Along the rural road in Yurimaguas, Loreto, complex geotechnical conditions were identified near culvert areas, where the natural ground consisted of very fine and highly erodible soils. This situation represented a critical risk of material loss and potential road collapse, especially during rainfall events or under continuous flow conditions.

As a definitive solution, the lining of adjacent slopes and the base of the water outlets was designed using geocells. This system provided a flexible micro-slab type protection, offering greater tolerance to differential settlements compared to
conventional rigid structures.

In addition to its technical efficiency, the solution proved to be less vulnerable to vandalism, delivering higher durability and reduced maintenance requirements in demanding rural environments.

Along the rural road in Yurimaguas, Loreto, complex geotechnical conditions were identified near culvert areas, where the natural ground consisted of very fine and highly erodible soils. This situation represented a critical risk of material loss and potential road collapse, especially during rainfall events or under continuous flow conditions.

As a definitive solution, the lining of adjacent slopes and the base of the water outlets was designed using geocells. This system provided a flexible micro-slab type protection, offering greater tolerance to differential settlements compared to
conventional rigid structures.

In addition to its technical efficiency, the solution proved to be less vulnerable to vandalism, delivering higher durability and reduced maintenance requirements in demanding rural environments.