The extraction of lead and other metals always begins with exploration. This involves finding areas in the bedrock where there are high concentrations of metals and minerals. But finding the actual deposit is just the beginning of a process that takes many years and is followed by, among other things, test drilling, analyses, and permit reviews. Mining operations are planned with a long-term perspective that encompasses not just production, but also environmental work and resource management. So once the deposit has been found and the planning is complete, the next step in the journey from bedrock to finished metal begins.

Many people come into contact with lead every day without realising it. The largest use is in batteries that power vehicles or provide backup power in places such as hospitals, mobile phone towers, and data centers. Lead is also used in protective equipment during X-ray examinations in healthcare, where the material helps to block harmful radiation. Thanks to its reliability and long lifespan, lead batteries are still found in most petrol and diesel cars and also play an important role in many electric vehicles. The metal is also used as moisture protection in cables and pipelines underground and underwater. But responsibility for lead production does not end once the metal has been extracted and used.

When mining comes to an end, a new chapter begins for the mine site. The reclamation work is planned before operations even start, and aims to reduce environmental risks, restore the land, and create value for the future. Since every mine has its own unique conditions, the measures are tailored to the needs of each location. This might involve water treatment, land restoration, or creating new habitats for plants and animals. In this way, our responsibility for the area continues long after the last ore has been mined.