未来燃料公司从努纳武特获得了高反射地球物理数据,披露了关键的铀指标,并推动了AI驱动的勘探。 Future Fuels Inc. acquired high-res geophysical data from Nunavut, revealing key uranium indicators and advancing its AI-driven exploration.

未来燃料公司从2005年对努纳武特的霍恩比盆地项目进行的空中调查中获得了高分辨率的历史地球物理数据,这是在该地点进行的最高分辨率调查。 Future Fuels Inc. has obtained high-resolution historical geophysical data from a 2005 airborne survey over its Hornby Basin Project in Nunavut, the highest-resolution ever conducted at the site. 先前由于未向努纳武特地球科学数据库提交数据而无法获得的数据覆盖了684公里长的直线,并揭示了5个重要导体、强磁梯度和与Helmut型铀矿床不符合同式赫穆特断层密钥指标相一致的NE-SW边界。 The data, previously unavailable due to non-submission to the Nunavut Geoscience Database, covers 684 line kilometers and reveals five significant conductors, strong magnetic gradients, and a NE-SW boundary aligned with the Helmut Fault—key indicators for unconformity-style uranium deposits. 该公司正在将数据数字化,并将其纳入DORA AI核查平台,以确定其跨区规模土地位置的钻井目标,标志着其AI驱动的勘探战略取得了重大进步。 The company is digitizing the data and integrating it into its Vrify DORA AI platform to identify drill targets across its district-scale land position, marking a major advancement in its AI-driven exploration strategy.