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A Beginner's Guide to Underwater Ultrasonics: Everything to Know
Monday, June 14, 2021

Water pollution is a growing problem that requires attention. According to recent statistics, the EPA has designated 800,000 miles of streams and rivers spoiled. This is because of nutrient pollution.

Individuals and businesses alike have a responsibility to find ways to clean up our water supply.

Underwater ultrasonics is one method businesses are using to contribute to the sustainability of our planet. This technology locates and analyzes pollutants and degrades contaminants to provide cleaner water.

In this article, we'll break down the science of ultrasonic sensor technology. We'll discuss how underwater ultrasonics is a critical method to monitoring your water supply.

How Ultrasonic Technology Works

The root of the word, 'ultrasonics', stems from two Latin words, "ultra", meaning "beyond", and "sonic", meaning "sound". Ultrasonics uses sound waves outside of the human audible range for different applications.

There are many uses for ultrasonic sensor technology, from navigation to medical use. Ultrasonics combines and separates materials, as in intricate cleaning operations.

Through wave motion and vibrations, ultrasonics moves energy around resulting in specific results. Wave motion is measured in speed, wavelength, frequency, and amplitude. Vibrations are produced, which are foundational to the generation of sound.

Sound waves are processed through a transducer. This is a device that converts energy into a physical quantity, such as an ultrasonic vibration. It is a highly scientific process based on physics. Some examples of transducers are microphones, thermometers, and antennas.

Underwater Ultrasonics in Action

Ultrasonics are used in various ways, requiring different types of devices. Underwater ultrasonics can be used to detect objects, flaws, and leaks. They are used for close inspection, utilizing acoustic and 3D sonar imaging.

Using this echolocation technology, underwater sensors are designed to perform operations that can do a lot of good for our planet.

Gravity filtration is a technique that works hand in hand with ultrasonic technology to pull impurities out of water sources. Sensors locate contaminants within the water which are then forced to the surface and extracted. Facilities utilize these systems to filter out chlorine, bacteria, and other substances that pollute drinking water.

Another way that underwater ultrasonics are being used today to clean up our water supply is through sonolysis. Sonolysis is a non-chemical alternative to degrading organic pollutants. It is a process that essentially uses high-pitched, ultrasound waves to grow and compress air pockets underwater. This creates enough temperature and pressure to break down man-made, biohazardous chemicals.

Monitoring Your Water Supply

The pollution of water sources is a critical matter, as it has been for years. Underwater ultrasonics is one way that we have the ability to clean up our planet and sustain life on earth.

Through devices that monitor sludge bulking and break down chemicals, underwater ultrasonic technology is making a huge impact on our world.

To learn more about underwater sensor technology, check out our company page or contact us today.