Reprint
Recovery of Non-ferrous Metal from Metallurgical Residues
Edited by
January 2024
272 pages
- ISBN978-3-0365-9627-3 (Hardback)
- ISBN978-3-0365-9626-6 (PDF)
This book is a reprint of the Special Issue Recovery of Non-ferrous Metal from Metallurgical Residues that was published in
Chemistry & Materials Science
Engineering
Physical Sciences
Summary
Non-ferrous metals and alloys are essential resources for the development of modern industries. With the depletion of natural minerals, non-ferrous metal recovery from metallurgical residues attracts researchers from multidisciplinary areas. Ideas for new recovery routes reduce pressure on natural resources and the environment, thus benefiting better manufacturing sustainability. This Special Issue primarily considers papers focused on the theoretical and engineering aspects of processing metal recovery from metallurgical residues.
Format
- Hardback
License
© 2022 by the authors; CC BY-NC-ND license
Keywords
zinc oxide dust (ZOD); ultrasound-enhanced leaching; zinc extraction; ilmenite concentrate; dusts; waste; purification; sublimate; pyrohydrolysis; silicon; titanium dioxide; bentonite; pellet ore; pure limonite; response surface; DOE; electron beam cold hearth melting; hot deformation; TA1; constitutive model; processing maps; Cu; Ni; reversed austenite; super martensitic stainless steel; spherical silver particle; micro-size; monodispersed; resistivity; Y-type microjet reactor; spherical ultrafine silver particles; wet chemical reduction; dendritic particle; metallurgical slag and dust; zinc recovery; ammonium acetate; response surface methodology; neural network; limonite; pelletizing; compressive strength; organic binder; tundish metallurgy; dual-channel induction heating; inclusion removal; numerical simulation; rare earth; scandium; kaolinite; density functional theory; adsorption; coal gangue; fly ash; energy and environmental protection; Si-based porous material; resource utilization; rhenium; ammonium perrhenate; potassium perrhenate; densimetric method; solubility curve; M-EMS; continuous casting billet; multi-physical field model; carbon segregation; zinc hydrometallurgy; residues from leaching stage; microwave drying; drying rate; kinetics model; copper slag; mineralogy; slag re-processing; pyrometallurgy; hydrometallurgy; n/a