SYSTEM7™ Composite Mats Integral to Access Road Construction for Soil Sampling and CPR Ratings
In a recent infrastructure project, SYSTEM7™ composite mats were instrumental in constructing access roads required for obtaining soil samples and conducting Construction Productivity Rate (CPR) assessments prior to the installation of new electric poles. This project, set in environmentally sensitive areas, demanded durable, high-performance matting solutions to protect the landscape while providing a stable surface for heavy equipment.
Advanced Features of SYSTEM7™ Composite Mats:
SYSTEM7™ composite mats are engineered to offer unmatched durability, flexibility, and environmental protection. Made from high-density polyethylene (HDPE), these mats are lightweight yet incredibly strong, capable of supporting heavy machinery without breaking or deforming. Their interlocking design ensures that the mats stay securely in place, even under the most challenging conditions.
Environmental Protection and Stability:
The use of SYSTEM7™ mats allowed the construction team to build temporary roads that enabled vehicles and machinery to access remote and difficult-to-reach locations without disturbing the natural terrain. The mats effectively distributed the weight of heavy equipment, such as drill rigs and transport vehicles, across a broader surface area, thereby preventing soil compaction and reducing the risk of environmental degradation. This feature was particularly crucial in regions where preserving the natural landscape was a top priority.
Performance in Soil Sampling and CPR Rating Process:
After the temporary roads were established using SYSTEM7™ mats, the project team conducted soil sampling to evaluate the ground’s suitability for the new electric poles. The mats provided a stable platform for the drilling rigs, ensuring precise and accurate sampling without disrupting the soil layers. Following soil sampling, the CPR rating process was carried out to assess the productivity and efficiency of the site in meeting construction standards. The stability and durability of the SYSTEM7™ mats were critical in facilitating smooth operations during this phase, enabling the team to maintain high standards of safety and efficiency.
Minimizing Environmental Impact:
Throughout the project, SYSTEM7™ composite mats played a vital role in minimizing the environmental footprint. Their design not only protected sensitive areas from damage but also allowed for easy removal and reuse, further reducing waste and promoting sustainable construction practices.
Successful Project Outcomes:
With the assistance of SYSTEM7™ composite mats, the preparatory work for installing the new electric poles was completed with minimal environmental impact. The mats ensured that the project progressed efficiently while safeguarding the integrity of the site, paving the way for the successful installation of the new infrastructure.
