4 research outputs found
Effects of Organic Reducing Agents on the Fenton-like Degradation of Contaminants in Water with a Ferric Sludge Reuse. Orgaaniliste redutseerijate m\uf5ju rauasette taaskasutamisega Fenton-t\ufc\ufcpi protsessile reovees sisalduvate saasteainete lagundamisel
No full textOrgaaniliste redutseerijate m\uf5ju rauasette taaskasutamisega Fenton-t\ufc\ufcpi protsessile reovees sisalduvate saasteainete lagundamisel. Effects of Organic Reducing Agents on the Fenton-like Degradation of Contaminants in Water with a Ferric Sludge Reuse
No full textOxidation of Aqueous Toluene by Gas-Phase Pulsed Corona Discharge in Air-Water Mixtures Followed by Photocatalytic Exhaust Air Cleaning
No full textThe treatment of wastewaters containing hazardous volatile organic compounds (VOCs) requires the simultaneous treatment of both water and air. Refractory toluene, extensively studied for its removal, provides a basis for the comparison of its abatement methods. The oxidation of aqueous toluene by gas-phase pulsed corona discharge (PCD) in combination with the subsequent photocatalytic treatment of exhaust air was studied. The PCD treatment showed unequalled energy efficiencies in aqueous and gaseous toluene oxidation, reaching, respectively, up to 10.5 and 29.6 g·kW−1·h−1. The PCD exhaust air contained toluene residues and ozone in concentrations not exceeding 0.1 and 0.6 mg·L−1, respectively. As a result of the subsequent photocatalytic treatment, both airborne residues were eliminated within a contact time with TiO2 as short as 12 s. The results contribute to the possible application of the studied approach in closed-loop energy-saving ventilation systems
