Études de cas Naue – Infrastructure
Renforcement de la couche de base – Voies de transport et d’accès pour la construction de liaisons HVDC, Royaume-Uni
Le projet « Shetland Renewable Connections » vise à relier les parcs éoliens des îles Shetland à l'Écosse continentale et au réseau électrique national d'ici 2024. L'un des éléments clés du projet est la connexion de 22 km entre les transformateurs HVDC de Kergord et le point d'entrée du réseau à Gremista.
Bentofix® X – Lining of a balancing pond – HS2 Attenuation Pond – UK
In Warwickshire, just north of Long Itchington Wood, the preparatory operations for this project include the development of a main compound area with office space and welfare facilities, plus storage areas for materials and equipment, and the tunnel being constructed at Long Itchington will enable HS2 trains to pass directly beneath one of the county’s largest areas of ancient woodland. The area is protected under the Wildlife and Countryside Act, and measures to avoid loss of the woodland were developed in consultation with Natural England.
Secugrid®, Combigrid® – Chemin de roulement et composés pour parc éolien terrestre – Royaume-Uni
Un nouveau parc éolien terrestre de 15 turbines est en cours de construction à Dumfries et Galloway, en Écosse. Situé entre Dalmellington et Carsphairn, le parc éolien de Benbrack, d'une capacité de 67 MW, devrait fournir suffisamment d'électricité pour alimenter 70 000 foyers lorsqu'il sera pleinement opérationnel à l'été 2024.
Combigrid® – Construction of access road across a flood zone – Redlands Farm Solar Park, Somerset, UK
The project design incorporates solar panels sited on tall posts to ensure the site maintains normal levels of operation – even in times of flooding. Essential to the project was the construction of almost 1,000 metres of unbound access roads.
Combigrid® – Temporary Haul Road – Dogger Bank, UK
Facilitating the onshore activities for this project would require the construction of over 17 miles of temporary haul roads across the Yorkshire countryside and, although temporary, construction of the roadways was required to be nothing less than substantial.
Secutex® Green – Utilisation temporaire d’un géotextile de séparation et de filtration biodégradable
L'école Wilhelm-Wisser (WWS) est à l’étroit dans ses murs. Pour cette raison, il est prévu d'agrandir l'école communautaire Elisabethstraße à Eutin dans les prochaines années pour accueillir environ 550 élèves. Cependant, les cours continueront. Un emplacement temporaire sera aménagé pour l'école WWS sur le site du festival pendant environ deux ans ....
Combigrid® – Base course reinforcement – Haul Road for Blenheim Lake Restoration – UK
Originally constructed to traverse a wide marshy valley on the approach to Blenheim Palace, Vanbrugh’s 'Grand Bridge' now spans Capability Brown’s 47-hectare water feature, and the stretch of ...
Secugrid® – Repair of flood damage „Leubethaer Street“ in Freiberg – Germany
In May 2018 a storm front hit the Vogtland region in Germany with full force. Up to 150l of rainfall were measured in one hour. In the Adorf district of Freiberg the heavy rainfall caused the greatest damage of the storm. Over a length of 30m the Leubethaer Street was washed away. A culvert located in this area could no longer absorb the enormous quantities of water. This led to a water accumulation within the road embankment. Fine particles of the fill soil were successively washed out and the slope collapsed completely.
Secutex® Green – Renaturation/relocation of the Erft river near Neuss-Gnadental – Germany
The Erft is a southwestern and left tributary of the Rhine, about 107 km long. Its course and water flow have been changed many times since the Middle Ages. In July 2021, some parts of Germany experienced continuous rain and floods, also in the catchment area of the Erft. In many places, the Erft overflowed its banks considerably, for example, in Bad Münstereifel and Erftstadt-Blessem, where - intensified by a rushing current - major damage was caused. Shortly before it flows into the Rhine, the Erft, which has been straightened over the past decades, is to be renatured, and the meandering course of the existing old arms is to be reconnected to the watercourse. This measure is part of the „Lower Erft“ perspective concept. The concept includes the near-natural redesign of the 40km long section of the Erft river from Bergheim to Neuss. Here, the Erft is being adapted to the reduced water flow (about a quarter of today‘s volume) associated with the end of lignite extraction.
Bentofix® X – Water treatment plant in Niger
Millions of people in sub-Saharan Africa have little or no reliable access to clean drinking water. Securing freshwater is a high priority in these regions.
Bentofix® Secudrain® Secugrid® – Storm water retention pond Ziegenschleppe – Germany
To improve the water retention capacity and the flood protection situation in the tributary to the Zwickauer Mulde after the devastating floods on the Mulde and Elbe in 2002, additional water retention areas were created. In the town of Schneeberg on the Schlema, a storm water retention pond was constructed in 2005 with a utilisation volume of approximately 23,400m³. The main components also included an inlet and two outlets as reinforced-concrete structure, an emergency spillway as a rough ramp, 28m of DN 1400 drainage channel and, in addition, the entire mechanical and electrical equipment of the inlet structure.
Bentofix® Secugrid® Naue Steel P – Shooting range of the shooting sports club (SSC) Schale – Germany
The “Schale Shooting Sports Club” (SSC Schale) in Hopsten, Germany, invested almost € 5 million in constructing two new skeet shooting ranges with the support of the federal government, the state, and the municipality. For noise protection, a 24m high wall was built, also collecting the shotgun pellets for recycling. The wall material is mainly from soil aggregate with „environmentally relevant substances“ (e.g., milled material from road shoulders), which was used as fill material for the geogrid reinforced soil structure.