Microwave (MW) technology has gained increasing interest in wastewater treatment due to
its unique properties, such as fast and uniform heating, hot spots effect, and non-thermal …

Microwave (MW) chemistry has been studied widely in the field of organic wastewater
treatment due to its rapid heating at the molecular level and its “hot spots” effect on the …

Microwave-induced oxidation and UV/TiO2 photocatalytic technologies are widely used for
organic wastewater treatment. Furthermore, the combination of these technologies …

The elucidation of photocatalysis and adsorption mechanisms in the pollutant removal, as
well as the efficiency for each process, provide key information for polluted water …

The rate of solid waste generation has been increased several folds due to rapid
urbanization, earning potential, increase in the living standards of people and population …

A photochemical reactor composed of an Hg-MDEL was applied in photodegradation
studies of fluoxetine (Prozac®). The reactor exhibited to be an efficient hydroxyl radical …

Photolytic degradation of fluoxetine (FLX), a medicine commonly known as Prozac®, was
evaluated by using different photochemical processes. The ultraviolet/microwave (UV/MW) …

In this study, an integrated photocatalytic system consisting of a microwave discharge
electrodeless lamp (MDEL) and TiO 2/HZSM-5 was established to investigate the intensified …

In this research, microwave discharge electrodeless lamp (MDEL) was applied to treat
methyl mercaptan (MM). The influence factors of microwave-induced photoreaction on the …

Atrazine is an herbicide widely used in crops and has drawn attention due to potential
pollution present in soil, sediment, water, and food. Since conventional methods are not …