RE: Cyprus16 Mar 2022 07:27
From today’s Caerus RNS
“ Peak assay intercepts over selected horizons within each sample profile returned copper grades of 5.84% Cu over 0.35m, 5.51% Cu over 0.2m, 5.49% Cu over 0.30m, 5.22% Cu over 0.35m, 5.01% Cu over 0.50m, 4.98% Cu over 0.35m, 4.84% Cu over 0.20m and 4.7% Cu over 0.25m. The results confirm the delineation of a significant zone with a consistent grade across all sampled surfaces underpinned by high-grade zones of copper enrichment providing an opportunity for the Companies to prioritise an easily accessible, low mining and processing cost asset with scope to cover a significant upfront portion of the cost of processing plant capital.
Junction Stockpile
Results have been received for 4 trenches excavated to an average depth of 3.4 metres over a combined sample length of 127 metres returning a cumulative average copper grade of 1.3% Cu over 3.4 m. Peak assay grades over specific horizons within sampled profiles included 4.81% Cu over 0.75m, 4.79% Cu over 1.0m, 4.35% Cu over 0.5m, 4.17% Cu over 0.65m, 4.0% Cu over 0.3m, 3.99% Cu over 0.7m, 3.95% Cu over 0.6m and 3.6% Cu over 0.15m.
Similarly to the TROSP Stockpile, the Junction resource represents another target that can be mined and processed at low-cost to quickly generate early-stage cash flow.
Tailings ("Trails Tailings")
Two trench excavations across the Trails Tailings over a combined sample length of 44 metres returned an average Cu grade of 0.4% Cu and 0.2g/t Au over 2.6 m. Peak intercepts achieved during sampling of tailings included 3.03% Cu and 0.2g/t Au over 0.1m, 2.04% Cu and 0.4g/t Au over 0.25 m and 1.48% Cu and 0.2g/t Au over 0.15m. The average tailings grade significantly exceeds expectations returning a grade that is double that anticipated. Tailings grades are indicative of another easily accessible and mineable asset that can further contribute to early-stage cash flow.”
“ There are multiple other targets within the /Caerus portfolio that are currently being tested, initially for copper - gold content, and, subject to grade, metallurgical test work to determine the most cost effective and efficient way to pre-concentrate metals prior to transport to a central processing facility.”