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PROJECT OVERVIEW
Adelita Project
A Multi-System Copper-Gold-Silver Opportunity in Sonora, Mexico
Anchored by the high-grade Cu-Au-Ag Cerro Grande Skarn discovery zone, the geological setting and mineral assemblages are characteristic of porphyry-skarn systems of north-western Mexico and bear similarities to the nearby Alamo Dorado (operated by Pan American Silver) and Piedras Verdes (Operated by Cobre del Mayo) deposits.
Leveraging +US$8M in Historical Exploration Data
The Adelita Project stands on a robust technical base, backed by over US$8M in historical exploration.
With excellent infrastructure (roads, water, and power access) and strong community relationships, the project supports efficient, year-round exploration.
7,000m of Diamond Drilling
Confirmed high-grade Cu-Au-Ag skarn mineralisation and porphyry-style alteration at surface and confirmed at depth
7,000m of Diamond Drilling
Confirmed high-grade Cu-Au-Ag skarn mineralisation and porphyry-style alteration at surface and confirmed at depth
7,000m of Diamond Drilling
Confirmed high-grade Cu-Au-Ag skarn mineralisation and porphyry-style alteration at surface and confirmed at depth
Extensive Geophysical Coverage
Airborne VTEM, Ground IP, and magnetic datasets across the licence area.
Extensive Geophysical Coverage
Airborne VTEM, Ground IP, and magnetic datasets across the licence area.
Extensive Geophysical Coverage
Airborne VTEM, Ground IP, and magnetic datasets across the licence area.
Comprehensive Geological Mapping
License-wide soil geochemistry (200 m × 50 m grid), 11,000 soil and rock samples, and alteration modeling.
Comprehensive Geological Mapping
License-wide soil geochemistry (200 m × 50 m grid), 11,000 soil and rock samples, and alteration modeling.
Comprehensive Geological Mapping
License-wide soil geochemistry (200 m × 50 m grid), 11,000 soil and rock samples, and alteration modeling.
Leveraging +US$8M in Historical Exploration Data
The Adelita Project stands on a robust technical base, backed by over US$8M in historical exploration.
With excellent infrastructure (roads, water, and power access) and strong community relationships, the project supports efficient, year-round exploration.
7,000m of Diamond Drilling
Confirmed high-grade Cu-Au-Ag skarn mineralisation and porphyry-style alteration at surface and confirmed at depth
Extensive Geophysical Coverage
Airborne VTEM, Ground IP, and magnetic datasets across the licence area.
Comprehensive Geological Mapping
License-wide soil geochemistry (200 m × 50 m grid), 11,000 soil and rock samples, and alteration modeling.
A MULTI-DEPOSIT OPPORTUNITY
A MULTI-DEPOSIT OPPORTUNITY
A MULTI-DEPOSIT OPPORTUNITY
District-Scale Potential
Current evidence indicates that Adelita hosts multiple mineral systems. Together, these systems point to a district-scale opportunity with the potential to support multiple deposits across the property.
Current evidence indicates that Adelita hosts multiple mineral systems. Together, these systems point to a district-scale opportunity with the potential to support multiple deposits across the property.
Our Principal Objective: Cerro Grande
Cerro Grande is the primary focus of the current exploration program, with the principal objective to grow the existing high-grade, near-surface skarn discovery through targeted step-out drilling, delineating a resource.
Cerro Grande is the primary focus of the current exploration program, with the principal objective to grow the existing high-grade, near-surface skarn discovery through targeted step-out drilling, delineating a resource.
Expanding Skarn Discovery
Expanding Cerro Grande Skarn (only 5% of total land package)
Cerro Grande Central hosts a high-grade, near-surface Cu-Au-Ag skarn.
Multiple intercepts exceeding 4% copper, with gold grades up to 2 g/t and silver up to 78 g/t*
Open along strike and at depth
Several step-out targets planed
Shallow, high-grade mineralization offers strong potential for low-cost, high-margin development
Advancing Multi-Target Exploration
Cerro Grande Target
New Targets
Expanding Skarn Discovery
Expanding Cerro Grande Skarn (only 5% of total land package)
Cerro Grande Central hosts a high-grade, near-surface Cu-Au-Ag skarn.
Multiple intercepts exceeding 4% copper, with gold grades up to 2 g/t and silver up to 78 g/t*
Open along strike and at depth
Several step-out targets planed
Shallow, high-grade mineralization offers strong potential for low-cost, high-margin development
Advancing Multi-Target Exploration
Cerro Grande Target
New Targets
Expanding Skarn Discovery
Expanding Cerro Grande Skarn (only 5% of total land package)
Cerro Grande Central hosts a high-grade, near-surface Cu-Au-Ag skarn.
Multiple intercepts exceeding 4% copper, with gold grades up to 2 g/t and silver up to 78 g/t*
Open along strike and at depth
Several step-out targets planed
Shallow, high-grade mineralization offers strong potential for low-cost, high-margin development
Advancing Multi-Target Exploration
Cerro Grande Target
New Targets
Expanding Skarn Discovery
Expanding Cerro Grande Skarn (only 5% of total land package)
Cerro Grande Central hosts a high-grade, near-surface Cu-Au-Ag skarn.
Multiple intercepts exceeding 4% copper, with gold grades up to 2 g/t and silver up to 78 g/t*
Open along strike and at depth
Several step-out targets planed
Shallow, high-grade mineralization offers strong potential for low-cost, high-margin development
Advancing Multi-Target Exploration
Cerro Grande Target
New Targets
Explore the Adelita Project
Explore the Adelita Project
Dive into our interactive VRIFY model to explore all aspects of the Adelita Project
Dive into our interactive VRIFY model to explore all aspects of the Adelita Project
Dive into our interactive VRIFY model to explore all aspects of the Adelita Project
Get an overview of the project, learn more about the location, explore the interactive maps and dive deeper into the results.
Get an overview of the project, learn more about the location, explore the interactive maps and dive deeper into the results.
Get an overview of the project, learn more about the location, explore the interactive maps and dive deeper into the results.
1.
Cerro Grande Skarn Corridor
Anchored by a High-Grade Copper-Gold-Silver Discovery
The Cerro Grande Skarn is located in the northern portion of the Adelita concession. The ~300-metre high-grade discovery zone hosts a Cu-Au-Ag skarn system that remains open in all directions.
Open in All Directions
Mineralization remains open laterally and at depth, with strong potential along a 6 km skarn corridor (Cerro Potrero and Cerro Potrero South)
Open in All Directions
Mineralization remains open laterally and at depth, with strong potential along a 6 km skarn corridor (Cerro Potrero and Cerro Potrero South)
Open in All Directions
Mineralization remains open laterally and at depth, with strong potential along a 6 km skarn corridor (Cerro Potrero and Cerro Potrero South)
Open in All Directions
Mineralization remains open laterally and at depth, with strong potential along a 6 km skarn corridor (Cerro Potrero and Cerro Potrero South)
Porphyry Link at Depth
Feldspar porphyry dikes and quartz–chalcopyrite veining (Hole-10) suggest a deeper porphyry copper source feeding the skarn
Porphyry Link at Depth
Feldspar porphyry dikes and quartz–chalcopyrite veining (Hole-10) suggest a deeper porphyry copper source feeding the skarn
Porphyry Link at Depth
Feldspar porphyry dikes and quartz–chalcopyrite veining (Hole-10) suggest a deeper porphyry copper source feeding the skarn
Porphyry Link at Depth
Feldspar porphyry dikes and quartz–chalcopyrite veining (Hole-10) suggest a deeper porphyry copper source feeding the skarn
Expansion Potential
The Cerro Grande Central Outcrop is interpreted to extend both northwest and at depth to ~1.2 km strike
Expansion Potential
The Cerro Grande Central Outcrop is interpreted to extend both northwest and at depth to ~1.2 km strike
Expansion Potential
The Cerro Grande Central Outcrop is interpreted to extend both northwest and at depth to ~1.2 km strike
Expansion Potential
The Cerro Grande Central Outcrop is interpreted to extend both northwest and at depth to ~1.2 km strike
Strong Magnetic Signature
The magnetite-rich skarn horizon provides clear targets for ground magnetic surveys and step-out drilling
Strong Magnetic Signature
The magnetite-rich skarn horizon provides clear targets for ground magnetic surveys and step-out drilling
Strong Magnetic Signature
The magnetite-rich skarn horizon provides clear targets for ground magnetic surveys and step-out drilling
Strong Magnetic Signature
The magnetite-rich skarn horizon provides clear targets for ground magnetic surveys and step-out drilling
Historic Drill Highlights
Drill highlights from the Cerro Grande skarn target are listed in the table below.*
Drill highlights from the Cerro Grande skarn target are listed in the table below.*
Historic Drill Highlights
Drill highlights from the Cerro Grande skarn target are listed in the table below.*
HOLE ID | FROM (M) | TO (M) | INTERVAL (M) / ESTIMATED TRUE WIDTH (M) | COPPER % | GOLD G/T | SILVER G/T |
|---|---|---|---|---|---|---|
CGDD-10-001 | 35.65 | 51.80 | 16.15 (14.5) | 1.97 | 0.0835 | 78 |
includes | 35.65 | 40.98 | 5.33 (4.8) | 2.38 | 1.123 | 94.4 |
CGDD-10-002 | 35.57 | 83.21 | 47.64 (36.9) | 1.05 | 0.462 | 46 |
includes | 35.57 | 47.40 | 11.83 (9.5) | 1.37 | 0.302 | 18.4 |
and | 63.40 | 69.71 | 6.31 (5.3) | 3.6 | 2.25 | 221 |
CGDD-10-004 | 184.79 | 195.99 | 11.20 | 1.11 | 0.587 | 39.9 |
includes | 184.79 | 186.84 | 2.05 | 1.30 | 1.04 | 32.8 |
and | 189.89 | 182.77 | 2.88 | 2.44 | 1.285 | 97 |
CGDD-12-012 | 37.70 | 223.65 | 185.95 (Hole drilled | 0.56 | 0.157 | 13.5 |
includes | 37.70 | 48.00 | 10.30 | 0.49 | 0.171 | 1.1 |
and | 154.40 | 223.65 | 69.25 | 1.29 | 0.358 | 32.9 |
and | 189.65 | 190.35 | 0.70 | 8.13 | 3.09 | 398 |
HOLE ID | FROM (M) | TO (M) | INTERVAL (M) / ESTIMATED TRUE WIDTH (M) | COPPER % | GOLD G/T | SILVER G/T |
|---|---|---|---|---|---|---|
CGDD-10-001 | 35.65 | 51.80 | 16.15 (14.5) | 1.97 | 0.0835 | 78 |
includes | 35.65 | 40.98 | 5.33 (4.8) | 2.38 | 1.123 | 94.4 |
CGDD-10-002 | 35.57 | 83.21 | 47.64 (36.9) | 1.05 | 0.462 | 46 |
includes | 35.57 | 47.40 | 11.83 (9.5) | 1.37 | 0.302 | 18.4 |
and | 63.40 | 69.71 | 6.31 (5.3) | 3.6 | 2.25 | 221 |
CGDD-10-004 | 184.79 | 195.99 | 11.20 | 1.11 | 0.587 | 39.9 |
includes | 184.79 | 186.84 | 2.05 | 1.30 | 1.04 | 32.8 |
and | 189.89 | 182.77 | 2.88 | 2.44 | 1.285 | 97 |
CGDD-12-012 | 37.70 | 223.65 | 185.95 (Hole drilled | 0.56 | 0.157 | 13.5 |
includes | 37.70 | 48.00 | 10.30 | 0.49 | 0.171 | 1.1 |
and | 154.40 | 223.65 | 69.25 | 1.29 | 0.358 | 32.9 |
and | 189.65 | 190.35 | 0.70 | 8.13 | 3.09 | 398 |
Open at Depth and Laterally
Testing the immediate Cerro Grande Skarn extensions with the aim to identify and grow the existing discovery.
Cerro Grande Cross Section
Cerro Grande Cross Section
Cerro Grande Cross Section
Exploration Outlook
Leveraging a complete reinterpretation of historical datasets, our exploration plan targets confirmation of high-grade continuity at depth and across the 6 km mineralized corridor at Cerro Grande
Leveraging a complete reinterpretation of historical datasets, our exploration plan targets confirmation of high-grade continuity at depth and across the 6 km mineralized corridor at Cerro Grande
Orientated Diamond Drilling
Diamond drilling testing mineralization below 300 m and along the northwestern extension.
Orientated Diamond Drilling
Diamond drilling testing mineralization below 300 m and along the northwestern extension.
Orientated Diamond Drilling
Diamond drilling testing mineralization below 300 m and along the northwestern extension.
Orientated Diamond Drilling
Diamond drilling testing mineralization below 300 m and along the northwestern extension.
Detailed Mag Survey
Detailed magnetic survey to map magnetite-rich skarn horizons and refine structural controls.
Detailed Mag Survey
Detailed magnetic survey to map magnetite-rich skarn horizons and refine structural controls.
Detailed Mag Survey
Detailed magnetic survey to map magnetite-rich skarn horizons and refine structural controls.
Detailed Mag Survey
Detailed magnetic survey to map magnetite-rich skarn horizons and refine structural controls.
Data Integration
Data integration of new magnetic survey, geochem, IP, and drilling to define step-out targets and advance the 3D model.
Data Integration
Data integration of new magnetic survey, geochem, IP, and drilling to define step-out targets and advance the 3D model.
Data Integration
Data integration of new magnetic survey, geochem, IP, and drilling to define step-out targets and advance the 3D model.
Data Integration
Data integration of new magnetic survey, geochem, IP, and drilling to define step-out targets and advance the 3D model.
Phase-1 Drill Program at Cerro Grande
Testing Depth. Expanding Strike. Unlocking Scale.
Testing Depth. Expanding Strike. Unlocking Scale.
Testing Depth. Expanding Strike. Unlocking Scale.
Our Phase-1 drill program is designed to confirm that the high-grade Cerro Grande Skarn extends well beyond the currently defined 300m corridor. Drilling will test two major growth vectors:
At Depth: Diamond drill holes targeting mineralization below 300 metres to confirm vertical continuity within the skarn system.
Northwest Extension: Step-out drilling around the anticlinal fold where geology indicates the system may continue for up to 1.2 km of strike.
This program aims to establish Cerro Grande as a much larger, continuously mineralized skarn body, significantly expanding the footprint of the discovery and guiding future resource definition.
Our Phase-1 drill program is designed to confirm that the high-grade Cerro Grande Skarn extends well beyond the currently defined 300m corridor. Drilling will test two major growth vectors:
At Depth: Diamond drill holes targeting mineralization below 300 metres to confirm vertical continuity within the skarn system.
Northwest Extension: Step-out drilling around the anticlinal fold where geology indicates the system may continue for up to 1.2 km of strike.
This program aims to establish Cerro Grande as a much larger, continuously mineralized skarn body, significantly expanding the footprint of the discovery and guiding future resource definition.
2.
Mezquital Porphyry Target
Large, Untested Copper-Molybdenum System in Sonora, Mexico
Located on the western side of the Adelita Project, directly adjacent to the Cerro Grande Cu-Au-Ag skarn, the Mezquital Target covers an area of 25–35 km².
Its geophysical and geochemical footprint is comparable to major porphyry systems such as Promontorio and El Cobre, indicating potential to host a multi-hundred-million-tonne porphyry copper deposit.
Copper-Molybdenum Porphyry System
Surface work and shallow drilling indicate Mezquital represents the upper levels of a preserved Cu–Mo–Au porphyry system with strong depth potential
Copper-Molybdenum Porphyry System
Surface work and shallow drilling indicate Mezquital represents the upper levels of a preserved Cu–Mo–Au porphyry system with strong depth potential
Copper-Molybdenum Porphyry System
Surface work and shallow drilling indicate Mezquital represents the upper levels of a preserved Cu–Mo–Au porphyry system with strong depth potential
Copper-Molybdenum Porphyry System
Surface work and shallow drilling indicate Mezquital represents the upper levels of a preserved Cu–Mo–Au porphyry system with strong depth potential
Proven Porphyry Indicators
Historic mapping, sampling, and geophysics revealed porphyry-style mineralization and a classic chargeability ring—hallmarks of a large, mineralized system.
Proven Porphyry Indicators
Historic mapping, sampling, and geophysics revealed porphyry-style mineralization and a classic chargeability ring—hallmarks of a large, mineralized system.
Proven Porphyry Indicators
Historic mapping, sampling, and geophysics revealed porphyry-style mineralization and a classic chargeability ring—hallmarks of a large, mineralized system.
Proven Porphyry Indicators
Historic mapping, sampling, and geophysics revealed porphyry-style mineralization and a classic chargeability ring—hallmarks of a large, mineralized system.
Untested Depth Potential
Historic drilling stopped short of the main metal-bearing zone, leaving the copper-rich potassic core at 350–600 m depth completely untested.
Untested Depth Potential
Historic drilling stopped short of the main metal-bearing zone, leaving the copper-rich potassic core at 350–600 m depth completely untested.
Untested Depth Potential
Historic drilling stopped short of the main metal-bearing zone, leaving the copper-rich potassic core at 350–600 m depth completely untested.
Untested Depth Potential
Historic drilling stopped short of the main metal-bearing zone, leaving the copper-rich potassic core at 350–600 m depth completely untested.
Next Steps: Advancing Toward Drill Testing
Upcoming work includes 3D geophysical modeling, expanded soil sampling, and a new 300–600 m drilling campaign to test the main porphyry center.
Next Steps: Advancing Toward Drill Testing
Upcoming work includes 3D geophysical modeling, expanded soil sampling, and a new 300–600 m drilling campaign to test the main porphyry center.
Next Steps: Advancing Toward Drill Testing
Upcoming work includes 3D geophysical modeling, expanded soil sampling, and a new 300–600 m drilling campaign to test the main porphyry center.
Next Steps: Advancing Toward Drill Testing
Upcoming work includes 3D geophysical modeling, expanded soil sampling, and a new 300–600 m drilling campaign to test the main porphyry center.
Next Steps and Outlook
The next phase of exploration at Mezquital will focus on validating and testing the deeper porphyry potential through integrated geological, geochemical, and geophysical work.
The next phase of exploration at Mezquital will focus on validating and testing the deeper porphyry potential through integrated geological, geochemical, and geophysical work.
The next phase of exploration at Mezquital will focus on validating and testing the deeper porphyry potential through integrated geological, geochemical, and geophysical work.
Reprocessing and 3D modeling of magnetic and IP datasets to refine subsurface interpretation.
Reprocessing and 3D modeling of magnetic and IP datasets to refine subsurface interpretation.
Extending soil sampling lines to the north and east to achieve full coverage of the Mezquital system.
Extending soil sampling lines to the north and east to achieve full coverage of the Mezquital system.
Tightening the soil grid over the high-molybdenum zone to evaluate the potential for a stand-alone molybdenum target.
Tightening the soil grid over the high-molybdenum zone to evaluate the potential for a stand-alone molybdenum target.
Designing a new drilling campaign in an open-scissors format, targeting depths of 300-600 metres to test the main porphyry center.
Designing a new drilling campaign in an open-scissors format, targeting depths of 300-600 metres to test the main porphyry center.
Planning two deeper holes (+600 m) to evaluate the potential for a copper-rich potassic core at depth.
Planning two deeper holes (+600 m) to evaluate the potential for a copper-rich potassic core at depth.
Integrating reprocessed geophysical datasets (IP, VTEM, and magnetic data) into updated 3D models to refine targeting and de-risk drilling.
Integrating reprocessed geophysical datasets (IP, VTEM, and magnetic data) into updated 3D models to refine targeting and de-risk drilling.
3.
Las Trancas
Hydrothermal Cu-Zn-Au Target
Las Trancas is a hydrothermal copper-zinc-gold target marked by a strong hematitic alteration halo, similar to the nearby Alamo Dorado mine. Historic trenching uncovered high-grade mineralization at surface, but earlier drilling missed the core target.
Recent MT geophysics shows a clear chargeability-high / resistivity-low anomaly that remains completely untested.
Strong hematitic alteration halo with clear district analogues
Strong hematitic alteration halo with clear district analogues
Strong hematitic alteration halo with clear district analogues
Strong hematitic alteration halo with clear district analogues
High-grade mineralization exposed in historic trenches
High-grade mineralization exposed in historic trenches
High-grade mineralization exposed in historic trenches
High-grade mineralization exposed in historic trenches
MT survey defines an untested subsurface target
MT survey defines an untested subsurface target
MT survey defines an untested subsurface target
MT survey defines an untested subsurface target
Pathfinder geochemistry (As–Bi–Sb) expected to improve targeting
Pathfinder geochemistry (As–Bi–Sb) expected to improve targeting
Pathfinder geochemistry (As–Bi–Sb) expected to improve targeting
Pathfinder geochemistry (As–Bi–Sb) expected to improve targeting
Next Steps and Outlook
The next phase aims to sharpen drill targeting by integrating soil geochemistry and MT geophysics to prioritize high-potential anomalies along the mineralized corridor.
The next phase aims to sharpen drill targeting by integrating soil geochemistry and MT geophysics to prioritize high-potential anomalies along the mineralized corridor.
The next phase aims to sharpen drill targeting by integrating soil geochemistry and MT geophysics to prioritize high-potential anomalies along the mineralized corridor.
Extend soil geochemistry using pathfinder elements
Extend soil geochemistry using pathfinder elements
Re-target drilling toward MT chargeability/resistivity anomalies
Re-target drilling toward MT chargeability/resistivity anomalies
Integrate trenching, geochemical, and MT data to refine drill sites
Integrate trenching, geochemical, and MT data to refine drill sites
Follow up with focused ground geophysics along the broader corridor
Follow up with focused ground geophysics along the broader corridor
*43-101 Disclaimer References
*43-101 Disclaimer References
All technical information in this news release regarding the Adelita Project, including historical drill intercepts and exploration data, is derived from the “Technical Report for the Adelita Project, Sonora, Mexico,” dated June 10, 2021, prepared by Mark T. Smethurst, P.Geo. for Infinitum Copper Corp., and filed under Infinitum Copper Corp.’s profile on SEDAR+ at www.sedarplus.ca
All technical information in this news release regarding the Adelita Project, including historical drill intercepts and exploration data, is derived from the “Technical Report for the Adelita Project, Sonora, Mexico,” dated June 10, 2021, prepared by Mark T. Smethurst, P.Geo. for Infinitum Copper Corp., and filed under Infinitum Copper Corp.’s profile on SEDAR+ at www.sedarplus.ca
*43-101 Disclaimer References
All technical information in this news release regarding the Adelita Project, including historical drill intercepts and exploration data, is derived from the “Technical Report for the Adelita Project, Sonora, Mexico,” dated June 10, 2021, prepared by Mark T. Smethurst, P.Geo. for Infinitum Copper Corp., and filed under Infinitum Copper Corp.’s profile on SEDAR+ at www.sedarplus.ca
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Algo Grande is a copper exploration company advancing the Adelita project, anchored by a near-surface Cu-Au-Ag skarn discovery, located within the prolific Sonora-Arizona Porphyry Belt.
Reach Us
Suite 1507 – 1030 West Georgia Street,
Vancouver, BC, Canada, V6E 2Y3
Qualified Person and NI 43-101 Disclosure
The scientific and technical information contained in this website has been reviewed and approved by Mr. Lorne Warner an independent, Qualified Person for Kenadyr Metals Corp. as defined in National Instrument 43-101 - Standards of Disclosure for Mineral Projects.
Mr. Warner has examined information regarding the historical exploration at the Adelita copper project, which includes his review of the historical sampling, analytical and procedures and two site visits to verify drill collar locations and personally collect rock samples for analysis. Mr. Warner also completed a technical Ni-43-101 report on the property in 2021 and recently completed a second technical report on the property, yet to be published.
Management notes that historical results were collected and reported by operators unrelated to Kenadyr Metals Corp. but have been verified by its Qualified Person; as a result, the historical results create a scientific basis for ongoing work in the Kenadyr Metals, Adelita property. Management cautions that historical results, discoveries and any published resource estimates on adjacent or nearby mineral properties, whether in stated current resource estimates or historical resource estimates, are not necessarily indicative of the results that may be achieved on the Kenadyr Metals, Adelita property.
© 2025 Algo Grande Copper Corp. | All Rights Reserved
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Algo Grande is a copper exploration company advancing the Adelita project, anchored by a near-surface Cu-Au-Ag skarn discovery, located within the prolific Sonora-Arizona Porphyry Belt.
Reach Us
Suite 1507 – 1030 West Georgia Street,
Vancouver, BC, Canada, V6E 2Y3
Qualified Person and NI 43-101 Disclosure
The scientific and technical information contained in this website has been reviewed and approved by Mr. Lorne Warner an independent, Qualified Person for Kenadyr Metals Corp. as defined in National Instrument 43-101 - Standards of Disclosure for Mineral Projects.
Mr. Warner has examined information regarding the historical exploration at the Adelita copper project, which includes his review of the historical sampling, analytical and procedures and two site visits to verify drill collar locations and personally collect rock samples for analysis. Mr. Warner also completed a technical Ni-43-101 report on the property in 2021 and recently completed a second technical report on the property, yet to be published.
Management notes that historical results were collected and reported by operators unrelated to Kenadyr Metals Corp. but have been verified by its Qualified Person; as a result, the historical results create a scientific basis for ongoing work in the Kenadyr Metals, Adelita property. Management cautions that historical results, discoveries and any published resource estimates on adjacent or nearby mineral properties, whether in stated current resource estimates or historical resource estimates, are not necessarily indicative of the results that may be achieved on the Kenadyr Metals, Adelita property.
© 2025 Algo Grande Copper Corp. | All Rights Reserved
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Subscribe for the Latest
Algo Grande is a copper exploration company advancing the Adelita project, anchored by a near-surface Cu-Au-Ag skarn discovery, located within the prolific Sonora-Arizona Porphyry Belt.
Reach Us
Suite 1507 – 1030 West Georgia Street,
Vancouver, BC, Canada, V6E 2Y3
Qualified Person and NI 43-101 Disclosure
The scientific and technical information contained in this website has been reviewed and approved by Mr. Lorne Warner an independent, Qualified Person for Kenadyr Metals Corp. as defined in National Instrument 43-101 - Standards of Disclosure for Mineral Projects.
Mr. Warner has examined information regarding the historical exploration at the Adelita copper project, which includes his review of the historical sampling, analytical and procedures and two site visits to verify drill collar locations and personally collect rock samples for analysis. Mr. Warner also completed a technical Ni-43-101 report on the property in 2021 and recently completed a second technical report on the property, yet to be published.
Management notes that historical results were collected and reported by operators unrelated to Kenadyr Metals Corp. but have been verified by its Qualified Person; as a result, the historical results create a scientific basis for ongoing work in the Kenadyr Metals, Adelita property. Management cautions that historical results, discoveries and any published resource estimates on adjacent or nearby mineral properties, whether in stated current resource estimates or historical resource estimates, are not necessarily indicative of the results that may be achieved on the Kenadyr Metals, Adelita property.
© 2025 Algo Grande Copper Corp. | All Rights Reserved
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Subscribe for
the Latest
Algo Grande is a copper exploration company advancing the Adelita project, anchored by a near-surface Cu-Au-Ag skarn discovery, located within the prolific Sonora-Arizona Porphyry Belt.
Reach Us
Suite 1507 – 1030 West Georgia Street,
Vancouver, BC, Canada, V6E 2Y3
Qualified Person and NI 43-101 Disclosure
The scientific and technical information contained in this website has been reviewed and approved by Mr. Lorne Warner an independent, Qualified Person for Kenadyr Metals Corp. as defined in National Instrument 43-101 - Standards of Disclosure for Mineral Projects.
Mr. Warner has examined information regarding the historical exploration at the Adelita copper project, which includes his review of the historical sampling, analytical and procedures and two site visits to verify drill collar locations and personally collect rock samples for analysis. Mr. Warner also completed a technical Ni-43-101 report on the property in 2021 and recently completed a second technical report on the property, yet to be published.
Management notes that historical results were collected and reported by operators unrelated to Kenadyr Metals Corp. but have been verified by its Qualified Person; as a result, the historical results create a scientific basis for ongoing work in the Kenadyr Metals, Adelita property. Management cautions that historical results, discoveries and any published resource estimates on adjacent or nearby mineral properties, whether in stated current resource estimates or historical resource estimates, are not necessarily indicative of the results that may be achieved on the Kenadyr Metals, Adelita property.
© 2025 Algo Grande Copper Corp. | All Rights Reserved
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