Study on Spray on Degradation of TNT-RDX Explosives Wastewater by Synergetic Ozonation

Hai Xia Duan

doi:10.4028/www.scientific.net/AMR.726-731.2316

Paper Titles

Study on Adsorption and Remove of Fluorine from Water by Modified Zeolite
p.2295

Study on Demulsification-Fenton to Deal with High Concentrations of Waster Emulsion
p.2300

Study on Disposing Landscape Water with Polyaluminum Ferric Chloride Composite Flocculants
p.2305

Study on Mechanisms of Hydrothermal Dechlorination of Chlorinated Aromatic Hydrocarbons by Quantum Chemical Method
p.2310

Study on Spray on Degradation of TNT-RDX Explosives Wastewater by Synergetic Ozonation
p.2316

Study on the Adsorption Effect of ZnCl₂-Modified Pomelo Peel Powder on Wastewater Containing Pb (II)
p.2320

Study on the Countermeasures of NO_x Emission Reduction in Chengdu Economic Circle
p.2324

Study on the Stability of Potassium Ferrate
p.2333

Synergy Remediation of PBDEs Contaminated Soil by Electric-Magnetic Method
p.2338

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 726-731Study on Spray on Degradation of TNT-RDX...

Study on Spray on Degradation of TNT-RDX Explosives Wastewater by Synergetic Ozonation

Abstract:

TNT-RDX wastewater is hard to biodegrade and highly toxic. The self-made reactor was used to degrade the wastewater, spray and the conditions of droplet diameter, number of nozzle, spray height were clearly observed. The results show that the average COD removal rate of TNT-RDX wastewater was 69.6%.The spray conditions can improve the dispersion of the wastewater and increase the use of the residual ozone in gas phase. Keywords: Spray; TNT-RDX wastewater; ozone; UV; GAC