MEGS Precast Blocks: Building Soil Stability with Modular
T-Shaped Blocks
Overview of MEGS Precast Blocks
MEGS Precast Blocks are an innovative strategy to the construction of reinforced soil barriers that integrate reinforced soil masses with concrete block units. These blocks are engineered with a linking system that provides exceptional stability and alignment. A built-in shear key is included in each MEGS Precast Block, which guarantees a positive connection to geogrids and consistent alignment between rows. Vertical stone columns are formed by filling the random empty spaces between blocks with gravel, which further enhances the stability of the wall.
MEGS Precast Blocks are an optimal choice for retaining walls in difficult environments due to their adaptability. These blocks are adaptable to a variety of wall shapes, curves, and heights and are cast in a modular, dry-cast form. They are also simple to handle. They provide a cost-effective and practicable alternative to steel-reinforced concrete walls, providing long-lasting stability with minimal maintenance.
Key Advantages of MEGS Precast Blocks
Cost-Effective
Achieves significant savings compared to traditional reinforced concrete systems.
Full Soil Coverage
Ensures 100% soil coverage with geogrid reinforcement, offering reliable support.
Flexible Construction
Block casting can begin even before final drawings are complete, allowing for quicker project initiation.
Easy Installation
No need for specialized machinery—blocks can be manually handled, simplifying the erection process.
High Tolerance
Can tolerate significant differential settlement, providing added flexibility in challenging terrain.
Minimal Maintenance
Once installed, walls require little to no maintenance, reducing long-term costs.
Enhanced Stability
The block design creates vertical stone columns when filled with gravel, adding extra stability to the structure.
Water Drainage
The open structure allows water to easily drain through the wall, reducing water pressure behind the wall.
Adaptability
Ideal for walls with sharp edges and corners, enabling flexibility in design and construction.
Optimized Backfill
The block height offers improved control over the thickness and pressure of the backfill, thereby enhancing the overall stability.
Working with Strata
At MEGS, we collaborate with Strata to deliver advanced solutions in reinforced soil retention. Through our partnership, we integrate StrataBlock™, a modular, self-aligning block system designed for soil retention. StrataBlock™ uses an interlocking system with built-in shear keys, ensuring a positive connection with geogrids, offering stability and flexibility in challenging terrains. By leveraging Strata’s expertise in soil reinforcement, we provide high-performance solutions that are both cost-effective and environmentally responsible, delivering lasting results for complex retaining wall projects.
What Impact Does MEGS Precast Blocks Create?
Environmental
The adaptable system provides a more sustainable solution by reducing dependence on traditional, resource-intensive materials.
Time-Efficient
The blocks are easy to install and reduce the duration of construction without compromising on quality.
Economical
Minimizes long-term and upfront expenses by facilitating construction and minimizing maintenance.
Products Used with MEGS Precast Blocks System
MEGS Precast Blocks work in harmony with other advanced geosynthetic products to create a comprehensive reinforced soil system:
GeoGrid
This high-performance geogrid is made from high-tenacity polyester yarn, forming a stable geometric grid that reinforces the soil and enhances the overall strength of the wall.
MEGS Precast Block Units
Designed with an integrated interlocking system and self-aligning features, these blocks create a stable and consistent wall structure, even in areas with challenging grade changes or retention issues.
Consultation and Support
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.