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Recovery of Non-ferrous Metal from Metallurgical Residues

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 r...

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Formato: Online
Idioma:inglês
Publicado em: MDPI - Multidisciplinary Digital Publishing Institute 2024
Assuntos:
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
thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TB Technology: general issues
Acesso em linha:ONIX_20240514_9783036596273_8
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Resumo: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.

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