A state-of-the art mine
Nestled in the heart of central Lapland, the Sakatti project began with mineral exploration in 2004. We found the first signs of mineralisation in 2006, with discovery of the Sakatti deposit confirmed in 2009.
The Sakatti deposit is a treasure trove of minerals and metals. In addition to important base metals such as copper, nickel and cobalt, this high-grade deposit also contains platinum, palladium, gold and silver.
Situated fifteen kilometres north of the small Finnish village of Sodankylä, the site lies in a remote landscape and borders a protected wetland area famous for its reindeer and eagles. The area is part of the Natura 2000 network – an extensive grid of protected land stretching across the EU, established to safeguard Europe's most valuable and threatened species and habitats.
In order to conserve this precious environment, the Sakatti project is being designed as an innovative underground mine with no visible above-ground structures. Our FutureSmart MiningTM approach being implemented at Sakatti – where technology, digitalisation and sustainability work hand in hand – will serve to minimise the project’s footprint and places the respect for the natural surroundings at the centre of the mine’s development. Anglo American already has a track record of implementing this innovation-led approach to sustainable mining, with the most prominent example being witnessed at our Quellaveco mine in the Moquegua region of Peru, which is supplied with 100% renewable energy and uses cutting-edge technology to make mining safer, smarter and more sustainable.
At Sakatti, our proposed approach was endorsed in August 2023, when the Lapland Centre for Economic Development, Transport and the Environment approved our environmental impact assessment (EIA), marking a major milestone for the development of the project.
The EIA process, initiated in 2017, and rooted in extensive baseline studies since the orebody’s discovery in 2009, received recognition for its level of detail, particularly in hydrogeological modelling and water management, and for its overall comprehensiveness.