Continuity based interfacing of models for wastewater systems described by Peterson matrices
Author
Summary, in English
In this paper the Petersen and composition matrices that modellers are now familiar with are used
as a basis to construct interfacing models between subsystems considered in wastewater treatment.
Starting from continuity considerations and a set of transformation reactions between components used in
the two models of the subsystems to be interfaced, a set of linear algebraic equations needs to be solved.
The theoretical development is illustrated using a simplified integrated model of an activated sludge system
coupled to an anaerobic digester. Continuity-guaranteed interfacing of subsystems will facilitate optimization
studies of the within-the-fence process units of a wastewater treatment plant or of the integrated urban
wastewater system.
as a basis to construct interfacing models between subsystems considered in wastewater treatment.
Starting from continuity considerations and a set of transformation reactions between components used in
the two models of the subsystems to be interfaced, a set of linear algebraic equations needs to be solved.
The theoretical development is illustrated using a simplified integrated model of an activated sludge system
coupled to an anaerobic digester. Continuity-guaranteed interfacing of subsystems will facilitate optimization
studies of the within-the-fence process units of a wastewater treatment plant or of the integrated urban
wastewater system.
Department/s
Publishing year
2005
Language
English
Pages
493-500
Publication/Series
Water Science and Technology
Volume
52
Issue
1-2
Links
Document type
Journal article
Publisher
IWA Publishing
Topic
- Other Electrical Engineering, Electronic Engineering, Information Engineering
Keywords
- Elemental balancing
- mathematical modelling
- model interfacing
- plant-wide modelling
- sludge digestion
Status
Published
ISBN/ISSN/Other
- ISSN: 0273-1223