PEC12-25 CAPEC-PROCESS Industrial Consortium ... - DTU Orbit

CAPEC-PROCESS
Anna Katrine Vangsgaard Validation of structured model for autotrophic nitrogen
(AKV)
removal in high strength wastewater
CAPEC-PROCESS
to be designed as well. Therefore the use of the generic model is
illustrated through the ICAS-PAT PAT software for design of process
monitoring and control systems. ICAS-PAT PAT consists of a model
library and a knowledge base that allows the user to
design/validate n/validate PAT systems through a systematic computeraided
framework. The generic crystallizer model has been
implemented in the ICAS-PAT PAT model library. The application
of the model-based based framework has been tested through a batch
cooling crystallization process ocess case studies (potassium
dichromate, paracetamol, sucrose etc.) where the objective is to
obtain a desired CSD.
Supervisors: RaG, KVG, GSI
Start: 15-01-2009; End: 31-12-2011
Research area: B, C, D
Autotrophic nitrogen removal is a relatively new and emerging
technology for treatment of sidestream wastewaters with high
nitrogen concentrations, such as sludge digestion liquor or
landfill leachate. It is therefore of great importance that a better
understanding of the process dynamics is established. In this
project, a model to be used for design of experiments will be
developed according to a structured modelin modeling framework. The
aim of this project is to develop a detailed metabolic model for
the selected bacterial groups, performing autotrophic nitrogen
conversion, and integrate that into complete ecosystems models,
which describe how the major microbial groups iinteract.
This
insight will be used to design experiments in which relevant
operational conditions will be identified and tested. The relevant
conditions are under which the nitrogen removal process is
optimized through the development of selection principl principles, for a
targeted removal or enhancement of specific microbial groups.
The final objective is to obtain a validated model which can be
used for process prediction and thus determination of optimal
operational conditions.
Supervisors: GSI, KVG, Barth F. Smets
Started: 01-09-2010; Finish: 31-08-2013
Research area: B, E
Nor Alafiza Yunus (NO (NOY) Tailor-made made design of chemical products: Bio Bio-fuel and other
blended products
This study proposes a methodology for tailor tailor-made design of
chemical products more specifically bio-fuels fuels and other blended
products. This project emphasize on product blends because
most of the chemical based products are mixed of several
chemicals. A single gle chemical is not always able to meet all the
product specifications. Therefore, a mixture/blend of chemicals
is likely to improve and enhance the product qualities.
Identifying mixture of appropriately identified compounds that
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