Title of article
ACTIVATED SLUDGE MODEL N0.2D, ASM2D
Author/Authors
Gujer، Willi نويسنده , , Matsuo، Tomonori نويسنده , , Loosdrecht، Mark C. M. Van نويسنده , , Henze، Mogens نويسنده , , Mino، Takahashi نويسنده , , Wentzelf، Mark C. نويسنده , , Maraist، Gerrit v. R. نويسنده ,
Issue Information
ماهنامه با شماره پیاپی سال 1999
Pages
-164
From page
165
To page
0
Abstract
From the results of investigations at full-scale and pilot plants, it has been found that with ʹusualʹ parameters theASMI is only valid for a small range of SRT as well as ofoxic reactor section (V(OX)N). To make ASM1 applicable lo a wider range of SRT the very slowly biodegradable particulate organic matter has to be taken into consideration. This fraction can be interpreted as part of the ʹheterotrophic biomassʹ X(B,H) which requires modification of the values for the ʹheterotrophic decay rateʹ b(H) and for the fraction of X(l) in the influent. In order to distinguish between ʹactive heterotrophic biomassʹ (X(B,H) and the very slowly biodegradable substrate it seems to be useful to inkoduce the latter mass fraction as a new model component (X(V)) into the ASMI. This extended simulation model has given reasonable results for different activated sludge systems.
Keywords
ASM2 , nitrification , ASM2d , denitrification , PAOs , activated Sludge. , biological phosphorus removal , mathematical modeling
Journal title
Water Science and Technology
Serial Year
1999
Journal title
Water Science and Technology
Record number
17732
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