Home » GreenX Metals (GRX) » #GRX GreenX Metals – Samples from ARC Confirm up to 99.8% Native Copper

#GRX GreenX Metals – Samples from ARC Confirm up to 99.8% Native Copper


·  Laboratory XRF analysis of native copper samples from the ARC Project in Greenland show high purity consistently over 99% copper

·    Analysis also confirmed the presence of silver in one sample, and no significant deleterious elements in any of the three analysed historical samples

· Three native copper samples were collected in an area spanning 30km from the Discovery Zone, Neergaard Dal, and Neergaard South prospects within ARC

·  Current field work program now underway, with results to be released as they develop over the coming months


GreenX Metals Limited (GreenX or Company) and its joint-venture (JV) partner Greenfields Exploration Ltd (Greenfields) are pleased to announce the results of preliminary analysis on three historical samples of native copper nodules from the ARC Project (ARC or the Project) in Greenland. The samples were obtained from a recently opened government geological storage facility in Copenhagen. Three native copper samples found at Discovery Zone, Neergaard Dal, and Neergaard South within ARC were subject to advanced micro-XRF scanning, a more precise and comprehensive technology when compared to more common portable XRFs. The best analysis result was for a sample found immediately south of the Discovery Zone, which indicated median copper purity of 99.8%, with 255 g/t silver, 0.004% antimony and 0.000% arsenic. The samples from Neergard Dal and Neergard South indicated copper purity of 99.7% and 99.4% respectively, with low to no deleterious elements detected in any of the samples. The high quality of the analysed samples is comparable to blister copper, a product typically produced by smelting prior to being sent to a refinery.

Dr Jon Bell, Greenfields’ Technical Director commented: “We were confident that the native copper would be rich with low levels of deleterious elements, but we didn’t expect the results to be so spectacular. The non-destructive nature of this methodology means that we can start collecting metallurgical as well as grade information from early in the exploration cycle.”

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