A “pseudo photocatalysis” process, being initiated between plasma and N-type
semiconductors in the absence of light, was investigated for NO removal for the first time via …

In order to improve dielectric barrier discharge reactor structure, an experimental study was
carried out into its effect on nitric oxide (NO) removal. Different structures were distinguished …

Oxidation of NO by ozone in the presence of TiO 2 catalyst was studied at varying NO inlet
concentrations, gas flow rates and reactor temperatures. Ozone produced by a coaxial DBD …

This study investigated the reactive dissolution of nitric oxide (NO) and nitrogen dioxide
(NO2) mixtures in deionized water. The dissolution study was carried out in a flat surface …

Efficient exhaust gas cleaning from NO x (NO and NO 2) by absorption and adsorption
based methods requires the oxidation of NO. The application of non-thermal plasma is …

Manganese-copper catalysts are well-known catalysts for selective catalytic reduction (SCR)
of NO x. To evaluate the NO x removal in the combination system of catalysts and plasma, a …

Present study was devoted on the investigation of the NO removal by dielectric barrier
discharge (DBD) in dry O 2: N 2 mixtures with a wide range of inlet NO concentrations and O …

Reaction pathways and specific mechanism of NO removal by non-thermal plasma (NTP)
were for the first time investigated via FT-IR measurements. It was found that NO removal …

Direct and indirect plasma oxidation of NO x was tested in a medium-scale test-bench at gas
flows of 50 slm (3 m 3/h). For direct plasma oxidation the synthetic flue gas was directed …

The study investigated the reactive dissolution of gas phase nitrogen-oxides and ozone in
water. Mixtures with variable composition of nitrogen oxides were produced by mixing nitric …