Bibliographic citations
Mariños, M., Rodriguez, F. (2019). Diseño hidráulico de una captación, línea de conducción y planta de tratamiento de agua potable en la ciudad de Otuzco - la libertad, 2018 [Tesis, Universidad Privada Antenor Orrego - UPAO]. https://hdl.handle.net/20.500.12759/4990
Mariños, M., Rodriguez, F. Diseño hidráulico de una captación, línea de conducción y planta de tratamiento de agua potable en la ciudad de Otuzco - la libertad, 2018 [Tesis]. : Universidad Privada Antenor Orrego - UPAO; 2019. https://hdl.handle.net/20.500.12759/4990
@misc{renati/373245,
title = "Diseño hidráulico de una captación, línea de conducción y planta de tratamiento de agua potable en la ciudad de Otuzco - la libertad, 2018",
author = "Rodriguez Herrera, Frank Alexander",
publisher = "Universidad Privada Antenor Orrego - UPAO",
year = "2019"
}
Based on the need of the population to require basic services, including the most important one, which is potable water, it was envisaged to establish a drinking water treatment plant in the area, for which water quality studies were conducted in a previous that they were in 4 trials of the 03 Samples in total, the most critical is to M3 whose result <1.8 NMP / 100ml E. Coli 44.5 ° C, would be relatively higher than the others however we have concluded that the bacteriological levels are find below the level of danger to which we deduce that the water of the Urmo canyon is fit for human consumption; a rapid mixing channel with a screed width of 0.70m and a depth of 0.98m was proposed, with a longitudinal slope of 0.008%, which connects and transports the mixture of water and excipients to the vertical flocculator, which consists of 05 pools or sectorized channels, the first with a width of 0.78 m, the second with a width of 1.18 m, the third 1.52 m wide, the fourth with 1.84 and finally the fifth with 2.13 m wide, all with a depth of 4.00 m In total, after this connects with decanter of 2 ramps 12.97m in length each, in addition the width of each chamber is 4.05m in total, to then pass to the filter system which is a structure that has 04 filter chambers , each one of these cameras has a width of 1,925 in total and a length of 4.65m, to finally go to the disinfection system with a total depth of 4.60 m; Finally, the three-dimensional numerical modeling of the hydraulic structures was carried out, such as the creager type bar that consists of a crest with a height of 1.05m, a dissipating mattress of 8.50m in length, a channeling width of 16.00m, the velocities experienced in said structural element are in a range of 3.48 to 5.21 m / s in the ridge, then the water is rolled through it with a brace of 0.445m to pass to the mattress with an average speed of 8.72 m / s in the instant T = 6s and presents a supercritical flow regime with a Froude of 3.24; a constant purge channel of 0.50m base and a slope of 2 to 1 has been connected to the sandbox; the desander also has that relation in its slope and the width of the base coincides with the width of the diversion channel having an angle of 1.25 m in the bottom and a mirror of water of 2.80m in length, the flow regime in the desander It is sub critical for the instant T = 10s, it was modeled contemplating a water mattress in the sand trap, finally it is affirmed that the treatment plant and its components have been projected taking into account all the necessary and obligatory criteria, for this the good performance both hydraulic and works of the set of structures that compose it.
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