Magnesium is one of the eight most abundant elements on the world and the third most abun- dant in the sea, buc practically only two countries (Russia and China) control the world market for this compound. Product purity, Mg recovery, crystal morphology and granulometric distribution of precipitated particles were examined through careful laboratory analysis and results from different tests were compared, in order to identify the effect of allcaline species’ nature and concentration on precipitation phenomena.

Bevacqua, M.; Brucato, A.; Cerniglia, G.; Cipollina, A.; Gatz, C.; Glade, H.; Micale, G.D.M.; Tamburini, A. (10-14 Maggio 2015).A continuous plug flow reactor for magnesium recovery from concentrated brine.

A continuous plug flow reactor for magnesium recovery from concentrated brine

Bevacqua, Maurizio;BRUCATO, Alberto;CIPOLLINA, Andrea;MICALE, Giorgio Domenico Maria;TAMBURINI, Alessandro

Abstract

Magnesium is one of the eight most abundant elements on the world and the third most abun- dant in the sea, buc practically only two countries (Russia and China) control the world market for this compound. Product purity, Mg recovery, crystal morphology and granulometric distribution of precipitated particles were examined through careful laboratory analysis and results from different tests were compared, in order to identify the effect of allcaline species’ nature and concentration on precipitation phenomena.
Brine disposal, Magnesium, Mineral recovery, Saltworks, Reactive crystallization
Bevacqua, M.; Brucato, A.; Cerniglia, G.; Cipollina, A.; Gatz, C.; Glade, H.; Micale, G.D.M.; Tamburini, A. (10-14 Maggio 2015).A continuous plug flow reactor for magnesium recovery from concentrated brine.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/10447/170898
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