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Inspection Bore
How effective is pipeline inspection and turbine inspection?
Ever since the Industrial Revolution in Europe, industries have been working relentlessly to cater to the ever-increasing human needs. For smooth and efficient functioning, proper maintenance and regular cleanup of components is a must, so that they never falter from their performance. And, this is why pipeline inspection and turbine inspection is a necessity for the industries to run properly.
Importance of pipeline inspection and turbine inspection:
Turbines are very important in sectors like nuclear and thermal power generation. Similarly, pipelines play an important role in gas and oil production companies. For proper functioning, their thorough cleanup and maintenance is a prerequisite. Dirt, deposit, cracks etc. not only reduce the efficiency, they can also cause major accidents at times. Manual pipeline inspection and turbine inspection is easy and uncomplicated, say using magnifying glasses to spot any signs of trouble however miniscule it might be. However, often due to practical limitations like accessibility, size and several other factors manual inspection is not feasible. In such cases, several other inspection techniques are used that exploit the physical and chemical properties of substances to provide a thorough inspection.
Turbine Inspection:
Most of the industries have turbines working throughout the day and the night. Therefore, the inspection crew uses Non Destructive Methods to carry out the inspection. Bore Scope technique is a popular method that is used to find out cracks and faults that are not otherwise accessible to human eyes. Another very popular and efficient method is dye penetration method. A special dye is sprayed on the turbine that highlights the cracks and faults making them visible to human eyes. A cleaner, penetrant and developer are kept in specially designed aerosol cans and are sprayed on turbines blades and core. Pipeline Inspection:
Due to the sheer length of the pipelines, it is not feasible to examine them manually. Therefore, the inspection crew uses a method known as Magnetic Flux Leakage (MFL) that utilizes the inductive properties of magnets to determine pitting and corrosion in pipelines. The corroded areas in the pipeline are segregated and are then subjected to a powerful magnetic field. The area with high corrosion will register absence of flux lines.
About the Author
The article is contributed by a professional article writer, having experiences of working in different industries. For further information on materials testing, magnetic testing and failure analysis visit http://www.acuren.com
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