The Process Metallurgy and Steel research area focuses on the scientific principles and technological advancements involved in the extraction, refining, processing, and sustainable production of metals and alloys. Research activities encompass both primary and secondary metallurgy, covering the complete value chain from mineral beneficiation and ore reduction to alloy development and recycling. Faculty members investigate thermodynamic and kinetic aspects of metallurgical processes, enabling the design of efficient, environmentally responsible, and economically viable manufacturing routes.

A major emphasis is placed on iron and steelmaking technologies, including blast furnace operations, direct reduction processes, electric arc furnace steelmaking, continuous casting, and advanced secondary refining techniques. Research also addresses process optimization, energy efficiency, carbon footprint reduction, and the development of cleaner production methods aligned with global sustainability goals.

The area integrates experimental investigations with computational modeling and process simulation to understand complex physicochemical phenomena occurring during metal extraction and processing. Advanced characterization techniques are employed to study phase transformations, inclusion engineering, solidification behavior, and microstructural evolution in steels and other engineering alloys.

Current research interests include advanced high-strength steels, specialty steels, alloy design, decarbonization of metallurgical industries, utilization of industrial wastes, hydrogen-based ironmaking, and circular economy approaches for metal production. Collaborations with steel industries and research organizations facilitate technology transfer and industrial relevance.

The research outcomes contribute to sectors such as infrastructure, transportation, energy, defense, and manufacturing, supporting the development of next-generation metallic materials and sustainable metallurgical processes. Through a combination of fundamental science and industrial application, this area plays a vital role in addressing the evolving demands of modern materials engineering and sustainable metal production.