Outcrop Silver & Gold Corp
XTSX:OCG
Outcrop Silver & Gold Corp
Outcrop Silver & Gold Corp. is a development stage company, which engages in the acquisition, exploration, and development of mineral properties. The company is headquartered in Vancouver, British Columbia. Its projects include Santa Ana, Mallama, Antares, Oribella and Argelia projects. The Santa Ana project comprises over 36,000 hectares located in northern Tolima department, Colombia, approximately 190 kilometers from Bogota. The Mallama project is in the municipalities of Mallama and Guachaves in the Narino department. The Antares project is located in the state of Antioquia Colombia, approximately 20 km northeast of Medellin, in the municipality of San Vincente and approximately 30 km north of the fully permitted Gramalote project. The Oribella Gold project comprises 20,000 hectares, located in the southwest Antioquia Department between the Betulia and Concordia municipalities. The Argelia project are mining applications that provide a target for multiple intermediate sulfidation epithermal veins within a structural corridor.
Outcrop Silver & Gold Corp. is a development stage company, which engages in the acquisition, exploration, and development of mineral properties. The company is headquartered in Vancouver, British Columbia. Its projects include Santa Ana, Mallama, Antares, Oribella and Argelia projects. The Santa Ana project comprises over 36,000 hectares located in northern Tolima department, Colombia, approximately 190 kilometers from Bogota. The Mallama project is in the municipalities of Mallama and Guachaves in the Narino department. The Antares project is located in the state of Antioquia Colombia, approximately 20 km northeast of Medellin, in the municipality of San Vincente and approximately 30 km north of the fully permitted Gramalote project. The Oribella Gold project comprises 20,000 hectares, located in the southwest Antioquia Department between the Betulia and Concordia municipalities. The Argelia project are mining applications that provide a target for multiple intermediate sulfidation epithermal veins within a structural corridor.
