RAU refurbishment for the ecological and economical renewal of existing noise barriers
With RAU refurbishment, older noise barriers can be brought up to a new technical and visual standard without completely replacing existing load-bearing structures. This system offers an economically attractive way of continuing to use existing structures and at the same time making them significantly more efficient, particularly in the case of older systems made of wooden panels and iron girders. Instead of dismantling an entire system, the old wooden elements are removed and replaced with individually manufactured RAU Rock Extensiv elements, which are fitted into the existing girder spacing.
This is a great advantage, especially for existing systems. The existing basic structure is retained, while the wall itself is upgraded in terms of function, design and ecology. In this way, an outdated system is transformed into a modern noise protection solution that is not only technically more up-to-date, but also blends in much more harmoniously with its surroundings. This is particularly interesting for local authorities, infrastructure operators and those responsible who want to further develop existing structures economically instead of replacing them completely.
Another advantage of the RAU refurbishment is the individual production. As existing systems often have different dimensions from project to project, the new elements are planned and manufactured to match the existing system. This allows the refurbishment to be tailored to the specific situation. This creates planning security and enables a custom-fit modernization in which function, appearance and sustainability are sensibly combined.
The conversion creates a green noise barrier that takes on the character of modern ecological construction methods and visibly upgrades older systems. In this way, an outdated wooden wall is transformed into a durable, contemporary structure that is impressive in terms of both technology and appearance. This is a particularly sensible solution for many existing projects where cost-effectiveness, resource conservation and a modern effect are equally important.
