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NDT Training Spotlight: Nuclear Energy

calendar Aug. 02, 2022user-iconTXNDT

As more information regarding the state of the environment circulates, scientists are constantly searching for ways to limit the use of non-renewable resources like fossil fuels. Not only are fossil fuels, like coal and oil, limited in their quantity here on Earth, they also contribute to the size of the planet’s carbon footprint and lead to destructive things like climate change.

Renewable energy is a great way to power the world without damaging the environment. Nuclear energy is just one of the many sources of renewable energy. Nondestructive testing is a vital support system for the nuclear energy field. Here is how your nondestructive testing certification may send you into the nuclear energy field.

What Is Nuclear Energy?

Nuclear energy may conjure up frightening images of explosions and danger, but it is actually clean energy in the same vein as solar energy and hydroelectric power. Unlike renewable resources that convert power from the sun or water pressure, nuclear energy generates power through a process known as fission. Fission is the process by which energy is created by splitting uranium atoms.

According to The Office of Nuclear Energy, “The heat released by fission is used to create steam that spins a turbine to generate electricity without the harmful byproducts emitted by fossil fuels.”

Behind hydroelectric power, nuclear energy is actually the largest source of low-carbon electricity in the world. In 2019 alone, the United States avoided carbon dioxide emissions of over 476 million metric tons in size. Clearly, nuclear energy is a crucial component of the global efforts to improve the condition of the Earth.

NDT for Nuclear Energy

Since nuclear energy is so important for the vitality of the planet, this industry needs support from fields like nondestructive testing to ensure that nuclear energy assets can function precisely and the field can innovate fully.

Just like in other fields, NDT attempts to detect flaws in machines and components used to harness nuclear energy. Parts and components like valves, nozzles, welds, and piping components are all common in the nuclear energy field and require nondestructive testing to identify any flaws, fissures, or cracks.

While many different methods may be used to indicate flaws, ultrasonic testing and eddy current testing are some of the most common. Since the process of harnessing nuclear energy takes such precision and care, it is critical that all assets function perfectly to avoid disaster.

Contact TXNDT Today!

Nuclear energy is just one of the critical fields that is supported by nondestructive testing. To work in exciting industries like nuclear energy, infrastructure, manufacturing, and more, NDT training is a must!

If you are looking for nondestructive testing services to support your business and protect your assets or to become a technician yourself through NDT technician training, it’s crucial to choose the right company or school to meet your NDT needs.

TXNDT is a cut above the rest with superior NDT courses, knowledgeable instructors, and hands-on coursework to prepare all emerging technicians for NDT certification. Check us out online or give us a call today at 281-231-0001 to see how TXNDT can work for you!