posted in Technology

GreenX Metals: 2026 Fieldwork Underway at Eleonore North gold/tungsten/antimony exploration project in Greenland. Potential source of rare critical minerals for EU market.

22 July 2026. GreenX Metals Limited (ASX:GRX, LSE:GRX, GPW:GRX, Germany-FSE:A3C9JR) (GreenX or the Company) is pleased to announce that fieldwork has commenced at its Eleonore North project in East Greenland (Eleonore North or Project). The exploration program is targeting gold (Au), tungsten (W), and antimony (Sb).

GreenX’s Chief Executive Officer, Mr Ben Stoikovich, commented: “Greenland is an exciting frontier for GreenX, and this program advances a portfolio of gold, tungsten and antimony targets that has seen very little modern exploration.

Tungsten and antimony are critical raw materials for both the European Union and the United States, and Eleonore North gives us high-grade occurrences of both in a stable Western jurisdiction at a time when supply is heavily concentrated in China. Importantly, the tungsten and antimony mineralisation has a surface expression, which allows us to make rapid progress in expanding the known mineralisation and generating additional targets.

This year we are in the field to advance our existing prospects, including the Noa Pluton gold-antimony target and the North and South Margeries deposits. At the same time, our growing understanding of intrusion-related gold systems in the region has enabled us to identify a number of new targets.’’

irw-press.com/en/2026-fieldwork-underway-at-eleonore-north/
IRW-Press2026 Fieldwork Underway at Eleonore North - IRW-PressTARGETING GOLD, TUNGSTEN AND ANTIMONY MINERALISATION  HIGHLIGHTS -          Active exploration underway at the Eleonore North Project, located in East Greenland. The field team are following up high-priority gold, tungsten, and antimony targets, including known prospects and newly generated targets. -          A Reduced Intrusion-related Gold System specialist will evaluate the Noa Pluton prospect as well as untested targets. -          Bulk sampling of
enPage