811358 Planning and design in water supply and wastewater treatment
This page is available under these URLs:
- Exercise course
- Semester hours
- Lecturer (assistant)
- Fränkel, Julian , Neunteufel, Roman , Ertl, Thomas
- Offered in
- Sommersemester 2023
- Languages of instruction
Planning and design of a water supply system, a wastewater discharge system and a wastewater treatment plant for a freely selected small real village.
The following topics will be worked out on the basis of practical examples:
1) Fundamentals on design, dimensioning and construction of water supply and waste water systems
2) Drawing up of general projects for water supply and waste water systems
3) Discussion of selected system components in detail (i.e. well construction, water treatment)
4) Discussion of operation and maintenance needs
Demonstration of relevant software for the dimensioning of system components (i.e. pipe networks, water treatment)
- Previous knowledge expected
Basic knowledge on water supply, drinking water treatment, urban drainage systems and waste water treatment (e.g. lecture 811.002 Water Supply and Wastewater Treatment resp. 811108) as well as hydraulic calculation methods (e.g. head losses in piped water systems) will be required.
CAD and GIS skills (not mandatory but advantageous)
Please checkout the Self Test in bokulearn for self evaluation before the course starts!
- Objective (expected results of study and acquired competences)
The students are able to plan and design an appropriate water supply and wastewater system for any village around the world and deliver a complete documentation and defend the project.
The students identify which data they need for the general task
The students are able to do a basic research for the data needed by choosing a software tool and building a database.
assess the demand of supply area;
calculate the required volume of a reservoir;
draft a lay-out incl. dimensions of a pipe network;
draft a model of the distribution network (simplified mathematical modelling of flow directions, quantity and pressure head);
draw a longitudinal section with pressure head of the network;
select an appropriate elevation of tank or selection of pump(s),
present the results to the other teams + teacher
The students are able to generate an appropriate sewer system for the village by drafting a layout and calculating the hydraulics.
The students are able to choose an appropriate technology for the treatment plant, by deciding the location and treatment concept, calculating and drawing the plant.
The students are able to design plans and write a technical report for submission to a "virtual water authority".
You can find more details like the schedule or information about exams on the course-page in BOKUonline.