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Basic Oxygen Steelmaking
Catalogue | Course | Module
Module of
Basic Oxygen Steelmaking

Explore the full BOS process—equipment, models, and sensors—to master steelmaking control and optimize product quality.

Manufacturing
Basic Oxygen Steelmaking
Manufacturing
steeluniversity
steeluniversity

Manufacturing

Operations

Full Code

MAN0104215

Module Type

E-learning

Description

Short description:
Explore BOS component roles and flow dynamics to ensure refined, quality-controlled steel output.

Long description:
This module introduces the core components involved in the Basic Oxygen Steelmaking (BOS) process and examines how material flow and process variables affect steel quality. Learners will investigate the interrelations among vessel parts, gas and slag dynamics, and the steel output characteristics. Special emphasis is placed on the function and wear of refractories, the balance of oxygen, and heat generation. The module details procedures for managing carbon content, sulfur removal, and slag carryover. Practical exercises allow learners to evaluate steel composition variations and propose control measures to optimize consistency and minimize defects.

What you will learn

- Identify the mechanical and functional structure of the BOS vessel and its key subsystems.
- Explain the interaction of oxygen flow, slag behavior, and vessel lining wear during BOS operations.
- Evaluate temperature and gas regulation techniques and their role in chemical equilibrium.
- Assess slag management and its influence on impurity removal and product consistency.
- Recommend corrective actions for maintaining optimal BOS operations and preventing off-spec outputs.

Module content
EN ES RU CN PT AR TA

Learning Outcomes

  • Awareness of alternative methods to meet requirements.
    3

  • Collects facts, measurements, and observations related to an issue.
    3

  • Expert in designing steel alloys with precise mechanical, thermal, and corrosion-resistant properties for specific applications.
    3

  • Demonstrates a knowledge of fundamental scientific, technical and mathematical concepts, practices and procedures.
    3

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