DC6: Hydrogen plasma as green alternative reductant in the Argon Oxygen Decarburization (AOD) process for stainless steel
Project title: Hydrogen plasma as green alternative reductant in the Argon Oxygen Decarburization (AOD) process for stainless steel (WP2)
Host Institution: KU Leuven
Country: Belgium
Supervisor: Annelies Malfliet (KUL) – Co-supervisors: Bart Blanpain (KUL), Guillaume Lefebvre (APER), Michael Zarl (K1MET)
Objectives:
- Investigate the reduction phenomena of Cr and other elements in slag by HPSR;
- Determine the efficiency of chromium-oxide reduction by hydrogen plasma as a function of slag and process characteristics;
Expected results:
- Proof of concept of the reduction of Cr2O3 in synthetic slags;
- Relation between chromium oxide reduction efficiency as a function of slag composition and process characteristics;
- Reduction phenomena during HPSR of Cr2O3-containing slag;
Enrolment in Doctoral degree(s): LU Leuven Arenberg Doctoral School
Planned secondments:
Host: Aperam; Supervisor: Guillaume Lefebvre, Steven Dilliën; Timing: M9-11; Length: 2 months; Purpose: Insights in current functioning of AOD process + extensive industrial AOD stainless steel slag characterization
Host: K1-MET; Supervisor: Michael Zarl; Timing: M8; M16; Length: 1+1 months; Purpose: Lab-scale tests on HPSR of Cr2O3-based materials