Water Resources Engineering - Homepage Usask
Water Resources Engineering - Homepage Usask
Water Resources Engineering - Homepage Usask
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B) <strong>Water</strong> suitability<br />
- water quality (origin dependence, man’s interference);<br />
- quality parameters relevant to human consumption, industrial activities and agriculture; and<br />
- water quality and the impact on the environment.<br />
C) <strong>Water</strong> conservation and technology<br />
- methods and techniques of water reduction in human consumption, industry and agriculture (e.g.,<br />
runoff irrigation, deficit irrigation, etc.);<br />
- collection and storage of runoff water;<br />
- collection and storage of drainage and subsurface waters; and<br />
- collection and storage of municipal waste-water and sewage effluents.<br />
D) Re-use of treated waters<br />
- re-use of treated water for human consumption, industry and agriculture (water quality guidelines,<br />
health and safety aspects of using reclaimed waste-water; disposal of residual effluent waters); and<br />
- policy, institutional and management aspects related to the re-use of treated waters.<br />
The practical work consists in estimating the impact on the quantity and quality of the water resources systems<br />
and the environment using water conservation techniques and re-using treated effluent waters. Throughout the<br />
course and the exercises students will be familiarised with a large variety of simulation tools for the assessment<br />
of the ‘impact-effect’ relation.<br />
32 / Course syllabi