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DETERMINATION OF OPTIMUM ANGLE OF INCLINATION AND TURBIDITY REMOVAL EFFICIENCY OF MODULE OF CURVED INCLINED PLATES SETTLER | ||
| AL-TAQANI | ||
| Article 1, Volume 18, Issue 2, 2005, Pages 0-0 | ||
| Abstract | ||
| This work explains that when inclined plates have been used in a settling tank, the relationship between the removal efficiencies E% depend mainly on the total added plates area their angle of inclination and the rate of flow i.e. E%=f (Vo,cosӨ). The main objective of the work is to determine mathematically the optimum angle of inclination of the plates settler. Pilot plant model of conventional WTP had been builds, with a capacity of changing the flow rates and the angle of inclination of the plates arrangement (30º-70º). 15 plates of curved shape (half cylinder of 25 cm length *25cm diameter of steel sheets), had been arranged to have different angles of inclination. The Two Stages Least Square Technique (TSLST) was used by taking the general trends of the removal efficiency (E %), and the angle of plates at different flow rate. | ||
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