Rome Resources Ltd. announce that based on visual interpretation and niton analysis, the Company's first three diamond drill holes on exploration permit PR 15130, which is located within the Bisie North Tin Project (‘BNTP'), have all intersected anomalous tin and zinc mineralisation. The BNTP is comprised of two contiguous properties, exploration permit PR 13274 and exploration permit PR 15130, which are situated in the Walikale District of the North Kivu Province in eastern Democratic Republic of the Congo (‘DRC'). The current drill program has been designed to test 300m of potential strike of a newly defined, high grade, contiguous tin in soil anomaly at the BNTP.

Drill holes MADD001 and MADD002 on PR 15130, totaling 533m, intersected a broad shear zone with strong chlorite alteration and intensive sphalerite (zinc) and anomalous tin mineralisation over circa 160m downhole length (approximately 100m true width). The Company intends to drill an additional hole to test the zone at shallower depths in order to potentially identify the source of the high-grade tin in soil anomaly on the crest of the ridge. A zinc soil anomaly lies further to the southeast, which suggests that the mineralised zone plunges to the northwest as it has little surface expression in the area of drilling.

Drill hole MADD003 intersected a chlorite altered shear zone that appears to be strongly mineralised in tin, copper, zinc, lead and arsenic. This hole, however, was abandoned at 116.5m due to difficult ground conditions without testing the full potential of the shear zone. The association of tin, copper, lead, zinc and arsenic from this hole's core is similar to the mineralization at Alphamin's neighbouring Mpama North tin mine.

The core showed strong zircon and arsenic mineralisation that supports the potential of a granitic source for the mineralised hydrothermal fluids, which would have been driven off as the tin granites cooled. The Company is currently drilling two additional holes on PR 15130, MADD004 and MADD005, to further test the mineralised potential of the shear zone identified in MADD003. All samples will be sent to COAL laboratories in Lubumbashi for sample preparation and a representative sample will be forwarded to ALS Global in Johannesburg for analysis.

Results are expected within 60 days. Additional drill holes have been planned and drill pad preparation has commenced in the area of artisanal workings on PR 13274. Current artisanal mining is concentrated within a shear zone of roughly 10 metres in width where channel sampling results reported up to 1m at 11% tin.