To minimize geological risks at Backus’ San Mateo industrial plant, a dynamic rockfall barrier system was implemented. These flexible structures, comprised of high-strength steel mesh, flexible poles, and energy-dissipating elements, were designed to withstand high-magnitude impacts, ensuring the system’s structural integrity and operational continuity. Their preventive installation reinforced personnel safety, efficiently adapted to the rocky terrain, and prevented more invasive interventions, establishing themselves as a flexible and reliable alternative to rockfall scenarios.

As part of a mitigation project promoted by the National Water Authority (ANA), dynamic barriers were installed in the Carosio Ravine in Lurigancho-Chosica, located in the department of Lima, Peru. The goal was to control mudslides and debris flows. These flexible structures, composed of networks of high-strength steel rings and energy dissipation systems, were designed to efficiently intercept mud, rocks, and sediments, providing direct protection to communities located in low-lying areas. In addition to its high effectiveness, this solution demonstrated significant savings compared to conventional systems, positioning itself as a viable and sustainable technical strategy for natural disaster management in vulnerable areas.

To minimize geological risks at Backus’ San Mateo industrial plant, a dynamic rockfall barrier system was implemented. These flexible structures, comprised of high-strength steel mesh, flexible poles, and energy-dissipating elements, were designed to withstand high-magnitude impacts, ensuring the system’s structural integrity and operational continuity. Their preventive installation reinforced personnel safety, efficiently adapted to the rocky terrain, and prevented more invasive interventions, establishing themselves as a flexible and reliable alternative to rockfall scenarios.

As part of a mitigation project promoted by the National Water Authority (ANA), dynamic barriers were installed in the Carosio Ravine in Lurigancho-Chosica, located in the department of Lima, Peru. The goal was to control mudslides and debris flows. These flexible structures, composed of networks of high-strength steel rings and energy dissipation systems, were designed to efficiently intercept mud, rocks, and sediments, providing direct protection to communities located in low-lying areas. In addition to its high effectiveness, this solution demonstrated significant savings compared to conventional systems, positioning itself as a viable and sustainable technical strategy for natural disaster management in vulnerable areas.