The existing mining road exhibited high levels of deformability due to deficiencies in surface drainage, resulting in low serviceability of the roadway. This condition directly affected the daily performance of earthmoving operations, increasing operating costs and reducing project efficiency.To stabilize the road and restore its functionality, a reinforcement system was implemented using drainage granular material in combination with geosynthetics, including non-woven geotextile and HDPE geocells. This solution improved load-bearing capacity, facilitated drainage, and controlled deformation, ensuring a more stable, safe, and efficient road for mining operations.
The existing mining road exhibited high levels of deformability due to deficiencies in surface drainage, resulting in low serviceability of the roadway. This condition directly affected the daily performance of earthmoving operations, increasing operating costs and reducing project efficiency.To stabilize the road and restore its functionality, a reinforcement system was implemented using drainage granular material in combination with geosynthetics, including non-woven geotextile and HDPE geocells. This solution improved load-bearing capacity, facilitated drainage, and controlled deformation, ensuring a more stable, safe, and efficient road for mining operations.
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