RenoMesh
Burrowing animal barrier for levees
Beavers, badgers and other burrowing animals can sometimes cause fairly large damage on bank slopes, along dykes or in the earth-filled embankments. In isolated cases, such damage caused by these mammals could lead to an increased risk of global slope failures with serious consequences of over flooding for the communities living in the area. Cavities created by beavers can be of high risk for the stability of the dyke.
Our RENOMESH, RENOMESH BIO and RENOMESH GREEN work as an effective long-term barrier against the intrusion of burrowing animals, discouraging them from digging inside the levee core / embankment and inducing them to migrate to other non-critical areas of the river/infrastructure.
Maccaferri Renomesh is a proven solution: initial observation studies were conducted by the Technical University in Vienna (Austria) to find whether and how we could prevent these animals from burrowing into the critical core of an embankment along rivers in Europe. After trying several types of barrier systems, the study concluded that the only way to create an effective barrier to the bite of beavers is to use the steel mesh.
In the past, synthetic materials were used, due to their durability in water, but they proved not to be effective against rodent bites. Tests conducted at Vienna University of Technology on several types of barrier systems proved that steel mesh is the only way to create an impenetrable barrier to resist the strong bite of a beaver.
Moreover, these solutions promote the establishment of vegetation, allowing integration into the environment. We use recycled steel, which contributes to cutting CO2 emissions. Moreover, these solutions promote the establishment of vegetation, allowing integration into the environment. We use recycled steel, which contributes to cutting CO2 emissions.
Success Stories
Built, not just drawn
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RAILWAY EMBANKMENT BURROWING PREVENTION
United Kingdom
The East West Rail Alliance (EWRA) is a large project which plans to utilise the previously built and abandoned varsity railway line to re-build an upgraded line that links Oxford and Cambridge via Bicester, Milton Keynes and Bedford avoiding London. The planned route covers an extensive distance consisting of diverse environmental challenges. As you progress through this countryside route, there is a variety of wildlife including a large amount of Badgers. Badgers are fantastic diggers and have many burrows at any given time. Occasionally badgers burrow underneath live rail embankments which can lead to collapse and delays in the line due to water ingress through the network of burrows deep into the embankment. The solution was to use our RenoMesh Mammal Anti-burrowing mesh.
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WALTHAM HIGH SCHOOL
Due to limited real estate locations and the necessity of urban development, new constructions are often being built near new and existing rock slopes which are inherently prone to rockfall. Such is the case for the new Waltham High School in Waltham, MA. Designed to accommodate 1,830 students, a site expansion was needed to accommodate the new building. This created a 120ft high rock wall behind the building, which represented a serious rockfall risk to the students and faculty.
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The Ash Yard of the Thermal Power Plant
The Punta Catalina thermoelectric power plant is the most important electricity generator in the Dominican Republic, as it produces 30% of the country's electricity. Its source of generation is coal, and as a byproduct of this process, residue known as ASH is produced. This ash is destined for confined cells due to its high content of heavy metals, preventing environmental damage to both the subsoil and the dispersal of volatile ashes in the air.
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