El concreto hidráulico poroso y la energía cinética del viento en drenajes pluviales, como posible solución a las inundaciones en el sector de Bocagrande en la ciudad de Cartagena

This project aims to design a drainage system that will minimize the time of drainage of floods that occur in the large mouth sector, in the city of Cartagena de Indías, specifically in race 1 from 10th Street to 15th Street, where, according to our research, are the most vulnerable areas to this ph...

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Autores:: Álvarez Navarro, Edward Joel
Saint-Hilaire Molinares, Jorge

Tipo de recurso:: Trabajo de grado de pregrado

Fecha de publicación:: 2021

Institución:: Corporación Universidad de la Costa

Repositorio:: REDICUC - Repositorio CUC

Idioma:: spa

Description
Summary:	This project aims to design a drainage system that will minimize the time of drainage of floods that occur in the large mouth sector, in the city of Cartagena de Indías, specifically in race 1 from 10th Street to 15th Street, where, according to our research, are the most vulnerable areas to this phenomenon; this event is caused by high tides and precipitation throughout the year. This sector was selected because of the problems it has faced more than 20 years ago. During the research, a survey was conducted in order to learn more about the problems presented here, evaluating the following points: time of drainage of stagnant water, critical flood points, time of the problem in years, impact on vehicular and pedestrian flow. In short, this project proposes the design of a drainage system that is technically and economically viable during its lifetime in operation. The project envisages an optimization of the costs due to the proposed use of renewable energies that allow to generate electricity. In designing a durable drainage system with a low operating cost; the decrease in cost will be driven by the use of renewable energies, such as wind power to generate electricity.. The proposed design aims to be a sustainable project over time. As regards the economic part, the operating costs will be reduced through the use of wind turbines, because the electricity supply of the conventional grid is replaced. This involves 30% electricity savings over a 20-year period. In terms of sustainability, this project addresses the social needs of the sector, ensuring a balance between the well-being of the community and the care of the environment.

El concreto hidráulico poroso y la energía cinética del viento en drenajes pluviales, como posible solución a las inundaciones en el sector de Bocagrande en la ciudad de Cartagena

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