Cellular Containment System: Plantcoprotec StableCells® Geocells

This Commerical product Plantcoprotec StableCells® Geocells is an advanced cellular containment systems designed to enhance soil stability and provide effective erosion control. These systems offer a robust solution for reinforcing soil structures that may be affected by traffic or environmental factors.

Key Features and Applications:

• Soil Stabilization: Geocells improve the strength and stability of soil, making them ideal for reinforcing areas subject to vehicular or pedestrian load.
• Erosion Control: The structure of the cells prevents soil erosion by holding the infill material in place, protecting the underlying soil from weathering and water runoff.
• Tree Root Protection: The design of the cells allows for tree roots to grow between the cells, while protecting them from external damage.
• Flood Defenses: Geocells can be used in flood-prone areas to create protective barriers, controlling water flow and preventing soil degradation.
• Embankments & Retaining Walls: StableCells® are used in the construction of embankments and retaining walls to stabilize the ground and prevent slippage.

Construction and Design:

Made from durable High-Density Polyethylene (HDPE), the cells are initially provided in a collapsed form, making them easy to transport and store on-site. Once expanded, they can be filled with various materials such as gravel, sand, or soil, depending on the specific needs of the project. The perforated walls allow for water and air to pass through, which supports vegetation growth and ensures proper drainage, making them suitable for vegetated applications.

The design of the cells impedes lateral movement of the infill, enhancing the overall strength and load distribution of the system. This unique structure significantly reduces rutting and improves the stability of the surface, reducing the amount of infill material required and leading to cost savings for the project.

Advantages:

• Cost-effective: Reduced infill material requirements and ease of installation make StableCells® a cost-efficient choice.
• Improved Strength: The cellular structure locks in the infill material, increasing overall structural strength.
• Environmental Benefits: Perforated walls facilitate water flow and air exchange, promoting healthier soil and vegetation.

History of Geocells:

The concept of geocells was developed by engineers in the late 1970s and early 1980s, initially for military use. The first applications involved stabilizing sand roads for transporting military vehicles. Later, the U.S. Army collaborated with manufacturers to improve the design, resulting in a stronger grid capable of supporting heavier loads. Testing in Florida demonstrated the geocells’ ability to withstand the weight of military-grade vehicles without degradation.

Over time, as demand for geocell technology grew, the product evolved and found applications in a variety of industries beyond the military. By the 1980s, geocells began being used for larger-scale infrastructure projects worldwide, gaining popularity due to their versatility and effectiveness in stabilizing soils in diverse conditions.

Today, geocells continue to be a preferred solution for many civil engineering projects, offering innovative solutions for soil stabilization, erosion control, and environmental protection.