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The proposed book is a compilation of a Special Issue on “Leaching of Rare Earth Elements from Various Sources”, published in the journal Minerals in 2020. There are 10 papers contributed by experts in the area, and these can be grouped into four categories: leaching from low-grade ores including coal, clay, soil, and red mud; pre-treatment and leaching; recycling; and precipitation and nano-hydrometallurgy. Although these articles are available in the journal Minerals, it is convenient to compile the most valuable information into a book form so that scholars and industrial practitioners can have easy access to it when they need it where the Internet is not easily available. I strongly believe that the book on a very specialized topic matter such as modern extraction technologies of rare earth elements will contribute greatly to the fast-growing industry that needs rare earth elements.

Technology: general issues --- precipitation --- leaching --- complexation --- anion effect --- equilibrium calculation --- rare earth elements --- magnets --- recycling --- recovery --- fluorides --- modelling --- clay minerals --- grain size characteristics --- in situ leaching --- simulated leaching --- ion-absorbed type rare earth ore --- coal --- acid mine drainage --- coal combustion byproducts --- kinetics --- apparent activation energy --- rare-earth elements --- scandium --- alumina production --- sinter processes --- red mud --- electrostatic precipitation dust --- alkali leaching --- lanthanide separation --- magnetic nanohydrometallurgy --- complexing nanoparticles --- magnetic nanoparticles --- magnetophoresis --- monazite processing --- urban mining --- REE --- sulfuric acid baking --- caustic digestion --- acid leaching --- water leaching --- coal utilization byproducts --- pregnant leach solution --- underclay --- organic acid --- rare earths --- distribution factor --- selective precipitation --- oxalates --- organic complexes

Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

The proposed book is a compilation of a Special Issue on “Leaching of Rare Earth Elements from Various Sources”, published in the journal Minerals in 2020. There are 10 papers contributed by experts in the area, and these can be grouped into four categories: leaching from low-grade ores including coal, clay, soil, and red mud; pre-treatment and leaching; recycling; and precipitation and nano-hydrometallurgy. Although these articles are available in the journal Minerals, it is convenient to compile the most valuable information into a book form so that scholars and industrial practitioners can have easy access to it when they need it where the Internet is not easily available. I strongly believe that the book on a very specialized topic matter such as modern extraction technologies of rare earth elements will contribute greatly to the fast-growing industry that needs rare earth elements.

Technology: general issues --- precipitation --- leaching --- complexation --- anion effect --- equilibrium calculation --- rare earth elements --- magnets --- recycling --- recovery --- fluorides --- modelling --- clay minerals --- grain size characteristics --- in situ leaching --- simulated leaching --- ion-absorbed type rare earth ore --- coal --- acid mine drainage --- coal combustion byproducts --- kinetics --- apparent activation energy --- rare-earth elements --- scandium --- alumina production --- sinter processes --- red mud --- electrostatic precipitation dust --- alkali leaching --- lanthanide separation --- magnetic nanohydrometallurgy --- complexing nanoparticles --- magnetic nanoparticles --- magnetophoresis --- monazite processing --- urban mining --- REE --- sulfuric acid baking --- caustic digestion --- acid leaching --- water leaching --- coal utilization byproducts --- pregnant leach solution --- underclay --- organic acid --- rare earths --- distribution factor --- selective precipitation --- oxalates --- organic complexes --- precipitation --- leaching --- complexation --- anion effect --- equilibrium calculation --- rare earth elements --- magnets --- recycling --- recovery --- fluorides --- modelling --- clay minerals --- grain size characteristics --- in situ leaching --- simulated leaching --- ion-absorbed type rare earth ore --- coal --- acid mine drainage --- coal combustion byproducts --- kinetics --- apparent activation energy --- rare-earth elements --- scandium --- alumina production --- sinter processes --- red mud --- electrostatic precipitation dust --- alkali leaching --- lanthanide separation --- magnetic nanohydrometallurgy --- complexing nanoparticles --- magnetic nanoparticles --- magnetophoresis --- monazite processing --- urban mining --- REE --- sulfuric acid baking --- caustic digestion --- acid leaching --- water leaching --- coal utilization byproducts --- pregnant leach solution --- underclay --- organic acid --- rare earths --- distribution factor --- selective precipitation --- oxalates --- organic complexes