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The Emergence of Contact Based Nondestructive Testing (NDT) at Height Utilizing Aerial Robotic (Drone) System

The Emergence of Contact Based Nondestructive Testing (NDT) at Height Utilizing Aerial Robotic (Drone) System
Available for download

For corrosion engineers to take Nondestructive Testing (NDT) measurements at height, currently they may need to utilize a lift, scaffolding, ladders, inspection trucks with elevated baskets, rope work, catwalks, cranes and rigging or other solutions. NDT inspection programs can dramatically increase the safety and integrity of infrastructure, industrial and manufacturing assets, access requirements in performing these inspections introduces risk.

Product Number: 51220-240-SG
Author: Robert Dahlstrom
Publication Date: 2020
Industry: Coatings
$0.00
$20.00
$20.00

For corrosion engineers to take Nondestructive Testing (NDT) measurements at height, currently they may need to utilize a lift, scaffolding, ladders, inspection trucks with elevated baskets, rope work, catwalks, cranes and rigging or other solutions. NDT inspection programs can dramatically increase the safety and integrity of infrastructure, industrial and manufacturing assets, access requirements in performing these inspections introduces risk. NDT inspection sites often require access to elevated areas and the use of equipment such as personal fall protection (safety harness and lanyard). Working at height is dangerous, due to the possibility of falls, as well as being time-consuming due to access. In certain instances, it may also require taking an asset, such as a flare stack, offline to allow it to cool so it can be accessed to take NDT readings. Use of handheld digital testing devices is very common in these scenarios.

For corrosion engineers to take Nondestructive Testing (NDT) measurements at height, currently they may need to utilize a lift, scaffolding, ladders, inspection trucks with elevated baskets, rope work, catwalks, cranes and rigging or other solutions. NDT inspection programs can dramatically increase the safety and integrity of infrastructure, industrial and manufacturing assets, access requirements in performing these inspections introduces risk. NDT inspection sites often require access to elevated areas and the use of equipment such as personal fall protection (safety harness and lanyard). Working at height is dangerous, due to the possibility of falls, as well as being time-consuming due to access. In certain instances, it may also require taking an asset, such as a flare stack, offline to allow it to cool so it can be accessed to take NDT readings. Use of handheld digital testing devices is very common in these scenarios.

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