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- Operations
- Career
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Sustainability
- Our responsibilities
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Case studies
- Extracting zinc through steel mill dust recycling at Rönnskär
- Landfilled sulphur residue set to be Kokkola’s next resource
- Secondary material recycling and synergies
- Sustainable water management at Boliden
- Kokkola jarosite research
- Purification of manganese from anode sludge at Kokkola
- Converting secondary materials from electronics into precious metals at Harjavalta
- A moment of truth for electrification at Aitik
- Plastic recycling at Bergsöe
- When the environment and economy both win
- Contributing to a circular economy at Kokkola
- Mine automation improves safety
- Dead wood brings forest to life
- Largest electronic material recycler in the world
- Scrap lead batteries recycled to new raw material
- High tech dam safety
- Gillervattnet reclamation project
- Reducing waste and enhancing profitability
- Fjord clean up at the Odda smelter
- Safety culture and business stability go hand in hand
- Building trust with Sami communities
- Certifications
- Investor Relations
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Our exploration methods
Boulder exploration, geological mapping in the field, geophysical surveys, geochemical sampling and drilling are examples of the methods we use in exploration to find new mineral deposits.
Geophysical surveys
Investigates the bedrock’s physical properties. Surveys can be performed from the air, manually on the ground or using probes lowered into bore holes.
The method has limited or no environmental impact.
Boulder hunting
Physically searching on site for geologically interesting boulders that have been separated from the bedrock in connection with inland ice sheet movements and are now a part of a till layer. The discovery of e.g. copper or zinc indicates the possibility of deposits in nearby bedrock.
The method has limited or no environmental impact.
Bedrock mapping
Documents the geological properties of outcrops, including metallic minerals, and gathers the information in databases for interpretation and analysis.
The method has limited or no environmental impact.
Geochemical sampling
Analyses till and drill cuttings to trace mineralisations
Limited impact on the environment in the form of minor ground damage may occur.
Diamond drilling
Enables the mapping of the bedrock at depth, its geology and possible mineralisation. Core drilling can take place to depths as great as 2,000 metres.
This method has some impact on the environment as the bore hole entails an intervention in the bedrock.
