Libero Copper & Gold Corporation announced the ongoing field program has identified a large 2 kilometre long by 800 – 1,000 metre wide multi-element soil geochemical anomaly coincidental with the Mocoa porphyry copper-molybdenum deposit located in Putumayo, Colombia. This significantly expands the footprint and potential size of the deposit outside of the forest reserve in areas that have not been previously drilled. Soil sampling by Libero Copper has identified a large 2 kilometre long by 800-1,000 metre wide, north-south geochemical anomaly with highly elevated copper and molybdenum values that are coincidental with and parallel to locally elevated terrain that hosts the Mocoa copper-molybdenum porphyry deposit.

Elevated levels of copper and molybdenum extend more than 500 metres to the north and south along a ridge line beyond the limits of the current Mocoa deposit resource area. Elevated molybdenum values also occur more than 2 kilometres south of the Mocoa deposit and are coincidental with a suspected productive porphyry center in this area. A second zone, identified in historic soil sampling data, is located along a subparallel ridgeline approximately 1 kilometre east of the Mocoa deposit.

This zone contains elevated copper values and is similar in size to the anomaly coincidental with the Mocoa deposit. This large copper geochemical anomaly only has one historic drillhole along is southern limit and requires additional follow-up to confirm the geology and identify suitable locations for drilling. Further to the southeast, soil samples are enriched in zinc and lead over a 2 square kilometre area.

This possibly represents lateral alteration and mineralization associated with the large hydrothermal system that formed the Mocoa deposit, however, the interpretation of airborne geophysical data has identified a possible porphyry system at depth below target area 5. The elevated soil geochemistry in this area supports the presence a buried productive porphyry center. This mineralization is located within the large hydrothermal demagnetized alteration zone that hosts the Mocoa deposit and supports the presence of a clustered productive porphyry district. Libero Copper is currently advancing systematic exploration on the Mocoa project and is continuing the soil sampling program, prospecting and mapping across the entire district scale property.

The Mocoa deposit is located in the department of Putumayo, 10 kilometres from the town of Mocoa. Libero Copper's district scale holdings cover over 1,000 km2 encompassing most of the Jurassic porphyry belt in southern Colombia. Mocoa was discovered in 1973 when the United Nations and the Colombian government conducted a regional stream sediment geochemical survey.

Between 1978 and 1983, an exploration program was carried out that consisted of geological mapping, surface sampling, ground geophysics (IP, magnetics), 31 diamond drill holes totaling 18,321 metres and metallurgical test work cumulating in a positive pre-feasibility study (the pre-feasibility study is historical in nature only and should not be relied upon as it is not NI 43-101 compliant). B2Gold subsequently executed diamond drill programs in 2008 and 2012. A pit constrained inferred resource at Mocoa contains 636 million tonnes of 0.45% copper equivalent (0.33% Cu and 0.036% Mo)1 generated using $3/lb Cu and $10/lb Mo, containing 4.6 billion pounds of copper and 511 million pounds of molybdenum.

The Mocoa deposit appears to be open in both directions along strike and at depth. Current work on the property has identified additional porphyry targets including the possible expansion of known mineralization. The Mocoa deposit is situated in the Eastern Cordillera of Colombia, a 30-kilometre-wide tectonic belt underlain by volcano-sedimentary, sedimentary and intrusive rocks that range in age from Triassic-Jurassic to Quaternary and by remnants of Paleozoic metasediments and metamorphic rocks of Precambrian age.

This belt hosts several other porphyry-copper deposits in Ecuador, such as Mirador 3, San Carlos 3, Panantza 4 and Solaris' Waritza, located in Ecuador. Copper-molybdenum mineralization is associated with dacite porphyry intrusions of the Middle Jurassic age that are emplaced into andesitic and dacitic volcanics. The Mocoa porphyry system exhibits a classical zonal pattern of hydrothermal alteration and mineralization, with a deeper central core of potassic alteration overlain by sericitization and surrounded by propylitization.

Mineralization consists of disseminated chalcopyrite, molybdenite and local bornite and chalcocite associated with multiphase veins, stockwork and hydrothermal breccias. The Mocoa deposit is roughly cylindrical, with a 600 metre diametre. High-grade copper-molybdenum mineralization continues to depths in excess of 1,000 metres.

Libero Copper operates according to a rigorous Quality Assurance and Quality Control protocol consistent with industry best practices. Local technicians are trained on site in accordance with standard QA/QC procedures and related standard operating procedures for sample collection. Soil samples are collected under the direct supervision of project geologists.

Soil samples are securely analyzed at the project core logging facilities in Mocoa, utilizing a portable handheld Niton XRF model XL5 plus. Soil sample shipments are securely transported from Libero Copper's core logging facilities in Mocoa, Colombia to the ActLabs certified sample preparation facility in Medellin, Colombia. Samples are processed in the Medellin facilities where they are analyzed for copper and molybdenum by 4-Acid digest AA analysis.

The sample pulps are air freighted from Medellin to the ActLabs certified laboratory in Guadalajara, Mexico, where they are analyzed using 4-Acid digest ICP multi element analysis. In order to monitor the ongoing quality of assay data and the database, Libero Copper has implemented QA/QC protocols which include standard sampling methodologies, the insertion of certified standard materials, blanks and field duplicates and ongoing monitoring of data entry, QA/QC reporting and data validation. No material QA/QC issues have been identified with respect to sample collection, security and assaying.