– Innovative Storm Water Solutions employed through Silva Cell technology where runoff from the public streets at North City East is treated using median and curbside biofiltration facilities that incorporate underground detention modules for pollutant control, hydromodification, and 100-year peak flow migration. – Silva Cells captured over 80,000 gallons of stormwater from the streets and… More
The redesigned, two acre, Miller Park features a new stage, 77 trees, a central lawn, beautifully paved plazas, granite structures and café seating. The new park serves as a gathering space for all to enjoy with plenty of space to play and relax. The park also serves as a green festival venue for concerts, farmers… More
Soil structure (how soil particles are held together to form larger structures within the soil) is recognized as an important property of a healthy soil. Grading, tilling, soil compaction and screening soils during the soil processing and mixing process damages structure. To counteract the loss of structure, specifiers then add to it, utilizing a mined… More
As the northern hemisphere begins the thaw and our record-setting snow melts, we are drawn to the transformation of the landscape. Our love of trees runs deep, and we are all looking forward to digging in the soil. In Minnesota, the technical team is also trying not to get too excited – sometimes it snows… More
Over 20 years ago, the City of Del Mar along the southern California coastline began a citywide process to improve streetscapes with the intention to preserve and enhance the tangible qualities of the community. In 2019, construction began of the downtown streetscape portion, which will bring these concepts to fruition, building up the commercial center of… More
In early 2016, Fayetteville, a city in the Coastal Plain region of North Carolina, began construction on its first green street. The $1.2 million project, born out of partnership between the City of Fayetteville and North Carolina State University’s Department of Biological and Agricultural Engineering, was funded in part by a grant from the Clean… More
Santa Rosa’s downtown square reunification integrates stormwater management and the planting of 86 new trees. The Santa Rosa Courthouse reunification is a long-awaited project to restore the city’s downtown square to its original layout, changing it from a space split in half by a four lane road to one continuous 1.5 acre site. The plaza… More
Central Parkway is a low impact development (LID) retrofit streetscape project in Mississauga, Ontario. The project utilizes Silva Cells as an underground bioretention system to manage and treat stormwater runoff while simultaneously providing the uncompacted soil volume necessary to grow large trees. At Central Boulevard, the City of Mississauga partnered with DeepRoot, TD Friends of… More
Rockwall, Texas, a growing community located 25 miles northeast of Dallas, contains a quaint, historic downtown district that dates back to the late 1800’s. In 2004, planning began to breathe new life into downtown Rockwall and to address problems with existing design and infrastructure including accessibility issues, lack of pedestrian scale, and problems with existing… More
San Marcos, a small city in the North County region of San Diego County, now stands out as a distinct, regionally identifiable city with its own light rail public transit system and is home to several colleges and universities. Recently they’ve focused attention and resources on retrofitting select parts of the city to make them… More
Nearly eight years ago, we installed a large Silva Cell system along 48 blocks of downtown Minneapolis. Called Marquette and 2nd (MARQ2), this green stormwater infrastructure project is in an ultra-urban, mixed-use area that needed to accommodate mass transit, cars, and pedestrians. The designers (SEH and URS) specified Silva Cells for stormwater management in addition… More
This post is the third in a series of three sharing findings from research conducted on 10 Silva Cell projects across North America. Read part one about study design here and part two about our initial findings here. We’ve already shared some of the initial findings from this study in earlier posts. Today, we’ll discuss… More
Soil. Stormwater. Sustainable Infrastructure.
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