This review examines the acid and ferric sulfate bioleaching of uranium from low grade ores.
The review traces back the progression of the technology from the time the role of …

Numerous strategies have been devised to effectively extract uranium (U [VI] or 238 U) from
raw materials because it is a significant energy source. This study focused on the highly …

The present study elaborates uranium sequestration by bacteria from alkaline wastewaters.
In the investigation, a few bacterial strains were isolated from alkaline uranium mine water …

Raw and organically modified diatomaceous earth were used to remove U (VI) and Th (IV)
ions from aqueous solution using the batch method. Effects of contact times, dosage of …

The microbial-assisted dissolution of minerals from low-grade ore resources has been
recently developed into interesting processes to recover valuable metals, because of …

Challenges in the course of sustainable development, predominantly dearth of natural
resources and waste management have suggested scientific community across the globe to …

The performance of a magnetic chitosan/graphene oxide composites (MCGO) have been
investigated for the adsorption processes of U (VI) ions from aqueous solution. The …

The amidoxime-functionalized biopolymer/graphene oxide gels were prepared and their
performance in the application of the adsorption separation of uranium (VI) in aqueous …

In order to assess the feasibility of uranium removal technology from radioactive
contaminated soil by combined bioleaching bacterial consortia, mixed bacterial culture and …

In the one-step bioleaching process of uranium by Aspergillus niger, the formation
mechanism and uranium bioleaching model of bio-ore pellets were explored and proposed …