Sustainable Utilization of Metals: Processing, Recovery and Recycling
Friedrich, Bernd
Sustainable Utilization of Metals: Processing, Recovery and Recycling
English[eng]
n/a||tramp element||reuse||titanium recovery||smartphone||electrolytic manganese||chemical equilibrium diagram||thermodynamics||displays||selective extraction||negative activation energy||rare earths||precipitation||yttrium||melting behavior||zinc||Bayer process||silver leaching||lanthanum||steel scrap||waste utilization||super-gravity||solvent extraction||scandium||magnesium||gravity separation||dynamic material flow model||electrolytic lodes and scrapings||enrichment of Ti||ammonium scandium hexafluoride||carbothermal reduction||simultaneous recovery||karst bauxite||fines||vanadium||silver||oxygen-depolarized cathodes||ionic liquids||flotation||steelmaking dust||aluminium purification||zinc recycling||physical separation||manganese||intermetallic formation||gold||aluminum alloy||copper||slag valorization||reduction of Co||NMC batteries||process development||REE–Nb–Fe ore||bauxite residue||hydrometallurgy||Zinc||polythermal section||alkaline leaching||electric arc furnace||neodymium||environmentally friendly process||electrodeposition||volatilization||characterization||rheorefining||Li-ion battery||anti-solvent crystallization||basic oxygen furnace||Bayan Obo||selective precipitation||pyrolysis||WPCBs||cold-bonded briquettes||separation||battery pre-treatment||dysprosium||dust||metal recovery||pyrometallurgy||thermal treatment||jarosite||lifetime of steel||leaching||rare-earths||sustainable development||industry sector||closed-loop circulation||circular economy||iron removal||kinetics||polishing waste||material flow analysis||cerium||rare earth elements||recycling potential||halogenation||ultra-high purity||cryogenic pre-treatment||Tin recovery||refining||WPCB||desulfurization||spent catalysts||trace elements||dimethyl sulfoxide||vacuum distillation||industrial residue||condensation||glass polishing waste||flash smelting||red mud||microwave assisted pyrolysis||NdFeB magnets||cavitation||sludge||cementation||indium||metallurgy||recycling||gallium||copper removal||jarosite residue||preparation for recovery||laterites||scandium recovery||blast furnace||circulation||recycling rate
Sustainable Utilization of Metals: Processing, Recovery and Recycling
English[eng]
n/a||tramp element||reuse||titanium recovery||smartphone||electrolytic manganese||chemical equilibrium diagram||thermodynamics||displays||selective extraction||negative activation energy||rare earths||precipitation||yttrium||melting behavior||zinc||Bayer process||silver leaching||lanthanum||steel scrap||waste utilization||super-gravity||solvent extraction||scandium||magnesium||gravity separation||dynamic material flow model||electrolytic lodes and scrapings||enrichment of Ti||ammonium scandium hexafluoride||carbothermal reduction||simultaneous recovery||karst bauxite||fines||vanadium||silver||oxygen-depolarized cathodes||ionic liquids||flotation||steelmaking dust||aluminium purification||zinc recycling||physical separation||manganese||intermetallic formation||gold||aluminum alloy||copper||slag valorization||reduction of Co||NMC batteries||process development||REE–Nb–Fe ore||bauxite residue||hydrometallurgy||Zinc||polythermal section||alkaline leaching||electric arc furnace||neodymium||environmentally friendly process||electrodeposition||volatilization||characterization||rheorefining||Li-ion battery||anti-solvent crystallization||basic oxygen furnace||Bayan Obo||selective precipitation||pyrolysis||WPCBs||cold-bonded briquettes||separation||battery pre-treatment||dysprosium||dust||metal recovery||pyrometallurgy||thermal treatment||jarosite||lifetime of steel||leaching||rare-earths||sustainable development||industry sector||closed-loop circulation||circular economy||iron removal||kinetics||polishing waste||material flow analysis||cerium||rare earth elements||recycling potential||halogenation||ultra-high purity||cryogenic pre-treatment||Tin recovery||refining||WPCB||desulfurization||spent catalysts||trace elements||dimethyl sulfoxide||vacuum distillation||industrial residue||condensation||glass polishing waste||flash smelting||red mud||microwave assisted pyrolysis||NdFeB magnets||cavitation||sludge||cementation||indium||metallurgy||recycling||gallium||copper removal||jarosite residue||preparation for recovery||laterites||scandium recovery||blast furnace||circulation||recycling rate