Romios Announces Field Work and Lakehead University M.Sc. Research Project on the Kinkaid High grade Cu-Au-Ag Project, Nevada

Toronto, Ontario--(Newsfile Corp. - May 13, 2025) - Romios Gold Resources Inc. (TSXV: RG) (OTCQB: RMIOF) (FSE: D4R) ("Romios Gold" or the "Company") is pleased to announce that is has started its 2025 field work on its 100% owned Kinkaid high grade Cu-Au-Ag project in the Walker Lane of southern Nevada.

"We've had early success as our team uncovered two previously unknown broad zones of epithermal-style alteration about 20 metres wide near known high-grade Au +/- Ag mineralization," stated Stephen Burega, President and CEO. "In addition, minerals characteristic of porphyry-type alteration have now been mapped around one of the major Au-Ag-Cu vein deposits (the Montreal Au-Ag Mine), and porphyry-type alteration has been located in widespread boulders near a series of high-grade copper-rich boulders on the KIN claims."

At least 12 clusters of old mine workings on the main Kinkaid claim block (see Map 1) have returned numerous high-grade gold, silver and copper assays over the past 2-3 years of Romios' work.

"The historic workings on the southern claims exploited quartz +/- barite veins flanked by often intense sericite alteration and those on the northern claims were developed on skarn deposits," stated John Biczok, VP Exploration. "This geological setting suggests that the veins and skarns are part of the upper portions of several possible porphyry Cu-Au-Ag centres."

Masters of Science (M.Sc) Research Project with Lakehead University

Under the terms of an existing, fully funded research agreement with Lakehead University in Thunder Bay, Ontario, an M.Sc. student under the guidance of porphyry copper expert Dr. Pete Hollings has now begun mapping and sample collection on the Kinkaid claims in an effort to help determine the origin, extent, controls and potential of this mineralization. The work will include age-dating various lithologies of interest, fluid inclusion studies of the vein deposits, plus hyperspectral, geochemical and mineralogical analysis of the alteration patterns around the mineralized zones.

Alteration minerals such as actinolite, epidote and biotite, which are typically developed concentrically around porphyry copper deposits, are being documented near some of the main workings and will be studied to help assess the premise that these Cu-Au-Ag vein deposits are related to porphyry systems at depth.

Dr. Pete Hollings has authored or co-authored more than 175 publications, primarily on mineral deposits and greenstone belt geology, in collaboration with researchers from many countries including Australia, Canada, China, and the Philippines. He is currently the NOHFC Industrial Research Chair in Mineral Exploration and has recently been onsite at Kinkaid providing guidance to the M.Sc. student and sharing his expertise with Romios personnel.