Reno Mattress Plus
Cost-effective riverbank hydraulic protection
Traditional riverbank protections, like rip-rap, require significant material due to imprecise placement and lack of confinement. Maccaferri’s mattress solutions—Reno Mattress Plus and RenoMac Plus—offer superior performance, reducing material use, costs, and environmental impact while ensuring durable and effective hydraulic protection.
Sustainable Engineering
Reno Mattress Plus and RenoMac Plus combine sustainability and performance. The PoliMac coating ensures exceptional durability, even in the most aggressive conditions, reducing maintenance and extending the product’s life cycle. Rigorously tested, it does not release harmful substances into water. By using natural stone, these solutions integrate seamlessly into aquatic environments, enhancing biodiversity. With over 70% less material usage compared to rip-rap, they deliver the same performance with a lower environmental footprint.
Reno Mattress Plus
Invented in the 1960s, Reno Mattress Plus has been continuously improved through decades of research and testing. In collaboration with Colorado State University, we have perfected its performance to deliver unmatched hydraulic protection. By minimizing material consumption, it cuts emissions by over 80% compared to rip-rap, making it an ideal solution for sustainable riverbank protection.
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RenoMac Plus
Building on the success of Reno Mattress Plus, RenoMac Plus delivers the same sustainability and performance benefits in a pre-filled solution. Designed for challenging underwater installations, it is ideal for quay protection and bridge foundations. Tested in partnership with Deltares Water Institute, it is the first and only solution validated specifically for quay protection applications.
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Success Stories
Built, not just drawn
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Ayala Land Alviera Detention Pond
Philippines
The Ayala Alviera development in Pampanga faced increasing challenges related to stormwater management due to intense and unpredictable rainfall events. To prevent flooding in adjacent areas and protect infrastructure within the development, a detention pond was designed. However, it was critical to ensure that the stored stormwater would not infiltrate the subgrade, which could compromise the pond's holding capacity and affect nearby structures.
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BASF AGRICULTURAL RESEARCH STATION
Philippines
A portion of the toe of the existing natural slope along the perimeter of BASF Agricultural Research Station in Bay, Laguna has been scoured due to the meandering of the creek towards the perimeter of the facility. This has posed a potential danger of collapse of the perimeter fence on top of the slope. In this, BASF, through their Consultant, has studied the problem and searched an immediate and permanent solution. The affected portion is about 30 meters long, requiring a protection of about six meters high from creek bed.
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CLEANTECH SOLAR POWER PLANT STORMWATER DRAINAGE
Philippines
The 22 MWP San Ildefonso Alternative Energy Project is consist of 64,380 solar panels built in the 24. 5-hectare site and has the capacity to generate 30 GWH every year. In other words, the plant has the capability to provide power to approximately 15,000 household, which translates to an offset of 18,000 tons of CO2 annually. In the construction of the solar power plant, Cleantech renewables is looking for solutions that can further reduce carbon footprint while generating savings from construction costs.
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Reno Mattress Plus
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