ZEB Nickel Corp reports positive results from an independent interpretation of its high-power SpectremPlus™ airborne electromagnetic survey over the Zeb Nickel Project in South Africa. The survey identified coherent conductive responses and conducted a 3-D integration to refine the geological framework for potential nickel sulphide mineralization. The company is advancing a follow-up program that includes ground-based electromagnetic methods and downhole EM to refine geometry and prioritize drill-ready targets. The completion of the AEM survey is a key step in identifying a semi-massive to massive sulphide discovery for Zeb Nickel Corp. The company is working towards the awarding of Mining Rights to further prove up the deposit.
The Spectrem Air team has begun final processing of the survey data, with an interpretation expected to be integrated with existing gravity-magnetic data to refine and prioritize drill targets focused on potential high-grade nickel-sulphide mineralization. Management anticipates releasing the results and updated technical program shortly after receipt of the final deliverables, expected at the end of Q3 2025. Richard Montjoie, VP of Exploration, emphasized the importance of the AEM survey in advancing exploration for high-grade nickel sulphide targets at the Zeb Project. The company is focused on developing its flagship Zeb Nickel Project, strategically located in South Africa’s Bushveld Complex.
Forward-looking statements in the press release include interpretations of geophysical data, potential mineralization, and exploration activities. The completion of the AEM survey is a key milestone for the Zeb Project, with high-resolution data supporting the next phase of exploration. The company aims to test high-grade nickel sulphide targets to advance the project. Cautionary notes regarding forward-looking statements are included, highlighting the risks and uncertainties associated with mineral exploration and development. Readers are advised not to place undue reliance on forward-looking statements, as actual results may differ from anticipated outcomes.
Read more at GlobeNewswire: High-power AEM Interpretation Highlights