Comprehensive analysis and monitoring solution for molten iron quality in blast furnace
Blast furnace ironmaking is a key process in the iron and steel process and the core key unit of ferrite material flow conversion. It is the largest energy consumption and CO2 emission in the iron and steel manufacturing process. And the link with the highest production cost is the key to improving the quality of steel products.
Solution for online detection of molten iron composition in blast furnace
Due to the complexity of blast furnace ironmaking and the "black box" effect, changes in smelting conditions, especially changes in the chemical composition of materials, affect the operating status and production efficiency of the blast furnace.
Solution for on-line detection of ingredients in sintering intelligent batching process
As the main raw material for iron and steel smelting, the chemical composition and physical properties of sinter directly affect the production conditions and product quality of the blast furnace.
Online monitoring solution for blast furnace material level
The iron and steel industry is the pillar industry of the national economy. The blast furnace is the key equipment in the iron and steel production process. The safe and long-term stable operation of the blast furnace is the guarantee of the steel output.
Solution for online detection of temperature field of billet heating furnace
The heating furnace is an important thermal equipment in the production process of the metallurgical industry. One of the purposes of heating is to increase the plasticity of steel and reduce the deformation resistance during hot working.
Solution for online detection of molten steel temperature in refining furnace
VD furnace is a ladle refining furnace, which deoxidizes, desulfurizes and removes hydrogen by blowing argon under vacuum to achieve steel refining The purpose of the temperature control of molten steel in the refining process is of great significance to improve the level of process control and ensure the quality of molten iron. Traditional temperature measurement methods can only be used to measure temperature by manual thermocouples before and after entering the furnace. The main problems are: