Unlocking Sonoras Next Copper Mine

The most advanced High-grade Copper-Silver-Gold Skarn in Sonora.

The most advanced High-grade Copper-Silver-Gold Skarn in Sonora.

OUR PROJECT

A High-Grade Skarn Deposit in the Sonora-Arizona Belt

Skarn

Skarn

Metamorphic Rock
A skarn deposit forms when hot, mineral-rich fluids from a nearby magma intrusion chemically alter surrounding carbonate rocks (like limestone or dolomite). This process, known as metasomatism, can concentrate valuable metals such as copper, silver, and gold.

While typically smaller in size than porphyry systems, skarns are known for their higher-grade mineralization. They often occur alongside porphyry copper deposits — notable examples include Twin Buttes (Arizona) and Bingham Canyon (Utah), where both deposit types are present in the same system.

OUR PROJECT

A High-Grade Skarn Deposit in the Sonora-Arizona Belt

Skarn

Skarn

Metamorphic Rock

A skarn deposit forms when hot, mineral-rich fluids from a nearby magma intrusion chemically alter surrounding carbonate rocks (like limestone or dolomite). This process, known as metasomatism, can concentrate valuable metals such as copper, silver, and gold.

While typically smaller in size than porphyry systems, skarns are known for their higher-grade mineralization. They often occur alongside porphyry copper deposits — notable examples include Twin Buttes (Arizona) and Bingham Canyon (Utah), where both deposit types are present in the same system.

OUR PROJECT

A High-Grade Skarn Deposit in the Sonora-Arizona Belt

Skarn

Skarn

Metamorphic Rock
A skarn deposit forms when hot, mineral-rich fluids from a nearby magma intrusion chemically alter surrounding carbonate rocks (like limestone or dolomite). This process, known as metasomatism, can concentrate valuable metals such as copper, silver, and gold.

While typically smaller in size than porphyry systems, skarns are known for their higher-grade mineralization. They often occur alongside porphyry copper deposits — notable examples include Twin Buttes (Arizona) and Bingham Canyon (Utah), where both deposit types are present in the same system.

The Adelita Project, 100% owned by Algo Grande Copper Corp., is a high-grade copper-silver-gold discovery strategically located within the prolific Sonora–Arizona Mineral Belt.

Featuring from-surface, high-grade mineralization alongside favorable metallurgy, Adelita stands out as one of the most compelling emerging copper projects in Sonora, Mexico.

OUR PROJECT

A High-Grade Skarn Deposit in the Sonora-Arizona Belt

Skarn

Skarn

Metamorphic Rock

A skarn deposit forms when hot, mineral-rich fluids from a nearby magma intrusion chemically alter surrounding carbonate rocks (like limestone or dolomite). This process, known as metasomatism, can concentrate valuable metals such as copper, silver, and gold.

While typically smaller in size than porphyry systems, skarns are known for their higher-grade mineralization. They often occur alongside porphyry copper deposits — notable examples include Twin Buttes (Arizona) and Bingham Canyon (Utah), where both deposit types are present in the same system.

The Adelita Project, 100% owned by Algo Grande Copper Corp., is a high-grade copper-silver-gold discovery strategically located within the prolific Sonora–Arizona Mineral Belt.

Featuring from-surface, high-grade mineralization alongside favorable metallurgy, Adelita stands out as one of the most compelling emerging copper projects in Sonora, Mexico.

The Adelita Project

Anchored by the Cerro-Grande Skarn Discovery

Algo Grande Copper is unlocking one of Sonora's most promising Copper, Silver, Gold Skarn-Porphyry projects.

The Adelita Project

Anchored by the Cerro-Grande Skarn Discovery

Algo Grande Copper is unlocking one of Sonora's most promising Copper, Silver, Gold Skarn-Porphyry projects.

Rock Gallery

Rock Gallery

Positioned for the Growing Copper Opportunity

The Adelita Project combines strategic location, favorable metallurgy, and expanding exploration potential.

THE ESSENTIAL METAL

Why Copper?

As global electrification accelerates and supply pressures continue to build, copper remains one of the world’s most essential and strategic metals.

From electric vehicles and renewable energy systems to modern infrastructure and expanding power grids, global demand continues to rise as new large-scale copper discoveries become increasingly difficult to find.

THE ESSENTIAL METAL

Why Copper?

As global electrification accelerates and supply pressures continue to build, copper remains one of the world’s most essential and strategic metals.

From electric vehicles and renewable energy systems to modern infrastructure and expanding power grids, global demand continues to rise as new large-scale copper discoveries become increasingly difficult to find.

A MODERN APPROACH TO COPPER DISCOVERY

Our Trifecta Approach

A MODERN APPROACH TO COPPER DISCOVERY

Our Trifecta Approach

Adelita Project

Company

Adelita Project

Company

Adelita Project

Company