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![]() | Document Date: 2011-11-03 20:17:44Open Document File Size: 293,23 KBShare Result on FacebookCityBrisbane / Ottawa / Wollongong / Vancouver / Rustenburg / /CompanyMagotteaux International / Keramax MT1 Development Magotteaux International / Gold Fields / Xstrata Technology / /CountryCanada / Australia / /Currencypence / /EventBusiness Partnership / /FacilityBushveld Igneous Complex / Xstrata’s Brisbane laboratory / Magotteaux’s Belgian facility / /IndustryTermceramic type grinding media / media consumption rates / manufactured media / low unit cost alumina media types / increases energy efficiency / unit energy / size /energy data pairs / media charge / energy efficient alternative / low quality grinding media / mineral processing industry / media flows / sized media charges / energy loss / laboratory energy determination / high density alumina grinding media / high energy efficiencies / downstream processing / energy data / g/kWh media consumption rate / media consumption / media-slurry system / media types / low µs media / energy measurement / higher µs media / mono-sized media charge / media handling system / energy benefits / low µs media charge / ceramic grinding media / energy vs size / mill product / media type / manufacturing processes / Media selection / respective energy value / energy / mineral processing applications / high energy efficiency / media velocity / lower energy efficiency / media particles / net energy / media evaluation / fresh media / media forces / media-water system / natural media types / typical media / ceramic media / alumina ceramic media types / chemical composition / media parameters / economic ceramic media / media consumption rate tests / higher energy efficiency / Comparative media consumption tests / media consumption rate / quality grinding media / high efficiency grinding media / higher quality media / less energy / energy efficiency / sand media / media interaction / media energy efficiency / ceramic media types / energy distribution / alumina media / media specification / acting on media particles / /NaturalFeatureRiver Pebble / /OrganizationFederal Government / / /PositionTechnical Superintendent / representative / R&D Project Manager / /ProductIsaMill / M-16 / /ProvinceOrStateWestern Australia / /RegionCentral Asia / Western Australia / /TechnologyCeramic Media Technology / Fine Grinding Technology / simulation / IsaMill technology / /SocialTag |