Ultrasonic Testing Equipment Market: Research Outlines Huge Growth In MarketPosted by surendra choudhary on March 25th, 2021 Global Ultrasonic Testing Equipment Market: Snapshot A pipeline failure harms society by escalating the cost of oil or gas and can harm nature. It harms the organization answerable for that pipeline by diminishing inventory while including conceivably critical fix costs and legitimate risk, which thus expands the paces of that organization's protection premiums. When finished, these frameworks should constantly be assessed, kept up, and fixed to forestall disappointment. Assessing segments appropriately requires the correct instruments and devices that can examine the creation of materials or structures for shortcomings without harming or annihilating them. Compact ultrasonic testing equipment gives auditors the portability and flexibility they have to keep the world ready for action. Owing to this advantage the global ultrasonic testing equipment market shall grow substantially in coming years.
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Global Ultrasonic Testing Equipment Market - SnapshotUltrasonic testing is a nondestructive test method that uses high-frequency sound energy to conduct examinations and make measurements. It is based on the capture and quantification of either reflected waves (pulse-echo) or transmitted waves (through transmission). Each of these two types of waves are used in specific testing applications. However, generally, pulse-echo systems are more useful, as they require one-sided access to the object being inspected. Rising adoption of ultrasonic testing techniques for the examination of pipelines is expected to drive the global ultrasonic testing equipment market during the forecast period. The global market is anticipated to reach value of US$ 1,868.3 Mn by 2027 from US$ 955.9 Mn in 2017, expanding at a CAGR of 7.8% during the forecast period. Growing adoption of ultrasonic testing techniques in the oil & gas industry can result in increased demand for ultrasonic testing equipment. At the global level, oil and gases are primarily transported by four mediums: rail, trucks, boats, and pipelines. Among these, 100% of natural gas is transported by pipelines, owing to difficulty in and the cost of transforming natural gas into liquid form. Also, 70% of crude oil and petroleum products are shipped by pipelines in the U.S. This increased use of pipelines for oil and gas transportation and high investments by governments in these pipelines augment the demand for nondestructive testing of pipelines in the oil & gas industry. For example, in 2016, a new pipeline called Trans Anatolian Pipeline (TANAP) was launched. This pipeline would be transporting Azeri gas to, and across, Turkey to the European border, with an initial capacity of 16 bcma, which can be increased to 32 bcma. Furthermore, the EUGAL pipeline project is being developed to transport gas from the interconnection point i.e. Lubmin-II across Germany to the border with the Czech Republic. Around EUR 2.27 Bn have been invested in the EUGAL project. This project is planned to be implemented by the end of 2019, while its related infrastructure is planned to be completed between the end of 2019 and 2022. Looking for exclusive market insights from business experts? Request a Custom Report Non destructive testing equipment are used to improve accurate sizing and reduce the risk of missing defects in girth welds; to help ensure the quality of pipelines; and to come up with the assurance that a pipeline is free from critical defects before deployment in the field. For example, in 2016, a massive explosion of a gas pipeline occurred due to leakage of 336,000 gallons of gasoline through it in Shelby County, Alabama (the U.S.). In order to avoid such critical situations, non-destructive testing has been made mandatory by certain standard organizations. Thus, ultrasonic nondestructive testing equipment are employed to detect defects such as leakage, cracking to porosity, incomplete penetration, and lack of sidewall fusion. The pipeline girth weld strength at critical parts within the weld can be compromised. This factor leads to increase in the demand for ultrasonic testing equipment globally. Moreover, stringent government regulations about safety and quality control also propel the demand for ultrasonic testing equipment worldwide. Major players operating in the global ultrasonic testing equipment market are Olympus Corporation, Baker Hughes, LLC (a GE company), Sonatest Ltd., TecScan System Inc., Ndt Systems Inc., Cygnus Instruments Inc., Amerapex Corporation, Zeal International, Ametek, Inc., and Eddyfi NDT Inc. Like it? Share it!More by this author |