Monitoring Erosion Profile and Analyzing Reliability for Submerged Arc Furnace

Dong Hu; Jing Yao Wang; Li Jie Li; Shao Jun Chu

doi:10.4028/www.scientific.net/AMR.402.390

Paper Titles

Study of Metallurgical Industry Smoke Characteristics and the Affect to the Performance of Electrical Precipitator
p.371

Numerical Simulation on the Influence of Heating with Different Arrangement of Burners on the High Performance Hydrogen Bell-Type Annealers
p.374

Research on New Thermal Reduction Process of Magnesium Preparation at Ordinary Pressure with Serpentine as Raw Material
p.380

The Application of Breakout Prediction System with Thermal Imaging
p.386

Monitoring Erosion Profile and Analyzing Reliability for Submerged Arc Furnace
p.390

Thermodynamics of Pb(II) Complex Equilibrium in Pb(II)-NH₃-NH₄CI-H₂O System
p.397

Optimal Design of Heating System for Annular Furnace
p.403

Visualization of Flow-Field between the Flapper and Nozzle in a Hydraulic Servo-Valve
p.407

Formation of Protective Cr₂O₃ Scale at High Temperature and the Effect of Mass Transport in the Presence of Water Vapor
p.412

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Monitoring Erosion Profile and Analyzing Reliability for Submerged Arc Furnace

Abstract:

Based on the principle of heat transfer, a monitoring software package about identifying erosion profile of submerged arc furnace with “freeze” lining is developed by VC++. Reliability of traditional lining without monitoring system and “freeze” lining with monitoring software are evaluated by Fuzzy FMECA Method. There is a conclusion can be draw that the hazard rating of submerged arc furnace with traditional lining is 2.9094.This value of “freeze” lining is 2.1087.The result indicates that adopting the “freeze” lining with monitoring software can drop the potential safety hazard effectively and reduce casualties.