Soil Retention
Masonry & Concrete
Articulating Concrete Block - Erosion Control
Soil Rentention's Enviroflex® is a tapered, vertically interlocking articulating concrete block (ACB) system designed for erosion control use in riverine, channel, or other…
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Product Summary
Soil Rentention's Enviroflex® is a tapered, vertically interlocking articulating concrete block (ACB) system designed for erosion control use in riverine, channel, or other areas with high velocity flows that are subject to scour. Each block vertically interlocks with an overlapping connection, eliminating the block’s ability to protrude relative to other blocks. Enviroflex® is manufactured from fiber reinforced concrete for added tensile strength. Openings in the block allow for infiltration and groundwater recharge to help mitigate flooding and storm water pollution. The openings also allow for vegetation to establish which promotes biofiltration and results in a green, natural, and environmentally pleasing appearance.
Construction and Materials
Soil Retention's Articulating Concrete Blocks (ACBs) are a versatile and engineered solution for erosion and sediment control, vegetated retaining walls, and stormwater management. These interlocking blocks are designed to create flexible, durable, and aesthetically pleasing systems that are a significant improvement over traditional hard armor or poured-in-place concrete.
The core construction of ACBs involves a system of hollow concrete blocks that are placed on a prepared base. The interlocking design allows the blocks to shift and move independently, accommodating ground settlement or seismic activity without compromising the integrity of the overall structure. This articulation is a key feature, providing resilience and longevity.
Materials Used
- Concrete: The primary material for the blocks themselves is high-strength concrete. This ensures durability and resistance to environmental factors.
- Reinforcement: While not explicitly detailed for all product variations, concrete structures of this nature typically utilize steel reinforcement (rebar) within the concrete mix to enhance tensile strength and overall structural integrity.
- Interlocking Mechanism: The blocks are designed with specific shapes and features that allow them to interlock securely. This mechanism can involve specific protrusions and recesses on the edges and surfaces of the blocks, ensuring they nest together during installation.
- Vegetation/Infill: A crucial component of many ACB systems is the infill material used within the hollow cores of the blocks. This infill is typically a engineered soil mix designed to support vegetation growth. The soil mix is carefully selected for its drainage properties, nutrient content, and ability to bind together.
- Geotextile/Geogrid (for specific applications): Depending on the specific application, such as high-strength retaining walls or steep slopes, additional materials like geotextiles and geogrids may be incorporated. These materials provide soil reinforcement, separation, and filtration, enhancing the stability and performance of the ACB system.
Construction Features and Benefits
- Interlocking Design: The unique shapes of the blocks allow them to interlock, forming a stable mat or wall structure. This interlocking nature eliminates the need for mortar or specialized equipment, simplifying installation.
- Hollow Core System: The hollow nature of the blocks is integral to their function. These cores are designed to be filled with engineered soil, which then supports vegetation. This infill also adds weight and stability to the system.
- Articulation: The ability of individual blocks to move relative to each other is a defining characteristic. This articulation allows the system to adapt to ground movement, making it ideal for areas prone to settlement or seismic activity.
- Uniformity and Pre-casting: ACBs are manufactured off-site in a controlled environment, ensuring consistent quality, dimensions, and material properties. This pre-casting approach speeds up on-site construction and reduces weather-related delays.
- Vegetated Surface: When filled with soil and planted, the ACB system creates a vegetated surface. This not only enhances the aesthetic appeal but also provides significant environmental benefits, including reduced stormwater runoff, improved water quality, and habitat creation.
- Flexibility and Adaptability: The interlocking and articulating nature of the blocks allows the system to conform to the contours of the land, making it suitable for a wide range of site conditions and challenging terrains.
Features and Benefits
Soil Retention's Articulating Concrete Block (ACB) systems offer a durable and versatile solution for soil stabilization and erosion control. These engineered systems are designed to provide exceptional performance in a wide range of applications, from steep slopes and retaining walls to vegetated channels and shorelines. The interlocking nature of the concrete blocks creates a flexible yet robust matrix that resists displacement from water flow and soil movement.
The core advantage of Soil Retention's ACB systems lies in their inherent flexibility. Unlike rigid structures, the articulated joints allow the system to conform to ground contours and settle without cracking or failing. This adaptability is crucial for long-term stability, especially in environments subject to freeze-thaw cycles or seismic activity.
Key Features and Benefits:
- Engineered for Durability: Constructed from high-strength concrete, ACB blocks are designed to withstand significant hydraulic forces and environmental stresses, ensuring a long service life.
- Flexible and Adaptable: The articulating design allows the system to adjust to subsurface movement and varying site conditions, preventing structural compromise.
- Vegetation Integration: The open matrix of the ACB system readily accommodates soil and vegetation, promoting ecological restoration, aesthetic appeal, and enhanced erosion control.
- Cost-Effective Solution: Compared to traditional hard armor solutions, ACB systems often offer a more economical approach to erosion and sediment control, particularly when considering long-term maintenance costs.
- Versatile Applications: Suitable for a broad spectrum of projects including:
- Retaining Walls
- Slope Stabilization
- Channel Linings
- Shoreline Protection
- Levee Armoring
- Bridge Scour Protection
- Reduced Construction Time: The interlocking nature of the blocks allows for efficient installation, potentially reducing overall project timelines and labor costs.
- Environmentally Conscious: By facilitating vegetation growth, ACB systems contribute to habitat creation, improved water quality, and a more natural aesthetic.
- High Load Capacity: The interconnected system distributes loads effectively, providing excellent stability for engineered structures.
The core advantages of Soil Retention's ACB systems are their unparalleled flexibility, long-term durability, and their ability to seamlessly integrate with vegetation. This combination makes them a superior choice for projects where resilience, environmental harmony, and sustained performance are paramount.
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Plantable Concrete Pavement System
Soil Rentention's Drivable Grass® is a permeable, flexible and plantable concrete pavement system.
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Product Summary
This product is made of wet cast, low moisture absorption concrete. Drivable Grass® is cast with holes to allow for infiltration and root penetration. A cast-inside engineered polymer grid allows Drivable Grass® to flex and conform to irregular ground surface contours along pre-defined linear grooves, while providing the intended structural support needed for daily use. Drivable Grass® maintains its load supporting characteristics even when saturated. The design also eliminates sharp edges common in other products, and won’t crack and break like rigid concrete or pop up like plastic.
Construction and Materials
This permeable concrete pavement system from Soil Retention is designed for effective stormwater management and aesthetically pleasing hardscaping. The system comprises specialized concrete mixes and often incorporates interlocking structural elements to create a durable and permeable surface.
Construction and Materials:
- Permeable Concrete Mix: The core of the system is a high-strength, yet porous, concrete mix. This specialized mix is engineered to allow water to infiltrate through the pavement surface into the underlying base layers. Key components typically include:
- Cement: A high-quality Portland cement acts as the binder.
- Aggregate: Carefully selected coarse aggregates are used, with specific grading and minimal fine materials. This creates voids within the concrete matrix that facilitate water flow.
- Water: Water is used in precise proportions to achieve the desired workability and strength without compromising permeability.
- Admixtures (Optional): Certain admixtures may be incorporated to enhance workability, durability, or setting times, depending on specific project requirements.
- Structural Elements (Optional): In some configurations, the permeable concrete pavement system may utilize interlocking structural elements made of reinforced concrete or other durable materials. These elements provide:
- Structural Support: They help distribute loads and maintain the integrity of the pavement.
- Containment: They can help contain the permeable aggregate base and the concrete sections.
- Aesthetic Appeal: These elements often contribute to the finished look of the pavement.
- Base and Subbase Materials: Beneath the permeable concrete pavement lies a carefully engineered base and subbase layer. These layers are crucial for supporting the pavement and managing infiltrated water. They typically consist of:
- Clean Aggregate: Open-graded, washed aggregate layers are used to provide drainage and support.
- Geotextiles: Geotextile fabrics are often employed to prevent fine particles from migrating into the aggregate layers, ensuring long-term permeability.
The construction process involves careful placement and finishing of the permeable concrete mix. The interlocking elements, if used, are strategically positioned to create a seamless and robust surface. The system's effectiveness relies on the synergy between the permeable concrete, the structural components, and the properly designed base and subbase layers, all working together to manage stormwater runoff effectively.
Features and Benefits
Soil Retention offers a revolutionary approach to permeable concrete pavement with its advanced systems designed to manage stormwater effectively while providing durable and aesthetically pleasing surfaces. These systems are engineered to allow rainwater to infiltrate through the pavement structure, reducing surface runoff and replenishing groundwater. This makes them an ideal solution for a variety of applications where sustainable water management is a priority.
Core Advantages:
- Environmentally Responsible Water Management: Significantly reduces stormwater runoff, mitigating flood risks and improving local water quality by filtering pollutants.
- Durable and Long-Lasting: Engineered for high performance and longevity, providing a reliable surface solution for demanding applications.
- Versatile Applications: Suitable for a wide range of projects including residential driveways, patios, commercial parking lots, sidewalks, and public plazas.
- Aesthetic Appeal: Offers a clean and attractive finish that can be customized to complement various architectural styles and landscape designs.
- Cost-Effective: Over the long term, these systems can reduce the need for extensive traditional drainage infrastructure, leading to cost savings.
Key Features and Benefits:
- Permeable Pavement Systems: Soil Retention's permeable concrete pavement allows water to pass directly through the surface into the ground below.
- Benefit: This drastically reduces surface water accumulation, preventing puddling and erosion, and lessening the burden on municipal storm sewer systems. It also contributes to groundwater recharge, a critical aspect of sustainable water management.
- High Strength and Load-Bearing Capacity: The concrete mixtures and structural design are optimized to withstand vehicular traffic and heavy loads.
- Benefit: Ensures a robust and dependable surface that is suitable for both light and heavy-duty applications, offering peace of mind regarding structural integrity and lifespan.
- Integral Color and Textures: The concrete can be integrally colored and textured to achieve a wide array of aesthetic finishes.
- Benefit: Provides designers and property owners with the flexibility to create visually appealing pavements that enhance the overall appearance of a project, seamlessly blending with the surrounding environment.
- Engineered Aggregate Base: The success of the permeable system relies on a specially designed aggregate base layer that facilitates drainage and structural support.
- Benefit: This layer is crucial for the long-term performance of the pavement, ensuring efficient water infiltration and maintaining the stability of the surface above.
- Simplified Installation: While requiring specific expertise, the systems are designed for efficient installation by experienced contractors.
- Benefit: Streamlined installation processes contribute to project timelines and cost-effectiveness when handled by qualified professionals.
- Reduced Heat Island Effect: Permeable surfaces can contribute to a reduced urban heat island effect compared to traditional impervious surfaces.
- Benefit: Leads to cooler ambient temperatures in urban areas, improving comfort and reducing energy consumption for cooling.
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Plantable Concrete Retaining Wall
Verdura® from Soil Rention, is a fully plantable retaining wall block system that can be used in many applications from small garden walls to large commercial structures.
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Product Summary
The series of Verdura® wall blocks can be used for a wide range of construction projects ranging from small residential projects to large scale developments. The Verdura® wall transforms a grade transition into a vegetated “steepened slope” instead of a concrete scar across a hillside.
Verdura® offers something for just about everybody. Whether you’re a homeowner looking to create a vertical garden or a large developer seeking to economically terrace a master planned community, this specialized, fully plantable, segmental retaining wall system provides the solution to a wide variety of design challenges.
Construction and Materials
Soil Retention offers innovative plantable concrete systems designed to integrate vegetation seamlessly into hardscape structures. These systems are engineered for durability, functionality, and aesthetic appeal, providing sustainable solutions for a variety of landscaping and construction needs.
Construction
The core of Soil Retention's plantable concrete systems lies in their unique structural design, which allows for the successful establishment and maintenance of plant life within concrete elements. The construction typically involves:
- Interlocking Units: Many of their systems utilize precast concrete units that interlock to form stable walls, planters, or other structures. This interlocking design ensures structural integrity and ease of installation.
- Integrated Planting Pockets: Strategically designed voids or pockets are incorporated into the concrete units. These pockets are sized and shaped to hold growing medium (soil) and accommodate plant root systems.
- Drainage Channels: Engineered channels and perforations within the concrete units facilitate proper drainage. This is crucial for preventing waterlogging, which can be detrimental to plant health and the longevity of the concrete structure.
- Structural Support: Depending on the application, these systems may incorporate internal reinforcement or be designed to work in conjunction with standard construction practices to meet structural load requirements.
- Surface Texture: The surface of the concrete units is often textured or grooved to promote the growth of groundcover plants and mosses, further enhancing the natural integration of the structure.
Materials Used
Soil Retention exclusively uses high-quality concrete as the primary material for their plantable systems. The specific composition and properties of the concrete are tailored to meet the demands of both structural performance and supporting plant life:
- Concrete Mix: A durable, high-strength concrete mix is employed. This ensures the systems can withstand environmental factors such as freeze-thaw cycles, abrasion, and the stresses associated with retaining soil and plants.
- Aggregate: Carefully selected aggregates are used to provide strength and stability to the concrete. The size and type of aggregate can influence the porosity and overall density of the concrete.
- Reinforcement (where applicable): For applications requiring enhanced structural capacity, such as retaining walls, the concrete units may be reinforced with steel or other suitable materials, following industry standards for reinforced concrete construction.
- Integral Colorants (optional): In some instances, integral colorants may be added to the concrete mix to achieve specific aesthetic finishes, allowing the structures to blend more harmoniously with their surroundings.
- Admixtures (proprietary): While not explicitly detailed, it is common for concrete manufacturers to utilize proprietary admixtures to enhance specific properties of the concrete, such as workability, durability, or water resistance, without compromising its ability to support vegetation.
The combination of thoughtful design and robust material selection allows Soil Retention's plantable concrete systems to offer a sustainable and aesthetically pleasing alternative to traditional hardscaping solutions.
Features and Benefits
Soil Retention, a leader in innovative green infrastructure solutions, offers a revolutionary approach to landscape design and construction with their plantable concrete systems. These systems provide the structural integrity of concrete while simultaneously fostering vibrant, living landscapes. Designed for a wide range of applications, from retaining walls and erosion control to decorative garden features and pathways, Soil Retention's plantable concrete solutions empower you to create beautiful, sustainable, and functional outdoor spaces.
The core advantage of Soil Retention's plantable concrete systems lies in their unique ability to integrate vegetation directly into the concrete structure. This not only enhances the aesthetic appeal by softening hardscapes with lush greenery but also provides significant environmental benefits. Vegetation established within these systems helps to absorb stormwater runoff, reduce erosion, improve air quality, and create habitat for beneficial insects and wildlife. This dual functionality makes them an ideal choice for projects seeking to balance urban development with ecological restoration.
Key Features and Benefits
- Engineered for Vegetation: The concrete itself is specifically formulated to allow for plant growth. This means that roots can establish themselves securely within the porous concrete matrix, ensuring long-term plant health and stability.
- Structural Integrity: Provides the strength and durability expected from concrete construction, capable of withstanding significant loads and environmental pressures. This makes it suitable for demanding applications like retaining walls.
- Versatile Applications: Adaptable to a multitude of uses, including:
- Retaining Walls
- Erosion Control Structures
- Gabion Wall Fillers
- Garden Planters
- Pathways and Patios
- Green Roof Systems
- Aesthetic Enhancement: Transforms conventional concrete structures into living works of art. The integration of plants softens hard edges, adds color and texture, and creates a more natural and inviting environment.
- Environmental Advantages: Contributes to sustainable design goals by:
- Reducing Stormwater Runoff
- Minimizing Soil Erosion
- Improving Air Quality
- Providing Wildlife Habitat
- Lowering Urban Heat Island Effect
- Durable and Low Maintenance: Once established, the vegetated concrete systems are remarkably durable and require minimal ongoing maintenance compared to traditional landscaping solutions.
- Customizable Designs: Can be integrated into various design aesthetics, offering flexibility to match specific project requirements and architectural styles.
Core Advantages
The primary advantage of Soil Retention's plantable concrete systems is the seamless fusion of robust construction with ecological functionality. This innovative approach moves beyond traditional concrete's role as a purely structural element, transforming it into a medium that actively supports and enhances the natural environment.
- Sustainability at its Foundation: These systems embody sustainable design principles by actively contributing to environmental health rather than solely serving a structural purpose.
- Long-Term Value: The combination of durability and the ecological benefits provided by established vegetation offers long-term value, reducing the need for frequent repairs and enhancing the overall ecological performance of a site.
- Unique Design Opportunities: Opens up new possibilities for landscape architects and designers to create visually stunning and environmentally responsible projects that integrate seamlessly with the surrounding landscape.
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