Peter WhiteleyTrond Furu; Idar Kjetil SteenMichael LeePaul Koltun; Ambavalavanar Tharumarajah; John F. GrandfieldJohn A. Taylor; M. Prakash; G.G. Pereira; P. Rohan; Michael Lee; Barbara RindererAlan Peel; James Herbert; David Roth; Martin J. CollinsAlan Peel; James Herbert; David Roth; Martin J. CollinsJerry Locatelli; Guang Wei LiuIlie Butnariu; Ioana Butnariu; Dana ButnariuGuillaume Girard; J. Barresi; C. Dupuis; G. RiverinFranz NiedermairLee Allen; Paul Hipwood; Barry HoughtonPeter NewmanPaul CampbellMaría Victoria Canullo; Fernando Daroqui; Julio Ottaviani; Mauricio Martín; Rodolfo Acuña LajeJohn F. Grandfield; John A. TaylorLeonard S. Aubrey; Rudolph Olson; David D. SmithJohn H. Courtenay; Frank ReuschSteve Poynton; Milan Brandt; John F. GrandfieldP.W. BakerRobert B. Wagstaff; Todd F. Bischoff; Dave SindenMarcel Rosefort; Thomas Koehler; Hubert KochChris Emes; Richard J. CollinsDmitry G. Eskin; Laurens KatgermanAlex W. Lowery; Joe RobertsShaun HamerMark Easton; David H. StJohn; Lisa SweetSylvain P. Tremblay; André Arsenault; Daniel Larouche; Florin Ilinca; Jean François Hétu; Jean Philippe DubéVu Nguyen; John F. Grandfield; P. Rohan; B. ToddCarmelo Maria BrocatoMohamed Ali Kadhim; Hussain Al Ali Jalal Ghuloom; Garry Martin; Michael Jacobs

A Historical Review of the Developments in Casthouse Technology and a Peek into the Future	p. 3
Hydro Casthouse Reference Centre	p. 9
Recent Developments in Australian Aluminium Casthouse Personal Protective Clothing	p. 19
Greenhouse Emissions in Primary Aluminium Smelter Cast Houses - A Life Cycle Analysis	p. 27
Predicting Dross Formation in Aluminium Melt Transfer Operations	p. 37
Furnace Operations to Reduce Dross Generation	p. 45
Dross Processing Technology	p. 53
Automated Metal Siphoning and Cast House Energy Consumption	p. 61
Technological Researches Concerning a Decrease in the Losses Due to the Oxidation of Remelted Scrap from Aluminium Alloys	p. 71
Furnace Operation: "A Gold Mine in your Casthouse"	p. 77
Homogenization Aspects, Continuous versus Batch in an Integrated Modern Casthouse	p. 85
Fives Solios Experience in Modern Secondary Aluminium Casthouse Construction	p. 95
Dry Hearth Melting Furnaces	p. 103
The Benefits of Forced Circulation for Aluminium Reverberatory Furnaces	p. 111
Launder System for Aluminium Casting	p. 119
The Impact of Rising Ni and V Impurity Levels in Smelter Grade Aluminium and Potential Control Strategies	p. 129
Development of a Phosphate - Free Reticulated Foam Filter Material for Aluminium Cast Houses	p. 137
Results with a Multi Stage System of Filtration Employing a Cyclone	p. 147
The Use of Electromagnetic Fields for the Detection of Inclusions in Aluminium	p. 155
Estimating the Production Capabilities of Casthouse Equipment Configuration Options	p. 165
Downstream Considerations of Fusion Clad Casting	p. 175
Billet Sump Modification of Al-Billets for the Prevention of Starting Cracks	p. 179
New Billet Mould Casting Technology	p. 187
Macrosegregation Mechanisms in Direct-Chill Casting of Aluminium Alloys	p. 193
Organic Coatings to Prevent Molten Metal Explosions	p. 201
The Supply of Casthouse Equipment and Empowerment of Knowledge to Cast Aerospace Alloys the Almex Way	p. 205
Grain Refinement and Hot Tearing of Aluminium Alloys - How to Optimise and Minimise	p. 213
DC Casting Using a TF Combo Bag: 3D Modeling of the Distribution of Molten Metal and Heat Transfer	p. 223
Safety Enhancement in Ingot Casting at Tomago Aluminium	p. 235
Technological Jump in Aluminium Ingot Production	p. 243
Aluminium Bahrain - Benefits at ALBA from Use of Improved Graphite Rings for Production of Extrusion Ingots	p. 251