Price W. (Bill). Brief Overview of the Procedures used in the Prediction of Drainage Chemistry from Sulfidic Geological Materials. Presented at the 2006 workshop.
KEYWORDS: AP closure drainage chemistry guidelines kinetic test NP operating PAG pre-development prediction
Supporting Documents:
Harrison B.. Characterization and Predicted Drainage Chemistry at the Antamina Mine after 10 Years of Operations. Presented at the 2011 workshop.
KEYWORDS: Antamina operating predevelopment prediction segregation tailings waste rock
Taylor L.. Development of a New Mine on a Brownfield Site and Drainage Chemistry: Doyon Mine and Westwood Mine. Presented at the 2018 workshop.
KEYWORDS: backfill closure construction material costs desulphurize Doyon encapsulation flooded HDS impoundment operating pit solid residue tailings treatment underground waste rock Westwood
Jensen S. and E. Marquez. How Much Modelling is Too Much Modelling? – Red Chris Mine: A Case Study. Presented at the 2018 workshop.
KEYWORDS: hydrology loading model operating Red Chris selenium
Gibson G.. Making Mine Planning Work for Communities from Feasibility Stage Through To Closure: Reflections on the Tlicho Experience in the North, NWT. Presented at the 2012 workshop.
KEYWORDS: closure First Nation operating predevelopemnt
Atherton C. and A. Shaw. Metal Leaching and Acid Rock Drainage Prediction, Prevention and Mitigation at the Brucejack Gold Mine. Presented at the 2018 workshop.
KEYWORDS: backfill Brucejack Sulphurets flooded underground kinetic tests natural lake operating paste prediction tailings thicken treatment underground underwater waste rock
Day S.. ML/ARD Mitigation at the Red Chris Mine, BC. Presented at the 2018 workshop.
KEYWORDS: geology kinetic tests mitigation operating PAG pit Red Chris segregation selenium tailings waste rock
Lépine T.. Rockfill Storage Facilities Management – Meadowbank Mine. Presented at the 2018 workshop.
KEYWORDS: climate change construction material dry cover freezing Meadowbank Mine monitoring operating PAG reclamation rock cover segregation waste rock