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This 2016 NI 43-101 Technical Report by Behre Dolbear outlines the Reno Creek ISR Project for AUC. The project proposes In-Situ Recovery (ISR) for uranium extraction from fluvial and shoreline facies sandstone formations. The report details the technical feasibility based on pilot tests and bench-scale studies, highlighting a recovery rate of approximately 70% of in-place resources.

The Williams Mill at the Hemlo Mine utilizes a conventional processing flowsheet designed for sulphide ore, incorporating crushing, grinding, gravity concentration, and cyanide leaching. The plant currently processes underground ore following the closure of the Williams open pit in 2020. The facility includes a gravity circuit with Knelson concentrators and an intensive leach reactor, followed by a Carbon-in-Leach (CIP) circuit for gold recovery. Tailings management involves a paste plant for underground backfill and a flotation circuit for sulphide removal prior to deposition in the Tailings Management Facility (TMF).

This technical report outlines the metallurgical study and processing plant design for the Botija Abajo Project at the Molejón Mine. The study establishes favorable conditions for the extraction of copper and gold from representative ore grades. The proposed flow sheet includes primary, secondary, and tertiary crushing, ball mill grinding, rougher flotation, and concentrate thickening and filtration. The design throughput is set at 1,500 tpd with 90% availability, targeting a mine life of approximately 6 years.

This Feasibility Study outlines the process design for the Goldboro Project, focusing on a conventional leach and carbon-in-pulp (CIP) process route selected for its suitability to the deposit and project economics. The proposed flowsheet utilizes standard gold recovery technologies, including a three-stage crushing circuit, ball mill grinding, and gravity concentration prior to intensive leaching. The plant is designed for a nominal throughput of 4,000 tonnes per day (1.46 Mtpa) with a target total gold recovery of 96% over the life of the mine.

The Debarwa Feasibility Study outlines the development of a greenfield mining project by Sunridge Gold Corp. The project is designed to treat 270,000 tons of ore per annum, utilizing three distinct processing flowsheets based on ore type. The mine will operate as an open pit facility, transitioning from copper production to gold and silver production over a multi-year schedule.

This NI 43-101 Technical Report details the recovery methods and process plant operations for the Ekati Mine in the Northwest Territories, Canada. The process plant has a design capacity of 15,500 t/d, with a current budgeted throughput of 12,320 dmt per operating day. The facility utilizes a comprehensive flowsheet designed for kimberlite processing, involving primary, secondary, and tertiary crushing stages followed by heavy media separation and various sorting technologies.