Q2 Metals’ (TSX-V:QTWO) exploration target at Cisco estimates a range of potential lithium mineralisation at the mineralised zone of 215-329 million tonnes at a grade ranging from 1% to 1.38% Li2O, based on the first 40 holes drilled.
The primary focus of the fall and winter drilling campaign is on infill-scale drilling at the Cisco Lithium Project in the greater Nemaska traditional territory of the Eeyou Istchee James Bay region of Québec, Canada.
An exploration target is used to provide a conceptual estimate of the potential quantity and grade of a mineral deposit, based on known and additional limited geological evidence.
Recently speaking to Mining.com.au, Corporate Development Chris Ackerman says the company is working towards a preliminary economic assessment (PEA) for Cisco and aims to have an inaugural resource estimate by the end of Q1 2026, in which a PEA will follow.
As such, Q2 Metals notes this early stage assessment will help guide further exploration, but it is not a mineral resource or mineral reserve and is treated as such.
The drilling campaign has been designed to support the company’s objective of delivering an initial inferred mineral resource estimate in the first quarter of 2026. Drilling at Cisco is ongoing, with four drill rigs currently operating on site.
Neil McCallum, Vice President of Exploration, says recent infill drilling results further demonstrate the consistency and robustness of the mineralised zone at the Cisco Lithium Project.
“Since commencing our infill drill program, we have tightened our drill spacing to an average of 125m as we prepare our initial inferred mineral resource estimate,” McCallum says.
“To date, we have completed a total of 27,295m over 67 holes and continue to see encouraging results.”
During 2025, Q2 Metals launched an aggressive four-rig infill program, which is expected to enable the upcoming resource estimate.
Lithium mining companies are anticipating a pick up in the market, with the downstream processing segment of the market, encompassing the conversion of raw lithium into battery-grade lithium hydroxide and carbonate, experiencing significant transformation.
As reported by Mining.com.au, this is being driven by technological advancements, geopolitical shifts, and increasing demand for electric vehicles, clean energy storage, and Battery Energy Storage Systems (BESS), among others.
The critical battleground from now to 2030 is downstream conversion – refining into lithium hydroxide or lithium salts, cathode precursor manufacture, and battery recycling. The raw ore business will increasingly act as a feedstock commodity.
The market for lithium hydroxide is projected to grow at a compound annual growth rate (CAGR) of 23.51% from 2024 to 2029, reaching some 564.78 kilotons of lithium carbonate equivalent (LCE) by 2029.
Ackerman echoes market analyses that show growth in the downstream lithium market is still being driven by EVs, as well as other disruptors that are emerging and vying for centre stage, as reported.
“With the advancement of AI and the need for data centres, as well as the need for energy storage capacity for solar and wind (renewables) energy via Battery Energy Storage Systems, will be key drivers moving forward. BESS is needed to store renewable energy/energy grid storage,” Ackerman tells this news service.
Ackerman reiterates that lithium demand is primarily driven by battery applications, which should come as no surprise – somewhere in the 90% range.
It is primarily associated with EV batteries, which is a major and growing component – but larger grid applications in the form of BESS is poised to be a key growth area, he adds.
Write to Adam Orlando at Mining.com.au
Images: Q2 Metals
