With advanced access capabilities, MISTRAS can inspect the state of power generation assets. They can ensure they are free from flaws or damage. Failure of plant equipment can cause accidents that can be dangerous for facility personnel and the environment. MISTRAS has the necessary experience and expertise to inspect assets that are difficult to service using traditional methods.
Flyability’s drone inspections and monitoring services help power plants reduce the risk of accidents, reduce labor costs, and improve safety. The company was started by researchers at the EPFL in Switzerland, and it now has 100 employees. It has offices in Europe, the U.S., and Australia, as well as a global network of 50 resellers.
Drones and other technology made by Flyability are able to fly in areas that are impossible to access with a traditional helicopter or manned aircraft. This makes inspections in confined spaces a much safer and less costly option. It also makes it possible to perform a wider variety of tasks in less time than traditional manual inspection.
MISTRAS Power Plant Inspection Services provide a range of services designed to ensure that fossil power plants operate safely and efficiently. These services include the use of advanced non-destructive examination methods and a variety of inspection tools. The inspections performed by MISTRAS help facility managers avoid costly outages by detecting potential damages before they occur.
MISTRAS also provides asset protection services. Its asset protection teams work closely with plant operators to ensure that outage inspections and repairs are performed safely and efficiently. These services include NDE inspections, which provide insight into hidden damages in critical assets and determine the level of maintenance work that will be necessary.
Eddy current in power plant inspection services are performed using a method called Eddy Current (EC). It is used to detect leaks in heat exchangers. These leaks can occur for many reasons. These include erosion, internal corrosion, mechanical impact, and cracking under stress. In addition, leaks can also occur in the expansion phase of heat exchangers. With the use of Eddy Current technology, these leaks can be detected quickly and efficiently.
Originally developed for the military, eddy current technology has been applied to industrial settings. It was originally developed by Professor Friedrich Forster, a German physicist, and was soon applied in nuclear power stations. Today, eddy current testing is widely used in aerospace, petrochemical, and power generation industries. It is a highly accurate method for detecting surface defects. Developed by Forster, eddy current testing has accelerated the development of new applications and improved performance.
Phased Array Ultrasound (PAUT) is a technology based on wave physics and is used in non-invasive materials examination. It can detect corrosion cracks and changes in material properties. It is an ideal method for joints, interfaces, and adhesive mapping, among other applications. It has been used in many industries, including construction and pipelines. Its advantages include a wide area coverage and adjustable parameters that help to identify flaws in even the most complex geometries.
The key advantage of PAUT over traditional UT is its ability to penetrate the material from several angles, thus covering a full weld surface. Traditional UT requires the use of probes that have to be manipulated back and forth across the weld. This technology is crucial to the safety of assets.
ARGIS Power Plant Inspection Services provides comprehensive assessments of turbine components. These inspections are automated according to ISO 10110-7 standards, and the results are fully reproducible and objective. They also eliminate the need for lengthy discussions on defect size and time-consuming analyses under the microscope. This means that dispute resolution is swifter.
ARGOS is flexible and can be customized to meet the needs of any client. The system allows for early detection of defects and contamination. It also helps in producing good documentation for suppliers and customers. As more companies demand a traceable process chain, ARGOS can help them do so. The automated system generates comprehensive inspection reports containing images of defects.