… anaerobic microbial dissolution of heavy metal oxides, particularly those present in the
residues from the generation of energy. An increase in anaerobic … the dissolution of toxic metals …

… Iron oxides scavenge transition and heavy metals in … the dissolution of metals from coal
wastes under anaerobic conditions was due to bacterial reduction of iron and manganese oxides …

… microbial growth inhibition by nanoparticles are proposed, with an emphasis on the release
of heavy metal … suggest that dissolved oxygen is essential to oxidative dissolution of AgNPs. …

… By reductive dissolution of iron oxides, bacteria also released their associated toxic
elements into the liquid phase. While organic analysis showed acetate and butyrate production …

… cations (heavy metals) associated … dissolution mechanisms associated with microbial
activity are not well understood. Under anaerobic conditions, dissimilatory iron reducing bacteria …

… oxide (PbO) and to a lesser extent PbSO 4 , but not Pb‡, PbS, and galena. The rate of Pb
dissolution during logarithmic growth of the bacteria in … conditions microbial dissolution of PbO …

… the reduced forms of iron and manganese to metal oxides*. … the anaerobic conditions that
permit microbial selenate reduction resulted in the immobilization of 66-100% of the dissolved …

… anaerobically stabilised waste, reactive secondary solid phases can be expected to degrade
or dissolve while heavy metals … experiments, due to the carbon oxide free air stream, will …

… metals in the process of reducing iron oxides, which significantly affect the bioavailability of
… VI) reduction in the anaerobic system of quinone-reducing bacteria/dissolved organic matter (…

… what factors influence metal sulfide dissolution; investigate … There were great correlation
between heavy metal speciation … in metal speciation and the dominance of Fe–Mn oxide. …