Advanced Reinforced Steep Slopes Solutions
We engineer innovative solutions for reinforced steep slopes that combine strength, flexibility, and sustainability. Our systems allow for the safe and efficient use of land in challenging topographies—delivering stability without compromising the environment or design intent.
What are
Reinforced Steep Slopes
Reinforced steep slopes are engineered soil structures that use geogrid reinforcement to stabilize embankments with inclinations steeper than what unreinforced soil can support. These systems enable construction on limited or sloped terrain by reinforcing the soil mass to resist sliding and erosion.
MEGS utilizes high performance geosynthetics and tailored design techniques to construct safe, sustainable, and cost effective steep slope systems. Whether you’re reclaiming land, supporting infrastructure, or preventing landslides, our solutions provide long-term slope stability with minimal environmental impact.
Applications of Reinforced Steep Slopes
Reinforced steep slopes are used in transportation infrastructure, roadway expansions, site development, industrial platforms, flood protection, mining operations, and landfill construction. They are especially effective where space is limited, and natural topography must be preserved or optimized.
What are
Reinforced Steep Slopes
Reinforced steep slopes are engineered soil structures that use geogrid reinforcement to stabilize embankments with inclinations steeper than what unreinforced soil can support. These systems enable construction on limited or sloped terrain by reinforcing the soil mass to resist sliding and erosion.
MEGS utilizes high performance geosynthetics and tailored design techniques to construct safe, sustainable, and cost effective steep slope systems. Whether you’re reclaiming land, supporting infrastructure, or preventing landslides, our solutions provide long-term slope stability with minimal environmental impact.
Applications of Reinforced Steep Slopes
Reinforced steep slopes are used in transportation infrastructure, roadway expansions, site development, industrial platforms, flood protection, mining operations, and landfill construction. They are especially effective where space is limited, and natural topography must be preserved or optimized.
Key Advantages of Reinforced Steep Slopes
Key Advantages of Reinforced Steep Slopes
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Maximized Land Use
Build on sloped or confined sites without sacrificing usable space.
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Cost-Effective
Reduces need for concrete or retaining walls.
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Environmentally Friendly
Enables green facings and erosion control.
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Aesthetic Flexibility
Customizable fascias for both natural and urban settings.
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Long-Term Stability
Engineered to withstand complex loading and environmental conditions.
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Reduced Construction Time
Modular design allows for efficient and fast installation.
Types Of Slopes
Types Of Slopes
Slopes vary in steepness and structural demands, and each type requires specific engineering solutions to ensure long-term stability and performance. Whether dealing with gentle inclines or steep embankments, proper reinforcement plays a critical role in preventing erosion, enhancing soil retention, and supporting infrastructure.
1H:1V or Flatter
Gentler slopes that generally require minimal reinforcement. These are often finished with vegetation or surface treatments to control erosion and blend into the natural environment.
1H:1V Or Steeper
Steeper slopes that demand stronger reinforcement systems, such as high-strength geogrids and engineered design, to maintain long-term structural integrity and prevent failure.
Embankments
Raised earth structures used to support roads, railways, or platforms. These often require reinforced slope systems to manage load distribution, improve stability, and ensure safe, long-term performance.
Types Of Fascia
Types Of Fascia
G Web
G Wire Mesh
G Wrap
R-Gabion
R Wire Mesh
<45˚
Slopes constructed with inclinations less than 45 degrees, often vegetated or covered, offering natural stability without structural facia elements.
Slope Stability
Slope Stability
slope stability systems reinforce soil structures using geosynthetics to prevent sliding, resist erosion, and maintain long-term performance on natural or engineered slopes.
Internal Stability
Ensures the reinforced soil mass remains structurally sound under applied loads using the correct reinforcement spacing and strength.
Compound Stability
Considers the interaction between the reinforced slope and adjacent structures or loads to ensure holistic safety.
Global Stability
Evaluates the entire slope system’s ability to resist deep-seated failure, often analyzed through comprehensive geotechnical modeling.
Gallery of Reinforced Steep Slopes Projects
Gallery of Reinforced Steep Slopes Projects
Products Built for Easy Application
Through MEGS collaboration with Strata Geosystems, our geosynthetic products work with structural fill to build a durable structure that is strong even on unstable soils. This cost-effective process turns soft subsoils like dredge debris, swamps, and saturated clay into stable, hard foundations for a variety of uses, including surcharge embankments, crane pads, haul pads, and more.
GeoGrid
A groundbreaking solution that combines structural stability with durability, made from high-tenacity polyester yarn, forming a stable geometric grid.
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GeoCell
Employs a unique three-dimensional honeycomb structure for soil reinforcement, tackling complex civil engineering challenges effectively.
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Steep Slopes
A cost-effective, eco-friendly slope stabilization system offering complete technical support from design to installation for lasting ground protection.
Read MoreProducts Built for Easy Application
Through MEGS collaboration with Strata Geosystems, our geosynthetic products work with structural fill to build a durable structure that is strong even on unstable soils. This cost-effective process turns soft subsoils like dredge debris, swamps, and saturated clay into stable, hard foundations for a variety of uses, including surcharge embankments, crane pads, haul pads, and more.
GeoCell
Employs a unique three-dimensional honeycomb structure for soil reinforcement, tackling complex civil engineering challenges effectively.
Steep Slope
A cost-effective, eco-friendly slope stabilization system offering complete technical support from design to installation for lasting ground protection.
GeoGrid
A groundbreaking solution that combines structural stability with durability, made from high-tenacity polyester yarn, forming a stable geometric grid.
Consultation
Smart Solutions. Solid Responsibility.
Smart Solutions. Solid Responsibility.
MEGS Prides itself in its innovative vision that minimizes construction activities, allowing us to provide complete solutions efficiently and on time. By reducing on-site work, we save time and improve productivity. Our engineering solutions are carefully designed to meet international standards, with focusing on lowering carbon footprints and highlighting eco-friendly practices.