As part of the works aimed at improving traffic flow between Lima and Chosica and alleviating congestion along critical sections between Av. Las Torres and the Ramiro Prialé roadway, a system of mechanically stabilized earth (MSE) walls with modular block facings was implemented.

This structural solution enabled the construction of high-capacity access ramps capable of supporting loads from heavy vehicular traffic without compromising infrastructure integrity under demanding operational conditions.

The selection of modular blocks as the facing system not only provided an aesthetic finish harmonious with the urban environment, but also ensured high resistance to vandalism, maintaining the durability and functionality of the system.

This solution delivered structural efficiency, rapid execution, and compatibility with the bridge’s architectural design, contributing to safer, more efficient, and sustainable road infrastructure.

In response to the need for safe and durable access ramps for the La Legua Interchange bridge, mechanically stabilized earth (MSE) walls with modular block facings were selected. This solution was critical to ensuring stability in soils composed of silty sands, where differential settlements pose a risk to conventional structures.

MSE technology enabled the construction of more than 2,850 m² of wall facing, ensuring reliable structural performance and rapid on-site execution. In addition to its technical efficiency, the modular block facing provided an aesthetic, robust, functional, and highly durable finish for a project that significantly improves connectivity between Piura and Sullana via the Autopista del Sol.

In response to the geotechnical challenges typical of tropical regions—such as soft soils, intense rainfall, and high groundwater levels—TECWEB reinforced soil walls with vegetated facings were selected to form stable terraces on the campus of the Universidad Intercultural de la Selva Central Juan Santos Atahualpa (UNISCJSA).

These systems, composed entirely of polymeric materials, offer corrosion resistance, efficient installation, and harmonious integration with the rainforest environment. Beyond their structural performance, the green facing added landscape value, positioning TECWEB MSE walls as a technically robust and environmentally compatible alternative to conventional solutions.

To enable vehicular direction changes along the Costa Verde without affecting traffic flow, an access ramp was constructed using mechanically stabilized earth (MSE) walls with modular block facings. The construction efficiency of this solution was decisive, as the blocks—due to their manageable size and weight—can be installed without heavy machinery, allowing execution without traffic interruptions or inconvenience to road users.

Furthermore, as a system free of metallic components, modular block MSE walls offer high resistance in marine environments, where corrosion typically compromises the durability of other structures.

This solution ensured structural stability under coastal conditions while proving to be effective, efficient, and compatible with Lima’s urban environment.

During the relocation process of its ADR (Adsorption, Desorption, and Recovery) plant, SUMMA GOLD implemented a three-tier TECWEB mechanically stabilized earth (MSE) wall system, with each level reaching a height of 10 meters.

The structure was designed to withstand significant loads associated with mining operations, integrating criteria of flexibility under differential settlements, rapid construction, and long-term performance under demanding geotechnical conditions.

Given the rainfall regime typical of the highlands, a geocell facing with black, nonperforated Carvista finish was selected, preventing the loss of fines due to surface runoff.

This configuration not only enhanced system stability, but also improved environmental integration, consolidating TECWEB MSE as a robust, functional, and project-specific solution.

As part of the works aimed at improving traffic flow between Lima and Chosica and alleviating congestion along critical sections between Av. Las Torres and the Ramiro Prialé roadway, a system of mechanically stabilized earth (MSE) walls with modular block facings was implemented.

This structural solution enabled the construction of high-capacity access ramps capable of supporting loads from heavy vehicular traffic without compromising infrastructure integrity under demanding operational conditions.

The selection of modular blocks as the facing system not only provided an aesthetic finish harmonious with the urban environment, but also ensured high resistance to vandalism, maintaining the durability and functionality of the system.

This solution delivered structural efficiency, rapid execution, and compatibility with the bridge’s architectural design, contributing to safer, more efficient, and sustainable road infrastructure.

In response to the need for safe and durable access ramps for the La Legua Interchange bridge, mechanically stabilized earth (MSE) walls with modular block facings were selected. This solution was critical to ensuring stability in soils composed of silty sands, where differential settlements pose a risk to conventional structures.

MSE technology enabled the construction of more than 2,850 m² of wall facing, ensuring reliable structural performance and rapid on-site execution. In addition to its technical efficiency, the modular block facing provided an aesthetic, robust, functional, and highly durable finish for a project that significantly improves connectivity between Piura and Sullana via the Autopista del Sol.

In response to the geotechnical challenges typical of tropical regions—such as soft soils, intense rainfall, and high groundwater levels—TECWEB reinforced soil walls with vegetated facings were selected to form stable terraces on the campus of the Universidad Intercultural de la Selva Central Juan Santos Atahualpa (UNISCJSA).

These systems, composed entirely of polymeric materials, offer corrosion resistance, efficient installation, and harmonious integration with the rainforest environment. Beyond their structural performance, the green facing added landscape value, positioning TECWEB MSE walls as a technically robust and environmentally compatible alternative to conventional solutions.

To enable vehicular direction changes along the Costa Verde without affecting traffic flow, an access ramp was constructed using mechanically stabilized earth (MSE) walls with modular block facings. The construction efficiency of this solution was decisive, as the blocks—due to their manageable size and weight—can be installed without heavy machinery, allowing execution without traffic interruptions or inconvenience to road users.

Furthermore, as a system free of metallic components, modular block MSE walls offer high resistance in marine environments, where corrosion typically compromises the durability of other structures.

This solution ensured structural stability under coastal conditions while proving to be effective, efficient, and compatible with Lima’s urban environment.

During the relocation process of its ADR (Adsorption, Desorption, and Recovery) plant, SUMMA GOLD implemented a three-tier TECWEB mechanically stabilized earth (MSE) wall system, with each level reaching a height of 10 meters.

The structure was designed to withstand significant loads associated with mining operations, integrating criteria of flexibility under differential settlements, rapid construction, and long-term performance under demanding geotechnical conditions.

Given the rainfall regime typical of the highlands, a geocell facing with black, nonperforated Carvista finish was selected, preventing the loss of fines due to surface runoff.

This configuration not only enhanced system stability, but also improved environmental integration, consolidating TECWEB MSE as a robust, functional, and project-specific solution.