Northwire Canada EditionTuesday, July 14, 2026
Northwire
WDO 26.04 −0.9% FVI 11.84 −1.6% OM 1.75 −1.7% ETG 2.99 +0.0% ARTG 31.47 −4.6% LUC 0.163 +1.6% AFM 1.38 +0.0% IMG 20.95 −3.5% CPAU 0.150 +3.5% MMX 0.075 +7.1% IE 12.47 −2.4% SASK 1.09 −1.8% MOG 0.390 +2.6% XIM 0.070 −6.7% S 0.110 −29.0% OMI 0.300 −4.8% WDO 26.04 −0.9% FVI 11.84 −1.6% OM 1.75 −1.7% ETG 2.99 +0.0% ARTG 31.47 −4.6% LUC 0.163 +1.6% AFM 1.38 +0.0% IMG 20.95 −3.5% CPAU 0.150 +3.5% MMX 0.075 +7.1% IE 12.47 −2.4% SASK 1.09 −1.8% MOG 0.390 +2.6% XIM 0.070 −6.7% S 0.110 −29.0% OMI 0.300 −4.8%
Drill Results

Grafton Resources Starts Heliborne Mobile MT Geophysical Survey at Alicahue Gold-Copper Project, Chile

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Executive Summary

  • Grafton Resources announced the commencement of an 80 km mobile magnetotelluric (MobileMT) heliborne survey over its Alicahue Gold‑Copper Project in Valparaiso, Chile.
  • The survey, conducted by Expert Geophysics Surveys Inc., will cover the entire property in a single day with results expected in March 2026.
  • Management expects the data to deliver a 3‑D image of subsurface structures, aiding identification of potential porphyry centres and IOCG vein systems.

Key Details

  • Survey Scope: 80 line‑kilometre MobileMT heliborne survey covering the full Alicahue Gold‑Copper Project.
  • Provider: Expert Geophysics Surveys Inc.
  • Timeline: Survey completed in one day; data interpretation slated for March 2026.
  • Technology: Combines MobileMT (depth ~1–2 km) with complementary VLF‑EM data to enhance resolution of shallow and deep geological features.
  • Objectives:
  • Identify deep‑seated faults, lithological contacts, and structures controlling mineral systems.
  • Trace the outline of a possible porphyry centre in the southeast concession.
  • Locate origins of IOCG vein systems and potential feeder zones for gold‑copper mineralization.
  • Management Comment: Campbell Smyth (Interim CEO & Chairman) highlighted expectations that MobileMT will reveal conductive sulphide bodies linked to porphyry intrusions and resistive bodies indicative of intrusive centres.

Notable Quotes

“We expect the Mobile MT data will provide a three‑dimensional image of the Alicahue Project area…MobileMT is known for identifying areas of electrically conductive sulphides potentially linked to mineralized porphyry intrusive centres, and resistive bodies representative of intrusions.” – Campbell Smyth, Interim CEO & Chairman.

Read the original news release →

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