Improvement of Hearth Drainage Efficiency and Refractory Life

The behaviour of the dead man and the hot metal flow patterns in the blast furnace hearth were studied in the project. As a result of the project, an online system for determining the position of the dead man was installed. The effects of its position on the flow behaviour of the hot metal during tapping were identified. Another aspect covered by the project was the simulation of thermomechanical stresses in the hearth lining and in individual refractory bricks.

Development Status Products
Commercial

Improvement of Hearth Drainage Efficiency and Refractory LifeCosts & Benefits

Parent Process: Blast Furnace System
Energy Savings Potential

This technology increases blast furnace productivity.

CO2 Emission Reduction Potential
Costs

This technology prolongs blast furnace life. Repairs and Relining are as Late as possible and as early as necessary.

Improvement of Hearth Drainage Efficiency and Refractory Life Resources

Tätigkeitsbericht/Activity Report

Page Number: 

44

Blast Furnace Hearth Monitoring