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This technical report details the processing plant operations and expansion plans for the Tabakoto Mine operated by Avion Gold Corporation. The existing facility treats approximately 750,000 tonnes per year of ore using a circuit comprising jaw and cone crushers, a ball mill, gravity concentration, and carbon-in-leach (CIL) tanks. The plant currently produces gold bullion with historical recoveries averaging around 96.5% for specific ore types.

The Ollachea Gold Project Technical Report details a staged construction plan for the treatment plant, initiating with a 1,500 tonnes per day (tpd) capacity in Stage 1 and expanding to 3,000 tpd by Year 4. The processing circuit integrates gravity concentration with carbon-in-leach (CIL) technology to recover gold and silver. Mineralized material is crushed to a P80 of 8 mm and ground to 75 microns in a ball mill. High-grade gravity concentrates are upgraded on shaking tables for direct smelting, while lower-grade concentrates and tailings are processed through a CIL circuit.

The Songjiagou Gold Project, operated by Majestic Gold Corp., is an active mining operation located in the Muping District of China. The project features a combined processing capacity of 7,400 tpd across three distinct plants, with two plants commissioned in 2006 and a third added in May 2011. The mine utilizes both underground and open pit mining methods, with ore from the underground mine processed in the 200 tpd plant and open pit inventory handled by the larger 1,200 tpd and 6,000 tpd facilities.

The Briggs mine has processed over 30 million tons of ore to date, resulting in the production of in excess of 640,000 ounces of gold. The operation utilizes a conventional crush and heap leach process for gold recovery. The facility includes a refinery for the production of gold/silver doré and maintains an assay/metallurgical lab for quality control.

The metallurgical process for the East Kemptville Project focuses on the recovery of a tin concentrate with a target grade of 55% Sn. Based on testwork described in Section 13.0, the flowsheet was developed to be simple and cost-effective, prioritizing tin recovery over maximizing other metal recoveries. A small portion of copper, zinc, iron, and indium will be collected into a sulphide concentrate and disposed of in the tailings facility unless a buyer is found.

The Huguenot Coal Project Technical Report outlines the recovery methods for a Preliminary Economic Assessment (PEA) of the Huguenot Coal Project located in the Liard Mining Division of British Columbia, Canada. The proposed Coal Handling and Preparation Plant (CHPP) is designed with a capacity to process approximately 4.0 Mt/y of Run-of-Mine (ROM) coal. A key design objective is to achieve a product total moisture content of 7.5% or less, prioritizing mechanical dewatering methods over traditional thermal drying to manage capital and operating costs while adhering to environmental constraints.