Title

MECHANISMS OF IRON NUGGET FORMING IN ROTARY HEARTH FURNACE PROCESS AT LOW TEMPERATURE

MECHANISMS OF IRON NUGGET FORMING IN ROTARY HEARTH FURNACE PROCESS AT LOW TEMPERATURE

Authorship

Duan, Dongping; Han., Hongliang

Duan, Dongping

I am this author

Han., Hongliang

I am this author

DOI

10.5151/2594-357X-22264

Downloads

Abstract

In this paper, the behavior of reduction and separation of iron and slag in carbon composite iron ore pellets has been investigated experimentally at the high temperature electric resistance furnace. Based on which, the mechanisms of iron nugget forming and the conditions of producing iron nugget at low temperature are discussed. Results show that the reduction of iron ore, carburization of reduced iron and the composition and quantity of slag are very important for producing iron nugget. Through optimization of process parameters, iron nugget can formed at 1,250°C. This study can provide theoretical and technical basis on iron nugget production.

In this paper, the behavior of reduction and separation of iron and slag in carbon composite iron ore pellets has been investigated experimentally at the high temperature electric resistance furnace. Based on which, the mechanisms of iron nugget forming and the conditions of producing iron nugget at low temperature are discussed. Results show that the reduction of iron ore, carburization of reduced iron and the composition and quantity of slag are very important for producing iron nugget. Through optimization of process parameters, iron nugget can formed at 1,250°C. This study can provide theoretical and technical basis on iron nugget production.

Keywords

Rotary hearth furnace; Iron nugget; Carbon composite iron ore pellets; Mechanism.

Rotary hearth furnace; Iron nugget; Carbon composite iron ore pellets; Mechanism.