Cornwall / COMMINUTION AND / BRISBANE / HPGR / Santiago / Rosario / /
Company
Newmont Mining / Staples / EGL / /
Continent
Africa / Asia / /
Country
Peru / Australia / United Kingdom / /
Currency
pence / USD / / /
Event
Natural Disaster / Environmental Issue / /
Facility
Mine C SABC Mine C HPGR F80 / mine A / Ball mill / Mine A HPGR Mine B SABC Mine B HPGR / SAG mill Flotation / The SAG mill / Engineering University of Queensland JKTech / Mine C SABC Mine C HPGR Throughput / Mine C SABC Mine C HPGR / SAG mill / New Copper Mine / /
IndustryTerm
energy intensive / platinum / energy use / direct and indirect energy savings / Mineral processing plant design employing hpgr technology / net electrical energy consumption / copper mining industry / minerals processing circuit / energy benefits / energy intensive minerals industry / energy / overall energy cost / metal / direct electricity expense / energy consuming section / energy cost / comminution energy / energy intensive commodities / gold mining industry / direct energy / mining / energy efficiency / manufacturing / chemical / energy footprints / steel / /
Organization
CONGRESS / University of Queensland / /
Person
Ausenco Minerals / /
Position
Development Manager / General Manager / Technical Solutions / Process Consultant / /
Product
T-80 / /
ProvinceOrState
Queensland / /
Technology
html / HPGR technology / Mineral processing plant design employing hpgr technology / /
HOME EFFICIENCY, ECONOMICS, ENERGY AND EMISSIONS – EMERGING CRITERIA FOR COMMINUTION CIRCUIT DECISION MAKING M Daniel1, G Lane2 and E McLean3