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Soil Sample Results Extend Mineralised Footprint
Soil Sample Results Extend Mineralised Footprint.
About this update from Zinnwald Lithium Plc
[{"type":"text","content":"\n \nRNS Number : 9467T Erris Resources PLC 26 March 2019 \n\nPrior to publication, the information contained within this announcement was deemed by the Company to constitute inside information as stipulated under the Market Abuse Regulations (EU) No. 596/2014 (\"MAR\"). With the publication of this announcement, this information is now considered to be in the public domain.\n \nErris Resources plc / EPIC: ERIS.L / Market: AIM / Sector: Mining\n26 March 2019\nErris Resources plc\n(\"Erris Resources\" or the \"Company\")\nPositive Soil Sample Results Extend Footprint of Abbeytown Mineralisation \n \nErris Resources plc, the European focused mineral exploration company with a portfolio of zinc and base metals projects in Ireland and gold projects in Sweden and Finland, is pleased to provide results from soil sampling carried out at the Abbeytown Project ('Abbeytown' or 'the Project') in County Sligo, Ireland.\n \nHighlights\n· Positive results from 527 closely spaced soil samples define new targets south of the Abbeytown mine\n· Three new targets identified up to 1.25km southwest of the Abbeytown mine \n· Coincident zinc, silver and lead soil anomalies identified on trend south of mineralisation intersected in surface drilling giving possible strike extensions to mineralisation intersected in surface hole ERAB005\n· Maximum value of 10.65ppm silver (Ag), 1,585 ppm lead (Pb) and 2,530ppm zinc (Zn) returned from one soil sample near the Ox Mountains Fault\n \nErris Resources CEO, Anton du Plessis, said, \"The soil sampling programme has returned some excellent results and shows that anomalies exist well outside the area of previous surface drilling by the Company at Abbeytown. The new close-spaced sampling across inferred extensions of structures that control mineralisation at the mine is delivering positive results. These structures inferred from aeromagnetic EM data, which were thought to be prospective for base metal mineralisation, can now be related to soil anomalies. The anomaly identified near the Ox Mountains fault, 1.2km south of the mine, one of the most important regional structures, is notably encouraging due to the very high level of base metals in two adjacent samples in a favourable structural setting for mineralisation. ...