Video
En ruptura del Río Coca, el plan diseñado incluyó el dragado de 1.7 millones de metros cúbicos y trabajos en la protección de la ribera del río para cambiar el flujo del lecho del río. Se construyeron 7 espigones con Megabolsas (Geocontenedores) de 12 metros cúbicos utilizando camiones volquete para lanzar las bolsas; además, se construyó un muro de Geotubos.
The 2012 rainy season was specially harsh in Colombia. The waters of the Rio Grande in Magdalena, surpassed all recorded flood levels to date.
La Victoria’s break encompassed three gushes that flooded an area measuring 18,500 square kilometers. The William gush had a width of 174 meters, with an average depth of 5.5 meters and 11 meters in height, and a flow of 720 cubic meters per second. The current speed rate during construction exceeded 5 meters per second.
Using Ginalsah’s Megabags we were able to control and protect the riverbank.
- RIO COCA
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En ruptura del Río Coca, el plan diseñado incluyó el dragado de 1.7 millones de metros cúbicos y trabajos en la protección de la ribera del río para cambiar el flujo del lecho del río. Se construyeron 7 espigones con Megabolsas (Geocontenedores) de 12 metros cúbicos utilizando camiones volquete para lanzar las bolsas; además, se construyó un muro de Geotubos.
- RIO COCA 2007
-
The 2012 rainy season was specially harsh in Colombia. The waters of the Rio Grande in Magdalena, surpassed all recorded flood levels to date.
La Victoria’s break encompassed three gushes that flooded an area measuring 18,500 square kilometers. The William gush had a width of 174 meters, with an average depth of 5.5 meters and 11 meters in height, and a flow of 720 cubic meters per second. The current speed rate during construction exceeded 5 meters per second.
Using Ginalsah’s Megabags we were able to control and protect the riverbank.