Flotation and Flocculation dealswith cutting-edge research inthe science and engineering oftwo of the world’s keyseparation processes.Flotation and flocculationunderpin the key materialsupply chains for technologiesthat are central to minerals,fuel cells, ceramics,telecommunications, wasteremoval/recycling processesand many other industries.This book captures andsummerises the key outcomes
O R D E R F O R M
Fax or Mail Orders:
Julie Freytag
Ian Wark ResearchInstituteARC Special Research Centre forParticle & Material Interfaces
University of SouthAustraliaMAWSON LAKESSA 5095
Ph: +61 8 8302 3695
Fax: +61 8 8302 3683
of the International Workshopon Flotation and Flocculationheld in Hawaii, July 2002. Theparticipants included some ofthe most pre-eminent expertsin this field throughoutindustry and academia. Theorganisers were Professor JohnRalston, (Chair), University ofSouth Australia, Professor JanMiller, University of Utah andProfessor Jorge Rubio,Universidade Federal do RioGrande do Sul.
Over the last decade therehave been major scientificadvances in understanding thechemistry and physics ofbubble and particle surfaces,modelling bubble-particleencounter processes in varioushydrodynamic regimes, andpredicting the interactionbehaviour of polymers withparticle surfaces. Theseadvances have taken placealongside major engineeringinvestigations of theperformance and design of
industrial flotation/flocculationcells.
This book is highly focused,with transcripts of discussionsessions aimed at identifyingexactly how practical andworkable models can bedeveloped to reduce thepresent uncertainty inherent inthese vital separationprocesses.
Major topics include:
♦ Bridging flocculation inwastewater and fine particletreatment processes
♦ B u b b l e - p a r t i c l eencounters/models in flotation
♦ Flotation cells and theiroperation
♦ Diagnostic processchemistry in flotation andflocculation
Flotation and Flocculation -From Fundamentals to Applications
ISBN: 0-9581414-0-1
Within Australia$210.00 per book (incdelivery) GST inclusive
Outside AustraliaA$230.00 per book incInternational Air Freight
This book will be ready for distribution in August 2003
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Professor John GregoryUniversity College, LondonComparison of Floc Propertiesusing Inorganic Coagulants andPolyelectrolytes
Professor Brian VincentUniversity of BristolFlocculation of Microgel Particles
Dr Ray FarinatoCytec Industries, Stamford, USAFlocculation and Dewatering
A/Prof Simon BiggsUniversity of Newcastle, AustraliaThe Influence of Polymers onParticle Stability
Professor Sandor BaranyUniversity of Miskolc, HungaryKinetics of Flocculation by Poly-mers
Professor Jorge RubioUniversidade Federal do RioGrande do Sul, BrazilUnconventional Flocculation andFlotation Techniques
Professor Hassan El ShallERC, University of Florida, USADispersion/Flocculation Issues inProcessing of Multiphase Sys-tems: A Selective FlocculationStudy
Professor Kari HeiskanenHelsinki University of Technology,FinlandMineral Particle-Bubble Interac-tions
Dr Anh NguyenUniversity of Newcastle, AustraliaMovement of Particles NearBubbles using High Speed VideoMicroscopy
A/Prof Daniel FornasieroIWRI, University of SouthAustralia, AustraliaThe Attachment Efficiency ofParticles to Gas Bubbles in Flota-tion
Professor Hans JoachimSchulzeMax Planck Research Group forColloids & Interfaces, GermanyStability and Rupture of ThinAqueous Films and Flotation
Professor John RalstonIWRI, University of SouthAustralia, AustraliaFrom Turbulence and Collision toAttachment and Detachment: AGeneral Flotation Model
Dr Dave DeglonUniversity of Cape Town, SouthAfricaA Novel Attachment-DetachmentKinetic Model
Dr Stephen GranoIWRI, University of SouthAustralia, AustraliaEffect of Particle Hydrophobicityon Particle and Water TransportAcross a Flotation Froth
Professor Roe-Hoan YoonVirginia Tech, USAHydrophobic Interactions:Surface Forces in the Quartz-Amine Flotation System
Professor Hans-Jurgen ButtUniversity of Mainz, GermanyForce Measurement with theColloidal Probe Technique:Boundary Slip of Water onHydrophilic Surfaces andElectrokinetic Effects
Dr Jan CilliersUMIST, UKThe Failure of Thin Films be-tween Bubbles – from Microma-nipulation to Foam Stability
Professor Graeme JamesonUniversity of Newcastle,AustraliaThe Froth Phase in ColumnFlotation
Dr Barun GorainTeckCominco, CanadaAn Integrated Approach toOptimisation of Large FlotationCell Operation
Professor Nikolai RulyovNational Academy of Sciences,UkraineTurbulent Microflotation of FineDisperse Minerals (the GeneralConcept)
Professor Laurindo LealUniversity of Sao Paulo, BrazilImportance of Hydrodynamics inCoarse Particle Flotation
Professor Juan YianatosTechnical University of SantaMaria, ChileCurrent Status of ColumnFlotation
Professor Heikki KiuruHelsinki University ofTechnology, FinlandDissolved Air Flotation
Mr Sandy LambertAnglo Platinum, South AfricaFlotation Cell Choice in MineralFlotation
Dr Marco VeraJKMRC, University ofQueensland, AustraliaThe Upgrading Process Acrossthe Froth Phase and its Rela-tionship to the Recovery-Enrichment Ratio Curve
Professor Roger SmartIWRI, University of SouthAustraliaDiagnostic Surface Analysis inSulfide Flotation
Professor Bill JohnsonUniversity of Queensland,AustraliaPractical Aspects of the Effect ofElectrochemical Conditions inGrinding Mills on the FlotationProcess
Dr Russell SchumannLevay & Co., University ofSouth Australia, AustraliaProcess Water ChemistryInfluences in Base Metal Sul-phide Flotation
Professor Jan MillerUniversity of Utah, USAThe Flotation Chemistry of Non-sulfide Minerals
Professor Willis ForslingLulea University, SwedenSurface Speciation Effects inFlotation Pulps
Professor Janusz LaskowskiUniversity of British Columbia,CanadaFlocculation in Mineral Process-ing Circuits
Dr D R NagarajCytec Industries, Stamford,USAReagent Optimization in BaseMetal Sulfide Flotation – Pitfallsof “Standard” Practice
Professor Imre DekanyUniversity of Szeged, HungaryThe Hydrophobisation of ClayMinerals by Surfactants andPolymers
Professor Bob PughInstitute of Surface Chemistry,SwedenThe Hydrophobisation of ClayMinerals by Surfactants andPolymers