Mineral biotechnological applications, eg, bioleaching and bio-beneficiation, for waste
treatment and resource recovery have invited due attention owing to their economic and eco …

Novel resource recovery technologies are required for metals-bearing hazardous wastes in
order to achieve circular economy outcomes and industrial symbiosis. Iron oxide and co …

Ever since the step-changes in humans' extractive, manufacturing and product consumption
activity initiated by the Industrial Revolution occurred, our linear take–make–use–dispose …

Novel resource recovery technologies are required for metals-bearing hazardous wastes in
order to achieve circular economy outcomes and industrial symbiosis. Iron oxide and co …

Abstract Dissimilatory Iron Reducing Bacteria (DIRB) in specific has found wide range of
application in bio-beneficiation for removal of iron impurities from different ores and in …

This thesis presents an investigation of whether indigenous iron reducing microbial
communities in metalliferous ferric oxide-bearing wastes can be stimulated and exploited for …

Bioreduction of ferric iron-rich wastes is a rapidly emerging technology for the
extraction/recovery of metals from low-grade ores and metallurgical wastes. However …

Johansson et al. 1 define the technosphere as “material stocks established by human
agency, and which originates from technological processes, in contrast to stocks in the …

Resource recycling and eco-sensitive processing are the key to utilization of minerals in the
future. Overburdens and secondaries generated from processing critical minerals, contain …