In climatically demanding environments such as the exposed pits at Pierina Mine in Áncash, Peru, a surface protection system using geomats was implemented for erosion control.

This solution significantly reduced soil degradation on slopes, enhanced terrain stability, and improved landscape integration.

The use of geomats reduced maintenance costs and accelerated revegetation programs established by the mining operation, consolidating an efficient, durable solution aligned with sustainability and environmental responsibility objectives in large-scale extractive projects.

To stabilize steep slopes with loose soils along Section 2 of the North Interoceanic Highway, an erosion control system using geomats made from natural fibers was implemented.

This solution reduced soil loss from the first rainfall events, accelerated natural revegetation, and minimized the environmental impact associated with construction activities.

Fast installation, low operational cost, and biodegradability consolidated the geomat as an efficient and environmentally responsible solution within one of the country’s most significant road infrastructure projects.

In climatically demanding environments such as the exposed pits at Pierina Mine in Áncash, Peru, a surface protection system using geomats was implemented for erosion control.

This solution significantly reduced soil degradation on slopes, enhanced terrain stability, and improved landscape integration.

The use of geomats reduced maintenance costs and accelerated revegetation programs established by the mining operation, consolidating an efficient, durable solution aligned with sustainability and environmental responsibility objectives in large-scale extractive projects.

To stabilize steep slopes with loose soils along Section 2 of the North Interoceanic Highway, an erosion control system using geomats made from natural fibers was implemented.

This solution reduced soil loss from the first rainfall events, accelerated natural revegetation, and minimized the environmental impact associated with construction activities.

Fast installation, low operational cost, and biodegradability consolidated the geomat as an efficient and environmentally responsible solution within one of the country’s most significant road infrastructure projects.