Green BOF steelmaking — How to increase scrap rates and reduce CO2 emissions
Fluctuations in raw material availability and prices as well as increasing pressure to reduce CO2 emissions are challenges that integrated BOF steel producers are currently facing. In this webinar you will learn more about the charge mix limitations in integrated BF – BOF steelmaking and the impact of higher scrap rates on steel quality and productivity. Based on current reference cases, we will show how different solutions for increasing BOF scrap rates can help to reduce CO2 emissions and increase raw material flexibility. Starting from a small increase in scrap rate with low budgets and moderate CO2 reduction up to a massive increase in the scrap rate with large investments and maximum CO2 reduction, different solutions (increase of post combustion, scrap preheating, external scrap melting) will be presented and compared. Whatever the plant setup and the investment budget – this webinar will show you a path toward greener BOF steelmaking.
- BOF steelmaking managers
- BOF process experts and technology leaders
- BOF operators
- Raw materials purchasing department
- Operation decision maker
- Integrated plant manager
- Understand the limits of integrated BOF production route in regard to charge mix and heat balance (learn from renowned university professor and steelmaking industry expert).
- See the influence of increased scrap rate on steel quality and productivity on reference cases.
- Learn about new ways and future trends how to increase scrap and reduce CO2 emissions within existing plant set up.
- Comparison of different solutions to increase scrap rate for a gradual transformation towards green steelmaking from small to large CAPEX.
Chair of Ferrous Metallurgy, University of Leoben
Johannes holds a PhD in process engineering from Graz University of Technology. After university he joined Primetals Technologies (VAI at the time) in 1990 and lead the ironmaking business and R&D for smelting reduction solutions. In 2008 he was appointed the head of the Chair of Ferrous Metallurgy at University of Leoben. He also leads the scientific mission of K1 MET, the Austrian Metallurgical Competence Center, as a chief scientific officer. Johannes is well known in the iron and steelmaking industry for his broad expertise and experience, as well as his close cooperation with industry.
Head of Technology and Innovation for Converter Steelmaking, Primetals Technologies
Bernhard holds a master's degree in industrial and mechanical engineering from Vienna University of Technology. During the first six years of his career he worked as product development manager at Primetals Technologies in the field of converter steelmaking. In 2016 he was appointed Head of Technology and Innovation for Converter Steelmaking at Primetals Technologies. Bernhard’s expertise is in the fields of product and process development for the steelmaking business, technology consulting, as well as simulation-based verification and optimization of equipment.
Vice President Converter Steelmaking, Primetals Technologies
Gerald holds a PhD in mechanical engineering and a master's degree in international business administration. He joined the Converter Steelmaking team at Primetals Technologies (at that time Siemens VAI) in 2009 as an expert for simulations and started to build up a simulation team. After holding a position for technology and innovation, he assumed business responsibility for converter steelmaking in 2016. His main expertise is in the area of business development and innovations for processes and equipment. He holds several patents for converter equipment.