Chemistry of uranium extraction - studies on the dissolution of uranium ores in a complex solution matrix. Olympic Dam is the world's largest uranium deposit. With a planned massive expansion of the mine's operations, it could generate more than $10b per year. The mineral ores found there, however, are highly complex and poorly understood. This project will investigate and determine the detailed characteristics and chemistry of the mineral ore and offer process improvements that will increase th ....Chemistry of uranium extraction - studies on the dissolution of uranium ores in a complex solution matrix. Olympic Dam is the world's largest uranium deposit. With a planned massive expansion of the mine's operations, it could generate more than $10b per year. The mineral ores found there, however, are highly complex and poorly understood. This project will investigate and determine the detailed characteristics and chemistry of the mineral ore and offer process improvements that will increase the productivity and improve the economics of extraction of the ore. This project will also address the serious deficiency of researchers in this field by creating a sustainable skills development program in mineral extraction and separation technology.Read moreRead less
New Look N-Heterocyclic Metallocenes of the Lanthanides Based on 4-Azapentalenyl Anions. Since there are abundant, but under utilised, reserves of lanthanide minerals in Australia, it is in Australia's best interest that their chemistry is developed into commercial applications in industrial catalysis. This project addresses this situation through the detailed study of carefully chosen organolanthanide compounds (specifically, comprising hetero-substituted metallocenes). The research strategy ....New Look N-Heterocyclic Metallocenes of the Lanthanides Based on 4-Azapentalenyl Anions. Since there are abundant, but under utilised, reserves of lanthanide minerals in Australia, it is in Australia's best interest that their chemistry is developed into commercial applications in industrial catalysis. This project addresses this situation through the detailed study of carefully chosen organolanthanide compounds (specifically, comprising hetero-substituted metallocenes). The research strategy will be directed towards advancing our knowledge in relation to fundamental chemical processes that are directly relevant to the industrial production of important commodity chemicals and polymers from often under utilised petroleum industry waste stocks.Read moreRead less