Step 1: Site Survey and Planning
The project begins with inspecting the site and determining the area that requires reinforcement. Measurements are taken to calculate the number of ground cells, gravel volume, and materials needed.
Step 2: Clearing the Land
All vegetation, loose soil, roots, rocks, and debris are removed from the work area. A clean surface ensures proper installation and long-term stability.
Step 3: Excavating the Area
The ground is excavated to the required depth, creating a level foundation for the reinforcement system. Uneven spots are removed to achieve a consistent grade.
Step 4: Compacting the Subgrade
The exposed soil is compacted using specialized equipment. This creates a strong base that can support heavy loads and prevents future settlement.
Step 5: Installing a Geotextile Fabric
A durable geotextile fabric is laid across the prepared surface. This layer prevents soil from mixing with the gravel while improving drainage and stability.
Step 6: Positioning the Ground Cells
Workers place the plastic cellular confinement system (ground reinforcement cells) across the entire project area. The cells are carefully aligned to create a uniform pattern.
Step 7: Securing the Cells
Anchors or stakes are installed to hold the cells firmly in place. Proper anchoring prevents movement during filling and compaction.
Step 8: Delivering the Aggregate
Crushed stone or gravel is brought to the site and stockpiled nearby. The aggregate is selected based on the project’s load requirements and drainage needs.
Step 9: Filling the Cells
The worker begins shoveling gravel into the empty cells. Each compartment is filled gradually to ensure even distribution across the entire surface.
Step 10: Spreading the Material
Using a shovel and rake, the aggregate is spread evenly throughout the cellular structure. Care is taken to fill all cells completely without leaving voids.
Step 11: Leveling the Surface
The gravel is leveled across the entire installation area. High spots are reduced and low spots are filled to create a consistent finished grade.
Step 12: Compacting the Aggregate
A compactor is used to compress the gravel within the cells. This process increases density, strength, and load-bearing capacity.
Step 13: Adding Additional Aggregate
After initial compaction, additional gravel may be added to compensate for settlement and ensure all cells remain fully filled.
Step 14: Final Grading
The surface is graded one final time to achieve the desired elevation and appearance. Proper grading also promotes water drainage.
Step 15: Quality Inspection
The worker inspects the entire installation, checking for uniform cell filling, proper compaction, and overall surface consistency.
Step 16: Edge Finishing
The perimeter is cleaned and adjusted to create smooth transitions between the reinforced area and surrounding ground.
Step 17: Site Cleanup
Excess materials, tools, and debris are removed. The work area is left clean and ready for use.
Step 18: Completed Reinforced Surface
The finished system provides a strong, permeable, and durable surface capable of supporting vehicle traffic, equipment, driveways, parking areas, pathways, and erosion-prone locations.
