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This technical report outlines the recovery methods for the Koné Gold Project in Côte D’Ivoire. Metallurgical testwork confirmed the ore is amenable to recovery via conventional cyanidation and carbon adsorption. The process plant design is based on a robust flowsheet utilizing well-proven unit operations, prioritizing reliability and ease of maintenance.

Titan Mining Corporation’s December 2020 NI 43-101 Technical Report outlines a proposed processing plant designed to re-process gold heap leach residual material at the Mineral Ridge Project in Esmeralda County, Nevada. The facility is designed for a throughput of 4,000 tons per day (1,460,000 tons per annum) with an equipment availability of 92%. The primary objective is to recover gold and silver from heap leach residues and remnant open pit material using a conventional comminution and carbon-in-leach (CIL) cyanidation circuit.

This technical report section outlines the recovery methods for barite mined from the Tiger Ridge Mine at Jubilee Mountain and the Pedley Mountain prospects. Historically, barite from these locations has been utilized as oil well drilling mud additives. The current conceptual plan involves crushing mineralized Run-Of-Mine (ROM) rock to -3/4 inch size and processing it through coarse and fine mineral jigs at the mine site. Gravity separation separates the feed into an overflow waste stream and an underflow high-density barite product.

This section of the NI 43-101 Technical Report outlines the proposed process plant design for the Galore Creek Copper–Gold Project. The facility is designed to process a blend of material from various zones of the deposit, primarily the Central Zone, using conventional crushing, grinding, and flotation methods. The plant is designed to operate continuously at 365 days per year with a nominal throughput of 95,000 tonnes per day, capable of handling up to 110,000 tonnes per day depending on ore competence.

This report section outlines the recovery methods for tin minerals developed by MNO. The process focuses on gravimetric methods and magnetic separation to achieve a sellable tin concentrate. The designed flowsheet targets a 60% Sn concentrate with estimated 60% metallurgical recovery.

The Bucko Lake Nickel Project is currently in care and maintenance following suspension of operations in 2012. The process plant has been mothballed with minimal equipment deterioration and is planned for reactivation. The proposed reactivation involves increasing the process plant capacity from the original nominal 1,000 tpd to 1,500 tpd, representing a 50% increase over the previous design capacity.