One of the most useful techniques to obtain valuable information on catalyzed
heterogeneous reactions at, or near to, molecular level is the Steady-State Isotopic Transient …

An integrated process synergistically combining the advantages of catalysis and ion-
exchange is demonstrated for the selective and complete degradation of NO 3− from …

Nitrate contamination of surface and ground water is a significant global challenge. Most
current treatment technologies separate nitrate from water, resulting in concentrated …

The release of different organic and inorganic water contaminants like halogenated
organics, oxyanions, and nitrosamines in the form of solvents, pesticides and even metals …

The principles and practical use of steady-state isotopic transient kinetic analysis (SSITKA)
for studying heterogeneous catalytic reactions are presented. SSITKA combines the …

To find a method for efficient removal and conversion of inorganic nitrogen compounds in
three reduction systems, which are the sponge iron (s-Fe 0), the sponge iron+ biochar (s-Fe …

Although silver nanoparticles (AgNPs) appear to be promising for certain medical/
pharmaceutical applications, they present significant disadvantages when it comes to …

The reduction of nitrate using internal circulation micro-electrolysis technology (ICE) was
investigated. The effect of the reaction time, initial pH, Fe/C ratio, and aeration rate on the …

Ship ballast water (SBW) antimicrobial treatment is considered as a priority issue for the
shipping industry. The present work investigates the possibility of utilizing antimicrobial …

The present paper introduces the new concept of antimicrobial catalysis towards the
disinfection/treatment of ships ballast water (SBW), which is considered as a priority issue for …