The Cranston Sanitary Landfill is the first site in the Ocean State to achieve final closure with the ClosureTurf system. Beginning in 2019, the landfill became host to a community solar farm developed by ISM Solar® for a complete sustainable solution.
One mile from the T.F. Green Airport and directly adjacent to the Pawtuxet River, the landfill is at the intersection of the built and natural environment. ClosureTurf was selected by the landfill remedial action group for its superior engineering performance, including clean water runoff with low turbidity.
ClosureTurf has since solved the landfill’s stability and erosion issues, withstanding harsh coastal New England weather (windstorms, blizzards, nor’easters, freeze/thaw and more). It has greatly reduced long-term maintenance activities compared to a traditional soil cover such as vegetation, mowing, fertilization, irrigation, re-vegetation, erosion repairs and stormwater pond cleaning.
ClosureTurf has greatly reduced long-term maintenance activities compared to a traditional soil cover such as vegetation, mowing, fertilization, irrigation, re-vegetation, erosion repairs and stormwater pond cleaning.
The community solar farm will deliver clean energy and electric bill savings directly to Rhode Island homeowners. In addition, the City of Cranston will collect tax revenue without the need for new city services.
ClosureTurf® is an engineered landfill closure system that was designed to address the environmental and performance failures of traditional vegetated landfill closures. For many of the same reasons that it excels in those areas, it is also the ideal foundation for solar deployment.
KEY BENEFITS
For Environmental Closure:
- Prevents common erosion issues
- Provides clean water runoff with low turbidity
- Improves gas collection and reduces odors
- Protects against severe weather events
- Reduces long-term maintenance
For Solar Installation:
- Reduces site prep costs and risks
- Eliminates vegetative maintenance
- Reduces soiling from clippings and dust
- Improves access for construction and O&M
- Can be used with ballasted systems and non-penetrating direct attachment technology for slopes
