Applied Graphite Technologies oversees the mine to battery process through scalable production from the world’s highest-grade vein graphite deposit.
Applied Graphite Technologies operates the world’s highest-grade vein graphite deposit in Sri Lanka. The Queens Mine Complex is at the heart of historic graphite production.
Mineral production at the Queens Mine Complex
The complex, located just 128 kilometres from Colombo, Sri Lanka’s capital, unfolds as a hidden oasis. It is accessible via a scenic 2.5-hour drive on a paved road.
It sits proudly between the famed Kahatagaha Mine and Ragadera Mine, inclusive of the Queens Mine Complex, all sharing the same geological setting on a picturesque ridge. The eastern side is adorned with a major shear zone, aligning in a north-south direction, mirroring the geological charm of the entire area.
This property promises a convenient journey and is strategically located amidst notable mines and a significant shear zone of vein graphite.
Dodangaslanda (D1) stands as a testament to both accessibility and geological richness, showcasing the allure of its unique location in the heart of Sri Lanka’s mineral-rich landscapes.
Untapping the potential of vein graphite for the energy transition
Applied Graphite Technologies (AGT) is determined to revive the graphite mining industry in Sri Lanka and become a significant contributor to the energy revolution currently underway.
The world’s highest-quality vein graphite is exclusively sourced from Sri Lanka. Our mission is to uncover and harness the untapped potential of AGT’s Queens Mine Complex and its high-grade vein graphite deposits.
With one of the most experienced teams in the industry, AGT is committed to innovation, sustainability, and responsible mining practices. We aim to be at the forefront of supplying high-quality vein graphite to meet the enormous growth demands of the lithium-ion battery industry worldwide with an enviable ESG standard.
Our team was the first to produce anode graphite from natural vein graphite for lithium-ion batteries, highlighting the excellent results, exceeding synthetic and natural flake graphite for battery capacities.
