SMR Recycled Glass Aggregate (RGA) is produced from residential recycled glass. RGA is used as structural and non-structural fill, drainage and filtration medium, embankment material, and pipe bedding. SMR RGA has received a Beneficial Use Determination from the New York State Department of Environmental Conservation, and has been approved in New Jersey and Pennsylvania for a wide variety of applications.
RGA is cost effective – typically a fraction of the cost of competing fill materials. It is a 100% recycled product, and may provide builders and developers with Green Building LEED points, as a recycled and locally-sourced product.
Examples of projects where SMR RGA has been used:
Image Alt Text: overpeck glass2
Bergen County, NJ – Sanitary Landfill Closure
In winter 2018, SMR supplied +10,000 cubic yards of RGA for the NJDEP-approved final closure of this landfill, which includes recreational development of the site. RGA was specified by the engineers, CME Associates, to be used in conjunction with processed dredge material, in order to maintain stable working surfaces and slopes.
Image Alt Text: claremont terminal
Sheet Pile Bulkhead Fill, Jersey City, NJ
In winter 2018, Sims utilized approximately 750 tons of RGA at Claremont Terminal in Jersey City as fill between a new sheet pile bulkhead and the original bulkhead that was failing. Fill was required to be placed underwater between the two bulkheads. The initial approach of the marine contractor, Trevcon Construction, was to use gravel, as this is self-compacting under water. As a cost savings measure, Trevcon switched to RGA. They found RGA behaved similarly to stone aggregate, in that it self-compacted when dropped through the water column. Another benefit is that RGA is lighter than stone, exerting less lateral pressure on the new bulkhead.
Image Alt Text:
NYC Fire Department – Rodent Deterrence
In Spring 2017, SMR provided FDNY with a truckload of RGA to use in a test design to prevent rodent infestations. RGA was utilized to create a layer of recycled glass beneath concrete and landscaped areas, adjacent to the firehouse.
Image Alt Text: jersey-city-cleanup
Jersey City, NJ – Residential Lot Clean Fill
In Spring 2017, SMR supplied approximately 850 tons of RGA to Grade Construction for a residential building site on the Jersey City waterfront. RGA, approved by the site’s LSRP, was blended with stone aggregate and used as sub-base for a planted area, in anticipation of future housing development.
Image Alt Text: tremley point
Tremley Point, NJ – Site Remediation & Clean Fill
In 2017, SMR supplied approximately 26,500 tons of RGA to the Tremley Point Coal Ash site in Linden, NJ. The site is subject to NJDEP remediation standards, and the RGA was tested and approved as clean fill by the site remediation professional. RGA was blended with other aggregates in a 2:1 ratio and compacted to a depth of approximately 2.5 feet to elevate the site for future warehouse construction and bulk storage.
Image Alt Text: lyndhurst nj
Residential Development, Lyndhurst, NJ
From winter 2016 through summer 2017, approximately 6,000 tons of SMR RGA were approved and utilized by Iron Hill Construction as clean fill at a new residential development in Lyndhurst, NJ. RGA was blended with recycled concrete aggregate (RCA) produced from demolition of existing onsite structures, and used to raise site grades in future paved areas.
Image Alt Text: ford 2017
Ford Dealership, Wayne, NJ
In fall 2016, SMR provided approximately 200 tons of RGA to general contractor Centurion Companies, for use as compacted subsurface fill at the Ford dealership lot in Wayne, NJ.
Image Alt Text: Staten-Island
Water Main Extension, Staten Island, New York
In January 2016, construction firm Excav Services used approximately 70 tons of SMR RGA as pipe bedding material for an extension of the water main and installation of a new hydrant at the NYC Department of Sanitation Compost Site. The RGA was approved for use by the project engineers, GHD. According to Robert Governale, President and Founder of Excav, “the glass was easy to work with and cheaper than the alternatives, plus it’s a local, recycled material.”
Image Alt Text: defoe-project
NYC DOT, Harlem River Drive, Manhattan
In summer 2015, the NYC Department of Transportation approved SMR as a vendor for the supply of Type 1 Underdrain Filter Medium. In fall 2015, SMR’s Recycled Glass Aggregate (RGA) was tested and approved in compliance with New York State DOT Underdrain Filter Type 1 specifications. 500 cubic yards, or approximately 750 tons of RGA were stockpiled and sampled in accordance with NYSDOT standards. The material was supplied to DeFoe Corporation, prime contractor for reconstruction of the Harlem River Drive from 127th to 132nd Street, in northern Manhattan.
Image Alt Text: NJ-Turnpike
New Jersey Turnpike Authority
In spring and summer 2015, SMR RGA was approved for use as clean fill on the NJ Turnpike Interchange 14A Improvement Project. SMR and geotechnical engineers, SESI Consulting Engineers, implemented stockpiling and testing programs in accordance with the NJDEP Alternative & Clean Fill Guidance, to confirm suitability of SMR RGA as clean fill, both above and below the water table. Approximately 36,500 tons of SMR RGA have been approved and used in this ongoing project.
Image Alt Text: JC-Residential
Jersey City Residential Development
In spring and summer 2015, SMR RGA was used as clean fill for a Jersey City residential apartment complex. The project location is a “Site Remediation” site, subject to NJDEP Alternative Clean Fill guidelines. Approximately 5,300 tons of SMR RGA were tested and approved for use by the project’s LSRP (licensed site remediation professional).
Image Alt Text: ePort-NJ
ePort Redevelopment, Perth Amboy, NJ
In 2014, more than 50,000 tons of SMR Recycled Glass Aggregate (RGA) were utilized as clean fill at ePort Redevelopment – a former 100+ acre brownfield that is being developed into an industrial warehousing facility. Environmental and geotechnical engineers, SESI Consulting Engineers, implemented a testing program in accordance with NJDEP Alternative & Clean Fill Guidance to approve the RGA as clean fill, for use both above and below the water table.
Image Alt Text: Kingsland-project
Kingsland Redevelopment Area Project
In 2013, SMR provided more than 40,000 tons of RGA to serve as a gas venting layer in the Avon landfill capping project. RGA was layered 6 inches deep as part of a 3.5 foot thick cap consisting of processed dredged material and top soil. The capped site will be used for a large solar energy installation.
Image Alt Text: Sunset-Park-Brooklyn
Sunset Park Materials Recycling Facility, Brooklyn, NY
From 2010 to 2013, SMR managed construction of a new 11-acre recycling center on the Brooklyn waterfront. SMR worked with geotechnical engineers, GZA GeoEnvironmental, to develop structural fill blends using “mole rock” from NYC tunneling projects mixed with RGA. More than 5,000 tons of RGA were blended with 20,000 tons of mole rock and used to elevate sections of the site by 4 feet, thereby protecting buildings and equipment against sea level rise and storm surges.
Image Alt Text: Bronx Stormwater Grace Industries
Starlight Park Rain Gardens, Bronx, NY
In February 2011, Grace Industries was contracted by NYS DOT to construct 20,000 square feet of rain gardens to manage stormwater at Starlight Park in the Bronx. Grace chose to use 170 tons of SMR’s RGA in place of crushed stone for under-drain medium. Grace found that RGA was less expensive and performed better than standard under-drain stone. SMR provided stockpiling and sampling facilities in conformance with DOT requirements, and met product gradation specifications.
Image Alt Text: MTA Bus Depot Brooklyn Drainage Pipe Bedding
MTA Bus Depot, Spring Creek, Brooklyn, NY
Thomas Muse of Muse Design, Inc. always chooses the green alternative. In November 2010, Muse began work on the NYC MTA’s Spring Creek Bus Depot and engineered wetland. The design required 455 tons of aggregate for drainage pipe bedding and covering. Instead of quarried gravel, Muse chose to use RGA from SMR. In addition to being a local recycled product, RGA was the least expensive alternative and best material for this project. “I was looking for a high capacity material (i.e., high void space and infiltration rate), and the crushed glass from Sims Municipal Recycling was the perfect material for the application."
Image Alt Text: Wet Meadow Hunts Point Bronx Glass Cullet
Engineered Wet Meadow, Hunts Point, Bronx, New York
The Gaia Institute used 60 cubic yards of SMR's RGA to manufacture a gravelly-sandy loam and replace in–situ soils for construction of a 5,800 sq. ft. wetland meadow. This system treats stormwater from a 6-acre scrap metal recycling yard, and received the 2011 Silver Award for Engineering Excellence from the American Council of Engineering Companies. According to Dr. Paul Mankiewicz, Exec. Dir. of the Gaia Institute, “I can hardly believe the void space in the product I measured, which is very good indeed for water holding and root growth of street side plantings, and mixed with compost we achieved very good capillary structure. This material should be used to build the next generation of ecological stormwater management structures.”
Image Alt Text: NYS DOT Interstate 684 RGA Glass Cullet
NYS DOT Interstate 684, Westchester, New York
In 2011, SMR provided approximately 6,000 tons of RGA to Grace Industries to use in place of crushed stone as roadside stormwater filtration medium. RGA was stockpiled, sampled and tested at SMR’s facility, in conformance with DOT specifications. According to Ed Bessim of Grace Industries, he will continue to use RGA “because it’s a cheaper, greener alternative to under-drain stone.”
Image Alt Text: Teterboro Landing Cleanup RGA Glass Aggregate LEED
Teterboro Landing, Teterboro, NJ
Teterboro Landing is a 63-acre mixed use development. Site-wide cleanup of this brownfield has been underway since 2007. In 2011, O’Brien & Gere, environmental engineers for the project, tested SMR’s RGA and approved its use for sub-base aggregate. SMR delivered 10,000 tons of RGA to the site, which was spread approximately 2 feet deep over 10 acres. Development plans for Teterboro Landing include retail, office, hotel and light industrial/flex space. All development is expected to meet sustainable design and development criteria, including LEED certification.
Image Alt Text: Kew Gardens Queens RGA Glass Aggregate Filtration
Kew Gardens Interchange, Queens, New York
Defoe Corporation was contracted by NYS DOT to reconstruct the Kew Gardens Interchange in Queens, in order to reduce traffic congestion and improve quality of life for residents in the area. In spring 2012, Defoe used 700 tons of SMR RGA as roadside stormwater filtration medium. The RGA was spread approximately 4 feet deep over a half mile section on the south side of the interchange. The development meets sustainable design and performance standards.
Image Alt Text: NYC Street Tree Pits Bronx Gaia Institute Stratford Glass Aggregate
NYC Street Tree Pits, Bronx, NY
From 2010 to 2013, SMR provided RGA to the NYC Department of Parks & Recreation Forestry Division and the Gaia Institute for use in their Stratford Avenue Green Infrastructure projects. In these projects, street-side swales and enhanced tree pits are used to capture and store stormwater. SMR RGA was used as a base material beneath the tree balls and a layer of sandy loam. The RGA serves two functions: a) to support the tree balls on a non-compressive surface, and b) to provide a high volume reservoir for stormwater that is available to tree roots as they grow toward the tree pit base.
Typical RGA Sieve Analysis
SMR has the ability to stockpile large volumes of RGA for large-scale construction projects. SMR RGA typically has an LOI (loss on ignition) of 2%.
A typical RGA sieve analysis is shown below.
Project Sample Size Curves
Attached is a detailed sample size curves for glass aggregate used in a project in Jersey City, NJ.
SMR produces and ships RGA year round. SMR has the ability to stockpile large volumes of RGA for large-scale construction projects, and regularly conducts testing programs in accordance with regulatory requirements and in support of geotechnical engineering.
RGA is often used as is. Depending on the project and geotechnical performance requirements, RGA may also be blended with other fill materials. Contractors and engineers have blended RGA in different ratios with Recycled Concrete Aggregate (RCA), dredge material, asphalt millings, “mole rock” from tunneling operations, and Dense Graded Aggregate (DGA).
RGA has naturally high void space, making it a suitable drainage stormwater management media. SMR RGA typically has an LOI (Loss on Ignition) of 1% to 3%.
Use RGA In Your Next Project
Talk to us about your next construction project.
Cost effective – typically a fraction of the cost of competing fill materials