공시 • Jun 20
Hi-View Resources Inc Announces Completion of the Second and Final Phase of Its Data Room Compilation for Its Portfolio of Properties in the Toodoggone District
HI-VIEW RESOURCES INC announced the completion of the second and final phase of its data room compilation for its portfolio of properties in the Toodoggone District. Building on the phase one data room that was completed in April 2026, the second phase adds digitized legacy geology maps, geophysics data, short-wave infrared ("SWIR") alteration mineralogy, and x-ray fluorescence ("XRF") geochemistry and incorporates the Junkers project area.
The first phase, announced on April 21, 2026, compiled the Company's historical geochemical database and drillhole records from 58 assessment reports. The second phase expands the compilation to 74 historical assessment reports across the Black Pearl, Borealis, Garnet, Golden Stranger, Junkers, Lawyers East, Lawyers West, Lawyers North, Nub, Oxide Summit, Saunders, and Ursus project areas, and adds four new interpretive datasets to the data room. These datasets are digitized geology (lithology, alteration, and structural interpretations), digitized geophysical data (induced polarization("IP"), very low frequency electromagnetic ("VLF-EM"), and ground and airborne magnetics), SWIR alteration mineralogy, and XRF geochemistry. Each has been georeferenced and integrated into the Company's centralized database alongside the geochemical results. Digitized Geology Historical geological mapping has been georeferenced and digitized as lithology zones, alteration zones, and structural lineaments across the portfolio, including but not limited to: Borealis: lithology and structural interpretations at the Firesteel occurrence, and 8 alteration zones, 97 lithology zones, and 32 structural lineaments at the Cas occurrence. Lawyers East: 60 lithology zones and 34 lineaments from a 1988 multi-occurrence compilation. Golden Stranger: 57 alteration zones, 53 lithology zones, and 63 lineaments digitized at the Golden Stranger Prospect. Black Pearl and Harmon Peak: lithology interpretations at the Har, Gord Davies, and Breccia-Claw occurrences, and 9 alteration zones, 5 lithology zones, and 14 lineaments digitized across the Black Pearl and Harmon Peak claims. Oxide Summit: geology at the Joanna, Gordo, Tod, and Oxide Peak occurrences, including 33 alteration and 20 lithology zones at the Oxide Peak occurrence and 69 district- scale structural lineaments at the Tod occurrence. Nub: 5 alteration zones and 16 lithology zones. Saunders: geology at the Saunders West and Saunders East occurrences, including 18 alteration and 30 lithology zones at Saunders East. Digitized Geophysics Historical geophysical surveys spanning the 1980s through 2023 have been georeferenced and digitized, including IP lines and pseudosections for apparent resistivity and chargeability, VLF- EM Fraser-filtered anomalies, and ground and airborne magnetic data: Borealis: IP, VLF-EM, and ground magnetic surveys compiled across multiple campaigns, with IP lines and apparent resistivity and chargeability pseudosections digitized. Lawyers East: airborne magnetics, VLF-EM, and ground magnetics, with interpreted magnetic and resistive anomalies, magnetic trends, and inferred faults digitized. Oxide Summit: IP surveys, VLF-EM, and airborne magnetic data, including 21 georeferenced survey maps and modelled resistivity and chargeability sections from a 2021 program. Saunders: IP survey grids with digitized IP lines and resistivity and chargeability pseudosections. A total of 115 historical rock samples analyzed by SWIR TerraSpec spectroscopy have been digitized. The dataset characterizes propylitic minerals, including calcite, chlorite, epidote, and siderite, and epithermal and porphyry indicator minerals, including diaspore, jarosite, montmorillonite, muscovite, illite, paragonite, phengite, and iron-bearing tourmaline. This alteration mineralogy provides an additional layer for distinguishing alteration assemblages associated with epithermal and porphyry systems. XRF copper results for rock and soil samples have been digitized and compiled as a mapped geochemical layer, complementing the laboratory geochemical database. The completion of the second phase advances the data room from a geochemical database into an integrated, multi-disciplinary targeting platform. By combining geochemistry, geology, geophysics, and alteration mineralogy in a single georeferenced repository, the Company intends to refine and prioritize drill targets ahead of the 2026 field season. Access to the data room is available to qualified strategic partners and investors.