EganStreet Resources advised that it has received highly encouraging results from further ore sorting test work on ore from its high-grade Rothsay Gold Project in Western Australia, confirming the potential of this technology to significantly enhance the project. The company has completed a further ore sorter test programme on seven diamond drill core intersections of 8m in length that were quartered, crushed and screened at the TOMRA facility in Castle Hill, Sydney. The drill core selected for testing represented intersections throughout the Woodley's Shear including intervals of hangingwall and footwall material to mimic approximate dilution percentages of development ore drives with design dimensions of 4.2mW x 4.5mH. These dimensions of access tunnel would enable the use of high productivity larger underground mining machinery. The XRT sensor, which uses atomic density to differentiate heavy elements (such as iron, which hanging-wall and footwall mafic and ultramafic rocks are rich in) from light elements (such as silicon - quartz), was able to very successfully separate the gold-bearing quartz rock from the ultramafic and mafic host rocks. This is a new development for the Rothsay Gold Project and has the potential to significantly enhance the value of the Project. The XRT sensor demonstrated an ability to recover 77% of the gold into only 22% of the mass for diamond drill core representative of ore drive development material. Given that ore drive development generates approximately 45% of the material mined by mass, while only representing 24% of the ounces, this presents an opportunity to significantly reduce the amount of waste treated at cost through the plant, and thus add substantially to the free cash-flow generated by the project. The XRT reject grade averaged 0.66g/t Au. Additionally, when the EM sensor was applied to the rejects from the XRT sort, the overall gold recovery was lifted from 77% to 99.5% with a low-grade product of 1.28g/t Au being produced which represented a further 39% mass pull. The EM sensor measures magnetic susceptibility and was able to differentiate mineralised material from un-mineralised waste on the basis of alteration which has destroyed magnetite. Following these exciting results, a bulk trial from the low-grade stockpile located immediately adjacent the portal at the Woodley's underground mine has been processed at TOMRA's facility in Sydney. The bulk trial, which was completed in late April, will determine the ability of the ore sorter to successfully replicate the results achieved on diamond drill core at a commercial-scale production rate. The results of this trial are pending, however commercial-scale production rates were successfully achieved and, visually, the separation of gold-bearing quartz from the ultramafic hanging wall and mafic footwall also appeared successful.