Papua Mining plc updated results from the recent drilling program at its Plateau Prospect in north Queensland, Australia. Hole BPL005 was designed to drill through an interpreted fault zone and to definitively test an area where mineralisation was not anticipated. The hole intersected 2m at 1.0g/t Au, 7.7g/t Ag and 1.0 % Zn from 139m downhole. Similarities observed are as follows; hosted by Permo-Carboniferous breccia complexes with predominantly polymict breccia; occur in close proximity to an intrusion of rhyolitic composition; contain tuffisite pipes (a fine-grained, milled breccia); approximately similar geometry and size; rhyolites comprise flow-banding and breccia phases. Next Steps: Acquisition of available geophysical data and conducting new surveys where required, such as 3D Induced Polarisation (IP) and magnetics; Continued interpretation and modelling of the new drilling data to build into planning for the next drilling phase; and Mapping, sampling and structural analysis. Discussion of Results: Drill hole BPL006 returned 20m at 0.2% Cu from surface, which is the broadest elevated copper zone intersected to date at Plateau. This broad zone of elevated copper in the eastern-most hole sits on the western edge of a surface copper geochemical anomaly which is continuous between Plateau and Split Rock (2.5km north of Plateau). At Split Rock, which lies inside the Lighthouse tenement, historical surface rock samples collected in 2011 returned up to 11.36% Cu, 3.5 g/t Au, 38.1 g/t Ag and 0.4% Co. Split Rock is a significant surface copper anomaly (2km x 1.5km), which represents another prospective target for Papua. This prospect will be included in an Induced Polarisation (IP) geophysical survey being planned. This survey will assist in determining if Plateau and Split Rock form part of a much larger mineralised system, which could potentially be connected at depth. BPL007 and BPL008 were both drilled into the main line of mineralisation with the aim of filling gaps in the historical drilling pattern, close to surface. These holes have confirmed the validity of historical drilling results (from 30 years ago) and have also successfully filled gaps in the drilling density to assist in the aim of delivering a maiden mineral resource.