Category: Blast Furnace

Process parameters of blast furnace engineering directly influence the safety of  staff and plant operation. The measurement of process parameters mainly can help monitoring all systems running state well. Process control includes top pressure control, soft water closed circulation system expansion tank pressure control, combustion control of hot blast furnace…

Blast furnace process automation is generally equipped with two levels of automation control system for the blast furnace: Level I is the basic automation system, Level II is the process computer system. The basic automation system consists of electrical transmission and control automation and process detection& control automation system, and its…

The blast furnace feeding system includes coke belt, ore belt, material surface measuring device, and dust removal device. Each belt is equipped with unloading trolley, and the dust removal facilities include air extraction hood, air duct, adjusting gate, sealing belt and so on. The main equipment under the trough includes feeder,…

Blast furnace production generates several byproducts, including slag, blast furnace gas, and dust (also known as gas dust). These byproducts have diverse applications that contribute to both industrial processes and environmental sustainability. Here’s a detailed overview of each byproduct and its uses: 1. Blast Furnace Slag and Its Applications Blast…

Iron ore sintering is a critical process that transforms low-grade ores into high-quality raw materials for blast furnaces, significantly contributing to the efficiency and sustainability of the steel industry. Here’s why this process is essential: 1. Transforming Low-Grade Ore into Valuable Resources Sintering allows the conversion of abundant low-grade ores…