Lithium Energy Limited has reported promising initial assay results from its latest drilling program at the Burke-Mt Dromedary graphite deposits, revealing substantial high-grade graphite mineralisation that could expand and unify its resource base.
- Initial assays from 7 RC drill holes show up to 41m thick graphite intercepts
- Grades reach as high as 21.5% total graphitic carbon (TGC)
- Drilling targets continuity between Burke and Mt Dromedary deposits
- 29 RC and 3 diamond core holes completed with more underway
- Plans to upgrade and combine JORC Mineral Resources for both deposits
Strong Start to Resource Upgrade Drilling
Lithium Energy Limited (ASX:LEL) has delivered encouraging early assay results from its ongoing resource upgrade drilling at the Burke and Mt Dromedary graphite deposits in Queensland. The first seven reverse circulation (RC) drill holes have returned significant graphite intercepts, with true thicknesses up to 41 metres and exceptionally high grades reaching 21.5% total graphitic carbon (TGC). These results reinforce the high-grade nature of Lithium Energy's graphite assets and suggest continuity of mineralisation between the two previously separate deposits.
Bridging Two High-Grade Deposits
The drilling program is focused on the area between the Burke and Mt Dromedary deposits, aiming to delineate a combined and expanded JORC Mineral Resource. To date, Lithium Energy has completed 29 RC holes totalling approximately 3,082 metres and 3 diamond core holes totalling around 250 metres, with further drilling planned through March 2026. The initial assays from holes 24RCDH02 to 24RCDH08 confirm substantial graphite mineralisation outside the current resource boundaries, indicating potential to unify these deposits into a larger, more robust resource.
World-Class Graphite Inventory and Strategic Positioning
Lithium Energy’s graphite projects collectively hold a world-class inventory of 4.42 million tonnes of contained graphite, with the Burke and Mt Dromedary deposits boasting average grades above 14% TGC; significantly higher than many global peers. The company is advancing plans to develop a vertically integrated battery anode material (BAM) business, envisaging on-site production of high-purity graphite concentrate followed by processing into spherical purified graphite (SPG) and coated SPG (CSPG) products for lithium-ion battery applications.
Next Steps and Market Implications
As Lithium Energy continues to receive assay results from the remaining drill holes, the company aims to complete an upgraded and expanded JORC Mineral Resource estimate for the combined Burke/Mt Dromedary deposits. The diamond core drilling will also provide critical samples for metallurgical and geotechnical studies, supporting future feasibility assessments and mine planning. With graphite demand linked closely to the burgeoning electric vehicle and energy storage sectors, these developments position Lithium Energy to potentially become a significant supplier of high-grade battery anode material.
Bottom Line?
Lithium Energy’s drilling success sets the stage for a resource upgrade that could reshape its graphite project’s market potential.
Questions in the middle?
- How will the full assay results from the remaining drill holes impact the combined resource estimate?
- What are the timelines and capital requirements for advancing the BAM manufacturing facility?
- How might evolving battery technology and graphite demand influence project economics?