admin

Pasto Bueno Tungsten Mine — 2012 Technical Report

The Pasto Bueno Tungsten Mine, operated by Malaga, Inc., is an underground operation located in Peru. The mine processes ore through a sequential three-plant system consisting of the Huaura Gravity Separation Plant, Huaura Magnetic Separation Plant, and Consuzo Magnetic Separation Plant. The facility currently processes approximately 350 tonnes of ore per day, with a nominal capacity of 500 tonnes per day.

Pasto Bueno Tungsten Mine — 2012 Technical Report Read Post »

Technical Report — Tiger Deposit, Rackla Gold Project

This Technical Report and Preliminary Economic Assessment outlines the proposed processing plant for the Tiger Deposit at the Rackla Gold Project in Yukon, Canada. The facility is designed to treat gold mineralization from an open pit mine at a rate of 1,500 tonnes per day. The plant will co-process oxide and sulphide mineralization using a conventional Carbon-in-Leach (CIP) cyanidation process to produce gold doré.

Technical Report — Tiger Deposit, Rackla Gold Project Read Post »

Figure 17-1: Plant Process Flowsheet 2022-2023

Condestable Mine — 2024 Technical Report

This NI 43-101 Technical Report details the recovery methods and processing capabilities of the Condestable Mine, operated by Ariana Management Corporation S.A.C. The report, dated April 12, 2024, outlines the operational status of the mine which sources ore from the Condestable and Raúl underground mines. The concentrator plant is located on a steep hillside and has undergone recent expansion to increase its processing capacity.

Condestable Mine — 2024 Technical Report Read Post »

Timmins West Mine — 2021 Technical Report

This technical report details the mineral processing operations for the Timmins West Mine (TWM) ore, which is hauled via surface highway trucks to the Bell Creek Mill facility in South Porcupine, Ontario. The Bell Creek Mill is a designed 5,468 tpd processing plant that utilizes a one-stage crushing circuit, ore storage dome, one-stage grinding circuit with gravity recovery, followed by pre-oxidation and cyanidation of the slurry with carbon-in-leach (CIL) and CIP recovery. The mill has undergone significant expansions since its re-commissioning in 2009, reaching a maximum one-day tonnage of 6,000 tpd in 2020.

Timmins West Mine — 2021 Technical Report Read Post »

Juanicipio — NI 43-101 Technical Report

The Juanicipio Mineral Resource and Mineral Reserves NI 43-101 Technical Report details the processing operations for the Juanicipio project, operated by MAG Silver Corp. The processing plant commenced operation in March 2023 with a nominal capacity of 4,000 tpd. The facility processes underground ore through a comminution circuit involving primary jaw crushing, SAG and ball milling, followed by sequential flotation circuits for lead, zinc, and pyrite concentrates. Recent operational data from 2023 indicates the plant is achieving designed throughput and recoveries for silver, lead, and zinc, while gold recovery remains in an optimization phase.

Juanicipio — NI 43-101 Technical Report Read Post »

Dewey Burdock PEA — 2025 Technical Report

This Preliminary Economic Assessment (PEA) outlines the processing facilities and recovery methods for the Dewey Burdock uranium project. The project utilizes a Central Processing Plant (CPP) located on the Burdock property and a Satellite facility at Dewey, connected by a resin transfer system over a distance of approximately four miles. The processing circuits are designed to recover uranium from pregnant lixiviant solution using ion exchange (IX), elution, precipitation, dewatering, drying, and packaging.

Dewey Burdock PEA — 2025 Technical Report Read Post »

Figure 13-1: 2006 Consultec Mass Balance

Wood Mountain Project — 2024 Technical Report

The Wood Mountain Project, operated by Whitemud Resources Inc., centers on the Gollier Creek metakaolin facility located in Saskatchewan, Canada. Originally operational between 2008 and 2012, the facility faced significant economic challenges due to processing inefficiencies, specifically a large recirculating load of metakaolin from the rotary calciner to the dryer. This bottleneck restricted feed rates and reduced yield to approximately 9%. Following a design review in 2023, modifications began in December 2023 to address these issues, with a target recommissioning in the second half of 2024.

Wood Mountain Project — 2024 Technical Report Read Post »

Process diagram from technical-report PDF page 286

Cariboo Gold Project — 2025 Feasibility Study

The Cariboo Gold Project Feasibility Study details a processing plant design with a capacity of 4,900 tonnes per day (tpd) located in Wells. The mine utilizes an underground mining method where ore is crushed underground and conveyed to the surface. The flowsheet integrates ore sorting, grinding, gravity concentration, and flotation to recover gold. All mill tailings are returned underground as paste backfill, while the flotation concentrate is trucked offsite for sale.

Cariboo Gold Project — 2025 Feasibility Study Read Post »

Figure 17-1 Overall Process Flowsheet

Brewery Creek Project — 2022 Technical Report

The Brewery Creek Project Preliminary Economic Assessment NI 43-101 Technical Report outlines a heap leach operation targeting gold and silver recovery. The project is based on a mineral resource of 18.7 million tonnes with an estimated mine life of 7.9 years at a processing rate of 9,000 tonnes per day. Mining will utilize standard open pit methods, and the process design involves reusing an existing heap leach pad and solution collection system.

Brewery Creek Project — 2022 Technical Report Read Post »

Gibellini Vanadium Project — 2021 Technical Report

The Gibellini Vanadium Project is a Preliminary Economic Assessment (PEA) located in Eureka County, Nevada. The project focuses on the extraction of vanadium from open pit mines (Gibellini and Louie Hill) using a heap leach process. The design utilizes standard proven equipment adapted for vanadium recovery, which is a novel application compared to traditional copper heap leaching.

Gibellini Vanadium Project — 2021 Technical Report Read Post »

Scroll to Top