3 Steps to Preventing total Bridge Collapse
The HTA 3 Step approach has transformed the Post-Tensioned Inspection process, utilising GPR and Tomography we reduce structural damage while locating tendons, their profile and subsequent detection of any hidden defects.
HTA have over 30 years of bridge investigation experience offering a Multi Disciplined & Multi Skilled Approach removing the necessity of having multiple companies on site and the required management of various operations.
Step 1: Location of Tendons via GPR
This approach reduces damage from traditional stitch drilling
HTA reduces damage, time on site, and guesswork by taking advantage of GPR technology. The following video is an example of Ground Penetrating Radar being used to to determine and confirm the location of tendons.
Step 2: Determining Tendon Profile via GPR
This approach reduces damage via stitch drilling
The following video highlights how Ground Penetrating Radar confirms the tendon location and their profile, reducing asset damage, time on site, and guesswork by taking advantage of GPR technology.
Step 3: Detecting Hidden Defects (Voidage in Tendon Ducts)
Using Tomography (Ultrasonics) via Proceq's Pundit Live Array
Watch the following video to see the Pundit Live Array being used to detect hidden defects as our Engineer runs this unit along the predetermined tendon profile.
The Result: Definitive Answers not Guesswork
Confirming the digital data with accurate breakout
Below we have highlighted confirmation of the digital data along with localised breakouts. At two separate locations we exposed the tendon to confirm a well grouted tendon within it's sheath and hidden voidage at another location and their associated scans.
Take advantage of our Open Door Policy
Even if you do not end up using HTA we are happy to advise on the best course of action for the outcome you wish to achieve.
It is impossible for one company to carry out every project, however we can share our expertise far and wide.