Graphano Advances Black Pearl Project and Engages AI Resource Exploration to Refine High-Priority Targets

Graphano Energy Ltd. has announced significant progress at its Black Pearl graphite project in Quebec, following the identification of multiple conductive trends spanning over six kilometres. Recent airborne geophysical surveys, including magnetic and time-domain electromagnetic data, have delineated several discrete conductive zones that are interpreted as priority targets for graphite mineralization. This represents a substantial expansion of prospective areas across the property.

To optimize exploration efficiency, the company has engaged AI Resource Exploration to integrate geophysical, geological, and historical datasets for advanced targeting analysis. This data-driven approach aims to prioritize the most prospective zones for ground follow-up activities, potentially accelerating discovery timelines and improving capital allocation.

With improving seasonal conditions, Graphano is preparing to launch comprehensive ground exploration programs in the coming weeks. The planned activities include prospecting and geological mapping across identified conductive trends, stripping and trenching to expose bedrock, systematic sampling programs, and ground geophysical surveys to validate targets ahead of potential drilling campaigns.

The advancement comes at a strategic time for the graphite sector, with growing demand driven by lithium battery production for electric vehicles and energy storage applications. Graphano's Lac Aux Bouleaux property is strategically positioned adjacent to Canada's only producing graphite mine, providing valuable geological context and infrastructure proximity. The company's focus on developing energy metals resources aligns with the critical minerals supply chain priorities for the clean energy transition.

The Black Pearl project represents a key asset within Graphano's growing Quebec portfolio, with the potential to contribute to domestic graphite supply chains as demand for this critical mineral continues to expand across technology and energy storage sectors.