GSP Resource identifies copper targets at Alwin, Mer

Executive Summary

• GSP Resource Corp. reports hyperspectral analysis (VIS-SWIR) of surface rock samples from its Alwin mine and Mer properties, indicating strong evidence for potential new porphyry copper mineralization systems.
• The data reveals distinct spatial patterns: Alwin shows characteristics of a peripheral porphyry environment, while Mer displays signatures of a higher-temperature proximal porphyry environment, suggesting the potential for an undiscovered porphyry system at Alwin-Mer.
• The company also announces that geochemical analytical results for an additional 204 targeted grid soil samples are currently pending.

Key Details

• Alwin Mine Findings:
  • Yields phengitic (K-rich) muscovite compositions and magnesium-rich chlorite.
  • These signatures are consistent with a peripheral porphyry environment.
  • Massive pale green phengitic muscovite and quartz-sulphide veins indicate decreasing temperature and more neutral pH conditions toward the margins of the hydrothermal system (away from the Valley pit, 4 km to the east).
  • Presence of pervasive muscovite containing chalcopyrite and bornite, typical of the potassic core at the nearby Valley deposit, suggests Alwin may represent the upper parts of a still deeper porphyry system.
• Mer Property Findings:
  • Displays pargonitic muscovite and magnesium-iron chlorite compositions.
  • These signatures suggest a higher-temperature proximal porphyry environment.
  • The presence of this proximal signature at Mer, located more than 6 km from the Valley deposit, further supports the potential of an undiscovered porphyry system at Alwin-Mer.
• Pending Data:
  • Geochemical analytical results for an additional 204 targeted grid soil samples are pending.
• Methodology and QA/QC:
  • Analysis performed by ALS Global (Vancouver, Canada), an independent ISO-accredited laboratory.
  • Technique: VIS-SWIR hyperspectral analysis using a TerraSpec four-hour spectrometer.
  • Software: IMDEX aiSIRIS for spectral interpretation.
  • Results represent spectral contribution (SC) of minerals, not normative or modal mineralogy percentages.
  • No significant QA/QC issues detected; standard, blank, and duplicate samples were inserted to confirm accuracy.
• Qualified Person:
  • Kristopher J. Raffle, PGeo (British Columbia), principal and consultant of APEX Geoscience Ltd., reviewed and approved the technical information.

Notable Quotes

• No direct quotes from management or the Qualified Person were included in the provided text.