Valorization of earth resource materials such as Bauxite ore, rare earth transition metals , and transition metal oxides must be accelerated for sustainable technological development as they possess a wide range of properties, and could be largely disposable under the earth, and as well as might be cost-effective as compared to the noble metals and as well as some xd transition metals. So, among these chemicals, aluminum oxides (Al2O3) is valuable industrial material with many technological utilizations, its large uses are for the generation of aluminum metal (Al). It is noted from that the generation of Al and Al2O3 has been almost continuously growing in the past few decades. In 2015, higher than 57 million tons essential Al was produced, whereas the global Al2O3 production was larger than 115 million tons. Indeed, the principal raw material sources for alumina generation are bauxite and nepheline ores. Other sources such Al2O3 extraction from Kaolin and high Al2O3 containing clays have been featured. So, for that, according to the Jesef Bayer process, Alumina is generated via Bauxite Ore processing, where bauxite ore is digested with lime addition by sodium hydroxide solution (NaOH). The following fig. , gives a brief description of this natural resource processing to yield the well-known material (Al2O3) which can subsequently might be considered for a wide range of applications, including catalysis, medical technologies, environment uses, and Aluminum (Al) and its alloys engineering.