Skip to main content

Erosion protection from Huesker

The Huesker Group is offering a novel solution to reduce the risk of erosion for transport infrastructure located in coastal areas. The firm has developed geotextile container systems that feature large-format tubes and bags.
July 12, 2022 Read time: 2 mins
Huesker offers a novel solution to prevent erosion of infrastructure in coastal areas

According to the firm, these offer effective erosion protection and provide economic and ecological alternatives to conventional construction methods.

The novel SoilTain coastal protection solutions can be individually prefabricated and are filled in-situ with locally available soils (usually sand). The range of solutions includes the proven SoilTain Tubes and SoilTain Bags and the new SoilTain Bags Xtreme.

The company offers two main systems: large-format geotextile tubes filled hydraulically with sand (SoilTain Tubes) and mechanically filled SoilTain Bags. Apart from the filling method, the two geotextile sand container elements differ in size, with sand bags being used for a volume of up to 2.5m³ and geotextile tubes having a capacity of several hundred m3.

SoilTain tubes are manufactured from geosynthetic fabrics of up to 1,000grammes/m², with standard lengths up to 50m. They are filled with a suspension of locally available sand via inlets. The sand-coloured, abrasion-resistant and UV-resistant fabric blends in with the landscape.

The new generation SoilTain Bags Xtreme sandbags are particularly robust and vandalism resistant. Conventional SoilTain Bags are small-format sand containers for all applications in shore and coastal protection. They are made of geotextiles with mass of 600-1,000grammes/m² and usually with a filling volume of 1m³. They are easy to handle and can be used for temporary and permanent applications.

The new SoilTain Xtreme material offers increased UV stability, a high sand accretion capacity and resistance to abrasion and vandalism. The basis weight of 1,200-1,800grammes/m² of the sand-coloured, two-layer non-woven fabric offers robustness and durablilty. These offer filling volumes of up to 2.5m³ in exposed locations and on beaches.

For more information on companies in this article

Related Content

  • Far from formulaic
    January 4, 2013
    Formwork solutions for the first axial suspension cable stayed bridge in India; and a four-lane road bridge in Germany’s Harz Mountains, are among the latest bridge-based formwork projects analysed by Guy Woodford. RMD Kwikform India has won the contract to design and supply shoring and formwork solutions for the first axial suspension cable stayed bridge ever built in India. The Kota Bridge’s innovative design sees a single 350m span cross the entire width of the Chambal River, with three approach spans on
  • An array of barrier innovations is coming to market
    January 4, 2013
    Various developments are affecting the market for highway barriers - Mike Woof writes The global market for highway barrier products continues to see the introduction of new products and new standards. Some standards for barriers are also eagerly awaited and clarification is still required of the regulations surrounding motorcycle-safe barrier types. In recognition of the issues concerning bad weather on Europe’s roads in winter periods, a new amendment has been made to the EN1317 standard for safety barrie
  • Solid ground
    June 1, 2022
    The depth effect of heavy single drum rollers is remarkable and is significantly increased by the polygonal drum, available only from BOMAG.
  • Recycling advances from Wirtgen
    June 18, 2012
    German firm Wirtgen is retaining its lead in road recycling technologies – Mike Woof writes Tests on cold recycling with a new layer thickness using Wirtgen's sophisticated WR 4200 machine have shown impressive results according to the firm. The road construction and traffic authority Landesbetrieb Mobilität (LBM) Cochem-Koblenz commissioned a pilot project as part of its plan to optimise the cold in-place recycling process (CIR). The aim was to examine the extent to which the layer thickness can be reduced