If you’ve ever driven a car or used a stove, chances are that you benefit from fully functioning pipelines. On any given day, whether it is through transportation or climate control, we are reliant upon products and appliances that are ultimately powered by pipelines.
Even the natural world relies on the proper function of pipelines. Faulty oil rigs and pipelines were the root cause of a number of horrific ecological disasters.
While we may not see them everyday, it is crucial that pipelines are operational for the daily function of human life and for the protection of the environment.
Today on the blog we feature another NDT training spotlight: pipelines.
According to AZO Materials, “Pipelines are susceptible to different kinds of damage from internal and external corrosion, cracking, manufacturing flaws and other third party damage. The leakage of contents into the pipelines could be harmful to the environment, especially if the pipes are carrying gas or chemicals.”
There are millions of miles of pipelines that run across the country, delivering water and crude oil, supporting the daily operations of Americans. These pipelines are susceptible to corrosion and damage both inside and out and must be properly inspected on a regular basis to maintain the health and safety of the planet. Nondestructive testing methods make this possible.
There are a variety of nondestructive testing methods used to preserve the sensitive assets used in pipelines.
According to experts, ultrasonic thickness testing, ultrasound testing, radiography, magnetic particle testing, liquid penetrant testing and others are used to evaluate the health of pipelines and their components.
The most basic testing method used for pipelines is visual inspection. Qualified technicians can visually inspect pipelines for obvious flaws and defects to prevent piping system and weld failures.
Pipelines can also be inspected through ultrasonic thickness testing. Through this method, ultrasonic measurements can determine pipe wall thickness, which can identify corrosion in pipelines and their instruments.
Radiography is also an effective method for inspecting and protecting pipeline assets. For more precise testing, gamma-rays, high Kv, or x-ray cameras are used to achieve highly accurate testing results and care for assets in the most acute way possible.
Assets used in pipelines are highly sensitive and require the skills of a seasoned professional. People around the globe rely on NDT technicians for accurate evaluations of the vital components that deliver oil and water across nations.
NDT technicians who want to work with pipelines should seek out on-going training and continue taking nondestructive testing courses to stay ahead of the curve and deepen their knowledge through NDT certification. Not only will training prepare you for ndt of pipelines, but it will also certify you to perform a variety of tests that aid a number of different fields.
Technicians looking for training in these types of nondestructive testing can get crucial hours of hands-on experience under the guidance of seasoned professionals with training from TXNDT. Check out the 2020 Course Catalog for more details on NDT course offerings!
From introductory NDT courses to NDT level 3 certification, the expert instructors at TXNDT ensure that all prospective technicians are qualified and equipped to perform all job functions and remain educated on compliance needs and specifications.
If you or your staff are looking for ways to expand your skills and broaden your career opportunities through nondestructive testing courses, give us a call today at 281-231-0001 or check out our website for more information.
