The Study of Ammonia-Nitrogen and COD Removing Performance of Ferrate (VI)

Dang Sheng Li; Xi Liang Chen

doi:10.4028/www.scientific.net/AMR.781-784.2349

Paper Titles

Analysis of PFCs in Soil at Trace Levels Using UPLC/MS/MS
p.2332

Determination of Cobalt in Fertilizer by Wavelength Dispersive X-Ray Fluorescence Spectrometry
p.2336

Residue Determination of Prometryne and Acetochlor in Soil and Water by High Performance Liquid Chromatography
p.2340

Effect of Clay Minerals and HA on Sorption of Fluoranthene to Surface Sediments
p.2344

The Study of Ammonia-Nitrogen and COD Removing Performance of Ferrate (VI)
p.2349

Research on the Variation in Soil Moisture in Arid Regions in Northern China Based on AMSR-E
p.2353

Treatment of Wastewater by Coagulation Using Phytochemical
p.2357

Purification of Polyether Polyols with Low Unsaturation
p.2361

Taguchi Method in the Evaluation of Vacuum Membrane Distillation in Water Desalination
p.2366

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The Study of Ammonia-Nitrogen and COD Removing Performance of Ferrate (VI)

Abstract:

This paper presents a comparative study of the performance of ferrate (VI) towards wastewater treatment. The ferrate was produced by microwave irradiation-assisted hypochlorite-oxidation method. And the concentration of the prepared ferrate was determined by UV-Vis spectrum. Domestic wastewater collected from Longting lake of Kaifeng city was treated with ferrate (VI). Samples were analyzed for COD and ammonia-nitrogen removal. Results demonstrated that low addition of ferrate (VI) leads to good removal of COD and ammonia nitrogen. So ferrate (VI) is an effective reagent for wastewater treatment.