The project involved upgrading the synthetic turf soccer field at Folsom Lake College with advanced turf materials, alongside significant enhancements to the drainage system and improvements to accessibility in accordance with ADA standards. The existing field’s slope created challenges for competitive play and drainage, as the original design featured a single trench drain that was insufficient, resulting in flooding during heavy rains. Our civil engineering team identified the need for three additional trench drains to mitigate these issues, addressing the “waterbed” effect reported by coaches. Beneath the field, a stormwater liner was installed to separate the turf from subpar soils, while the previous infill of rubber and sand, combined with an outdated Brock pad, contributed to water accumulation. During construction, the presence of solid rock complicated the installation of new drainage trenches, leading to gaps that hindered proper liner placement. To resolve this, we opted to slurry the trenches in rocky areas and recut them for smoother walls, ensuring effective liner installation. The redesigned field will feature a sand cork infill and incorporate Brock Powerbase YSR for improved drainage and support.
The redesigned soccer field features a sand cork infill, representing a significant upgrade from the previous configuration. In addition, we integrated the Brock Powerbase YSR system, which provides improved drainage capabilities and bolsters the overall support of the field. This field replacement project for the College exemplifies a thorough strategy aimed at addressing intricate site challenges. By engaging in meticulous analysis, fostering innovative solutions, and promoting collaborative efforts among stakeholders, we are committed to delivering a cutting-edge facility that not only enhances the playing experience for athletes but also effectively resolves persistent drainage problems that have plagued the area for years.
