Dissertation > Excellent graduate degree dissertation topics show

The Design for Improving Vacuum of Tapping Crucible

Author: HuangJiYu
Tutor: BaDeChun
School: Northeastern University
Course: Mechanical Engineering
Keywords: Gas injector Aluminum ladle Degree of vacuum
CLC: TF351
Type: Master's thesis
Year: 2008
Downloads: 20
Quote: 0
Read: Download Dissertation

Abstract


Gas jet pump is a high-pressure gas suction device of the low pressure fluid , it has the advantages of simple structure, no moving parts, low - cost , easy maintenance , and no special requirements for pumping gas , even if it is toxic , corrosive , flammable and explosive even condensable gases are applicable , in addition to pumping capacity , working pressure range is wide , it is widely used in energy, power , petrochemical , iron and steel metallurgy , light industry and textile , construction , refrigeration and other industries . In recent years, with the aluminum smelting industry is also moving in the large current , a large development of the electrolytic cell , a single electrolytic cell the amount of aluminum greater increase , which also requires the capacity of single aluminum ladle must also increase ladle vacuum device is very important . Guizhou branch of 230 kA aluminum electrolytic cell into production in 2005 , with an annual output of 170,000 tons of electrolytic aluminum . With the support of the new ladle also corresponding to the production, manufacture , commissioning, its capacity of 7 tons . During the commissioning process , mainly the vacuum could not aluminum water sucked into the carry bag , can not meet the production process requirements . Through the gradual decomposition of the system equipment , research impact ladle vacuum degree of the factors to identify a small investment , quick solutions . Finally , through theoretical calculations and experiments to find a suitable solution , fully meet the requirements of the production process .

Related Dissertations

  1. Numerical Simulation and Analysis on Stabilized Flame Port of Gas Injector Cooking Appliance with Air-blasting,TU996
  2. Study on the Negative-Pressure Absorb Dust Device Used at the Coal Draw Point of the Hydraulic Support on the Full-Mechanized Caving Mining Face,TD714.4
  3. Experimental Study on Dewatering Technique of Vacuum Tube Well,TU753
  4. Study on the Influencing Factor and Numerical Analysis for Vacuum-Surcharge Preloading Methord,TU472
  5. Jaynes-Cummings model in the four-body evolution of symbiotic entanglement properties,O431.2
  6. Study on the Design of Numerical Control Dross Milling Machine of Aluminum Foundry Ladle Based on Virtual Prototyping Technology,TF351
  7. Research on Optimzing Cathode of Aluminum Electrolysis Cell,TF351
  8. Reconstructed Hydranlic System of the Multifunctional Crane Made in China,TF351
  9. The Research of Aluminum Electrolyzer Fault Diagnosis System Based on Fuzzy Neural Network,TF351
  10. Rare Earth Extraction mixing study and optimization of the structural parameters of the reactor,TF351.5
  11. The complex morphology electrode compatibilizer Mechanism,TF351
  12. The Multi-physical Field Modeling and Construction Optimization of 20kA Grade Inert Electrode Aluminium Reduction Cell,TF351
  13. High Power Shunt Device Monitoring System,TF351
  14. Research and Application of the 80m~2 Fully-automatic Vertical Leaf Filter,TF351.3
  15. Numerical Study on Thermal-Elasto-Plastic and Creep Deformation of Aluminum Electrolytic Cell,TF351
  16. Numerical Study on Thermal Expansion Pressure Load of Pro-baked Anticathode Aluminum Electrolytic Cell in Baking Process,TF351
  17. Study on Nitrogen Membrane Separation System for Mg Alloy Gas Protection,TF351
  18. New lead-based anodes in zinc electrowinning,TF351.5
  19. Study on Oxidizing Characteristics of the Electrode in Thermal Bake-out for Aluminum Reduction Cells,TF351
  20. Development and its mechanical simulation analysis based on PLC nickel anode plate cleaning machine,TF351
  21. Aluminum electrolytic tank multi-parameter detection system,TF351
  22. Al-base SnO_2 Sb_2O_3, SnO_2 Sb_2O_3 MnO_2 Preparation and application of coating lead dioxide electrodes,TF351

CLC: > Industrial Technology > Metallurgical Industry > Metallurgical machinery,metallurgical production automation > Non-ferrous metallurgical machinery and production automation > Nonferrous metallurgy machinery
© 2012 www.DissertationTopic.Net  Mobile