Ground stabilization technique used to reinforce and support soil slopes, excavations, and retaining walls
We are committed to providing clients with the most cost-effective solutions in design and construction.
Reduced Environmental Impact
Soil nailing typically involves less excavation and disturbance to the natural landscape than alternative stabilization methods.
Soil nailing is often more cost-effective compared to traditional stabilization methods, as it requires fewer materials and less excavation, which leads to reduced construction costs.
Adaptable to Slope Geometry
Soil nailing can be adapted to various slope geometries, including steep slopes and variable inclinations, making it suitable for projects with complex terrain.
Why choose PGATech?
There are so many reasons why you should go to PGATech for soil nailing projects:
With years of experience in the geotechnical engineering industry, we have successfully completed a wide range of soil-nailing projects.
We stay at the forefront of industry trends and incorporate the latest technologies to deliver cutting-edge solutions that meet the evolving needs of our clients.
Our commitment to client satisfaction is unwavering. We work closely with our clients to understand their goals and exceed their expectations.
We adhere to the highest safety standards to protect both our team and your project.
Slope Protection Solutions
Design and Construction Services
Mechanically Stabilized Earth (MSE) Walls
A gravity type retaining wall composed of alternating compacted fill and reinforcement attached to a facing that prevents erosion. Its stability mechanism relies on the interaction (friction and tensile forces) between the fill and the reinforcement, and it provides better aesthetics and
performance under seismic loadings than RC retaining walls.
Help control and support slopes or soil on inclines. This technology combines soil reinforcement and a facing system to provide support.
Shotcrete is a method used to apply concrete or mortar at relatively high speeds onto a surface that unifies with the surface forming a stable, durable, and continuous layer.
Involves the implementation of diverse techniques and measures aimed at mitigating or lessening soil erosion and sediment loss resulting from natural processes such as wind, water, or human activities.