This study investigates the impact of bio-carriers' surface area and shape, wastewater
chemistry and operating temperature on ammonia removal from real wastewater effluents …

A mathematical model for the ammonia electrooxidation kinetics, over polycrystalline Pt in
alkaline media, was developed through the micro kinetics approach. Two different …

The kinetics for the electro-oxidation of ammonia in alkaline media was revisited by utilizing
a rotating disk electrode (RDE) system. A well-characterized electrocatalyst for the oxidation …

The ammonia electrolysis process, which presents as only products nitrogen and hydrogen
fuel, was evaluated for the deammonification of wastewater. The effects of cell voltage, pH …

Metallic and bimetallic electrocatalysts of the type Pt x M 1-x (where M= Ru, Rh, Ir, Ni)
electrodeposited on carbon fiber paper were evaluated as electrocatalysts for the hydrogen …

The hydrodynamic analysis and simulation of a non-ideal single pass flow cell alkaline
ammonia electrolyzer was performed after the scale-up of a well-characterized deposited …

The oxidation of urea was studied as a means of remediating urine-rich waste water to
produce hydrogen and simultaneously denitrificating the waste water. The proposed eaction …

Ammonia is an important chemical which is widely available. Besides having high energy
density per dollars as a fuel for fuel cells, production techniques for ammonia are well …

Electrochemical cell devices are increasingly being sought for energy conversion and
storage applications due to their high efficiencies and their potential for operating free of …

Electrochemical nitrogen reduction has been proposed as a potential means of generating
ammonia sustainably in comparison with the current industrial process. The possibility of …