Hydrogen Steelmaking (Swinburne University of Technology)
Module of
Hydrogen Steelmaking (Swinburne University of Technology)

Analyse low-carbon steel production routes, hydrogen reduction, and emerging decarbonisation technologies through an expert-led webinar. This presentation is part of the HILT CRC webinar series.

Manufacturing
Hydrogen Steelmaking (Swinburne University of Technology)
Manufacturing
HILT CRC
HILT CRC

Manufacturing

Hydrogen Steelmaking (Swinburne University of Technology) - Lecture by Geoff Brooks and Shabnam Sabah

Full Code

MAN0102HIL205

Module Type

Webinar

Description

None

What you will learn

• Evaluate the contribution of global steelmaking emissions to the need for industrial decarbonisation by 2050.
• Differentiate blast furnace/basic oxygen furnace, electric arc furnace, and direct reduced iron routes by their inputs, energy requirements, and carbon footprints.
• Analyse the reactor heat-balance implications of replacing carbon with hydrogen during iron reduction.
• Assess the technical and economic constraints affecting green-hydrogen steelmaking, including production scale, cost, and iron-ore quality.
• Compare molten oxide electrolysis, biomass or biochar substitution, and carbon capture and utilisation as complementary steelmaking decarbonisation pathways.

Module content
EN

Learning Outcomes

  • Comprehends heat treatment processes to alter the properties of steel, such as hardness and toughness.
    2

  • Understands the role of carbon accounting in ESG, risk, and strategic planning.
    4
  • Knows global carbon policy trends, including carbon pricing and disclosures.
    4

  • Familiar with the economics of CCS, including cost estimation and potential revenue from carbon credits or trading.
    3

  • Demonstrates a working knowledge of electric arc furnaces (EAFs), their components, and related equipment.
    2

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Energy Manager

Develops and oversees energy management plans to enhance efficiency and sustainability. They conduct audits, advocate for energy-efficient technologies, and lead renewable energy integrations. By collaborating with various teams, they ensure compliance with regulations and foster a culture of energy conservation. This role involves analyzing energy data, educating employees, and using life cycle cost analysis to guide eco-friendly investments, aligning with the organization's sustainability ambitions.

Engineer - Operation

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Engineer - Operation

Monitors process parameters and suggests corrective measures in case of deviations. Contributes to improve Safety, Environment, Quality and Productivity performance. Leads / participates in Technical / Safety investigations. Conducts trials and report findings. Imparts knowledge to operating crew.

Related Qualifications

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