Nuclear Power

Soil Nails

Micropiles

Execution Support

Reinforcement

Form Ties

Unbonded Internal Post-Tensioning

Bonded Post-Tensioning

DYWIDAG Ground Anchors

Repair

Robotics, Inspection & Maintenance 

Infrastructure Intelligence

Hydropower

Tunnels Using Cut-and-cover Method

Rock Bolts

Retaining Structures, Shoring, Excavations

Slope Stabilization

Meshes

Building Foundations, Piling, Underpinning

Windmill Bolts 

Commercial & Industrial

Stadiums & Arenas

Highrises

Silos & Tanks

Wind Towers

Unbonded External Post-tensioning

Stay Cables

Pipelines 

Cast-in-place Method

Pre-cast Method

Cable-stayed Bridges

Extradosed Bridges

Uplift Restraint

Arch Bridges

Harbors and Docks 

Tie Rods

Immersed Tunnels

Parkades

Transmission Line Towers

Inner Shells of Tunnels

Transport

Offshore Platforms

Water

Noise & Vibration

Mining

Dust monitoring provision for the demolition and construction sectors

DYWIDAG stay cable technology is applied in arch bridge construction

Geotechnical foundation systems support, strengthen, reinforce, and upgrade infrastructure worldwide

Landmark DYWIDAG stay cable bridges can be found worldwide

Cast-in-place bridges offer flexible structural and architectural design

DYWIDAG systems support and stabilize commercial and industrial buildings, all towers and chimneys worldwide worldwide

DYWIDAG designed and built the world’s first extradosed bridge

Active restraint supports heavily-laden harbor walls and dockyards

Post-tensioning systems offer more flexible floor plans for high-rises

Construction, reinforcement, repair and rehabilitation of hydropower structures - with infrastructure monitoring 

Post-tensioning supports the transport and construction of immersed tunnels

Visual inspection devices scan inner shell tunnels—Infrastructure Intelligence reports results

Measure vibration and air overpressure from blasts and mineral extraction

Semi and fully-automated noise, sound level, and vibration monitoring systems

Supporting Nuclear Powerplants during all stages of the life cycle 

Offshore platforms designed and built to withstand the ocean environment

Post-tensioning systems create safer, stronger, smarter parkades

DYWIDAG Ductile Connector protect Pipelines in seismic areas 

Pre-cast girder bridge construction reduces road disruption

Anchors and soil nails support earth-retaining structures and excavations

Post-tensioning strengthens the circumference of silos and tanks

In-situ slope stabilization with ground anchors, soil nails, and rock bolts

DYWIDAG systems support the construction of stadiums and arenas worldwide

Geotechnical systems protect transmission line towers—safeguarding power supplies

Transport networks worldwide undergo constant change, wear and tear and, as a result, need ongoing expansion, development, and repair. 

Threadbars™ and strand anchors stabilize cut-and-cover bridge construction

Active uplift restraint for tank foundations and water treatment works

Surveillance, monitoring, and measurement for water depth, flow, and pressure

DYWIDAG can assist with wind tower installation—and lifespan management

Technical Specification Infrastructure Intelligence

Lifespan Management

GIF Infrastructure Intelligence

Infrastructure Intelligence Client Portal

Infrastructure intelligence (II) is our cloud solution to meet all your data management, visualisation and reporting needs. 