Pan Global Resources Inc. announced a positive result from the initial investigation of X-Ray Transmission (XRT) sensor technology for sorting and pre-concentration of the La Romana copper and tin mineralization at the company's 100% owned Escacena Project in the Iberian Pyrite Belt, southern Spain. Drilling continues to test and delineate the western extent of the La Romana copper-tin-silver deposit, which now extends 1.5km east-west over surface. Highlights: Initial investigation confirms the La Romana copper and tin mineralization is amenable to ore sorting using the XRT technology; Ore sorting or pre-concentration of mineralized material, and the early reduction of barren or low-grade material, has potential to improve mill feed grades and enhance optional value of the material for transport to nearby mines for processing; Ore sorting technology is being used around the world to improve economic value of mining projects; Sorting and pre-concentration has potential to complement the excellent recoveries and concentrate grades for copper and tin established by Pan Global's metallurgy test program at La Romana.

La Romana Ore Sorting Tests: Pan Global recently sent samples from La Romana to the TOMRA Sorting Mining Test Centre ("TOMRA") in Wedel, Germany. A total of 30 individual rock fragments were passed through TOMRA's COM Tertiary XRT equipment and electromagnetic (EM) sensor. This included copper and tin mineralization, and barren or low-grade material.

The results demonstrate a correlation of the mineralization with the XRT response which is a key indicator of the applicability of the XRT+EM sorting technology at La Romana. The test program is being managed and coordinated by Minepro Solutions SL (Spain). Next steps include a larger sample volume to investigate the sorting efficiency and assess the economic benefits in the La Romana processing flowsheet.

Minepro are continuing work on improving the processing flowsheet, basic engineering design, and preliminary cost estimates ahead of an initial scoping study and Preliminary Economic Assessment (PEA). Sensor-based Ore Sorting Technology: TOMRA is a leading manufacturer of sensor-based sorting technologies for the global mining industry. The XRT (X-Ray Transmission) technology can make it possible to recognize and separate materials depending on their specific atomic density.

This technology enables high separation performance in the classification of materials based on their composition. The latest generation TOMRA sorting technology is designed to provide stable performance, increased capacity, higher recoveries, and reduced cost. It can be placed at various points in a standard mining and processing flowsheet, including the pre-concentration phase, and allows for high volume throughput.

Sensor-based sorting is increasingly being applied in the mining industry to increase productivity, reduce total cash costs, and capital expenditure. Other positive benefits include reducing energy, water, and reagent consumption, reducing waste or tailings volumes, and potential lower cut-off grades and/or upgrade mining reserves. Reducing the volumes of low-grade or barren material being processed also reduces the overall environmental impact.