RECENT POSTS
The power of AI in Non Destructive Testing (NDT)
NDT
Measuring twice to cut once: Non-Destructive Testing (NDT) methods are a crucial step in quality control processes for industries ranging from automotive to art. But evaluating and testing materials for defects is a technological challenge, with time consuming and labor-intensive workflows that have been difficult to automate - until now.
As the artificial intelligence and fourth industrial revolutions unfold, NDT methodologies like digital radiography are being refined and optimized for the future. Here, we’re taking a look at the journey NDT has taken to get here, and what it stands to gain through the adoption of AI.
NDT in the oil & gas industry for higher efficiency & safety
NDTX-RAY
The oil and gas industry relies heavily on inspection for quality assurance, while ensuring that all equipment is running reliably and safely. With regulations such as ASME and API, oil platforms, refineries, power stations, and oil and gas pipelines must be constantly checked for corrosion, erosion, or any imperfections that could lead to dangerous conditions, critical failures, or worse, catastrophic incidents.
Inspection is carried out through Non-Destructive Testing (NDT) Techniques. NDT is a critical process that can be used to evaluate, analyze, and test the properties of materials without causing any harm or damage. Infinitely important for upstream and downstream oil and gas companies, NDT must be carried out efficiently and accurately to ensure smooth operation.
NDT INSPECTION: WHAT IS IT AND HOW CAN YOU DO IT EFFICIENTLY?
NDTX-RAY
NDT Inspection is a critical process in manufacturing, fabrication, and many other industries. It’s necessary to ensure material integrity, reliability, and most importantly, safety. Read on to learn about the process, different methods, and the most efficient tools to use.
International NDT Standards To Look For
NDTX-RAY
Non-destructive testing (NDT) is paramount for quality assurance. Used to determine the quality of pipe welding and detect defects, NDT is infinitely important to ensure suitability and safety in oil and gas pipes, aircrafts, shipyards, manufacturing equipment, and many other uses.
Quality in NDT testing is of upmost importance, as anything missed in testing can lead to catastrophic consequences. For this reason, there are several international NDT standards in place that govern the quality of NDT testing methods. These standards layout appropriate methods and techniques for testing, inspection, and evaluation to ensure optimal results of NDT activities.