Development of an ASM2d-N2O model to describe nitrous oxide emissions in municipal WWTPs under dynamic conditions

Article ID	Journal	Published Year	Pages	File Type
6580811	Chemical Engineering Journal	2018	50 Pages	PDF

Keywords

EBPR International Water Association Polyhydroxyalkanoates A2/O NOB BNR IWA SBR ASM TKN PAO AOR AOB PHA HRT TSS GHG WWTP GWP dissolved oxygen Ammonia oxidizing bacteria Nitrite oxidizing bacteria Sensitivity analysis Wastewater treatment plant chemical oxygen demand Enhanced biological phosphorus removal Biological nutrient removal Sequencing batch reactor hydraulic retention time Emission factor Phosphorus phosphorus accumulating organisms total suspended solids Activated sludge models Modeling Nitrogen global warming potential Polyphosphates Cod Carbon total Kjeldahl nitrogen Greenhouse gas

Related Topics

Physical Sciences and Engineering Chemical Engineering Chemical Engineering (General)

Development of an ASM2d-N2O model to describe nitrous oxide emissions in municipal WWTPs under dynamic conditions

Authors

Theoni Maria Massara, Borja SolÃs, Albert Guisasola, Evina Katsou, Juan Antonio Baeza,