Modellierung und Implementierung von Regelungen einer Umkehrosmosanlage
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Diplomarbeit aus dem Jahr 2006 im Fachbereich Informatik - Technische Informatik, Note: 1,3, Universität Mannheim, 30 Quellen im Literaturverzeichnis, Sprache: Deutsch, Abstract: In the context of this diploma thesis the following tasks should be solved:- to develop a mathematical model of a continuously working OSMO ECO reverseosmosis plant of the company OSMO SISTEMI (Italy);- to implement this mathematical model as an input/output system with assistance ofMatlab/Simulink/Stateflow;- to validate the Matlab/Simulink/Stateflow model with the OSMO ECO reverseosmosis plant;- to test different c...
Diplomarbeit aus dem Jahr 2006 im Fachbereich Informatik - Technische Informatik, Note: 1,3, Universität Mannheim, 30 Quellen im Literaturverzeichnis, Sprache: Deutsch, Abstract: In the context of this diploma thesis the following tasks should be solved:
- to develop a mathematical model of a continuously working OSMO ECO reverse
osmosis plant of the company OSMO SISTEMI (Italy);
- to implement this mathematical model as an input/output system with assistance of
Matlab/Simulink/Stateflow;
- to validate the Matlab/Simulink/Stateflow model with the OSMO ECO reverse
osmosis plant;
- to test different controls at the model and discuss results.
Because of the influence of unforeseeable events these tasks were changed. It does
not become the OSMO ECO reverse osmosis plant specified above, but on the basis
fixed characteristics a new system was theoretically designed. The following must be
considered thereby: According to the possibility with only one reverse osmosis unit
from the dirtywater (max. 10000 ppm TDS) get as much as possible pure water (TDS
150 ppm).
There are different kinds of RO units. Here, only two usually common types of RO
modules are considered: the hollow fiber module as well as the spiral wounded
module. The obtained simulation results as well as the model based controller design
carried out by using the model, which was developed in this work, are satisfactory
and open several perspectives for the future work. Because the plant was not
available during the development of this work, it was not possible to compare the
results of the simulation with the data from the real plant.
- to develop a mathematical model of a continuously working OSMO ECO reverse
osmosis plant of the company OSMO SISTEMI (Italy);
- to implement this mathematical model as an input/output system with assistance of
Matlab/Simulink/Stateflow;
- to validate the Matlab/Simulink/Stateflow model with the OSMO ECO reverse
osmosis plant;
- to test different controls at the model and discuss results.
Because of the influence of unforeseeable events these tasks were changed. It does
not become the OSMO ECO reverse osmosis plant specified above, but on the basis
fixed characteristics a new system was theoretically designed. The following must be
considered thereby: According to the possibility with only one reverse osmosis unit
from the dirtywater (max. 10000 ppm TDS) get as much as possible pure water (TDS
150 ppm).
There are different kinds of RO units. Here, only two usually common types of RO
modules are considered: the hollow fiber module as well as the spiral wounded
module. The obtained simulation results as well as the model based controller design
carried out by using the model, which was developed in this work, are satisfactory
and open several perspectives for the future work. Because the plant was not
available during the development of this work, it was not possible to compare the
results of the simulation with the data from the real plant.
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