(513) 424-1955
1600 MADE Industrial Drive, Middletown, OH
Sandsaver, A natural solution to beach erosion
The Sandsaver is rapidly emerging as the leading, natural beach erosion solution, valued for its innovative approach to preserving coastlines naturally. By harnessing the power of wave activity, Sandsaver significantly lowers the costs associated with traditional beach re-nourishment projects. Its versatile modules can be deployed temporarily or permanently, depending on the specific needs of each restoration effort. With a track record of proven success, Sandsaver is attracting widespread international attention as an effective alternative to outdated practices like beach dredging, conventional re-nourishment, and rigid structures such as sea walls and coastal armoring.
The Sandsaver™ is transforming beach erosion control with its innovative rotomolding construction, delivering proven success in beach restoration projects across Lake Michigan, the Gulf of Mexico, and the Indian Ocean. As coastal communities seek effective solutions for shoreline protection, Sandsaver’s advanced rotomolded modules offer a sustainable, natural approach that outperforms traditional beach erosion methods like dredging, re-nourishment, sea walls, and coastal armoring. This game-changing technology has generated significant international interest, positioning Sandsaver as the leading choice for long-term beach erosion prevention and restoration.
Sandsaver stands out by naturally restoring beachfront property through advanced beach renourishment. Unlike conventional methods such as dredging, groynes, jetties, or coastal armoring, Sandsaver harnesses wave energy and sand movement to rebuild shorelines at a fraction of the cost. This innovative modular system offers flexible deployment options: install the modules temporarily to quickly restore beach width, move them forward to further enhance your beach profile, leave them in place for ongoing protection, or remove them to allow natural processes to continue—reinstalling only when erosion reoccurs. Choose Sandsaver for a proven, eco-friendly answer to beach erosion that delivers lasting results and maximizes your investment in coastal restoration.
Sandsaver™
Watch the video below for an inside look at how Sandsaver’s revolutionary technology works in action, and discover how Granger Plastics Company—the industry leader in rotational molding and proud owner of Sandsaver’s exclusive patents and trademarks—is reshaping the future of coastal protection.
The Sandsaver™ builds upon a legacy of proven innovation, drawing inspiration from the pioneering Sandgrabber technology introduced in the late 1960s and 1970s. Sandgrabber systems demonstrated remarkable effectiveness in diverse environments, with successful deployments in Hawaii, Massachusetts, and even Louisiana well into the 1990s.
The images below showcase a Sandgrabber installation at Canada’s Wheatley Province Park, highlighting the specialized cinder blocks used in the process. By day 50, the right image reveals substantial sand accumulation, indicating a dramatic reversal of beach erosion as the Sandgrabber system becomes nearly enveloped in restored sand. These results underscore the powerful capabilities and enduring impact of this technology in coastal restoration.
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Contrast the two images above from the Wheatley Province Park installation to observe the impressive volume of sand that has been replenished in just seven weeks. The erosion has been halted, and the Sandgrabber system is nearly buried under the accumulated sand.
The Sandsaver represents a significant advancement in beach erosion control, building upon the foundation established by the pioneering Sandgrabber technology. These innovative modules function through a dual-action process: first, they dissipate the energy of incoming waves as surf collides with the modules, effectively minimizing immediate shoreline erosion. Second, the modules feature tapered openings that allow sand-laden waves to pass through, enabling sand to settle onto the beach surface. As the tide recedes, water exits through the narrower end of the module, giving sand additional time to accumulate and remain on the beach rather than returning to the surf. Over time, this process leads to the modules being gradually buried beneath restored sand, further reinforcing the beach and enhancing long-term coastal resilience.
How Sandsaver Works
Watch the video above for a concise overview of how the Sandsaver beach erosion solution system functions. As a leading beach erosion solution, Sandsaver utilizes a two-fold approach to naturally restore and protect shorelines. First, its robust, rotationally molded construction effectively dissipates the force of incoming waves, significantly reducing immediate shoreline erosion. Second, the strategically engineered tapered openings in each Sandsaver module allow sand-laden waves to enter through the larger end, facilitating sand deposition on the beach side of the module. As tides recede, water exits through the narrower end, giving sand particles additional time to settle on the shore rather than being pulled back into the surf. This innovative process results in the gradual accumulation of sand around the modules, ultimately leading to complete coverage and long-term beachfront restoration. Choose Sandsaver as your trusted beach erosion solution for sustainable, proven shoreline protection.
The modular design of these units facilitates straightforward installation and removal, enabling flexible deployment across multiple sites or use as a permanent solution. Constructed with highly durable rotational molding, each unit becomes virtually indestructible and, when properly filled with concrete, achieves an approximate weight of 5,200 pounds.
Sandsaver Features:
- Sandsaver is the only modular system, that promotes beach accretion, while preventing beach erosio and providing sand retention.
- Rotationally Molded from nearly indestructible, Food Grade Polyethylene.
- Modular design for simple installation, no chains or rebar required.
- Inexpensive and re-usable in comparison to alternative/currently accepted beach restoration methods.
- Sandsaver is molded from Polyethylene, which is 100% recyclable.
- Sandsaver reduces the carbon footprint of most Beach Restoration projects, by not requiring numerous, gas guzzling and toxic oil leaking Barges.
- Sandsaver, can be re-used multiple times, for multiple installs, in multiple locations, if so desired. Or the system can be left in place permanently.
- Environmentally friendly, will not deteriorate, nor will the units & “take in” any Sea Turtles or other living organisms, unlike any type of Dredging barges.
- Each module weighs approximately 5200 pounds when full; Not light weight or easily moved; Tornados/Hurricanes would have to have unheard of speeds to move a module due to the weight. Contingent upon the length of the installation, the weight of the system increases drastically.
- Tapered through holes with larger opening exposed closest to surf, for easier transport to beach side of module.
- Will not leave exposed concrete, rocks, wood, or other materials that could be potentially dangerous to those utilizing the beach, alleviating those safety concerns.
- Modular system allows for as much or as little Beach re-nourishment as needed.
- Protected by US and International Patents
- Proudly manufactured in the United States of America.
Sandsaver Installations
Indian Ocean - Diani Beach, Kenya
In January 2020, Granger Plastics Company played a pivotal role in implementing the Sandsaver beach erosion solution at the prestigious, five-star Swahili Beach Resort located on the pristine shores of Diani Beach, Kenya. This luxurious oceanfront resort had been grappling with significant beach erosion for several years, prompting the management to seek an effective, long-term solution. By choosing Sandsaver, the resort took a proactive step toward restoring and preserving its valuable beachfront property.
The results have been nothing short of remarkable. Within just six weeks of installation, the Sandsaver system facilitated the accretion of over 20,000 cubic yards of sand, with beach width profiles expanding by more than 100 feet in certain areas. This rapid and substantial sand accumulation has not only revitalized the resort’s stunning coastline but also demonstrated the system’s capacity for sustainable and natural shoreline restoration. We invite you to view the video and photos below, which showcase the dramatic transformation and successful renourishment of Swahili Beach Resort’s spectacular oceanfront on the Indian Ocean.
Beach Erosion Solution: Indian Ocean Part 1
In the video above, observe the meticulous installation process as teams of workers position the Sandsaver beach erosion barriers along the shoreline. Each unit is carefully set in place and methodically filled with sand to ensure optimal stability and performance. Over the course of just two weeks, these strategically deployed modules facilitate the accumulation of more than 3,000 cubic yards of sand, resulting in a dramatic increase of up to 75 feet in beach width in select areas of the resort. This rapid and measurable transformation underscores Sandsaver’s effectiveness as a premier solution for sustainable beach restoration and shoreline protection.
Beach Erosion Solution: Indian Ocean Part 2
View the second installment of our video series to witness the Sandsaver installation at Diani Beach, Kenya, where the system has delivered outstanding results. Over a brief six-week period, the units have enabled the accumulation of more than 20,000 cubic yards of sand, expanding the beach width by over 100 feet in select areas and clearly demonstrating the effectiveness and reliability of Sandsaver’s technology.
Beach Erosion Solution: Indian Ocean Part 3
Experience the third segment of the Indian Ocean Beach Erosion Solution video series, where the Sandsaver system consistently delivers exceptional results in sand growth, sand retention and expanded beach profiles for both the northern and southern stretches adjacent to the installation site. This marks the first update since the global Covid-19 lockdown of 2020, and the footage clearly demonstrates continued sand accumulation on both sides of the erosion barriers. Conservative estimates indicate that more than 30,000 cubic yards of sand have been deposited since the initial Sandsaver deployment. Certain areas of the beach have already seen an impressive increase of over 150 feet in width, reinforcing the system’s effectiveness as a superior alternative to dredging. As sand continues to build up, it is only a matter of time before the Sandsaver modules are completely enveloped by the restored shoreline.
Sandsaver Diani Beach, Kenya Photo Gallery
Gulf of Mexico Sandsaver Install
In late summer 2019, a discerning property owner along the Gulf of Mexico’s inter-coastal waterway chose Sandsaver™ as the innovative solution to their persistent beach erosion challenges. Strategically installing Sandsaver™ modules across the entire beachfront, the owner aimed to restore and protect their valuable shoreline. Despite the unique conditions of this location—where average tidal fluctuations are less than 12 inches—the Sandsaver™ system exceeded expectations. Although there was initial uncertainty about its effectiveness in such low-tide environments, Sandsaver™ rapidly demonstrated its superior performance. In under 10 weeks, the modules were already nearly 50% covered with newly accumulated sand, showcasing remarkable progress in beach restoration. These impressive results highlight why Sandsaver™ is the trusted choice for effective beach erosion control and shoreline protection, making it an essential investment for property owners seeking long-lasting coastal solutions.
Each Sandsaver™ module was filled with one cubic yard of concrete to ensure maximum durability and stability before being carefully positioned along the shoreline. The installation process required a coordinated effort involving heavy machinery, specialized lifting straps, and manual labor to guarantee precise placement. While the prevailing water current was not as significant a factor as in previous Sandsaver™ installations, the reinforcement with concrete was deemed crucial for this site due to the area’s frequent exposure to storms and hurricane threats. This added measure of strength provides enhanced resilience, ensuring the long-term effectiveness of the erosion control system and safeguarding the property against severe weather events.
Granger ISS Storm Shelter
The Granger ISS Tornado Shelter is expertly engineered using advanced rotomolding technology and constructed almost entirely from high-grade polyethylene, ensuring unmatched durability and longevity. Unlike other materials, rotomolded polyethylene resists deterioration and outlasts competitors, making the Granger ISS the leading choice in tornado shelter solutions. Featuring a double-wall, foam-filled design, this shelter offers superior rigidity, strength, and insulation for enhanced comfort and safety. Its innovative reverse taper eliminates the need for anchoring systems, allowing for quicker, easier installations in locations where other underground tornado shelters might encounter challenges. No matter the soil condition, water table, or construction environment, the Granger ISS Tornado Shelter installs easier than most other shelters, typically in four hours or less, accommodates six adults, and includes a range of additional safety features. Backed by a lifetime warranty against cracking, leaking, rotting, or rusting, the Granger ISS exemplifies the expertise and commitment to safety standards that have made Granger Plastics Company a trusted authority in tornado shelter manufacturing. Families across America rely on the Granger ISS Tornado Shelter, choosing proven protection and peace of mind through innovative rotomolding technology.
Granger ISS Tornado Shelter on The Weather Channel
Granger ISS Tornado Shelter on A&E's Shipping Wars
See the Granger ISS Tornado Shelter featured in its first reality TV appearance on A&E’s “Shipping Wars.” In Season 7, Episode 8, titled “It’s A Rock-a-Fire Implosion,” a cast member picks up Granger ISS Tornado Shelters and transports them to a customer in Arkansas. You can watch the episode on the Official Shipping Wars website by clicking the image above.
Easiest Tornado Shelter installation!
See in the video below how an Ohio excavating company completes the installation of the Granger ISS tornado shelter in only two hours from beginning to end.
Tornado Shelter Installation Instructions
Are you planning a DIY tornado shelter installation, or have you been contracted to install a Granger ISS Tornado Shelter? Discover why the Granger ISS Tornado Shelter is the top choice for easy installation and superior safety. Watch the installation video below to see how its innovative, rotomolded polyethylene construction and unique design make it the easiest tornado shelter to install, saving you time while providing unmatched protection. Optimize your home’s safety with the Granger ISS Tornado Shelter—the leading solution for fast, reliable tornado shelter installs.
Installed Tornado Shelter Gallery
Granger ISS Tornado Shelter Information
For more information on the Granger ISS Tornado Shelter: Click Below
Additional Tornado Shelter Websites
Phone: (513) 424-1955
Address: 1600 MADE Industrial Drive, Middletown, OH 45044 USA
Hours: Mon - Fri: 8am to 5pm
ABOUT US
With over 30 years of expertise, Granger Plastics Company has set the standard for excellence in rotational molding solutions. Renowned for delivering high-quality, durable products, Granger Plastics continues to innovate and serve industries worldwide with unmatched reliability and precision.
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