Collector bar for aluminium electrolysis

Collector bar for aluminium electrolysis Manufacturer, Exporter & Supplier

  • An electrolytic cell for aluminium production

    (57) Abstract: The invention relates to an electrolytic method of producing aluminum, in particular to the equipment to power the electrolysis raw material as a self-baking and baked anodes. The inventive electrolytic cell for obtaining aluminium contains a self-baking ...

  • Impact of using selective collector bar rodding on the MHD stability of a 500 kA aluminium electrolysis

    Impact of using selective collector bar rodding on the MHD stability of a 500 kA aluminium electrolysis cell M. Dupuis GéniSim Inc. 3111 Alger St. Jonquière, Québec, Canada G7S 2M9 [email protected] V. Bojarevics University of Greenwich, School of

  • Electrolysis Manufacturers & Suppliers, China

    electrolysis manufacturer/supplier, China electrolysis manufacturer & factory list, find qualified Chinese electrolysis manufacturers, suppliers, factories, exporters & wholesalers quickly on Made-in-China.com.

  • Evolution of Busbar Designs for Aluminium Reduction Cells.

    Typically a bus bar system for a modern smelter is made of aluminium, weighs 15,000t and costs $50m. As such it represents 10-15% of the potline cost. With increasing amperage the bus bar complexity must also increase in order to avoid high magnetic field

  • ANODE BARS CATHODE BARS ANODE YOKES

    Anode stud bars are custom-made in accordance with the customers specification. Various steel grades as requested. HMR has been supplying these commodities to the aluminium smelters for over 25 years. Exclusive network of the international sub-suppliers

  • Carbon diffusion in Cathode Collector Bars in the Hall

    For the iron carbon chemistry of a typical ultra-low carbon (ULC) cathode collector bar of around 0.06% max carbon, there are 2 distinct phases of the iron structure: Ferrite/Pearlite and ...

  • Optimisation of the cathode collector bar in a Hall-Héroult cell

    Abstract A nite element model of a cathode assembly including a copper insert inside the steel collec-tor bar was developed. This thermo-electro-mechanical model includes interfaces to simulate the contact between di erent materials. In order to optimize this

  • INVESTIGATION OF THE INCREASE IN RESISTIVITY IN THE STEEL

    INVESTIGATION OF THE INCREASE IN RESISTIVITY IN THE STEEL COLLECTOR BAR USED IN ALUMINUM ELECTROLYSIS CELLS G. Gauvin 1, *D. Larouche , D. Laroche2 and M. Fafard1 1Aluminium Research Centre ...

  • (PDF) Investigation of the increase in resistivity in the

    PDF On Oct 2, 2011, G. Gauvin and others published Investigation of the increase in resistivity in the steel collector bar used in aluminum electrolysis ...

  • AL xx - Development of a New Type of Cathode for Aluminium

    1 Development of a New Type of Cathode for Aluminium Electrolysis Loig Rivoaland R&D Engineer, Carbone Savoie, Vénissieux, France Corresponding author: [email protected] Abstract Over the past decades, aluminium smelting industry has

  • April 8, 2009

    To produce 1 kg of aluminium the following amounts of raw materials are needed: 1.93kg 0.415 kg 20 g 2 g Aluminium oxide Carbon Aluminium fluoride Cryolite += 13460 kWh 1 kg Electrical energy Aluminium ++ + 4 kg bauxite Process of Aluminium Reduction

  • Analysis of the current distribution in an aluminum

    Title Analysis of the current distribution in an aluminum electrolysis cell with copper collector-bar cathode assembly Author(s) Das, Subrat Morsi, Yos Brooks, Geoffrey Conference name Australasian Aluminium Smelting Technology Conference (10th : 2011

  • Cathodic products for the aluminium industry - Carbone

    Carbone Savoie offers different grades and shapes of electrolysis pot sides. Our preformed sidewalls and preshaped sidewalls adapt to the various thermal conductivity requirements of aluminium plants, thus enabling us to optimise the thermal balance of the reduction pot and ensure the right depth of aluminium pot bath.

  • aluminum electrolysis cells for sale

    Point feeder for aluminium electrolysis cell - patents In a feeder for feeding additives such as aluminium oxide or fluoride to aluminium electrolysis cells, , Sale or Lease Contact , to an aluminum electrolysis cell . Get More Aluminum Reduction Overview Cell

  • The Aluminum Smelting Process - How the Hall-Héroult

    At the bottom of every cathode we find a slot that accommodates an iron bar, called collector bar, with the purpose to transport outside of the cell the current collected by the cathode. Cathode and collector bar are joined together filling the space between them

  • Aluminium Smelter, Aluminium Smelter direct from

    Aluminium Smelter from Zhengzhou Joda Technology Co., Ltd.. Search High Quality Aluminium Smelter Manufacturing and Exporting supplier on Alibaba.com. Gold Supplier is a premium membership for suppliers on Alibaba.com. Members are provided with ...

  • COPPER BARS FOR THE HALL-HÉROULT PROCESS

    COPPER BARS FOR THE HALL-HÉROULT PROCESS René von Kaenel, Louis Bugnion, Jacques Antille, Laure von Kaenel KAN-NAK Ltd., Route de Sion 35, 3960 Sierre, Switzerland Keywords: Copper, Collector bars, Productivity increase, Energy saving

  • Collector Bar For Aluminium Electrolysis - Buy Collector

    Collector Bar For Aluminium Electrolysis , Find Complete Details about Collector Bar For Aluminium Electrolysis,Collector Bar For Aluminium Electrolysis,Electrode Bar,Steel Flat Bar Punched from Flat Steel Supplier or Manufacturer-Zhengzhou Joda Technology

  • Finite Element Analysis of a Cylindrical Cathode Collector

    Abstract A new cathode design is investigated using the finite element method, in an attempt to improve the energy efficiency of a cell and reduce the premature wear of the cathode due to a non-uniform current distribution. This new design relies on cylindrical ...

  • EP1845174A1 - Cathodes for aluminium electrolysis cell

    Cathodes (1) for aluminium electrolysis cells consisting of cathode blocks (4) and current collector bars (2) attached to those blocks whereas the cathode slots (3) receiving the collector bar have a higher depth at the center than at both lateral edges of the cathode ...

  • Chemical and physical changes of cathode carbon by aluminium electrolysis

    CHEMICAL AND PHYSICAL CHANGES OF CATHODE CARBON BY ALUMINIUM ELECTROLYSIS 779 3 materials, graphitic, semi-graphitic and anthracitic. Figure 7 shows sodium expansion in laboratory-made materials where petroleum coke with different heat

  • Studies on the Hall-Heroult aluminum electrowinning

    Alumina is added to the cell periodically because during the electrolysis its concentration drops, and if it is allowed to fall below about 2%, the electrolysis cell undergoes a sudden and major operational failure known as an `anode effect'.

  • Analysis of the current distribution in an aluminium

    In this work, the current distribution in an aluminium electrolysis cell with copper collector-bar was predicted using finite element modelling. A 2D cross-section of a commercial cell was used under steady conditions of electrical fields in anode, electrolyte, molten

  • (PDF) Impact of using selective collector bar rodding on

    Impact of using selective collector bar rodding on the MHD stability of a 500 kA aluminium electrolysis cell

  • Cathode collector bar - Alcoa Inc.

    15/5/2001· A cathode collector bar having a top side, a bottom side, and a longitudinal axis is positioned in electrically conductive contact with the cathode block and extends from outside the first cell wall to within the cell, in one aspect to at least near the cell center.

  • MHD-Valdis Related Publications

    IMPACT OF USING SELECTIVE COLLECTOR BAR RODDING ON THE MHD STABILITY OF A 500 KA ALUMINIUM ELECTROLYSIS CELL WEAKLY COUPLED THERMO-ELECTRIC AND MHD MATHEMATICAL MODELS OF AN ALUMINIUM ELECTROLYSIS CELL

  • The Aluminum Smelting Process and Innovative

    8/5/2014· Industrial production of primary aluminum is carried out by the HallHéroult process, named after its inventors, who independently of each other, in 1886, developed and patented an electrolytic process in which aluminum oxide (or alumina, Al 2 O 3) is dissolved in an electrolyte consisting mainly of molten cryolite (Na 3 AlF 6) and aluminum fluoride (AlF 3).