Authors
Stijn WH Van Hulle, Eveline IP Volcke, Josefa Lopez Teruel, Brecht Donckels, Mark CM van Loosdrecht, Peter A Vanrolleghem
Publication date
2007/5
Journal
Journal of Chemical Technology & Biotechnology: International Research in Process, Environmental & Clean Technology
Volume
82
Issue
5
Pages
471-480
Publisher
John Wiley & Sons, Ltd.
Description
The SHARON (Single reactor High activity Ammonia Removal Over Nitrite) process is an innovative process that improves the sustainability of wastewater treatment, especially when combined with an Anammox process. It aims at ammonium oxidation to nitrite only, while preventing further nitrate formation. In order to optimize this process by means of modelling and simulation, parameters of the biological processes have to be assessed. Batch tests with SHARON sludge clearly showed that ammonia rather than ammonium is the actual substrate and nitrous acid rather than nitrite is the actual inhibitor of the ammonium oxidation in the SHARON process. From these batch tests the ammonia affinity constant, the nitrous acid inhibition constant and the oxygen affinity constant were determined to be 0.75 mgNH3‐N L−1, 2.04 mgHNO2‐N L−1 and 0.94 mgO2 L−1. The influence of pH and temperature on the oxygen …
Total citations
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Scholar articles
SWH Van Hulle, EIP Volcke, JL Teruel, B Donckels… - Journal of Chemical Technology & Biotechnology …, 2007