26 Job openings found

A CCM Fitter (SMS) in a Steel Melting Shop (SMS) is responsible for the fitting, assembly, and maintenance of mechanical components within the continuous casting machine (CCM) and other equipment in the steelmaking process. They work with various tools and machinery to fabricate, assemble, and repair parts, ensuring the smooth and efficient ...

A Chemist in a Direct Reduced Iron (DRI) plant is responsible for chemical analysis of raw materials and finished products, quality control and assurance, monitoring chemical processes, and maintaining lab equipment to ensure the safe and efficient production of DRI for steelmaking. Key duties include conducting tests on raw materials like ...

Ferroalloys in AOD Steelmaking: Purpose: Ferroalloys are used in AOD steelmaking to add specific alloying elements (like chromium, manganese, silicon, etc.) to the molten steel to achieve desired properties.    Types of Ferroalloys: Common ferroalloys used in AOD include ferromanganese (FeMn), ferrochromium (FeCr), ferrosilicon (FeSi), and ferromolybdenum (FeMo).    Process: AOD is a refining process that uses argon ...

A chemist working in a direct reduced iron (DRI) plant would be responsible for analyzing samples, ensuring quality control, and monitoring chemical processes to ensure the safe and efficient production of DRI, a key intermediate in steelmaking.    Here's a more detailed breakdown of what a chemist in a DRI plant might do:     Key ...

A Chemist in a Direct Reduced Iron (DRI) plant analyzes samples, monitors chemical processes, and ensures quality control to support the efficient and safe production of DRI, a crucial component in steelmaking. Their responsibilities include analyzing raw materials and finished products, performing quality checks, overseeing lab operations, and maintaining detailed records.    Here's a ...

Sponge iron, also known as direct-reduced iron (DRI), is a form of metallic iron produced by reducing iron ore with carbon or other reductants at high temperatures, typically between 800-1200°C. It's a crucial raw material in the iron and steel industry, serving as a substitute for scrap in certain steelmaking processes.    Here's a ...