In urban areas of Piura with high vulnerability to pluvial flooding, a storage system with a regulating capacity of between 1,200 and 3,000 m³ was implemented, designed to mitigate the risk of flooding during intense rainfall events.

As part of the system, drainage boxes encapsulated with 400 g/m² geotextile, 1.5 mm HDPE geomembrane, and a second layer of geotextile of the same weight were installed, providing protection and waterproofing. In addition, prefabricated GRP settling tanks and pumping chambers were incorporated, optimizing system operation and facilitating on-site connections with greater technical and construction efficiency.

In 2023, the sub-drainage system for the Juan Santos Atahualpa Intercultural University was implemented, replacing traditional French drains with a more efficient solution. Eight hundred linear meters of drainage boxes were installed, optimizing the capture and conduction of infiltrated water in critical areas of the site.

The implemented system achieved a hydraulic handling capacity of 200 cubic meters, significantly improving the performance of the sub-drainage system. This solution not only increased water control efficiency but also reduced maintenance costs compared to conventional methods, providing greater sustainability to the system.

In urban areas of Piura with high vulnerability to pluvial flooding, a storage system with a regulating capacity of between 1,200 and 3,000 m³ was implemented, designed to mitigate the risk of flooding during intense rainfall events.

As part of the system, drainage boxes encapsulated with 400 g/m² geotextile, 1.5 mm HDPE geomembrane, and a second layer of geotextile of the same weight were installed, providing protection and waterproofing. In addition, prefabricated GRP settling tanks and pumping chambers were incorporated, optimizing system operation and facilitating on-site connections with greater technical and construction efficiency.

In 2023, the sub-drainage system for the Juan Santos Atahualpa Intercultural University was implemented, replacing traditional French drains with a more efficient solution. Eight hundred linear meters of drainage boxes were installed, optimizing the capture and conduction of infiltrated water in critical areas of the site.

The implemented system achieved a hydraulic handling capacity of 200 cubic meters, significantly improving the performance of the sub-drainage system. This solution not only increased water control efficiency but also reduced maintenance costs compared to conventional methods, providing greater sustainability to the system.