RenoMesh
用于堤坝的穴居动物防护屏障
海狸、獾和其他穴居动物会对岸坡、堤坝或填土的堤岸造成相当大的破坏。在个别情况下，这些哺乳动物造成的这种破坏可能会导致全球斜坡崩塌的风险增加并对堤坝的稳定性造成威胁。
我们的 RENOMESH、RENOMESH BIO 和 RENOMESH GREEN 可防止穴居动物入侵，阻止它们在堤坝核心/堤岸内挖掘，并诱导它们迁移到河流/基础设施的其他非关键区域。 马克菲尔Renomesh 是一个行之有效的解决方案：维也纳技术大学（奥地利）对该方案是否以及如何防止这些动物钻入欧洲河流沿岸进行研究，在尝试了几种类型的屏障系统后，发现唯一的方法就是使用钢网作为海狸咬伤的有效屏障。
过去使用在水中具有耐久性的合成材料，但事实证明它们对啮齿动物叮咬无效。维也纳技术大学的研究证明钢网是制造难以穿透的屏障以抵抗海狸强烈咬伤的唯一方法。 此外，该解决方案促进了植被的建立，促进了与环境的融合。马克菲尔使用再生钢，也可减少二氧化碳排放。
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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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