Eastern Europe and Central Asia (EECA) is emerging as a new hot spot for transition mineral extraction and supply, primarily due to its vast reserves of these minerals now critical to a fast transition to clean energy. The focus on this region is further compounded by rising geopolitical tensions and conflicts, with Russia’s war on Ukraine forcing Western countries to reduce their dependence on Russia’s fossil fuels and China’s minerals. These countries, particularly in the EU, are diversifying their supply of transition minerals by building strategic partnerships with resource-rich countries in EECA.
At a glance
These statistics are correct as of our latest round of research released on 30th April 2024. Data in the tracker below may be updated after this date.
421
allegations of abuse
Allegations of environmental and human rights abuses linked to mining project development, extraction and processing of transition minerals 2019-2023
20
minerals
that play an important role in energy transition
16
countries
in the Eastern Europe and Central Asia region
>42%
of allegations affect workers/communities
Workers and communities were affected the most (44% and 42% of all allegations)
This tracker seeks to expose environmental and human rights abuses linked to mining project development, extraction and processing of transition minerals in Eastern Europe and Central Asia. The following 20 minerals are included in this research: aluminium/bauxite, antimony, beryllium, chromium, cobalt, copper, graphite, iron, lead, lithium, manganese, molybdenum, nickel, platinum, rare earth, silver, tin, titanium, uranium and zinc. For more information on how the data was collected and analysed, please see the methodology section in our briefing.
Find a company
Find a company developing, mining or processing transition minerals to identify whether its activity has been linked to allegations of environmental and human rights abuses. This tracker includes companies and allegations covered by our EECA regional research.
Analysis
Fuelling injustice: Transition mineral impacts in Eastern Europe & Central Asia