Geometallurgical Modeling of the Dumont Deposit (0daa1b2e-54ab-4163-adcf-32c9366ffe5b)

- Organization:
- Canadian Institute of Mining, Metallurgy and Petroleum
- Pages:
- 13
- File Size:
- 1007 KB
- Publication Date:
- Jan 1, 2016
Abstract
"The Dumont deposit is a large (1,179 Mt proven and probable reserve) low grade (0.27% nickel), nickel sulphide project located in the Abitibi region 25km west of Amos, Quebec. Royal Nickel Corporation acquired the project in 2007 and has since taken the project from a scoping study in 2010 through to completing the feasibility study in July 2013.The Dumont deposit in a nickel deposit with the recoverable nickel contained in three minerals; pentlandite, haezlewoodite and awaruite. The minerals are recovered by a combination of flotation and magnetic separation. Over the course of the studies many flowsheet design decisions and changes were made. This paper outlines an overview of the project, flowsheet design including the comminution circuit, desliming and awaruite recovery. The overall resulting flowsheet that was used for the feasibility study is then presented along with the confirmatory locked cycle testing that showed the feasibility design basis was able to produce the predicted concentrate grade and recovery.IntroductionRoyal Nickel Corporation (RNC) is a mineral resource company headquartered in Toronto, Canada, primarily focused on the exploration, evaluation, development and acquisition of base metal and platinum group metal properties. RNC's principal asset is the Dumont Nickel project (Dumont project) located in the established Abitibi mining camp, 25 km northwest of Amos, Quebec. RNC acquired a 100% interest in the Dumont property in 2007. The mineral claims covering the Dumont deposit are currently held 98% by RNC and 2% by Ressources Québec.The Dumont project is located in the province of Quebec in the municipalities of Launay and Trécesson approximately 25 km by road northwest of the city of Amos, 60 km northeast of the industrial and mining city of Rouyn-Noranda and 70 km northwest of the city of Val d’Or."
Citation
APA:
(2016) Geometallurgical Modeling of the Dumont Deposit (0daa1b2e-54ab-4163-adcf-32c9366ffe5b)MLA: Geometallurgical Modeling of the Dumont Deposit (0daa1b2e-54ab-4163-adcf-32c9366ffe5b). Canadian Institute of Mining, Metallurgy and Petroleum, 2016.