Innovative Soil Reinforcement Solution using StrataWeb® Geocell
Geocell technology, exemplified by the groundbreaking StrataWeb® system, harnesses the inherent strength of the three-dimensional honeycomb structure found in nature. Made from High Density Polyethylene (HDPE), this innovative approach to soil reinforcement tackles some of the most complex civil engineering problems, including load support over soft soils, erosion control on steep slopes, and the lining of lagoons, drainage channels, and landfills. StrataWeb® utilizes interconnected strips of polymer, meticulously welded together at intervals to form a robust and flexible three-dimensional honeycomb mattress. StrataWeb® is now EPD-Verified, reinforcing its commitment to sustainable and transparent environmental performance.
The geocell’s cellular confinement system offers a multitude of benefits across various applications. In terms of load support, it excels in distributing compressive and tensile stresses, significantly enhancing the load-bearing capacities of weak soil foundations. Compared to conventional geosynthetic or geogrid products, geocell provides superior stability and load support capacity, making it ideal for infrastructure projects such as roads, parking lots, and industrial yards.
Beyond load support, the HDPE based StrataWeb® technology is highly effective in erosion control, slope liner protection, and drainage/canal lining. The cellular structure of geocell efficiently confines infill material, preventing its spreading and erosion on slopes. This results in enhanced slope stability, reduced soil erosion, and preserved landscape integrity. Additionally, the interconnected cells of this system facilitate proper water drainage, mitigating the risk of clogging in drainage channels and ensuring efficient water flow in canals.
With its versatility and sustainable advantages, geocell technology, complemented by the use of geomembranes, provides a comprehensive solution for soil erosion challenges and various civil engineering needs. By incorporating StrataWeb®, engineers can achieve superior load support, erosion control, slope liner protection, and efficient drainage/canal lining, leading to durable and environmentally friendly solutions for infrastructure projects.
What impact does our StrataWeb® create?
Environmental
Time-efficient
Economical
Key advantages of StrataWeb® Geocell
What makes our Geocell unique?
Material Engineering & Performance
Engineered perforations and deep texturing for drainage and friction.
ESCR performance: Up to 5,000 hours
Design Strength & Customization
Available in a range of weld strengths depending on site demands.
Custom sizes available
Structural Performance & Stability
It spreads imposed loads and enhances load carrying capacities of weak subgrades.
The cellular profile confines the infill and prevents spreading of the material and erosion
Installation & Handling Efficiency
It can be rapidly installed as compared to conventional solutions.
Collapses into a flat pile of straps which is easily and economically transported
Maintenance & Life Cycle Economy
Once placed, the system requires marginal maintenance, if any over long time intervals; this reduces life cycle costs
Sustainability & Cost Effectiveness
StrataWeb® helps fostering green solutions for slopes and reduces carbon footprint by minimizing logistics.
Using locally available infill material for an engineered solution with StrataWeb® can bring down the overall solution cost
How is our Geocell manufactured?
The system utilizes strips of extruded polymer welded together at intervals that when expanded, form a 3-dimensional, honeycomb mattress. Filled with granular material, the resulting cellular confinement system efficiently transfers compressive and tensile stresses from heavy loads, to provide higher load support capacity than any geosynthetic or geogrid product available.
Strips of high-strength polymer are extruded and welded at intervals to form a flexible but connected framework. This creates the basic structure of the geocell.
The welded strips are expanded into a 3-dimensional honeycomb shape, creating multiple cells that can confine infill material and provide stability under loads.
The honeycomb cells are filled with granular material (sand, gravel, or locally available soil), which allows the system to distribute loads efficiently and prevent lateral spreading, enhancing subgrade strength.
1. Strip Welding
Where can our Geocell be used?
Erosion Control
Load Support
Drainage and canal lining
Unpaved Road Stabilization
Pavement base stabilization
Foundation Base Stabilization
Success Stories
Infrastructure demands solutions that perform under pressure. See how our certified systems and expertise have delivered long- term stability in projects across the globe.
East of Amman, Jordan
StrataWeb® geocells – A slope erosion protection system for embankments
NH-202, Andhra Pradesh, India
Slope protection of partial wall on flyover using StrataWeb® geocells
Northern Karnataka, India
Rehabilitation of road in the busy city town centre in Karnataka
Chennai, India
StrataWeb® geocells load support for strengthening access road in Chennai
Gujarat, India
An innovative solution for our next-gen plant
Amaravati, Maharashtra, India
Pavement subgrade stabilisation by StrataWeb® geocells at Amaravati
Goindwal Sahib, Amritsar, Punjab, India
Slope protection for railway track for thermal power plant using StrataWeb® geocells
Lambak Kanan, Jalan 11, Brunei Darussalam
Slope protection with StrataWeb® Geocells at Lambak Kanan Jalan 11
Suratgarh, Rajasthan, India
Strata Geosystems solves loose soil problems with an innovative StrataWeb® geocell and sand infill solution
Kedarnath temple, Uttarakhand, India
Reconstruction of destroyed Kedarnath roads with StrataWeb® geocells
Mumbai, India
StrataWeb® geocells strengthens subgrade for approach road to container yards
Uttar Pradesh , India
Customized gravity walls for piecemeal construction using StrataWeb®
Uttara Kannada, India
Rehabilitation of heavy traffic road through Karnataka forests
Odisha, India
StrataWeb® Geocells help reinforce bearing capacity of crane hardstand at IOCL Paradip Refinery
Bangalore, India
Afforesting the concrete jungle on rooftop using StrataWeb®
Aamby Valley, India
Earth retention and soil stabilisation at Aamby Valley, Lonavala
Sinnar, Maharashtra, India
Reconstruction of Major District Road in Nashik using StrataWeb® geocells
Andhra Pradesh, India
StrataWeb® geocells for flexible pavement at a manufacturing unit
L&T Knowledge City, Vadodara, Gujarat, India
StrataWeb® geocells used in a reservoir at a commercial complex in Gujarat
Rajasthan, India
Drain lining for Railways using StrataWeb® Geocells in Rajasthan
Visakhapatnam, Andra Pradesh, India
Stabilization of crane hardstand on soft soil at Visakhapatnam using StrataWeb® geocells
Gandhidham, Gujarat, India
StrataWeb® Geocells Protect Raw Water Reservoir Lining
Kempegowda International Airport – Bangalore, India
StrataWeb® geocells used in a reservoir at a commercial complex at Airport
Coonoor, Tamil Nadu, India
Strengthening of flexible pavement using StrataWeb® geocells in hilly terrain
Riyadh, Saudi Arabia
Storm water pond lining at Riyadh city North
Madhya Pradesh, India
StrataWeb® geocells strengthens bridge approaches to rail bridge near abutment
Chilling 400kV Substation, Hook, Nr Fareham, UK
Innovation solutions designed with both excellence and elegance
Dapodi, Pune, Maharashtra, India
Ground improvement of the industrial floor using StrataWeb® geocells
Al Lusaily, Dubai
Access roads for the construction of the Lusaily Reservoir Phase III
Near Gali Anjaneya Temple, Bengaluru, India
Gravity retaining wall construction with StrataWeb® geocells
No. 13, Simpang 33, Jalan 64, RPN Kg Lambak Kanan, Brunei
Slope erosion protection using StrataWeb® geocells in Brunei
Odisha, India
Strengthening of steel cargo yard using StrataWeb® geocells
Arjungunj, Uttar Pradesh, India
Ground improvement for reinforced soil wall using StrataWeb® Geocells for Arjungunj, U.P.
Gorakhpur, UP, India
Ground improvement using StrataWeb® geocells and StrataGrid® Biaxial (SGB) geogrids
Satpara, Damoh, Madhya Pradesh, India
Construction of check dam using StrataWeb® Geocells in Damoh, MP
Ontario, Canada
Green fascia for new roadways using StrataGrid® Geogrids and StrataWeb® Geocells
DLF golf course, Gurgaon, India
Slope erosion protection for golf course at Gurgaon using StrataWeb® geocells
National Highway 44, Churaibari, near the Assam-Tripura border, India
Unblocking chaos: Re-connecting Tripura to the rest of India
Sambalpur–Rourkela, Odisha, India
Embankment Slope Protection Stabilization in Odisha
Ghazipur, New Delhi, India
Erosion protection for landfill encasement slope using StrataGrid® Geogrid
Chennai, India
Reservoir slope protection with help of StrataWeb® geocells
Middlewood Locks, Off Liverpool Road, Salford, M5 4ILS, UK
StrataWeb®, a unique solution for time, cost, and soil stability
Murbad, Maharashtra, India
Strengthening of the internal roads using StrataWeb® geocells
Pune, India
Unconventional solution for restaurant interiors by Strata Global using StrataWeb® geocells
Jhansi, Uttar Pradesh, India
Construction of internal township road with StrataWeb® for Emami
Imphal- Kangchup- Tamenglong, Manipur, India
Construction of StrataWeb® Geocell Wall 32m high RS wall in the state of Manipur
Gujarat, India
StrataWeb® geocells for slope erosion protection at railway embankment
Al Bidda Park, Doha, Qatar, Middle East
Green reinforced soil wall for approach to walkway at a park in Qatar
Nelson, New Zealand
Slope Erosion Protection at Katania Heights using StrataWeb® Geocells
Ch70 & 78 on the Amritsar-Pathankot Toll Road extension on NH-15, Punjab, India
Slope erosion protection for embankment at National Highway-15 using StrataWeb® geocells
Nagpur, India
Slope protection of metro rail using StrataWeb® geocells in Nagpur
Kidderpore Docks, Kolkata, India
No concrete. Leaner pavement. Improved load bearing capacity.
National Highway 215 (NH-215), Odisha, India
Highway Embankment Slope Protection using StrataWeb® geocells at National Highway 215, Odisha, India
Deendayal Port, Gujarat, India
Improvement of bearing capacity at Deendayal Port, Gujarat
Behpur, Mandsaur, Madhya Pradesh, India
Protection for wind turbine generator footings for Erosion control
Uran, India
Erosion protection for slopes at west coast of Maharashtra
Vizhinjam Port, Kerala, India
Ground improvement of port access roads using StrataWeb® geocells
National Highway-52B, bridge across Brahmaputra, near Dibrugarh, Assam, India
Slope erosion protection of bridge approach embankment using StrataWeb® geocells
Sagar, Madhya Pradesh, India
Slope erosion protection of railway embankment using StrataWeb® geocells
Navi Mumbai, India
StrataWeb® geocells carries port traffic over clay sub grade in Navi Mumbai
Jawaharlal Nehru Port, Sheva, Navi Mumbai, Maharashtra, India
Strengthening port container parking areas with StrataWeb® geocells
Kolar, Karnataka, India
Ground improvement of container freight station using StrataWeb® Geocells
Nalanda, Bihar, India
StrataWeb® geocells and StrataGrid® Biaxial (SGB) geogrids used for ground improvement
NH-91, Aligarh-Ghaziabad, Uttar Pradesh, India
Slope protection for abutment of bridge at National Highway-91 using StrataWeb® geocells
Ft. Walton, Florida, USA
StrataWeb® geocells reinforced an unpaved shoulder for the Florida DOT
Kiarong, Brunei
Slope erosion protection using StrataWeb® geocells
Quality Assurance of StrataWeb®
How long does Geocell last?
Geocells are robust due to its three-dimensional structure. An edge ahead of its two-dimensional geosynthetic reinforcements. However, design using these geosynthetics is complex considering raw material used, depth, weld spacing, infill and type of application. The long-term performance of a geocell is still a research domain across the world. However, it is vastly dependent on numerous factors such as raw material, process of manufacturing, the designs, and the end application.
Since, StrataWeb® are used for critical designs, it is essential to have a clear understanding of its durability. StrataWeb® undergoes exhaustive testing at internationally reputed laboratories to define all of the above factors.