Here, we present a study of the degradation mechanisms of organic compounds in molten hydroxide salts. Molten salt oxidation (MSO) using carbonates, hydroxides and chlorides is known for the …

2026年3月1日 · Finally, this paper demonstrates the success of highly thermally stable catalysts in the catalytic oxidation of VOCs. Moreover, the technical challenges and future prospects in this field are …

In recent years the use of molten salts attracted attention as the promising technology for oxidative destruction of hazardous wastes, such as, e.g. mixed organic radioactive wastes, chemical warfare …

Mn-Zr and Mn-Ti supported oxide catalysts have been prepared by means of reactions in molten Na (K)NO3 fluxes at 500 degrees C. The solids were characterized using X ray diffraction, textural …

This work evaluates the use of perovskite-type catalysts for the oxidation of VOC and the development of a functional catalytic filter prototype. Perovskites were synthesized using the autocombustion …

In order to allow for the oxidation of the organic components of said waste, the method according to the present invention comprises the use of a salt or mixture of salts of which at least one...

2022年11月8日 · To achieve energy saving, carbon reduction, and safe and efficient degradation of VOCs, ambient temperature catalytic oxidation has become a hot topic for researchers. Firstly, this …

Literature review was performed for the molten salt oxidation technology in order to collect all available scientific and engineering information for further use of this technology in nuclear applications.

This report evaluates the potential application of electrochemical methods for monitoring the reduction-oxidation (RedOx) potential of molten salts in molten salt reactors.

Previous studies have confirmed that catalytic oxidation is a promising and effective technology for treating volatile organic compounds (VOCs). Manganese-based catalysts are characterized by high …