The Silva Cell is a modular suspended pavement system that uses soil volumes to support large tree growth and provide powerful on-site stormwater management through absorption, evapotranspiration, and interception.
With Silva Cell, you can meet regional stormwater requirements using underground bioretention in tight urban spaces. The Silva Cell is a stormwater BMP that leverages soil and trees to provide water quality and pollutant control, peak overflow reduction, low maintenance, and uses any type of soil to grow big healthy trees.
Unlike some bioretention systems, which leach nutrients and negatively impact receiving water bodies, Silva Cell systems also provide nutrient removal.
Silva Cells can be used on almost any type of site, including streets, plazas, parking areas, green roofs/on-structure, and “Break-out” zones.
The Silva Cell is a rigorously engineered product that has undergone extensive FEA, lab, and field testing. With more than 3,000 installations around the world, we’ve seen every construction scenario out there.
Each Silva Cell installation is unique to existing site requirements. Costs will vary based on characteristics of the site, the quantity of product required, the tree size and stormwater treatment goals, and other design objectives. For price information specific to your project, contact us for a quote. We look forward to working with you!
The Silva Cell can be used in a wide variety of tree and stormwater management projects and has been installed across the United States, Canada, Europe, Asia and Australia.
The United Daily News Plaza is located on one the busiest streets of Taipei. The 6,000 sq. meter plaza creates an urban forest, unifying the two parts of the building—offering a distinctive image within an extremely busy urban context.
The world’s most well-known and recognized stadium, which went from seeing 2 million visitors a year to 9 million by 2016, is getting its entryway revamped complete with green infrastructure.
The Silva Cell is a modular suspended pavement system that uses soil volumes to support large tree growth and provide powerful on-site stormwater management through absorption, evapotranspiration, and interception.