Bioretention Soil
Bioretention soil is a specially engineered blend designed to manage stormwater, improve drainage and support healthy plant growth in rain gardens and other green infrastructure. At Soul Miner’s Eden, we provide high-quality bioretention soil, a specialized soil mixture designed for bioretention systems, that meets the demands of sustainable landscaping projects.
What is Bioretention Soil?
Bioretention soil is a custom mix of sand, organic matter and soil designed to filter stormwater, promote infiltration and support plant life. It’s commonly used in green infrastructure projects such as:
Rain Gardens: Filtering and absorbing stormwater runoff
Bioswales: Slowing and cleaning stormwater while directing it to specific areas
Retention Basins: Capturing and filtering stormwater in engineered areas
Definition of Bioretention
Bioretention is a sophisticated stormwater management system that leverages the natural filtration capabilities of soil, plants and microbes to treat stormwater runoff. Essentially, it involves creating a shallow, landscaped depression designed to capture and filter stormwater runoff, significantly reducing the amount of pollutants that enter our waterways. These systems are particularly effective in urban areas, where impervious surfaces like parking lots, roads and buildings prevent natural water infiltration. By incorporating bioretention systems, we can manage stormwater runoff more efficiently, promoting cleaner water and healthier urban environments.
Key Benefits of Bioretention Soil
- Effective Stormwater Management: Filters pollutants and reduces runoff, improving water quality
- Improves Drainage: Promotes water infiltration to prevent pooling and erosion
- Supports Plant Health: Provides the nutrients plants need to thrive in bioretention systems
- Eco-Friendly: Helps create sustainable, low-impact developments that protect the environment
- Custom Engineered: Meets the specific requirements of your project, balancing sand, silt and organic matter for optimal performance
Economic Benefits of Bioretention Soils
Bioretention systems offer a range of economic benefits that make them an attractive option for both public and private projects:
- Reduced Stormwater Management Costs: By decreasing the reliance on traditional stormwater infrastructure such as pipes and ponds, bioretention systems can lead to significant cost savings in both installation and maintenance.
- Increased Property Values: The aesthetic appeal of bioretention systems can enhance the overall value of a property, making it more appealing to potential buyers or renters.
- Job Creation: The construction and ongoing maintenance of bioretention systems create job opportunities in various sectors, including landscaping, construction and environmental management.
- Reduced Flood Damage: By effectively managing stormwater runoff, bioretention systems help mitigate the risk of flooding, thereby protecting property and infrastructure from potential damage.
Local Bioretention Soil Delivery
At Soul Miner’s Eden, we make it easy to get the high-quality soil, mulch and compost you need for your projects. Whether you’re working on a small garden bed or a large landscaping job, we offer flexible options to suit your needs.
0–20 Miles: $40 delivery fee in a dump trailer
20–40 Miles: $1 per additional mile beyond 20 miles and up to 40 miles
Feel free to schedule your own pickup at our location or coordinate your own delivery service if you prefer. We’re here to accommodate your needs and ensure your soil, mulch or compost gets where it’s needed, when it’s needed.
- Capacity: 14 yards
- Ideal for mid-sized residential or commercial projects
- Capacity: 14 yards
- Ideal for mid-sized residential or commercial projects
- Capacity: 18 yards
- Best for larger projects requiring a higher volume of material
Product Details: Bioretention Soil
Material: Engineered blend of sand, organic matter and loamy soil
Filter Media: Carefully selected mixtures of materials, including topsoil and organic components, to create effective filter media for stormwater management
Specifications: Customizable to meet local and project-specific requirements
Available Quantities: Bulk (cubic yards) or truckload (measured by the yard)
Specifications and Ingredients
The composition of engineered soil for bioretention is meticulously formulated to balance various physical and chemical characteristics. A typical bioretention soil mix includes:
- Sand: Comprising 40–60% of the mix, sand provides excellent drainage and helps maintain the soil’s structure.
- Soil: Making up 20–40% of the mix, soil contributes essential nutrients and supports plant growth.
- Organic Matter: Accounting for 10–30% of the mix, organic matter, such as compost, enhances the soil’s fertility and water retention capabilities.
- pH: The soil mix is typically maintained at a pH level of 6.0–7.0 to ensure optimal plant health.
- Saturated Hydraulic Conductivity: Ranging from 1–10 cm/hr, this parameter is crucial for ensuring the soil’s ability to filter and infiltrate stormwater effectively.
Applications for Bioretention Soil
Rain Gardens
Perfect for residential or commercial gardens designed to capture and filter runoff
Green Infrastructure
Ideal for use in bioswales, retention basins and other engineered stormwater solutions
Landscaping Projects
Provides a sustainable soil solution for areas prone to waterlogging or erosion
Engineered Soil for Bioretention
Engineered soil is a cornerstone of effective bioretention systems. This specially designed soil mix is tailored to meet the unique requirements of bioretention applications, ensuring optimal performance in stormwater management. Engineered soils are crafted to support healthy plant growth while efficiently filtering stormwater runoff, making them indispensable in creating sustainable and functional bioretention systems.
Design and Construction
The design and construction of bioretention systems are pivotal in capturing and filtering stormwater runoff efficiently. Each bioretention system is tailored to the specific needs of the site and the goals of the project. The process involves:
- Site Assessment: Evaluating the site to understand the volume and flow of stormwater runoff, as well as the characteristics of the surrounding environment.
- Design: Creating a detailed plan that includes the layout, depth and plant selection for the bioretention area. The design must ensure proper grading to direct stormwater flow into the system.
- Construction: Excavating the area and installing the bioretention soil mix to the required depth. Ensuring even distribution of the soil and proper layering is crucial for the system’s effectiveness.
- Planting: Selecting and planting native or water-tolerant species that complement the soil’s filtration properties and enhance the system’s aesthetic appeal.
By following these steps, bioretention systems can be effectively integrated into urban landscapes, providing a sustainable solution for managing stormwater runoff and improving water quality.
Committed to Your Success
