Along the section between Pueblo Nuevo and the La Palma intake, over a length of 8.8 km on the left bank of the Zarumilla River, Hydro-bag solutions were implemented to mitigate the effects of peak flood events.

Two applications were defined based on hydraulic conditions: the first involved geocells and geotextile bags at the anti-scour toe, while the second consisted of geotextile bags distributed along the entire slope.

These flexible structures improved resistance to scour and reduced the risk of progressive erosion. The use of geosynthetic materials provided an efficient and rapidly deployable solution in a highly vulnerable area.

Within the framework of the Tumbes River Riverbank Protection Project – Package 2, the Authority for Reconstruction with Changes (ARCC) executed a strategic intervention at Quebrada Corrales through the construction of longitudinal and transverse dikes aimed at reducing flood risk due to ravine activation.

For this purpose, concrete-filled geocells were implemented on the slopes and geobags were used as an anti-scour solution, improving the stability of the hydraulic infrastructure.

This combination of technologies effectively protected more than 24,000 inhabitants and exposed agricultural areas, ensuring a robust technical solution adaptable to the geomorphological conditions of the area. Additionally, the construction efficiency and resistance of geosynthetics contributed to safe, durable, and sustainable execution under extreme climatic events.

With the objective of mitigating the effects of progressive erosion along the Ucayali River channel, a hydraulic protection system using geobags was implemented in the area of Location 2A of Lot 95 (Puinahua, Requena – Loreto).

This intervention was critical to preserving the integrity of the terrain and the infrastructure associated with oil operations in a zone highly exposed to seasonal variations in river flow.

The Hydro-bag–based solution enabled effective stabilization and erosion control of the riverbanks, reducing the risk of scour and ensuring operational continuity in an environmentally sensitive setting.

The implemented technology provided a flexible, efficient, and sustainable response to the fluvial dynamics of the Amazon River, contributing to the protection of strategic assets in a region critical to the country’s energy industry.

With the objective of mitigating the effects of progressive erosion along the Ucayali River channel, a hydraulic protection system using geobags was implemented in the area of Location 2A of Lot 95 (Puinahua, Requena – Loreto).

This intervention was critical to preserving the integrity of the terrain and the infrastructure associated with oil operations in a zone highly exposed to seasonal variations in river flow.

The Hydro-bag–based solution enabled effective stabilization and erosion control of the riverbanks, reducing the risk of scour and ensuring operational continuity in an environmentally sensitive setting.

The implemented technology provided a flexible, efficient, and sustainable response to the fluvial dynamics of the Amazon River, contributing to the protection of strategic assets in a region critical to thcountry’s energy industry.

Along the section between Pueblo Nuevo and the La Palma intake, over a length of 8.8 km on the left bank of the Zarumilla River, Hydro-bag solutions were implemented to mitigate the effects of peak flood events.

Two applications were defined based on hydraulic conditions: the first involved geocells and geotextile bags at the anti-scour toe, while the second consisted of geotextile bags distributed along the entire slope.

These flexible structures improved resistance to scour and reduced the risk of progressive erosion. The use of geosynthetic materials provided an efficient and rapidly deployable solution in a highly vulnerable area.

Within the framework of the Tumbes River Riverbank Protection Project – Package 2, the Authority for Reconstruction with Changes (ARCC) executed a strategic intervention at Quebrada Corrales through the construction of longitudinal and transverse dikes aimed at reducing flood risk due to ravine activation.

For this purpose, concrete-filled geocells were implemented on the slopes and geobags were used as an anti-scour solution, improving the stability of the hydraulic infrastructure.

This combination of technologies effectively protected more than 24,000 inhabitants and exposed agricultural areas, ensuring a robust technical solution adaptable to the geomorphological conditions of the area. Additionally, the construction efficiency and resistance of geosynthetics contributed to safe, durable, and sustainable execution under extreme climatic events.

With the objective of mitigating the effects of progressive erosion along the Ucayali River channel, a hydraulic protection system using geobags was implemented in the area of Location 2A of Lot 95 (Puinahua, Requena – Loreto).

This intervention was critical to preserving the integrity of the terrain and the infrastructure associated with oil operations in a zone highly exposed to seasonal variations in river flow.

The Hydro-bag–based solution enabled effective stabilization and erosion control of the riverbanks, reducing the risk of scour and ensuring operational continuity in an environmentally sensitive setting.

The implemented technology provided a flexible, efficient, and sustainable response to the fluvial dynamics of the Amazon River, contributing to the protection of strategic assets in a region critical to the country’s energy industry.

With the objective of mitigating the effects of progressive erosion along the Ucayali River channel, a hydraulic protection system using geobags was implemented in the area of Location 2A of Lot 95 (Puinahua, Requena – Loreto).

This intervention was critical to preserving the integrity of the terrain and the infrastructure associated with oil operations in a zone highly exposed to seasonal variations in river flow.

The Hydro-bag–based solution enabled effective stabilization and erosion control of the riverbanks, reducing the risk of scour and ensuring operational continuity in an environmentally sensitive setting.

The implemented technology provided a flexible, efficient, and sustainable response to the fluvial dynamics of the Amazon River, contributing to the protection of strategic assets in a region critical to thcountry’s energy industry.