Industry
Civil Construction
Challenge
The primary challenge was constructing a structurally resilient retaining wall to support the 3-storey, 71,000 square foot Jefferson House Memory Care Facility. The site demanded a sophisticated wall system with multiple orientations and heights, while maintaining a consistent slope angle.
Results
The project successfully established the tallest Vegetated Geomodular MSE wall in the world, offering strong structural support and an appealing, eco-friendly solution. The implementation of Flex MSE enabled effective installation and harmonisation with the surrounding landscape.
Key Product
Flex MSE Sustainable Vegetated Wall System
The Challenge
The Jefferson House Memory Care Facility project faced the formidable task of constructing a retaining wall capable of supporting a 3-storey building over a 71,000 square foot area. The wall required multiple orientations and varying heights, all while maintaining a consistent slope angle. The challenge was to provide a solution that was not only structurally sound but also aesthetically pleasing and environmentally sustainable.
The Solution
Tastad Construction explored various options before deciding on the Flex MSE vegetated retaining wall system. The decision was influenced by Flex MSE's proven reliability, sustainability, and ease of integration with the natural landscape.
The Flex MSE system provided a reliable and sustainable solution for our project, enabling them to create a structurally sound and visually appealing retaining wall.
The Flex MSE system, consisting of geomodular bags and interlocking plates, was installed efficiently, with 14,400 bags filled and positioned to form the retaining wall. The system's modular nature allowed for flexibility in design, accommodating the project's complex requirements.
The Results
The utilisation of Flex MSE resulted in the successful creation of the world's tallest Vegetated Geomodular MSE wall, standing at 35 feet. The project covered an area of 71,000 square feet and integrated 35,000 plants, enhancing the ecological and aesthetic value of the site. This innovative approach not only provided robust structural support but also seamlessly blended with the surrounding landscape, promoting environmental sustainability. The project showcased the efficiency and effectiveness of the Flex MSE system, setting a new benchmark in landscape architecture.
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