Exploration

The growing demand for metals and minerals driven by the green transition has intensified the need for efficient and sustainable exploration. A deep understanding of how mineral deposits form within the Earth's crust is essential for guiding modern exploration and reducing both environmental impact and cost.

Within Work Package 1 (WP1) – Exploration, CAMM focuses on advancing innovative exploration technologies with a particular emphasis on Sweden's mineralisation potential, especially in northern Sweden. The Work combines cross-disciplinary expertise to support informed decision-making related to future mining activities in both short- and long-term perspectives.

Integrated Geological and Geophysical Modelling

A core strength of WP1 is the development and integration of regional-scale 3D (and 4D) geological and geophysical models of mineral belts. These models are combined with ore genetic studies and micro-analytical resource characterisation to improve the targeting of mineral resources at depth.

By integrating geological observations, drilling data, mining information, and regional geophysical datasets, CAMM enhances the three-dimensional understanding of the Earth’s crust and its evolution over time. This improved subsurface knowledge supports more precise drilling strategies, reduces exploration risk, and contributes to more environmentally responsible exploration workflows.

Advanced Data Integration and Ore Characterisation

WP1 also focuses on detailed characterisation of ores, waste rock, and production residues to support a secure and sustainable supply of both primary commodities and critical raw materials. Research in this area advances analytical methodologies for exploration and mineral processing through improved understanding of mineralogy, mineral chemistry, textures, and rock mass properties.

CAMM applies state-of-the-art micro-analytical techniques, including trace element mapping using Laser Ablation ICP-MS and high-resolution X-ray computed tomography combined with advanced 3D visualisation. These methods enable detailed studies of ore-forming processes, support efficient resource utilisation, and contribute to increased mining efficiency.

Explore Applied Geophysics

Explore Ore Geology