Graphano Energy Ltd. Receives Final Airborne Geophysical Report at Black Pearl Project and Defines 6.5 km Conductive Trend with Five Priority Target Areas

Core Viewpoint - Graphano Energy Ltd. has received the final report from its helicopter-borne airborne magnetic (MAG) and time-domain electromagnetic (TDEM) survey over the Black Pearl claims in Québec, marking a significant milestone for the company and its exploration efforts [1][2]. Airborne MAG-TDEM Survey and Results - The final report includes a complete set of processed MAG and TDEM products, revealing an approximately 6.5-kilometre conductive trend and identifying five priority conductive target areas for further exploration [3][13]. - The results expand and refine the previously reported conductive footprint at Black Pearl, including a dominant conductor interpreted over approximately 1.2 kilometres in the discovery area [13]. Follow-Up Exploration Plans - The company plans to initiate prospecting and field reconnaissance over the five priority target areas, focusing on mapping and sampling to confirm the source of conductivity and advance the highest-priority targets towards additional ground geophysics and/or drill testing [5][4]. Indication of Prospectivity - The Black Pearl property consists of 84 claims covering approximately 4,149 hectares and remains largely unexplored outside the current drill-tested area [6]. - The geological setting of the mineralization is comparable to major graphite deposits in the Lac des Iles region, indicating potential for continued discovery along conductive trends [6]. Historical Results - Previous drilling within the discovery area has yielded multiple near-surface graphite zones, with notable results including 11.33% Cg over 8.61 m, 4.81% Cg over 12.25 m (including 6.63% Cg over 7.07 m), and 7.37% Cg over 4.70 m [13]. - Surface work has also shown strong channel sample results, including 15.1% Cg over 14 m and 17.9% Cg over 9 m [13]. Company Overview - Graphano Energy Ltd. is focused on evaluating, acquiring, and developing energy metals resources from exploration to production, particularly in the context of increasing demand for graphite in technology and sustainable industries [9][10].