The anaerobic ammonium oxidation (anammox) process, transforming ammonia into
nitrogen gas in oxygen-free environments using nitrite as an electron acceptor, is …

Anaerobic ammonium oxidation (anammox) represents an energy-efficient process for
biological nitrogen removal from ammonium-rich wastewater. However, there are …

Large amounts of sulfonamide antibiotics (SAs) are easily accumulated in the environment
due to their difficult degradation, high doses of usage and not easily metabolized by the …

The speciation of iron in sediments and sedimentary rocks is a widely used proxy for the
chemistry and oxidation state of ancient water bodies. Specifically, the fraction of reactive …

Predicting the redox behavior of magnetite in reducing soils and sediments is challenging
because there is neither agreement among measured potentials nor consensus on which Fe …

In this study, effects of three iron (oxyhydr) oxides on the biogas residue composting, ie,
composting with goethite (CFe1), hematite (CFe2) or magnetite (CFe3), were investigated …

Bioreduction rates of iron (Fe) oxides are a key variable for predicting the fate and transport
of Fe and contaminants in subsurface environments. Such rates, however, vary significantly …

Peat particulate organic matter (POM) in the anoxic subsurface of peatlands is increasingly
recognized as an important terminal electron acceptor (TEA) in anaerobic respiration. While …

Magnetite (Mt) has long been regarded as a stable phase with a low reactivity toward
dissolved sulfide, but natural Mt with varying stoichiometries (the structural Fe (II)/Fe (III) …

Structural Fe in clay minerals is an important, potentially renewable source of electron
equivalents for contaminant reduction, yet our knowledge of how clay mineral Fe reduction …