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Production of high-grade synthetic rutile from low-grade TiO2 feeds

Economic Sector
Energy Utilization
Environmental Benefits
Climate change
Status
Active
Consortium members
The Magpie Mines Inc.Fancamp Exploration Ltd.COREMArianne Phosphate Inc.Mine Arnaud Inc.IGS Impact Global Solutions Inc.
Year Approved
2016
Year Announced
2016
SDTC Funding
$3,943,593
Leveraged Funding
$6,136,784
Total Project Value
$10,080,377

Lead organization:

The Magpie Mines Inc.

Description:

Titanium is a high-demand metal with numerous applications in the aerospace and specialty-product markets. Titanium Dioxide (TiO2) accounts for about 92% of the world’s consumption of titanium minerals, and is widely used as a white pigment because of its brightness and high refractive index. Several conventional processes are currently used for the production of a common TiO2 precursor (synthetic rutile), using either pyro-metallurgical or hydrometallurgical methods. Most of these are limited with respect to titanium-feed grade, capital expenditure, energy consumption, reagent consumption, and/or environmental factors. The Magpie Process is a chloride-based hydrometallurgical process that can produce high-grade synthetic rutile from low-grade ores, which are abundant in Canada but considered unfit for development. The process can be used with advantage for higher grade feeds, and can also use waste products (i.e., tailings and slags) as feedstock to produce high grade synthetic rutile. When compared to conventional methods, the Magpie technology offers considerable economic savings and substantial environmental benefits.

Location:

Quebec
SDTC Annual Statistics 2016-2017 Image