T-value: Explained Introduction to the new Tensar T-Value method for working platforms. Watch on Demand
Tensar Stratum Interested in a simple, quick and cost-effective solution for foundation embankment improvement? Watch on Demand
Tensar Spectra Pavement Optimisation System Need to design faster & achieve longer lasting roads? Watch on Demand
Great Yorkshire Way Tensar’s design of reinforced earth structures and wing walls helped reduce construction costs of a new road bridge over a mainline railway.
A14 Cambridge to Huntindon Tensar’s TensarTech TR2 reinforced soil wall system was the perfect solution for the abutments of three temporary bridges keeping construction traffic flowing smoothly during a major highway project in Cambridgeshire.
Featherbed Lane Bridge Tensar’s TensarTech TR2 reinforced soil wall system was the perfect temporary solution for constructing four piling platforms needed for a new rail overbridge, in-between the railway and neighbouring homes and gardens.
Curragh Phase Three Tensar’s TensarTech GreenSlope system was ideal for building a steep and stable vegetated reinforced soil slope, to create more space at a whisky distillery on the west coast of Scotland.
Green Lane Tensar helped deliver a steep-sided rail overbridge embankment with a vegetated finish over weak ground, minimising the impact on a Site of Special Scientific Interest (SSSI) in south Wales.
Ash Tree Park Tensar’s TensarTech NaturalGreen system, incorporating site-won soil has maximised space for homes and gardens built on two levels on a site in Kendal.
A21 Tonbridge to Pembury Tensar’s TensarTech® TW3 modular block system enabled safe construction of load-bearing bridge abutments and retaining walls on a major road widening project.
Edinburgh Tram Link Using Tensar’s reinforced soil systems with both traditional and none traditional lightweight fills enabled an innovative approach for construction of elevated sections of Edinburgh’s tramway which was on compressible, weak ground in places.
Poppy Grange Housing Develpoment TensarTech® EcoCrib enabled the use of mining waste in a reinforced soil wall to maximise space for the Poppy Grange housing development in Yorkshire.
Beverley Sewage Treatment Works Using Tensar’s T-Value Method, meant a large working platform could be 350mm thinner, reducing construction time, costs and environmental impact.
Bermondsey Dive Under Tensar- designed a working platform incorporating TriAx were key to he success of foundation works alongside a railway viaduct in south east London.
Bertha Cut A TriAx geocomposite enabled construction of a road across highly saturated, and very weak, ground to provide access to a new community being built on the outskirts of Perth, Scotland.
Crossrail, Woolwich A Tensar-designed working platform, incorporating TriAx geogrid, delivered significant time and cost savings on construction of a tunnel portal on London’s Crossrail project.
Three UK working platforms A mechanically stabilised layer incorporating Tensar TriAx® geogrids construction of thinner working platforms on three sites in the Midlands for Seddon Construction.
Soldiers Road Tensar TX160 is helping to repair roads damaged by storms and floods in towns along North Queensland’s coast.
NATO Road, Lithuania Tensar TriAx geogrids were incorporated into the new road’s subbase and crushed dolomite surface to provide support to the very heavy military traffic using the road.
Tartu Airport, Estonia A mechanically-stabilised layer using TriAx provided a strong foundation for a runway extension at Tartu Airport.
Central Car Auctions A TensarTech® Rockwall™ system delivered a cost- effective retaining wall solution to support a car park extension, maximising the usable space.
Rockwall Protection Bund, Norway A TensarTech GreenSlope reinforced soil system was a fast and cost-effective solution for a 500m long bund built to protect homes from the risk of rockfall.
Beverley Sewage Treatment Works Using Tensar’s T-Value Method, meant a large working platform could be 350mm thinner, reducing construction time, costs and environmental impact.
Bermondsey Dive Under Tensar- designed a working platform incorporating TriAx were key to he success of foundation works alongside a railway viaduct in south east London.
Crossrail, Woolwich A Tensar-designed working platform, incorporating TriAx geogrid, delivered significant time and cost savings on construction of a tunnel portal on London’s Crossrail project.
Three UK working platforms A mechanically stabilised layer incorporating Tensar TriAx® geogrids construction of thinner working platforms on three sites in the Midlands and north West England for Seddon Construction.
Featherbed Lane Bridge Tensar’s TensarTech TR2 reinforced soil wall system was the perfect temporary solution for constructing four piling platforms needed for a new rail overbridge, in-between the railway and neighbouring homes and gardens.
Manchester Airport Tensar’s TensarTech TR2 reinforced soil wall system was the ideal solution for a temporary raised platform, allowing the safe installation of piles for a new bridge on the Manchester Airport Relief Road Scheme.
Great Yorkshire Way Incorporating TriAx in the road subgrade delivered a thinner, and better performing, pavement for a major new road in Yorkshire.
A556 Improvement scheme Using geogrid to mechanically stabilise founding aggregate layers saved an estimated £2m on the A556 improvement scheme.
Dock Gate 5 - Southampton Tensar’s Spectra pavement optimisation solution proved its flexibility when ground conditions were found to be different from predicted.
Crewe Green Link Road Track ballast mechanically-stabilised with Tensar TriAx geogrid mitigated the risk of differential settlement within the track in the transition between a new railway bridge and an embankment.
Curtici-Simeria Frontier railway Tensar geogrids played a key role in upgrading the Frontieră-Curtici-Simeria railway in Romania, enabling it to carry trains running at 160km/h, as part of the Pan-European Railway Corridor Line IV project.
Steamranger Tensar’s TriAx geogrid played a key role in an innovative approach to replacing a level crossing on an historic railway in South Australia.
M3 Junctions 2 to 4a Glasstex delivered stronger, safer and more reliable running lanes for the M3 Smart Motorways project.
Dai Nam Park A Tensar asphalt reinforcement interlayer provided a high-performing surface for a new motorcycle race circuit at Dai Nam Park in Vietnam.
Glenchamber Wind Farm TriAx® ensured access roads were built in time for the arrival of turbines for a wind farm in Dumfries and Galloway.
Whitelee Wind Farm Tensar TriAx geogrids not only enabled access roads and working platforms for a new wind farm to be built over a peat bog, but also resulted in a significant reduction in aggregate use.
Svartnas Wind Farm, Sweden TriAx geogrid was incorporated into the aggregate used for the wind farm access roads and working platforms.