Presentation title: Impact of Basicity on Hydrogen-Rich
Gas-Based Direct Reduction of Fired Pellets
Professor Zhu Deqing, is now Director of Low Carbon
and Hydrogen Metallurgy Research Center of Central South University(CSU), and
Director of the Vale-CSU International Joint Laboratory of Low Carbon and
Hydrogen Metallurgy. He has also been granted the State Council Special Allowance,
the first University Young Teachers Award, Key teachers award of the Ministry
of Education, and Baosteel Excellent Teacher Award. He is also served as a
member of the Technical Standard Subcommittee of Intensive and Economical
Utilization of Mineral Resources, Ministry of Natural Resources, member of the
Ferroalloy Branch of the Chinese Metal Society, member of the Strategic Alliance
of non-blast furnace ironmaking Industry, and editorial member of international
journal "Minerals Processing and Extractive Metallurgy".
Prof. Zhu has conducted 15 national and provincial
major projects, including national industrialization demonstration projects,
National Natural Science Foundation innovation group projects, provincial and
ministerial projects, as well as nearly 110 international and domestic
school-enterprise cooperation projects. He has published more than 130 papers,
including more than 120 SCI-indexed papers. Since 2020, he has been selected as
a Highly-cited Scholar of Elsevier China (Metallurgical Engineering) for three
years. He has also published three monographs and two textbooks. He has been
granted nearly 80 invention patents. He has been awarded 2 second prizes of
National technological invention/scientific and technological progress, 5 first
prizes of provincial and ministerial scientific and technological progress, and
7 second prizes. His main research interests include: Basic theory and new
technologies of iron ore sintering and pelletizing, new non-blast furnace
ironmaking technologies, basic theory and new technology of complex iron ore
resources development and utilization, new technology of bulk solid waste
resource utilization, low-carbon ironmaking and hydrogen metallurgy.
