EL 32000 Montejinni Project Annual Report 2020, 7 May 2019 to 6 May 2020

Abstract

EL 32000 is a new title secured first hand by Magnet Exploration Pty Ltd in 2019, after preliminary exploration work conducted by EARTH AI Operations Australia Pty Ltd, part of EARTH AI Group of companies further referred to as EARTH AI. EARTH AI has developed proprietary Artificial Intelligence (further referred as AI) technology for mineral targeting that utilises archive remote sensing, geophysical and geochemical data to target new mineral deposits. In 2018, EARTH AI embarked on a major Northern Territory-wide field campaign of rapid preliminary exploration targeted by the AI predictions and field validated by self-sufficient internal geology teams conducting portable X Ray Fluorescence (XRF) analysis of soils and rocks as well as soil and wholerock sampling. The work was conducted on pastoral properties without mineral tiles. We tested 132 sites, confirming geochemical anomalies on 35 of them, yielding an impressive 26% success rate. The Montejinni project was one of the successfully predicted mineralised sites, during preliminary exploration. We have discovered anomalous Cu geochemical results and thus made the decision to apply for a mineral title. Montejinni was located due to our AI technology predicting its location. There are no known mineral occurrences within the title area. A literature review of all previous work done in the area has provided some indication of mineralisation in the area and provided information on the local observed geology. We must conduct our own fundamentally new research to understand the geology of the area. We have completed 431 Portable XRF (pXRF) analyses (329 of soil and 102 of rocks), and assayed 38 soil samples and 23 rock samples during the reporting period. Further work is planned to assess the full extent of anomalism. Outcropping lithologies are dominated by basaltic lava and limestone mesas. Anomalous Cu, Tl was encountered in assays and anomalous Cu, V, Zn, P in pXRF analyses. Re-assaying of rock pulp with near total digest will be completed to remove potential discrepancies in assay digest method