Numerical Model of Water Temperature in a Retention Pond and Impact of Discharged Water from the Retention Pond on an adjacent Stream
Student thesis: Master Thesis and HD Thesis
- Klara Kacetlová
4. term, Water and Environmental Engineering , Master (Master Programme)
This project focuses on a numerical model of water temperature in a water
retention pond and on impact of discharged water on an adjacent stream.
Numerical model of water retention pond is based on energy balance of thermal
fluxes which affect water temperature in the pond. The developed model
has been used to investigate pond dimensions, especially water surface area.
Furthermore, an effect of a runoff water has been modelled. To investigate
how organisms live in the stream are affected by discharged water from the
pond, the model of the stream water temperature in the discharge point has
been developed. Trout population has been chosen to represent a sensitive
specious. This model of the stream is based on modelled water temperature
in the pond, the volume of the discharge of the pond, a measured water
temperature upstream and a flow in the stream before discharge point.
retention pond and on impact of discharged water on an adjacent stream.
Numerical model of water retention pond is based on energy balance of thermal
fluxes which affect water temperature in the pond. The developed model
has been used to investigate pond dimensions, especially water surface area.
Furthermore, an effect of a runoff water has been modelled. To investigate
how organisms live in the stream are affected by discharged water from the
pond, the model of the stream water temperature in the discharge point has
been developed. Trout population has been chosen to represent a sensitive
specious. This model of the stream is based on modelled water temperature
in the pond, the volume of the discharge of the pond, a measured water
temperature upstream and a flow in the stream before discharge point.
Language | English |
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Publication date | 8 Jun 2020 |
Number of pages | 72 |
External collaborator | Orbicon PhD Anja Thomsen ANJA@orbicon.dk Other |
Keywords | Thermal pollution, Water temperature, Water retention pond, Numerical model, Stream temperature, Sensitive species, Heat flux |
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