Conference proceedings

Displaying 1 - 3 of 3 in Advanced oxidation processes (remove filter), dyes (remove filter)

CEST Proceedings are published under the ISSN 2944-9820.

UV/H2O2 coupled with adsorption in the decolorization and phytotoxicity effects of dye mixtures

Ortega Tapia A., Alvarez Marroquin C., Cardona Rendón L., Arroyave Quiceno C., (Corresponding) Aristizábal Castrillón A.
Topic: 
Advanced oxidation processes
UV/H2O2 is an effective process for the decolorization of dyes in water; However, after treatment if complete mineralization is not achieved the toxicity of the wastewater usually increases due to the generation of intermediated more toxic than the dye. Thus, a subsequent process to reduce toxicity...Read more
Keywords: 
phytotoxicity, dyes mixtures, decolorization, mineralization, bioassays
Conference: 
CEST2019
Paper ID: 
cest2019_00227

Wastewater treatment processes utilizing hydrodynamic cavitation

(Corresponding) Innocenzi V., Prisciandaro M., Vegliò F.
Topic: 
Advanced oxidation processes
In the present work, the potentiality of the hydrodynamic cavitation (HC) for the degradation of organic pollutants from industrial effluents has been studied. Cavitation is a phenomenon of formation, growth, collapse of microbubbles or cavities, in a few milli- to microseconds and releases large...Read more
Keywords: 
Hydrodynamic cavitation; Wastewater treatment; Advanced oxidation processes Dyes; Venturi tube
Conference: 
CEST2019
Paper ID: 
cest2019_00335

Degradation of textile dyes in water by gas-liquid NSP-DBD plasma

MEROPOULIS S., (Corresponding) AGGELOPOULOS C.
Topic: 
Advanced oxidation processes
Textile dyes represent some of the most complicated environmental pollutants due to their variety and complex structure. Cold atmospheric plasma (CAP) is regarded as a highly competitive advanced oxidation process towards the removal of organic pollutants from wastewater. In this study, a gas-...Read more
Keywords: 
Nanosecond pulsed dielectric barrier discharge; Cold atmospheric plasma; Wastewater treatment; Organic dyes; Reactive nitrogen and oxygen species; Degradation mechanisms.
Conference: 
CEST2021
Paper ID: 
cest2021_00132