Truth be told, the degassing process of liquids is a thrilling application for the ultrasonic gadget. During this process, the tiny suspended gas bubbles were efficiently removed by the ultrasound while decreasing the dissolved level of gas below its normal equilibrium.


Best degassing solution

The AQUAQUICK 2000 product has taken the market by storm because of its effectiveness as a cleaning agent. For example, the vacuum degassing is performed in order to conveniently eliminate over 95% of the dissolved gas, especially when the used media is considerable under the vacuum’s great layers.

The Degassing process is vital for the following purposes:

  • Prior sample preparation in order to prevent the errors to particle-size measurements.
  • Oil and lubricant degassing prior to the pumping process in order to lower the pump wear due to cavitation.
  • Degassing significantly lower the growth of microorganisms, at the same time increasing their shelf life.
  • Degassing of polymers and varnished prior to the curing as well as application.

There are many different strategies used when degassing media such as subsequent filtering, helium sparging, warming, and vacuum degassing. This can give effective degassing solutions but will become more efficient if you’ll use a great solvent together with the degassing process.

During the liquids sonication, the sound waves are traveling right from the surface that’s radiating through the liquid media. As an outcome, it replaces high pressure and low-pressure cycles along with the specific rates based on the frequency level.

The Degassing Process

When the cycle is in low pressure, the ultrasonic waves will create small vacuum bubbles as well as voids inside the liquid. Therefore, a large number of tiny bubbles produce a high number of bubbles in the surface area. In addition, these bubbles are distributed perfectly and efficiently into the liquid.

On the other hand, the dissolved gas will drift through the low pressured vacuum bubble inside the larger surface area while increasing the size of bubbles. The sound waves will hold up the coalescence as well as the touching of the adjacent bubble which will eventually lead to the hastened bubble growth.

The sonication of the waves also helps in the shaking of bubbles inside the vessel surface to go up and release the captured gas to the environment.