Kingsland Minerals reports outstanding graphite assay results from its Leliyn project, advancing metallurgical testing with Quinbrook to assess battery anode material potential.
- Exceptional graphite grades from three diamond drill holes at Leliyn
- Samples supplied to Quinbrook for battery anode material testing
- Binding offtake agreement secured with Quinbrook
- Approvals granted for extensive infill drilling to upgrade resource
- Detailed PFS metallurgical test work proposal finalised
Strong Assay Results Reinforce Leliyn’s Development Potential
Kingsland Minerals Ltd (ASX:KNG) has announced impressive assay results from three metallurgical diamond drill holes at its Leliyn Graphite Project in the Northern Territory. The drilling returned high-grade graphite intersections starting from surface, with total graphitic carbon (TGC) grades exceeding 10% over significant widths. These results fall within the previously defined scoping study pit design, underscoring the project’s robust development outlook.
Strategic Partnership with Quinbrook Advances Battery Material Testing
The metallurgical samples collected will be provided to Kingsland’s offtake partner, Quinbrook Infrastructure Partners, who will conduct detailed tests to evaluate the suitability of Leliyn graphite for battery anode material production. This collaboration is a critical step towards qualifying the graphite concentrate for use in purified, spherical graphite (PSG), a key component in lithium-ion batteries.
Resource Upgrade and Project Expansion Plans
Kingsland has secured approvals for an extensive infill drilling program of up to 140 holes, aimed at significantly upgrading the current mineral resource. The company’s Managing Director, Richard Maddocks, highlighted that these results, combined with the drilling approval, position Leliyn strongly for development. The project already boasts an Indicated Mineral Resource of 12.3 million tonnes at 7.9% TGC and an Inferred Resource of 180.2 million tonnes at 7.2% TGC, containing a total of 14 million tonnes of graphite.
Metallurgical Test Work and Scoping Study Progress
Alongside the drilling, Kingsland has finalised a detailed metallurgical test work proposal for the Pre-Feasibility Study (PFS) phase. The 6,000kg of graphitic schist obtained from the drilling will support optimisation of crushing, grinding, and flotation processes. These efforts aim to refine the processing parameters and enhance product quality ahead of potential commercial production.
Positioning for the Future of Energy Materials
The Leliyn Graphite Project is emerging as one of Australia’s most significant graphite deposits, with Kingsland strategically advancing its development in line with growing demand for battery materials. The binding offtake agreement with Quinbrook not only provides a clear pathway to market but also aligns Kingsland with a partner experienced in infrastructure and energy transition investments.
Bottom Line?
Kingsland’s latest drilling success and strategic partnerships set the stage for Leliyn’s evolution into a key supplier of battery-grade graphite.
Questions in the middle?
- What will Quinbrook’s metallurgical test results reveal about Leliyn graphite’s battery anode suitability?
- How will the upcoming infill drilling impact the size and confidence of the mineral resource estimate?
- What are the timelines and capital requirements for advancing Leliyn from PFS to production?