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Access Roads

Application Overview

Temporary or semi-permanent access roads are essential for transporting materials, equipment, and personnel during construction. However, these roads are often built over weak or variable ground, where repeated heavy traffic can cause rutting, deformation, and maintenance challenges.

Ground Challenges in Access Roads

Weak subgrades
Soft soils reduce stability and lead to surface deformation.
Heavy traffic loads
Repeated movement of trucks and equipment accelerates wear and rutting.
High material use
Conventional methods require thick base layers and extensive fill.
Frequent maintenance
Poor ground conditions cause rapid deterioration and downtime.
Environmental impact
Large fill volumes and rework increase carbon footprint.

POME’s Solution

High-Performance MSL with Tensar Geogrid
POME uses Tensar geogrid to create a high-performance mechanically stabilized layer (MSL).
Enhanced Stability and Base Performance
The MSL improves aggregate base performance increases overall stability.
Efficient Load-Spreading to Minimize Rutting
It spreads loads efficiently to reduce rutting and deformation under traffic.
Reliable Access Roads on Weak Soils
Enables reliable access roads even over weak or variable soils.
Less Material, Faster Build, Lower Maintenance
Reduces required material quantities, shortens construction time, and lowers long-term maintenance needs.

Benefits

Enables safe, durable access on weak or variable ground

Cuts material, transport, and maintenance costs

Accelerates construction and site mobility

Engineered for Efficiency

POME’s geogrid-reinforced access roads turn weak ground into stable, traffic-ready platforms. By improving load distribution and stabilizing subgrades, our systems reduce rutting, cut base thickness, and minimize rework. The result is faster construction, lower material use, and durable road performance that supports heavy traffic throughout the project delivering a cost-efficient and sustainable solution for site mobility.