## Abstract The removal of ammonia from wastewaters after secondary biological treatment can successfully be achieved by ion exchange. However, the presence of residual organic compounds can impart significant influence on the uptake and their presence may need to be considered during the design of
The Effect of Other Cations in Wastewaters on the Ion-Exchange Removal of Ammonium Ion
โ Scribed by McVeigh, R. J.; Weatherley, L. R.
- Publisher
- Curtin University of Technology
- Year
- 2008
- Tongue
- English
- Weight
- 749 KB
- Volume
- 7
- Category
- Article
- ISSN
- 0969-1855
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## Short Communications strongly dependent on the iodide concentration, up to 2000/0 variation, bromideis less dependent, up to 30 per centvariation, and chloride shows no concentration dependence with a sodium bicarbonate/sodium carbonate mobile phase [ l l ]
FT-IR. Two types of quaternary ammonium bromides (i.e., [4r4r4r4] and ooctanoic acid; ion-pair association; phase separation pheno-[1r1r1r13]) were used as received from Tokyo Kasei Company and Wako menon. Pure Chemical Company, respectively. Quaternary ammonium bromide aqueous solution 1 mol dm 03