.77 1050.1 1.33 VS067062 0.00 3.85 0.01 2.9
1050.1 1050.85 0.75 VS067063 0.00 3.91 0.01 3.0
1050.85 1051.96 1.11 VS067065 0.00 2.37 0.01 2.7
1051.96 1053.09 1.13 VS067066 0.00 2.17 0.01 2.8
1053.09 1053.78 0.69 VS067067 0.00 2.4 0.01 2.7
1053.78 1054.37 0.59 VS067068 0.00 3.32 0.01 2.7
1054.37 1055.33 0.96 VS067069 0.00 3.35 0.01 2.9
1055.33 1056.45 1.12 VS067070 0.00 3.88 0.01 3.0
1056.45 1057.55 1.1 VS067071 0.00 6.18 0.01 2.9
1057.55 1058.61 1.06 VS067073 0.00 34.3 0.01 3.6
1058.61 1059.26 0.65 VS067074 0.00 27.3 0.01 3.4
1059.26 1059.67 0.41 VS067075 0.00 53.1 0.01 4.1
1059.67 1060.42 0.75 VS067076 0.00 19.85 0.01 3.2
===== SIDA 68 =====
65
HOLE ID: VDD24129B
DEPTH_FROM DEPTH_TO SAMPLE_LENGTH SAMPLE_ID CU_PCT FE_PCT AG_PPM DENSITY
1060.42 1061.1 0.68 VS067078 0.00 24.9 0.01 3.3
1061.1 1061.4 CORE LOSS
1061.4 1061.79 0.39 VS067079 0.00 8.31 0.04 2.9
1061.79 1063 1.21 VS067080 0.00 27.7 0.01 3.4
1063 1064 1 VS067081 0.00 25.8 0.01 3.3
1064 1065 1 VS067082 0.00 26.4 0.01 3.4
1065 1065.9 0.9 VS067084 0.00 8.32 0.01 2.8
1065.9 1066.85 0.95 VS067085 0.00 6.37 0.01 3.0
1066.85 1067.84 0.99 VS067086 0.00 4.58 0.01 2.7
1067.84 1068.87 1.03 VS067087 0.00 2.86 0.01 3.0
1068.87 1069.96 1.09 VS067088 0.00 2.34 0.01 2.8
1069.96 1071 1.04 VS067089 0.00 1.3 0.01 2.8
1071 1072.08 1.08 VS067091 0.00 1.6 0.01 2.8
1072.08 1073.12 1.04 VS067092 0.00 2.4 0.01 2.8
1073.12 1074.12 1 VS067093 0.00 1.82 0.01 2.7
1074.12 1075.16 1.04 VS067094 0.00 1.5 0.01 2.8
1075.16 1076.26 1.1 VS067095 0.00 1.88 0.01 2.8
1076.26 1077.27 1.01 VS067097 0.00 1.98 0.01 2.8
1077.27 1078.26 0.99 VS067098 0.00 1.58 0.01 2.8
1078.26 1079.26 1 VS067099 0.00 2.39 0.03 2.8
1079.26 1080.36 1.1 VS067100 0.00 2.06 0.01 2.8
1080.36 1081.35 0.99 VS067101 0.00 3.34 0.01 2.7
1081.35 1082.4 1.05 VS067103 0.00 4.07 0.01 2.8
1082.4 1083.47 1.07 VS067104 0.00 2.2 0.02 2.9
1083.47 1084.56 1.09 VS067105 0.00 2.06 0.01 2.8
1084.56 1085.68 1.12 VS067106 0.00 3.55 0.02 3.1
1085.68 1086.59 0.91 VS067107 0.00 2.23 0.01 2.9
1086.59 1087.17 0.58 VS067108 0.00 1.82 0.01 3.0
1087.17 1088.26 1.09 VS067110 0.00 1.29 0.01 2.7
1088.26 1089 0.74 VS067111 0.00 3.19 0.03 2.8
1089 1090.1 1.1 VS067112 0.00 8.32 0.01 3.1
1090.1 1090.99 0.89 VS067113 0.00 3.28 0.01 3.0
1090.99 1091.35 0.36 VS067114 0.00 5.99 0.04 3.1
1091.35 1091.83 0.48 VS067116 0.00 7.69 0.02 3.0
1091.83 1092.88 1.05 VS067117 0.00 10.05 0.01 2.9
1092.88 1094 1.12 VS067118 0.00 10.05 0.01 3.0
1094 1094.56 0.56 VS067119 0.00 13.85 0.02 3.2
1094.56 1094.97 0.41 VS067120 0.00 3.77 0.01 3.0
1094.97 1095.81 0.84 VS067121 0.00 3.59 0.01 2.8
1095.81 1096.45 0.64 VS067122 0.00 2.3 0.01 2.9
1096.45 1097.38 0.93 VS067124 0.00 16.2 0.01 3.0
1097.38 1097.83 0.45 VS067125 0.00 10.25 0.02 3.3
1097.83 1098.17 0.34 VS067126 0.00 22.9 0.04 3.7
1098.17 1098.77 0.6 VS067127 0.00 12.15 0.02 2.8
1098.77 1099.18 0.41 VS067129 0.00 11.85 0.01 2.9
===== SIDA 69 =====
66
HOLE ID: VDD24129B
DEPTH_FROM DEPTH_TO SAMPLE_LENGTH SAMPLE_ID CU_PCT FE_PCT AG_PPM DENSITY
1099.18 1099.76 0.58 VS067130 0.00 9.21 0.01 3.1
1099.76 1100.34 0.58 VS067131 0.00 6.01 0.01 2.8
1100.34 1101.3 0.96 VS067132 0.00 7.72 0.01 2.8
1101.3 1101.85 0.55 VS067133 0.00 3.13 0.03 3.0
1101.85 1102.35 CORE LOSS
1102.35 1103.09 0.74 VS067135 0.00 5.05 0.02 3.1
1103.09 1103.65 0.56 VS067136 0.00 9.81 0.04 3.0
1103.65 1104.5 0.85 VS067137 0.00 3.93 0.02 3.0
1104.5 1105.08 0.58 VS067138 0.00 6.38 0.01 3.0
1105.08 1105.62 0.54 VS067139 0.00 19.95 0.01 3.3
1105.62 1106.6 0.98 VS067141 0.00 2.27 0.04 2.7
1106.6 1107.58 0.98 VS067142 0.00 2.3 0.03 2.9
1107.58 1108.53 0.95 VS067143 0.00 2.1 0.01 2.8
1108.53 1109.5 0.97 VS067144 0.00 2.3 0.01 2.9
1109.5 1110 CORE LOSS
1110 1110.88 0.88 VS067145 0.00 9.08 0.01 3.5
1110.88 1111.78 0.9 VS067146 0.00 5.89 0.01 2.9
1111.78 1112.65 0.87 VS067147 0.00 3.17 0.01 3.1
1112.65 1113.55 0.9 VS067148 0.00 2.24 0.04 3.1
1113.55 1114.33 0.78 VS067150 0.00 3.07 0.03 2.9
1114.33 1115.4 1.07 VS067151 0.00 1.66 0.02 3.1
1115.4 1116.4 CORE LOSS
1116.4 1117.38 0.98 VS067152 0.00 1.44 0.01 2.9
1117.38 1118.39 1.01 VS067153 0.00 2.08 0.01 2.9
1118.39 1119.45 1.06 VS067154 0.00 2.23 0.02 2.8
1119.45 1120.4 0.95 VS067155 0.00 1.95 0.01 2.9
1120.4 1121.45 1.05 VS067156 0.01 3.09 0.02 2.9
1121.45 1122.16 0.71 VS067157 0.01 1.6 0.01 2.7
1122.16 1123.16 1 VS067159 0.00 15.75 0.01 2.9
1123.16 1123.62 0.46 VS067160 0.00 9.1 0.02 2.8
1123.62 1124.3 0.68 VS067161 0.00 5.76 0.01 3.3
1124.3 1125.24 0.94 VS067162 0.00 7.89 0.03 3.1
1125.24 1125.95 0.71 VS067163 0.00 8.49 0.02 2.7
1125.95 1126.9 0.95 VS067165 0.00 4.15 0.02 2.9
1126.9 1127.8 0.9 VS067166 0.00 3.91 0.01 2.7
1127.8 1128.55 0.75 VS067167 0.00 1.98 0.03 3.0
1128.55 1129.15 0.6 VS067168 0.00 3.9 0.06 2.9
1129.15 1129.75 0.6 VS067169 0.00 2.68 0.01 2.7
1129.75 1130 0.25 VS067171 0.00 2.42 0.01 2.9
1130 1130.96 0.96 VS067172 0.00 1.81 0.02 2.9
1130.96 1131.93 0.97 VS067173 0.00 1.84 0.01 2.8
1131.93 1132.89 0.96 VS067174 0.00 1.81 0.01 2.9
1132.89 1133.89 1 VS067175 0.00 2.02 0.01 2.9
1133.89 1134.79 0.9 VS067176 0.00 2.07 0.01 2.9
1134.79 1135.83 1.04 VS067178 0.00 1.55 0.01 2.9
===== SIDA 70 =====
67
HOLE ID: VDD24129B
DEPTH_FROM DEPTH_TO SAMPLE_LENGTH SAMPLE_ID CU_PCT FE_PCT AG_PPM DENSITY
1135.83 1136.8 0.97 VS067179 0.00 1.6 0.01 2.9
1136.8 1137.75 0.95 VS067180 0.00 1.98 0.01 2.9
1137.75 1138.75 1 VS067181 0.00 2.16 0.01 3.0
1138.75 1139.72 0.97 VS067182 0.00 1.85 0.01 2.9
1139.72 1140.62 0.9 VS067184 0.03 2.51 0.01 2.8
1140.62 1141.8 1.18 VS067185 0.00 3.28 0.01 3.0
1141.8 1143 1.2 VS067186 0.00 3.83 0.01 2.9
1143 1144.11 1.11 VS067187 0.02 7.33 0.03 3.0
1144.11 1144.88 0.77 VS067188 0.02 5.46 0.01 2.9
1144.88 1145.68 0.8 VS067189 0.01 7.6 0.01 2.9
1145.68 1146.2 0.52 VS067191 0.04 4.62 0.02 2.9
1146.2 1147.23 1.03 VS067192 0.01 3.68 0.01 2.9
1147.23 1148.27 1.04 VS067193 0.00 3.11 0.01 2.9
1148.27 1149.25 0.98 VS067194 0.00 2.52 0.01 2.9
1149.25 1150.37 1.12 VS067195 0.02 1.53 0.02 2.7
1150.37 1151.39 1.02 VS067196 0.01 1.39 0.01 2.8
1151.39 1152.05 0.66 VS067198 0.00 12.25 0.01 3.1
1152.05 1152.5 0.45 VS067199 0.01 1.56 0.03 2.8
1152.5 1153.11 0.61 VS067200 0.81 24.4 0.43 3.3
1153.11 1154 0.89 VS067201 0.27 7.1 0.13 3.0
1154 1155 1 VS067202 0.20 3.28 0.12 2.7
1155 1155.88 0.88 VS067203 0.05 10.75 0.04 2.9
1155.88 1156.68 0.8 VS067205 0.01 14.5 0.02 3.0
1156.68 1157.73 1.05 VS067206 0.32 13.3 0.17 3.0
1157.73 1158.8 1.07 VS067207 2.09 31.8 1.06 3.7
1158.8 1159.87 1.07 VS067208 0.53 34.8 0.31 3.6
1159.87 1160.6 0.73 VS067210 0.04 16.2 0.04 3.2
1160.6 1161.24 0.64 VS067211 0.05 26 0.05 3.3
1161.24 1162.12 0.88 VS067212 0.06 24.8 0.05 3.4
1162.12 1162.47 0.35 VS067213 0.09 15.4 0.06 3.2
1162.47 1163.15 0.68 VS067215 0.06 30.5 0.05 3.5
1163.15 1163.57 0.42 VS067216 0.23 30.9 0.13 3.5
1163.57 1164.13 0.56 VS067217 0.07 37.6 0.05 3.6
1164.13 1164.85 0.72 VS067218 0.09 24 0.07 3.3
1164.85 1165.97 1.12 VS067219 0.06 37.5 0.03 3.7
1165.97 1166.78 0.81 VS067220 0.02 47 0.01 3.9
1166.78 1167.58 0.8 VS067222 0.06 28.5 0.03 3.5
1167.58 1168.08 0.5 VS067223 0.05 21.8 0.02 3.3
1168.08 1168.98 0.9 VS067224 0.31 13.4 0.05 3.2
1168.98 1170 1.02 VS067225 0.30 13.2 0.06 3.2
1170 1170.79 0.79 VS067226 0.32 18.3 0.06 3.1
1170.79 1171.52 0.73 VS067227 0.02 12.15 0.04 3.2
1171.52 1172.36 0.84 VS067229 0.06 17.55 0.01 3.1
1172.36 1173 0.64 VS067230 0.04 22.2 0.02 3.3
1173 1174.3 1.3 VS067231 0.18 10.7 0.06 3.0
===== SIDA 71 =====
68
HOLE ID: VDD24129B
DEPTH_FROM DEPTH_TO SAMPLE_LENGTH SAMPLE_ID CU_PCT FE_PCT AG_PPM DENSITY
1174.3 1175.38 1.08 VS067232 0.20 2.22 0.08 2.7
1175.38 1176.21 0.83 VS067233 0.02 1.73 0.05 2.8
1176.21 1177 0.79 VS067234 0.64 2.67 0.30 2.7
1177 1177.46 0.46 VS067235 0.06 1.72 0.02 2.8
1177.46 1178.18 0.72 VS067236 0.05 2.23 0.04 2.8
1178.18 1178.6 0.42 VS067238 0.02 1.71 0.01 2.8
1178.6 1179.61 1.01 VS067239 0.02 5.47 0.01 3.0
1179.61 1180.54 0.93 VS067240 0.03 2.66 0.02 2.8
1180.54 1181.5 0.96 VS067241 0.09 1.55 0.04 2.9
1181.5 1182.31 0.81 VS067242 0.01 7.74 0.03 2.9
1182.31 1182.93 0.62 VS067243 0.23 8.45 0.12 2.9
1182.93 1184.21 1.28 VS067244 0.02 2.67 0.03 2.9
1184.21 1184.75 0.54 VS067246 0.59 9.81 0.32 2.9
1184.75 1185.33 0.58 VS067247 0.23 12.3 0.12 3.1
1185.33 1185.89 0.56 VS067248 0.18 11.25 0.12 2.9
1185.89 1186.9 1.01 VS067249 2.20 29.9 1.06 3.5
1186.9 1187.88 0.98 VS067250 1.31 23.8 0.62 3.3
1187.88 1188.89 1.01 VS067252 1.76 29.5 0.80 3.4
1188.89 1189.9 1.01 VS067253 1.26 29.4 0.47 3.4
1189.9 1190.9 1 VS067254 0.11 21.6 0.06 3.2
1190.9 1191.9 1 VS067255 0.06 21.1 0.04 3.1
1191.9 1192.9 1 VS067256 0.04 27.8 0.02 3.7
1192.9 1193.85 0.95 VS067258 0.04 26.1 0.03 3.3
1193.85 1194.81 0.96 VS067259 0.12 24 0.10 3.3
1194.81 1195.95 1.14 VS067260 0.06 37.3 0.03 3.7
1195.95 1196.85 0.9 VS067261 0.05 33.7 0.05 3.5
1196.85 1197.83 0.98 VS067262 0.08 47 0.04 3.9
1197.83 1198.37 0.54 VS067264 0.06 14.25 0.04 3.1
1198.37 1198.96 0.59 VS067265 0.10 37.7 0.08 3.7
1198.96 1199.6 0.64 VS067266 0.22 44.8 0.14 3.9
1199.6 1200.37 0.77 VS067267 0.15 15.2 0.05 3.0
1200.37 1201.07 0.7 VS067268 0.00 15.45 0.01 3.0
1201.07 1201.97 0.9 VS067270 0.08 47 0.06 3.9
1206.5 1207.47 0.97 VS067271 0.02 47.6 0.02 4.0
1207.47 1208.44 0.97 VS067272 0.00 45.3 0.01 3.8
1208.44 1209.32 0.88 VS067273 0.00 43 0.01 3.9
1209.32 1209.9 0.58 VS067275 0.17 12.9 0.04 3.1
1209.9 1211.3 1.4 VS067276 0.17 12.65 0.05 3.0
1201.97 1202.46 0.49 VS067277 0.10 51.9 0.04 4.1
1202.46 1203.08 0.62 VS067278 0.08 47 0.04 3.9
1203.08 1203.9 0.82 VS067279 0.11 24.9 0.04 3.3
1203.9 1204.77 0.87 VS067280 0.07 55.5 0.03 4.2
1204.77 1205.18 0.41 VS067282 0.01 4.99 0.01 3.0
1205.18 1205.87 0.69 VS067283 0.06 49.2 0.02 3.9
1205.87 1206.5 0.63 VS067284 0.09 45.7 0.02 4.1
1211.3 1211.65 0.35 VS067285 0.07 13.15 0.02 3.1
===== SIDA 72 =====
69
HOLE ID: VDD24129B
DEPTH_FROM DEPTH_TO SAMPLE_LENGTH SAMPLE_ID CU_PCT FE_PCT AG_PPM DENSITY
1211.65 1212.48 0.83 VS067286 0.20 40.1 0.06 3.7
1212.48 1213.1 0.62 VS067287 0.08 53.3 0.02 4.1
1213.1 1214.03 0.93 VS067289 0.02 7.48 0.01 2.8
1214.03 1215 0.97 VS067290 0.04 33.7 0.02 3.6
1215 1215.81 0.81 VS067291 0.05 32.1 0.02 3.5
1215.81 1216.56 0.75 VS067292 0.01 32.8 0.01 3.5
1216.56 1217.11 0.55 VS067294 0.00 43 0.01 3.7
1217.11 1217.47 0.36 VS067295 0.00 26.9 0.01 3.4
1217.47 1218.35 0.88 VS067296 0.01 49.5 0.01 4.1
1218.35 1219.16 0.81 VS067297 0.01 55.9 0.01 4.3
1219.16 1219.73 0.57 VS067299 0.00 40.3 0.05 3.8
1219.73 1220.33 0.6 VS067300 0.00 3.64 0.01 2.8
1220.33 1221.21 0.88 VS067301 0.02 12.25 0.01 3.2
1221.21 1221.95 0.74 VS067302 0.03 23.8 0.01 3.4
1221.95 1222.86 0.91 VS067303 0.03 15.65 0.01 3.1
1222.86 1223.63 0.77 VS067305 0.00 55 0.02 4.2
1223.63 1224.45 0.82 VS067306 0.06 49.7 0.02 4.1
1224.45 1225.5 1.05 VS067307 0.03 11.15 0.02 2.8
1225.5 1226.55 1.05 VS067308 0.02 16.55 0.02 3.3
1226.55 1227.6 1.05 VS067309 0.01 17.35 0.01 3.0
1227.6 1228.57 0.97 VS067310 0.71 13.1 0.25 3.0
1228.57 1229.47 0.9 VS067311 0.38 12.5 0.10 2.9
1229.47 1230.39 0.92 VS067313 0.07 40.4 0.01 3.9
1230.39 1231.34 0.95 VS067314 0.01 28.1 0.02 3.4
1231.34 1232.17 0.83 VS067315 0.15 37.8 0.03 3.7
1232.17 1232.9 0.73 VS067316 0.27 12.1 0.22 3.0
1232.9 1233.66 0.76 VS067317 0.10 11.55 0.07 3.1
1233.66 1234.82 1.16 VS067319 0.01 30.6 0.01 3.5
1234.82 1235.81 0.99 VS067320 0.00 36.9 0.01 3.6
1235.81 1236.58 0.77 VS067321 0.00 9.28 0.01 2.9
1236.58 1237.65 1.07 VS067322 0.01 47.2 0.02 4.0
1237.65 1238.6 0.95 VS067323 0.06 37.5 0.03 3.5
1238.6 1239.66 1.06 VS067325 0.00 10.35 0.01 2.9
1239.66 1240.61 0.95 VS067326 0.04 3.73 0.03 2.8
1240.61 1241.5 0.89 VS067327 0.00 0.49 0.01 2.8
1241.5 1242.42 0.92 VS067328 0.00 0.42 0.01 2.7
1242.42 1243.34 0.92 VS067329 0.00 0.59 0.01 2.9
1243.34 1244.27 0.93 VS067330 0.00 0.52 0.01 2.9
1244.27 1245.27 1 VS067332 0.00 3.13 0.01 2.9
1245.27 1246.29 1.02 VS067333 0.00 1.35 0.01 2.8
1246.29 1247.14 0.85 VS067334 0.00 0.38 0.01 2.9
1247.14 1248 0.86 VS067335 0.00 0.52 0.01 2.9
1248 1248.85 0.85 VS067336 0.00 0.44 0.01 2.8
1248.85 1249.7 0.85 VS067337 0.00 0.5 0.01 2.9
1249.7 1250.56 0.86 VS067339 0.00 0.62 0.01 2.9
1250.56 1251.6 1.04 VS067340 0.00 0.29 0.01 2.8
1251.6 1252.66 1.06 VS067341 0.00 0.3 0.01 2.7
===== SIDA 73 =====
70
HOLE ID: VDD24129B
DEPTH_FROM DEPTH_TO SAMPLE_LENGTH SAMPLE_ID CU_PCT FE_PCT AG_PPM DENSITY
1252.66 1253.6 0.94 VS067342 0.00 1.52 0.01 2.7
1253.6 1254.49 0.89 VS067343 0.00 4.04 0.01 2.9
1254.49 1255.11 0.62 VS067345 0.00 3.42 0.01 2.7
1255.11 1256.36 1.25 VS067346 0.00 1.99 0.01 2.8
1256.36 1257.36 1 VS067347 0.00 3.52 0.01 2.7
1257.36 1258.19 0.83 VS067348 0.00 3.96 0.01 2.8
1258.19 1259.16 0.97 VS067349 0.00 4.21 0.01 2.8
1259.16 1260.03 0.87 VS067350 0.00 4.44 0.01 2.8
1260.03 1260.95 0.92 VS067351 0.00 4.88 0.01 2.8
1260.95 1261.78 0.83 VS067353 0.02 12.75 0.05 2.9
1261.78 1262.6 0.82 VS067354 0.00 41.3 0.01 3.9
1262.6 1263.55 0.95 VS067355 0.01 45.1 0.01 3.9
1263.55 1264.41 0.86 VS067356 0.00 40.3 0.01 3.7
1264.41 1265.25 0.84 VS067357 0.00 10.9 0.01 3.1
1265.25 1266.32 1.07 VS067358 0.24 10.45 0.44 3.1
1266.32 1267.25 0.93 VS067359 0.27 10.85 0.52 2.9
1267.25 1268.06 0.81 VS067361 0.14 10.1 0.15 2.9
1268.06 1269.2 1.14 VS067362 0.25 11.15 0.03 3.0
1269.2 1270.33 1.13 VS067363 0.25 11.8 0.02 3.0
1270.33 1271.2 0.87 VS067364 0.22 11.35 0.01 3.0
1271.2 1272.38 1.18 VS067365 0.15 11.8 0.13 2.9
1272.38 1273.02 0.64 VS067366 0.01 12.85 0.01 3.0
1273.02 1274.05 1.03 VS067367 0.00 9.46 0.01 3.1
1274.05 1274.73 0.68 VS067369 0.03 33.3 0.06 3.6
1274.73 1275.57 0.84 VS067370 0.07 17.1 0.19 3.1
1275.57 1276.17 0.6 VS067371 0.00 6.65 0.01 2.8
1276.17 1277 0.83 VS067372 0.01 23.5 0.01 3.3
1277 1277.8 0.8 VS067373 0.00 28.7 0.01 3.4
1277.8 1278.76 0.96 VS067375 0.00 12.15 0.01 3.0
1278.76 1279.45 0.69 VS067376 0.05 10 0.06 3.0
1279.45 1280.45 1 VS067377 0.07 9.24 0.11 3.0
1280.45 1281.57 1.12 VS067378 0.03 9.41 0.04 3.0
1281.57 1282.5 0.93 VS067379 0.13 13.15 0.08 3.1
1282.5 1283.45 0.95 VS067380 0.16 9.39 0.28 2.9
1283.45 1284.4 0.95 VS067382 0.06 9.06 0.07 2.9
1284.4 1285.32 0.92 VS067383 0.01 8.89 0.01 3.0
1285.32 1286.32 1 VS067384 0.01 7.72 0.01 3.0
1286.32 1287.08 0.76 VS067385 0.01 7.26 0.01 2.9
1287.08 1287.83 0.75 VS067386 0.03 7.96 0.01 3.1
1287.83 1288.43 0.6 VS067387 0.06 6.52 0.03 3.0
1288.43 1289.16 0.73 VS067388 0.01 8.1 0.01 3.0
1289.16 1289.9 0.74 VS067389 0.06 8.08 0.02 3.1
1289.9 1290.63 0.73 VS067391 0.00 5.9 0.01 2.9
1290.63 1291.63 1 VS067392 0.05 6.45 0.02 3.1
1291.63 1292 0.37 VS067393 0.03 6.85 0.02 3.1
1292 1292.53 0.53 VS067394 0.12 8.7 0.08 2.9
1292.53 1293.53 1 VS067395 0.14 9.56 0.10 2.9
===== SIDA 74 =====
71
HOLE ID: VDD24129B
DEPTH_FROM DEPTH_TO SAMPLE_LENGTH SAMPLE_ID CU_PCT FE_PCT AG_PPM DENSITY
1293.53 1294.55 1.02 VS067396 0.03 9.69 0.02 2.9
1294.55 1295.46 0.91 VS067397 0.04 7.67 0.02 2.9
1295.46 1296.47 1.01 VS067398 0.04 9.06 0.03 3.2
1296.47 1297.4 0.93 VS067400 0.04 9 0.04 3.1
1297.4 1298.36 0.96 VS067401 0.03 12.05 0.02 3.1
1298.36 1299.25 0.89 VS067402 0.06 14.1 0.03 3.3
1299.25 1300.3 1.05 VS067403 0.09 12.2 0.10 3.0
1300.3 1301.32 1.02 VS067404 0.02 9.07 0.03 3.0
1301.32 1302.34 1.02 VS067405 0.06 8.75 0.05 3.1
1302.34 1303.36 1.02 VS067407 0.04 9.07 0.04 3.1
1303.36 1304.38 1.02 VS067408 0.01 9.42 0.01 2.9
1304.38 1305.35 0.97 VS067409 0.04 9.94 0.03 3.0
1305.35 1306.42 1.07 VS067410 0.10 9.18 0.04 3.1
1306.42 1307.44 1.02 VS067411 0.11 8.18 0.06 2.9
1307.44 1308.46 1.02 VS067412 0.21 11.4 0.10 3.0
1308.46 1309.48 1.02 VS067413 0.02 9.63 0.01 3.3
1309.48 1310.45 0.97 VS067414 0.00 9.68 0.01 2.9
1310.45 1311.44 0.99 VS067416 0.03 9.19 0.03 2.8
1311.44 1312.55 1.11 VS067417 0.02 9.34 0.02 3.2
1312.55 1313.52 0.97 VS067418 0.09 8.82 0.05 3.1
1313.52 1316.21 2.69 VS067891 0.03 9.96 0.02 2.9
1316.21 1319 2.79 VS067892 0.09 10.55 0.04 2.9
1319 1321.72 2.72 VS067893 0.01 10.2 0.01 2.9
1321.72 1324.4 2.68 VS067894 0.02 9.61 0.01 3.0
1324.4 1327.2 2.8 VS067896 0.06 8.74 0.04 2.9
1327.2 1328.53 1.33 VS067897 0.01 6.64 0.01 2.9
1328.53 1330.28 1.75 VS067898 0.01 8.99 0.01 2.9
1330.28 1332 1.72 VS067899 0.01 9.41 0.01 2.9
===== SIDA 75 =====
72
HOLE ID: VDD25001
DEPTH_FROM DEPTH_TO SAMPLE_LENGTH SAMPLE_ID CU_PCT FE_PCT AG_PPM DENSITY
1194.95 1196.09 1.14 VS066332 0.00 7.26 0.01 2.9
1196.09 1197.24 1.15 VS066333 0.00 7.66 0.01 2.9
1197.24 1198.35 1.11 VS066334 0.00 7.57 0.01 2.8
1198.35 1199.54 1.19 VS066335 0.00 6.31 0.01 2.8
1199.54 1200.65 1.11 VS066336 0.00 7.52 0.01 2.9
1200.65 1201.86 1.21 VS066337 0.00 7.15 0.01 2.8
1201.86 1202.52 0.66 VS066338 0.00 5.34 0.01 2.8
1202.52 1203.5 0.98 VS066339 0.00 7.23 0.01 2.8
1203.5 1204.55 1.05 VS066341 0.00 5.98 0.09 2.9
1204.55 1205.6 1.05 VS066342 0.00 6.36 0.01 2.8
1205.6 1206.64 1.04 VS066343 0.00 7.26 0.01 2.8
1206.64 1207.67 1.03 VS066344 0.00 6.21 0.01 2.8
1207.67 1208.7 1.03 VS066345 0.00 6.68 0.02 2.8
1208.7 1209.75 1.05 VS066346 0.00 7.35 0.01 2.7
1209.75 1210.77 1.02 VS066347 0.00 7.41 0.01 2.8
1210.77 1211.83 1.06 VS066348 0.00 7.16 0.01 2.8
1211.83 1212.83 1 VS066349 0.00 7.03 0.01 2.8
1212.83 1213.86 1.03 VS066351 0.00 7.15 0.02 2.8
1213.86 1214.9 1.04 VS066352 0.00 7.54 0.01 2.8
1214.9 1216.15 1.25 VS066353 0.00 7.16 0.01 2.9
1216.15 1217.4 1.25 VS066354 0.00 7.09 0.01 2.8
1217.4 1218.68 1.28 VS066355 0.00 6.28 0.01 2.8
1218.68 1219.89 1.21 VS066356 0.00 5.68 0.01 2.8
1219.89 1220.77 0.88 VS066357 0.01 7.33 0.01 2.9
1220.77 1221.65 0.88 VS066359 0.03 7.74 0.01 2.8
1221.65 1222.73 1.08 VS066360 0.04 7.26 0.01 2.9
1222.73 1223.81 1.08 VS066361 0.03 5.61 0.01 2.8
1223.81 1224.87 1.06 VS066362 0.03 6.67 0.01 2.8
1224.87 1226 1.13 VS066363 0.11 7.25 0.01 2.8
1226 1226.52 0.52 VS066364 0.09 18.7 0.02 3.3
1226.52 1227 0.48 VS066365 0.07 7.17 0.03 2.8
1227 1227.75 0.75 VS066367 0.37 32.5 0.12 3.5
1227.75 1228.5 0.75 VS066368 0.00 20.3 0.01 3.4
1228.5 1229.1 0.6 VS066369 0.00 3.12 0.01 2.8
1229.1 1230.32 1.22 VS066370 0.67 6.37 0.42 2.9
1230.32 1231.57 1.25 VS066371 0.24 5.9 0.15 2.8
1231.57 1232.75 1.18 VS066372 1.99 7.55 1.15 3.1
1232.75 1234 1.25 VS066373 0.22 5.31 0.13 2.8
1234 1235.28 1.28 VS066374 0.33 5.66 0.20 2.8
1235.28 1236.45 1.17 VS066376 0.14 5.61 0.09 2.8
1236.45 1237.7 1.25 VS066377 0.08 6.37 0.04 2.9
1237.7 1239 1.3 VS066378 0.04 7.74 0.01 2.8
1239 1240.25 1.25 VS066379 0.02 7.94 0.01 2.8
1240.25 1241.45 1.2 VS066380 0.02 5.91 0.01 2.8
1241.45 1242.65 1.2 VS066381 0.03 4.38 0.01 2.7
===== SIDA 76 =====
73
HOLE ID: VDD25001
DEPTH_FROM DEPTH_TO SAMPLE_LENGTH SAMPLE_ID CU_PCT FE_PCT AG_PPM DENSITY
1242.65 1243.85 1.2 VS066382 0.09 8.29 0.02 2.9
1243.85 1244.88 1.03 VS066383 0.04 4.49 0.01 2.7
1244.88 1245.92 1.04 VS066384 0.01 3.81 0.01 2.7
1245.92 1246.96 1.04 VS066385 0.02 3.88 0.01 2.8
1246.96 1248 1.04 VS066387 0.04 5.42 0.01 2.8
1248 1248.95 0.95 VS066388 0.03 4.91 0.01 2.7
1248.95 1250.02 1.07 VS066389 0.03 6.13 0.01 2.8
1250.02 1251.09 1.07 VS066390 0.02 5.7 0.01 2.8
1251.09 1252.18 1.09 VS066391 0.01 4.13 0.01 2.7
1252.18 1253.25 1.07 VS066392 0.00 6.46 0.01 2.7
1253.25 1254.3 1.05 VS066393 0.00 10.4 0.01 3.0
1254.3 1255.4 1.1 VS066394 0.00 7.19 0.02 2.7
1255.4 1256.48 1.08 VS066395 0.11 6.75 0.06 2.8
1256.48 1257.24 0.76 VS066397 0.38 26.8 0.26 3.3
1257.24 1258 0.76 VS066398 0.22 34.1 0.14 3.6
1258 1259.29 1.29 VS066399 0.11 9.56 0.03 3.0
1259.29 1260.5 1.21 VS066400 0.08 3.55 0.02 2.7
1260.5 1260.9 0.4 VS066401 0.04 7.91 0.08 2.8
1260.9 1262.02 1.12 VS066402 0.72 5.65 0.26 2.7
1262.02 1263.27 1.25 VS066403 0.37 45.8 0.11 3.9
1263.27 1264.56 1.29 VS066405 0.08 43.8 0.01 3.7
1264.56 1265.42 0.86 VS066406 0.00 12 0.02 2.8
1265.42 1266.4 0.98 VS066407 0.22 38.5 0.05 3.7
1266.4 1266.93 0.53 VS066408 0.31 19.3 0.07 3.3
1266.93 1267.23 0.3 VS066410 0.13 43.5 0.04 3.8
1267.23 1267.95 0.72 VS066411 0.12 14.15 0.02 2.9
1267.95 1268.67 0.72 VS066412 0.05 26.7 0.03 3.4
1268.67 1269.68 1.01 VS066413 0.63 47.3 0.15 3.9
1269.68 1270.69 1.01 VS066415 0.02 34.9 0.01 3.6
1270.69 1271.67 0.98 VS066416 0.00 40.8 0.01 3.8
1271.67 1272.72 1.05 VS066417 0.00 37.2 0.01 3.7
1272.72 1273.72 1 VS066418 0.02 45.6 0.01 3.9
1273.72 1274.73 1.01 VS066419 0.04 38.5 0.01 3.6
1274.73 1275.6 0.87 VS066420 1.05 18.8 0.18 3.1
1275.6 1276.48 0.88 VS066421 0.76 15.15 0.13 3.1
1276.48 1277.66 1.18 VS066423 0.13 34.1 0.04 3.8
1277.66 1278.8 1.14 VS066424 0.12 48.2 0.04 4.0
1278.8 1280.02 1.22 VS066425 0.02 53 0.01 4.1
1280.02 1281.21 1.19 VS066426 0.03 46.2 0.02 3.9
1281.21 1281.58 0.37 VS066427 0.00 11.95 0.01 3.0
1281.58 1282.59 1.01 VS066428 0.04 47.8 0.01 4.0
1282.59 1283.6 1.01 VS066430 0.10 48.1 0.03 4.0
1283.6 1284.55 0.95 VS066431 0.08 49.6 0.02 3.9
1284.55 1285.64 1.09 VS066432 0.04 52.7 0.01 4.2
1285.64 1286.03 0.39 VS066433 0.00 3.89 0.01 2.9
===== SIDA 77 =====
74
HOLE ID: VDD25001
DEPTH_FROM DEPTH_TO SAMPLE_LENGTH SAMPLE_ID CU_PCT FE_PCT AG_PPM DENSITY
1286.03 1287.26 1.23 VS066434 0.09 41.5 0.06 4.0
1287.26 1288.49 1.23 VS066436 0.01 50 0.01 4.1
1288.49 1289.72 1.23 VS066437 0.00 46.3 0.01 3.9
1289.72 1290.96 1.24 VS066438 0.00 48 0.01 4.0
1290.96 1291.95 0.99 VS066439 0.00 15.8 0.02 3.1
1291.95 1292.9 0.95 VS066440 0.00 53.1 0.01 4.1
1292.9 1293.89 0.99 VS066442 0.01 25.2 0.02 3.3
1293.89 1294.9 1.01 VS066443 0.03 16.55 0.02 3.0
1294.9 1295.84 0.94 VS066444 0.00 12.35 0.01 3.1
1295.84 1296.81 0.97 VS066445 0.00 9.62 0.01 2.9
1296.81 1297.76 0.95 VS066446 0.03 11.15 0.01 2.9
1297.76 1298.71 0.95 VS066447 0.00 9.55 0.01 2.9
1298.71 1299.66 0.95 VS066448 0.02 11.85 0.01 3.0
1299.66 1300.58 0.92 VS066449 0.00 12.2 0.01 3.0
1300.58 1301.72 1.14 VS066450 0.12 20.4 0.03 3.2
1301.72 1302.95 1.23 VS066452 0.14 47.3 0.01 3.9
1302.95 1304.17 1.22 VS066453 0.06 46.4 0.01 4.0
1304.17 1304.98 0.81 VS066454 0.01 9.31 0.01 2.9
1304.98 1306.26 1.28 VS066455 0.00 11.75 0.01 3.0
1306.26 1307.16 0.9 VS066456 0.00 13.3 0.01 3.0
1307.16 1307.85 0.69 VS066457 0.00 29 0.03 3.5
1307.85 1308.53 0.68 VS066459 0.00 9.5 0.01 2.9
1308.53 1309.13 0.6 VS066460 0.01 40.8 0.01 3.7
1309.13 1309.55 0.42 VS066461 0.00 5.61 0.01 2.9
1309.55 1310.32 0.77 VS066462 0.02 24.6 0.01 3.4
1310.32 1311.07 0.75 VS066463 0.15 31.9 0.15 3.5
1311.07 1312.04 0.97 VS066464 0.19 12.05 0.02 3.0
1312.04 1312.84 0.8 VS066466 0.27 10.05 0.03 2.9
1312.84 1313.65 0.81 VS066467 0.02 11.35 0.01 3.0
1313.65 1314.43 0.78 VS066468 0.03 56.3 0.01 4.2
1314.43 1315.2 0.77 VS066469 0.08 55.5 0.03 4.2
1315.2 1315.73 0.53 VS066470 0.00 12.3 0.01 3.0
1315.73 1316.66 0.93 VS066471 0.01 28.4 0.01 3.4
1316.66 1317.59 0.93 VS066473 0.16 25.7 0.09 3.5
1317.59 1318.81 1.22 VS066474 0.02 9.92 0.01 2.9
1318.81 1320.03 1.22 VS066475 0.04 11.35 0.02 3.0
1320.03 1321.24 1.21 VS066476 0.01 4.33 0.01 2.9
1321.24 1322.45 1.21 VS066477 0.00 4.25 0.01 2.9
1322.45 1323.65 1.2 VS066478 0.01 6.23 0.01 2.9
1323.65 1324.86 1.21 VS066479 0.00 5.91 0.01 2.8
1324.86 1325.63 0.77 VS066481 0.44 9.24 0.88 3.2
1325.63 1326.97 1.34 VS066482 0.00 0.61 0.01 2.9
1326.97 1327.53 0.56 VS066483 0.02 4.04 0.06 2.9
1327.53 1328.07 0.54 VS066484 0.00 0.74 0.01 2.9
1328.07 1328.6 0.53 VS066486 0.00 12.9 0.01 3.3
===== SIDA 78 =====
75
HOLE ID: VDD25001
DEPTH_FROM DEPTH_TO SAMPLE_LENGTH SAMPLE_ID CU_PCT FE_PCT AG_PPM DENSITY
1328.6 1329.12 0.52 VS066487 0.18 1.86 0.31 3.0
1329.12 1330.16 1.04 VS066488 0.12 1.97 0.24 2.9
1330.16 1331.1 0.94 VS066489 0.71 15.15 1.34 3.2
1331.1 1332.07 0.97 VS066490 0.68 17.8 1.09 3.4
1332.07 1332.63 0.56 VS066491 0.00 2.17 0.01 2.8
1332.63 1333.52 0.89 VS066719 0.04 2.55 0.13 2.9
1333.52 1334.48 0.96 VS066720 0.00 2.95 0.04 2.8
1334.48 1335.38 0.9 VS066721 0.00 6.64 0.03 2.8
1335.38 1336.04 0.66 VS066722 0.00 39.9 0.01 3.8
1336.04 1336.73 0.69 VS066723 0.01 9.48 0.02 2.9
1336.73 1337.61 0.88 VS066724 0.58 9.61 0.95 2.9
1337.61 1338.41 0.8 VS066725 0.27 11.05 0.40 3.0
1338.41 1339.33 0.92 VS066727 0.04 39.5 0.08 3.8
1339.33 1340.4 1.07 VS066728 0.00 11.45 0.02 3.0
1340.4 1341.46 1.06 VS066729 0.00 10.95 0.01 3.0
1341.46 1342.53 1.07 VS066730 0.00 14.45 0.02 3.0
1342.53 1343.59 1.06 VS066731 0.00 7.83 0.02 3.0
1343.59 1344.6 1.01 VS066732 0.00 8.9 0.02 2.9
1344.6 1345.57 0.97 VS066734 0.01 7.02 0.01 2.8
1345.57 1346.63 1.06 VS066735 0.08 7.22 0.10 2.9
1346.63 1347.65 1.02 VS066736 0.19 8.22 0.18 2.9
1347.65 1348.66 1.01 VS066737 0.08 8.99 0.13 3.0
1348.66 1349.81 1.15 VS066738 0.07 9.5 0.02 2.9
1349.81 1350.9 1.09 VS066739 0.17 9.21 0.06 2.9
1350.9 1352 1.1 VS066740 0.06 7.91 0.04 2.9
1352 1353.07 1.07 VS066741 0.10 7.51 0.08 2.9
1353.07 1354.15 1.08 VS066742 0.04 7.07 0.02 2.9
1354.15 1355.12 0.97 VS066743 0.01 7.99 0.02 2.9
1355.12 1356.16 1.04 VS066745 0.05 7.45 0.03 2.9
1356.16 1357.19 1.03 VS066746 0.18 7.51 0.14 2.9
1357.19 1358.48 1.29 VS066747 0.11 5.94 0.08 2.9
1358.48 1359.12 0.64 VS066748 0.17 8.49 0.10 2.9
===== SIDA 79 =====
76
HOLE ID: VDD25002
DEPTH_FROM DEPTH_TO SAMPLE_LENGTH SAMPLE_ID CU_PCT FE_PCT AG_PPM DENSITY
1227.07 1227.98 0.91 VS066994 0.01 2.84 0.03 2.8
1227.98 1228.88 0.9 VS066995 0.00 3.56 0.01 2.8
1228.88 1229.79 0.91 VS066996 0.00 2.83 0.01 2.7
1229.79 1230.7 0.91 VS066997 0.01 4.08 0.08 2.8
1230.7 1231.75 1.05 VS066998 0.08 11.95 0.06 2.8
1231.75 1232.8 1.05 VS067000 0.05 8.52 0.04 3.0
1232.8 1233.65 0.85 VS067001 0.00 3.46 0.01 2.8
1233.65 1234.43 0.78 VS067002 0.00 3.49 0.02 2.7
1234.43 1235.25 0.82 VS067003 0.07 3.33 0.04 2.8
1235.25 1236.16 0.91 VS067004 0.05 25 0.02 3.0
1236.16 1237.13 0.97 VS067006 0.55 38.2 0.24 3.7
1237.13 1238.06 0.93 VS067007 0.15 24.4 0.10 3.0
1238.06 1239 0.94 VS067008 0.07 13.9 0.07 2.8
1305.22 1306.16 0.94 VS067531 0.00 10.55 0.01 3.0
1306.16 1307.08 0.92 VS067532 0.02 9.16 0.01 3.1
1307.08 1308.07 0.99 VS067533 0.13 9.88 0.01 3.0
1308.07 1309.04 0.97 VS067534 0.00 9.44 0.01 3.0
1309.04 1309.92 0.88 VS067535 0.13 9.72 0.02 2.9
1309.92 1310.9 0.98 VS067536 0.00 10.05 0.01 3.1
1310.9 1312.09 1.19 VS067537 0.02 9.27 0.01 3.1
1312.09 1312.65 0.56 VS067539 0.01 8.43 0.01 3.0
1312.65 1313.85 1.2 VS067540 0.04 4.44 0.01 2.9
1313.85 1314.93 1.08 VS067541 0.09 4.89 0.04 2.8
1314.93 1316.07 1.14 VS067542 0.09 5.07 0.03 2.8
1316.07 1317.29 1.22 VS067543 0.02 10.15 0.01 2.9
1317.29 1318.18 0.89 VS067544 0.04 5.35 0.01 2.9
1318.18 1319.11 0.93 VS067545 0.02 5.57 0.02 2.8
1319.11 1320.1 0.99 VS067546 0.01 5.86 0.01 2.9
1320.1 1321.11 1.01 VS067547 0.02 6.99 0.01 2.8
1321.11 1321.97 0.86 VS067549 0.15 7.28 0.02 2.9
1321.97 1323 1.03 VS067550 0.01 20.9 0.01 3.3
1323 1324.05 1.05 VS067551 0.00 15.15 0.01 3.3
1324.05 1325.16 1.11 VS067552 0.01 11.25 0.01 3.0
1325.16 1326.25 1.09 VS067553 0.02 12.6 0.01 3.2
1326.25 1327.27 1.02 VS067554 0.06 11.6 0.02 2.8
1327.27 1328.3 1.03 VS067555 1.30 10.8 0.32 3.0
1328.3 1329.45 1.15 VS067556 0.16 9.19 0.03 3.1
1329.45 1330.55 1.1 VS067558 0.03 35.2 0.02 3.7
1330.55 1331.3 0.75 VS067559 0.11 13 0.09 2.8
1331.3 1332.04 0.74 VS067560 0.09 2.44 0.02 3.1
1332.04 1332.34 0.3 VS067561 0.04 31.6 0.19 4.0
1332.34 1332.93 0.59 VS067562 0.03 2.29 0.01 2.9
1332.93 1333.5 0.57 VS067563 0.03 7.17 0.03 2.9
1333.5 1334.21 0.71 VS067564 0.09 2.59 0.06 2.7
1334.21 1334.82 0.61 VS067565 0.12 6.8 0.10 3.0
===== SIDA 80 =====
77
HOLE ID: VDD25002
DEPTH_FROM DEPTH_TO SAMPLE_LENGTH SAMPLE_ID CU_PCT FE_PCT AG_PPM DENSITY
1334.82 1335.36 0.54 VS067566 0.12 5.7 0.09 3.0
1335.36 1336.24 0.88 VS067567 1.13 10.35 0.89 3.0
1336.24 1336.8 0.56 VS067569 0.39 8.28 0.27 3.0
1336.8 1337.51 0.71 VS067570 1.61 21.6 1.24 3.2
1337.51 1338.23 0.72 VS067571 1.80 25 1.50 3.3
1338.23 1339.08 0.85 VS067572 0.34 7.05 0.25 2.8
1339.08 1339.91 0.83 VS067573 2.02 31.3 1.44 3.5
1339.91 1340.74 0.83 VS067574 1.53 28.7 1.35 3.4
1340.74 1341.5 0.76 VS067575 0.29 14.9 0.25 3.0
1341.5 1342.33 0.83 VS067576 1.06 31.9 0.78 3.5
1342.33 1343.34 1.01 VS067578 1.78 42.5 1.32 3.8
1343.34 1344.44 1.1 VS067579 0.08 26.1 0.07 3.4
1344.44 1345.35 0.91 VS067580 0.09 24.7 0.08 3.3
1345.35 1346.39 1.04 VS067581 0.07 29.5 0.04 3.3
1346.39 1347.5 1.11 VS067582 0.09 27.4 0.04 3.4
1347.5 1348.11 0.61 VS067583 0.04 42.9 0.02 3.8
1348.11 1348.9 0.79 VS067584 0.02 48.2 0.03 4.0
1348.9 1349.58 0.68 VS067586 0.06 38.1 0.04 3.8
1349.58 1350.54 0.96 VS067587 0.09 9.33 0.02 2.9
1350.54 1351.33 0.79 VS067588 0.02 42.4 0.03 3.8
1351.33 1352.55 1.22 VS067589 0.00 56.9 0.01 4.3
1352.55 1352.91 0.36 VS067590 0.00 24.4 0.01 3.3
1352.91 1354 1.09 VS067591 0.00 57.7 0.01 4.2
1354 1354.95 0.95 VS067593 0.01 59.1 0.01 4.1
1354.95 1356.1 1.15 VS067594 0.01 59 0.01 4.3
1356.1 1357.35 1.25 VS067595 0.02 41.2 0.02 3.6
1357.35 1358.19 0.84 VS067596 0.00 16.85 0.01 3.1
1358.19 1358.76 0.57 VS067597 0.02 48.4 0.01 4.0
1358.76 1359.5 0.74 VS067598 0.00 19.2 0.01 3.2
1359.5 1359.8 0.3 VS067599 0.08 7.27 0.03 2.8
1359.8 1360.3 0.5 VS067600 0.04 44.4 0.06 3.8
1360.3 1360.6 0.3 VS067602 0.04 24.8 0.01 3.3
1360.6 1361.59 0.99 VS067603 0.09 59 0.19 4.5
1361.59 1362.32 0.73 VS067604 0.02 56.4 0.04 4.3
1362.32 1363.17 0.85 VS067605 0.02 58.3 0.01 4.2
1363.17 1363.55 0.38 VS067606 0.02 16.3 0.03 3.1
1363.55 1364 0.45 VS067607 0.04 25.6 0.13 3.3
1364 1365.07 1.07 VS067608 0.04 49.7 0.06 4.2
1365.07 1366.19 1.12 VS067609 0.00 9.95 0.01 2.7
1366.19 1366.75 0.56 VS067611 0.07 37.6 0.15 3.5
1366.75 1367.9 1.15 VS067612 0.05 42.7 0.10 4.0
1367.9 1368.52 0.62 VS067613 0.01 45.2 0.01 3.9
1368.52 1369.52 1 VS067614 0.01 27.5 0.02 3.5
1369.52 1370.52 1 VS067615 0.01 32.5 0.03 3.5
1370.52 1371.3 0.78 VS067616 0.06 46 0.14 3.9
===== SIDA 81 =====
78
HOLE ID: VDD25002
DEPTH_FROM DEPTH_TO SAMPLE_LENGTH SAMPLE_ID CU_PCT FE_PCT AG_PPM DENSITY
1371.3 1372 0.7 VS067617 0.03 30.3 0.01 3.5
1372 1372.66 0.66 VS067618 0.03 20.3 0.01 3.3
1372.66 1373.38 0.72 VS067620 0.02 44.8 0.01 3.8
1373.38 1373.95 0.57 VS067621 0.06 42.1 0.01 3.7
1373.95 1374.66 0.71 VS067622 0.00 11.25 0.01 2.8
1374.66 1375.42 0.76 VS067623 0.04 14.75 0.01 3.0
1375.42 1376.4 0.98 VS067624 0.04 28.2 0.01 3.4
1376.4 1377.35 0.95 VS067625 0.06 37.7 0.01 3.7
1377.35 1378.5 1.15 VS067626 0.00 9.44 0.01 2.8
1378.5 1379.24 0.74 VS067627 0.16 47.1 0.04 3.9
1379.24 1379.97 0.73 VS067629 0.00 40.3 0.01 3.7
1379.97 1381 1.03 VS067630 0.00 15.45 0.01 3.1
1381 1381.73 0.73 VS067631 0.00 25.9 0.01 3.3
1381.73 1382.6 0.87 VS067632 0.00 43 0.01 3.8
1382.6 1383.81 1.21 VS067981 0.00 8.36 0.01 2.8
1383.81 1384.17 0.36 VS067982 0.00 37.9 0.01 3.8
1384.17 1385.15 0.98 VS067983 0.00 7.79 0.01 2.9
1385.15 1385.51 0.36 VS067984 0.01 44.8 0.02 3.8
1385.51 1386.18 0.67 VS067985 0.00 9.53 0.01 3.0
1386.18 1387.28 1.1 VS067986 0.01 34 0.01 3.5
1387.28 1388.38 1.1 VS067988 0.01 42.3 0.01 3.8
1388.38 1389.49 1.11 VS067989 0.01 28.9 0.01 3.4
1389.49 1390.6 1.11 VS067990 0.00 13.3 0.02 3.0
1390.6 1391.52 0.92 VS067991 0.00 12.15 0.01 2.9
1391.52 1392.42 0.9 VS067992 0.00 22.8 0.01 3.2
1392.42 1393.54 1.12 VS067994 0.00 9.03 0.01 2.9
1393.54 1394.65 1.11 VS067995 0.15 10.05 0.06 3.1
1394.65 1395.77 1.12 VS067996 0.45 9.1 0.07 2.9
1395.77 1396.87 1.1 VS067997 0.08 8.15 0.02 2.9
1396.87 1398 1.13 VS067998 0.19 10.25 0.03 2.9
1398 1398.84 0.84 VS068000 0.02 23 0.01 3.3
1398.84 1399.6 0.76 VS068001 0.00 27.2 0.01 3.4
1399.6 1400.15 0.55 VS068002 0.01 0.3 0.01 3.0
1400.15 1400.58 0.43 VS068003 0.00 4.04 0.01 2.8
1400.58 1400.9 0.32 VS068005 0.00 0.72 0.01 2.9
1400.9 1402.18 1.28 VS068006 0.04 2.92 0.01 3.0
1402.18 1402.78 0.6 VS068007 0.01 1.9 0.01 2.9
1402.78 1403.1 0.32 VS068008 0.02 2.5 0.01 2.9
1403.1 1404.19 1.09 VS068009 0.00 0.59 0.01 2.9
1404.19 1405.26 1.07 VS068010 0.01 0.62 0.02 2.9
1405.26 1405.56 0.3 VS068011 0.00 0.34 0.01 2.9
1405.56 1406.08 0.52 VS068012 0.00 1.64 0.01 2.9
1406.08 1406.82 0.74 VS068013 0.06 3.1 0.13 2.9
1406.82 1407.47 0.65 VS068015 0.00 3.85 0.01 2.9
1407.47 1408.24 0.77 VS068016 0.02 4.77 0.07 2.9
===== SIDA 82 =====
79
HOLE ID: VDD25002
DEPTH_FROM DEPTH_TO SAMPLE_LENGTH SAMPLE_ID CU_PCT FE_PCT AG_PPM DENSITY
1408.24 1409.05 0.81 VS068017 0.02 8.41 0.01 2.9
1409.05 1409.77 0.72 VS068018 0.00 29.6 0.01 3.4
1409.77 1410.39 0.62 VS068019 0.22 31.2 0.54 3.5
1410.39 1411.3 0.91 VS068020 0.46 9.31 0.18 3.0
1411.3 1412.15 0.85 VS068021 0.40 10.7 1.16 3.0
1412.15 1413.25 1.1 VS068023 0.03 25.8 0.07 3.2
1413.25 1413.84 0.59 VS068024 0.00 7.22 0.01 2.9
1413.84 1414.57 0.73 VS068025 0.00 23.4 0.01 3.4
1414.57 1415.65 1.08 VS068027 0.22 8.22 0.52 3.0
1415.65 1416.7 1.05 VS068028 0.03 8.57 0.06 3.0
1416.7 1417.88 1.18 VS068029 0.22 10.4 0.05 2.9
1417.88 1419.15 1.27 VS068030 0.57 14.85 0.20 3.0
1419.15 1420.28 1.13 VS068031 0.19 12.05 0.05 3.1
1420.28 1421.4 1.12 VS068032 0.04 8.3 0.01 3.0
1421.4 1422.07 0.67 VS068033 0.24 9.87 0.07 3.0
1422.07 1423.09 1.02 VS068035 0.33 8.45 0.08 3.0
1423.09 1424.14 1.05 VS068036 0.23 9.9 0.14 3.0
1424.14 1425.17 1.03 VS068037 0.00 6.24 0.01 2.9
1425.17 1426.21 1.04 VS068038 0.12 7.89 0.03 2.9
1426.21 1429.06 2.85 VS068039 0.14 8.56 0.18 3.0
1429.06 1431.91 2.85 VS068040 0.21 12.2 0.17 3.1
1431.91 1433.77 1.86 VS068041 0.07 11.35 0.06 3.0
===== SIDA 83 =====
80
APPENDIX 3: REFERENCES
Imana M., Armstrong R., Sandoval D., Jez M., Nkioh E., and Kroeckert M. 2023. “A geological update
on the Viscaria Cu- Fe deposit, Kiruna District, Northern Sweden.” SGA 17 th Biennial Meeting
Proceedings 1: 363-365.
Tasbicen K., Imaña M., Chávez W.X. Jr. 2023. “Sulfide Mineralogy and Cobalt Deportment at the
Viscaria Cu -Fe Deposit, Kiruna District, Northern Sweden.” Poster presented at SEG 2023
Conference: Resourcing the Green Transition.
Viscaria Kiruna AB. 2025 a. “VISCARIA FS Report Executive Summary.” Retr ieved from
https://www.viscaria.com/en/wp-content/uploads/sites/2/2021/10/viscaria-fs-report-executive-
summary-250508-250508.pdf
Viscaria Kiruna AB. 2025 b. “ PERC Table 1 Viscaria Resource and Reserves .” Retrieved from
https://www.viscaria.com/en/wp-content/uploads/sites/2/2021/10/table1-perc-may_2025-
250521.pdf
===== SIDA 84 =====
81
APPENDIX 4: CERTIFICATE OF COMPETENT PERSON
As the Competent Person responsible for the information on which the Public Report entitled
“Viscaria Exploration Results, Q2, 2025“ is based, I hereby state:
1. My name is Thomas Lindholm.
2. I am a senior associate of GeoVista AB, Luleå, Sweden.
3. I am a Mining Engineer, member of the Fennoscandian Association of Metals and Mining
Professionals, FAMMP as well as a Fellow of AusIMM (#230476).
4. I graduated with a M.Sc. in mining engineering from the University of Luleå in 1982 and have
since worked in exploration and mine development projects in Sweden and abroad.
5. I have participated in or led several feasibility studies for various types of gold, base metal and
iron deposits.
6. I meet the requirements of a ‘Competent Person’ as defined explicitly in the PERC Reporting
Standard.
7. The CP has visited the site several times, lastly in January 2025, to discuss the feasibility study
with the local geologists and engineers.
8. The CP is responsible for the overall review of the entire report.
9. I am not aware of any material fact or material change concerning the subject matter of the Public
Report that is not reflected in the Public Report, the omission of which would make the Public Report
misleading.
10. I declare that this Public Report appropriately reflects the Competent Person’s view.
11. I am independent of Gruvaktiebolaget Viscaria.
12. I confirm that I have read all the relevant sections of the PERC Reporting Standard 2021. The
Public Report has been prepared under the requirements of the PERC Reporting Standard.
13. I do not have, nor do I expect to receive, a direct or indirect interest in the Viscaria mine of
Gruvaktiebolaget Viscaria.
14. I have no conflicts of interest in respect of the reporting entity/issuer Gruvaktiebolaget Viscaria
or the Viscaria Mine.
15. At the effective date of the Public Report, to the best of my knowledge, information and belief,
the Public Report contains all scientific and technical information required to be disclosed in order
to make the Public Report not misleading.
Dated at Luleå, Sweden and 2025-08-14.
Thomas Lindholm, member of FAMMP, Fellow AusIMM (#230476)