Albania’s EU-linked MINEYE programme used mobile laser-induced breakdown spectroscopy (LIBS) and GPS data at SO.RI.COM’s chromium operations in Bulqizë to support faster geological targeting of chromium and iron. The field campaign combined rapid chemical measurements with location data to improve interpretation of how the two metals are distributed.
Portable LIBS can provide exploration teams with near-real-time geochemical information in the field, unlike conventional workflows that rely heavily on laboratory turnaround. Geologists can use rapid readings to identify contacts, alteration patterns or grade trends, then prioritise samples and drill locations for more expensive laboratory work. LIBS does not replace accredited laboratory analysis for resource reporting.
Instead, its role is to improve targeting efficiency. Faster field analytics may reduce unnecessary drilling, improve geological models and help smaller exploration teams make decisions using a more complete data set. MINEYE presents the approach as a lower-cost route to faster targeting and more data-rich drilling decisions.
The approach is relevant across the Balkans, where many exploration projects operate in mountainous terrain and have fragmented historical data. The Bulqizë work illustrates how mature mining districts can benefit from digital and analytical upgrades, rather than relying only on new acreage. Exploration in Southeast Europe is beginning to adopt faster field-based methods that integrate sensing, positioning and data interpretation.
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