Key argument
Artificial intelligence, electric vehicles, batteries, power grids and defence technologies have returned mineral resources to the centre of geopolitics. The question for Georgia is not whether an old geological map can be marketed as a new treasure. It is whether verified resources can be translated into competitive, cleaner and higher-value products.
The evidence supports a concrete but cautious answer. Georgia has operating manganese, copper and gold industries and produces perlite, bentonite, zeolites, lead and zinc. Its geological fund also records baryte, arsenic and other occurrences. Public evidence does not, however, justify presenting Georgia as a major source of lithium or rare-earth elements.
What is firmly established
Georgia’s National Agency of Mineral Resources reports about 1,700 objects in the mineral-resource database, roughly 950 deposits and occurrences in the resource fund, and around 20,000 geological reports in its electronic archive. Much of this knowledge was produced in different periods using different classifications, so it is a foundation for reassessment rather than a single modern inventory.
USGS provides a clearer picture of current activity. In 2024 Georgia ranked eighth globally in perlite production, with 0.9% of world output. It also produced bentonite, copper, gold, manganese, ferrosilicomanganese, lead, zinc, silver and zeolites. Mining and quarrying contributed 0.8% of GDP. Ferroalloy exports were worth $322 million and precious-metal ores and concentrates $238 million, equal to 4.9% and 3.6% of merchandise exports.
Manganese: the clearest link to the new economy
Manganese remains primarily a steel input, but high-purity manganese chemicals are also used in certain battery cathodes. The EU lists manganese as critical and battery-grade manganese as strategic. Yet ore in Chiatura is not automatically a battery material. Mineralogy, impurities, consistent grade, water and energy use, beneficiation and production of high-purity manganese sulphate require modern laboratory and pilot testing.
Georgia should therefore ask not only how much ore can be extracted, but whether it can move toward better concentrate, specialised ferroalloys or-if technically and environmentally justified—battery-grade chemicals.
Copper is already strategic
Copper is essential for grids, motors, data centres, renewable energy and electric vehicles. The EU Critical Raw Materials Act names it as strategic. Georgia’s Bolnisi–Kazreti district already supports copper and gold mining, so this is an operating industrial base, not a theoretical prospect.
Still, much of the value is created after concentrate. Refining, semi-fabrication, wire and components require capital, energy and strict environmental control. Georgia should identify the economically rational stage of the value chain rather than assume either raw export or full domestic refining is always best.
Baryte, arsenic and industrial minerals
Baryte and arsenic are on the EU critical-material list. Georgia’s geological record includes baryte-bearing polymetallic deposits in the Bolnisi zone and historic arsenic sites in Racha. These justify modern exploration, not a declaration of commercially recoverable reserves. Old records rarely answer today’s questions about grade, recovery, marketability, waste cost and social constraints.
Perlite, bentonite and zeolites are not the headline strategic metals, but they serve construction, filtration, environmental barriers, water treatment and agriculture. Here, processing, classification and specialised products may offer a more realistic path to value than merely increasing extraction.
What is not established
Reliable public sources do not show a modern, internationally reported resource of global significance in Georgian lithium, cobalt, nickel, graphite or rare-earth elements. Geological hypotheses may deserve investigation, but they should not be presented as economic assets before drilling, analysis, metallurgy, environmental assessment and independent resource estimation.
The environment is not an appendix
Chiatura is the warning. UNDP identifies manganese-containing toxic dust from open-pit mining as an air-quality concern. Georgia’s Public Defender has documented severe ecological and social damage, damaged homes and community rights. A new critical-minerals policy cannot reproduce an old extraction model.
Project economics must include water and soil protection, dust control, tailings safety, land rehabilitation, biodiversity, health, property damage and a funded closure plan from the beginning. Sustainability and traceability are also becoming conditions of access to European customers, not merely domestic regulatory costs.
A strategy for Georgia: knowledge before licences
Georgia should begin with a national critical-minerals audit. Historical reports should become a searchable spatial and chemical database; promising zones should be retested using modern methods; and confidence categories should distinguish historic indications from verified resources.
The portfolio should then be mapped against EU, U.S. and partner-country critical lists. For each verified resource, the country should choose the rational value-chain stage: ore, concentrate, chemical product, alloy, semi-finished material or recycled output. More processing is not automatically better if energy, water, waste and market costs exceed the value created. Raw export is equally inefficient when the next stage is competitive.
Licences should embed public value: local skills, transparent monitoring, funded rehabilitation, community procedures, reasonable processing commitments and fair fiscal returns. A mineral is strategic for Georgia only when part of its value remains in Georgia.
Old waste may be a secondary resource
Tailings, low-grade stockpiles and metallurgical residues may contain material that was once uneconomic to recover. Modern analysis could identify projects that extract value while reducing an environmental liability. But reworking old waste can also mobilise dust and heavy metals, so any programme must begin with chemical inventories, risk mapping and independent laboratory verification.
Conclusion
Georgia has a credible entry point into the critical-minerals economy, led by manganese and copper, supported by historically known baryte and arsenic sites and a range of industrial minerals. What it lacks is a visible, modern national inventory that translates geology into economic, technological and environmental evidence.
According to BTU researchers, the priority is not to announce another spectacular discovery. It is to update the data, validate materials independently and choose the right value-chain position. If extraction is connected to cleaner processing, local knowledge and transparent environmental rules, Georgia’s resources can support a new industrial economy. Otherwise, the country will export raw material and retain the environmental cost.