The present study compares two experimental methods to evaluate Anammox activity based on the assessment of (1) the N2 production rate by a manometric device, as previously proposed, and (2) the heat production rate by a microcalorimeter. Two samples of Anammox suspended biomass were taken from a pilot-plant, and their specific Anammox activity measured by both techniques. Both methods were successfully applied. As for calorimetric tests, they were performed for the first time on Anammox enriched sludge samples. Comparisons between the specific Anammox activities estimated by manometry and calorimetry and between expected (from the reaction enthalpy) and measured heat productions were performed. Promising results were obtained

Microcalorimetric and manometric tests to assess anammox activity / Scaglione D.; Buttiglieri G.; Ficara E.; Caffaz S.; Lubello C.. - In: WATER SCIENCE AND TECHNOLOGY. - ISSN 0273-1223. - STAMPA. - 60:(2009), pp. 2705-2711. [10.2166/wst.2009.615]

Microcalorimetric and manometric tests to assess anammox activity

Scaglione D.;Lubello C.
2009

Abstract

The present study compares two experimental methods to evaluate Anammox activity based on the assessment of (1) the N2 production rate by a manometric device, as previously proposed, and (2) the heat production rate by a microcalorimeter. Two samples of Anammox suspended biomass were taken from a pilot-plant, and their specific Anammox activity measured by both techniques. Both methods were successfully applied. As for calorimetric tests, they were performed for the first time on Anammox enriched sludge samples. Comparisons between the specific Anammox activities estimated by manometry and calorimetry and between expected (from the reaction enthalpy) and measured heat productions were performed. Promising results were obtained
2009
60
2705
2711
Scaglione D.; Buttiglieri G.; Ficara E.; Caffaz S.; Lubello C.
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/1161510
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