Improving of the Functional Parameters from Water Stations

Author:

Alexandrescu Aurora1,Miron Simona Adina2

Affiliation:

1. Technical University “Gheorghe Asachi”

2. Techical University Gheorghe Asachi

Abstract

The evaluation of connections between the functional parameters of hydraulic systems and the quality indicators of water, depending on time is obtained with the help of an original automatic calculation program, elaborated by authors. The original automatic calculation program defines the exploitations regimes for the overall outputs installation to be maximum, the total typical energy consumed to be minimum on the work cycle ensemble and the water quality to be according to international settlements. Follow the variation in hydraulic slope water transport channel, the variation between the weir and hydraulic ram level variation. The water depth studies the variation in drainage canal in biological stage.

Publisher

Trans Tech Publications, Ltd.

Subject

General Engineering

Reference9 articles.

1. Edzwald, J. K., Coagulation in drinking water treatment: Particles organics and coagulants, Water Science Technology. 27(11), 1993, pp.21-35.

2. Kolarik, L. O., CSIRO Molecular Science; Priestley. A. J., CSIRO PUBLISHING, Hardback, (1996).

3. http: /www. ecosmagazine. com, Grey water gets standard treatment, ECOS 5, 147/Feb-Mar/(2009).

4. Gleick, H. P.; Cooley, H. & Cohen, M., The World's Water 2008-2009, The Biennial Report on Freshwater Resources, Pb. Island Press, SUA, (2009).

5. http: /www. ecosmagazine. com, Our options for global CO2 drawdown, ECOS 17, 147/Feb-Mar/(2009).

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