There are many advantages to installing a submersible jet aerator, but it can be confusing as to which one is right for you. In this article, we will look at the various types of submersible jet aerators, including the pros and cons of each. Ultimately, we will discuss the best submersible jet aerator to meet your specific needs. The submersible jet aerator AR Series uses a rotation of an impeller coupled to an electric motor to produce localized pressure suction within water. It also uses a vacuum at the impeller entrance to draw air from the surrounding area. Eventually, the mixture flows out of the periphery.

Jet aerators are typically used in wastewater and biosolids treatment applications. They transfer oxygen to liquid by aspirating large volumes of air or liquid. Large volumes of high-kinetic-energy liquid are injected into the liquid through a primary jet that rises out of the basin floor. The aerator's secondary jet introduces air, causing tiny bubbles to be blown upwards.

The T-JA series features a submersible jet aerator that offers high-efficiency and a low-maintenance operation. These aerators are ideal for small wastewater treatment plants and storm water retention systems, since they don't require a blower to pump air into the water. These submersible jet aerators are easy to install, as they don't require the need to empty the tank.

The AR Series Submersible Jet Aerator has a unique design for gas mixture chambers. The air intake volume is high, which allows for large quantities of air to mix with water and produce minute air bubbles. The high air dissolving rate allows the impeller to generate a forceful water flow. With a low wind number, this aerator is easy to use and can be installed without a separate anechoic room.

usually offers two different kinds of submersible aerators in three series. The TRN-series contains baseline submersible aerators that produce high concentrations of dissolved oxygen and facilitate efficient aeration and agitation. The PLS and BER-series feature submersible jet aerators with powerful unidirectional flow. The three series are all designed to draw air while submerged, making them a cost-effective alternative to blowers.

Another benefit to a Submersible Jet Aerator is the independent control of oxygen transfer. This is an important feature for process control and energy efficiency. You can even adjust the speed of the oxygen transfer by simply adjusting the valves. Aeration is one of the most effective ways to improve the performance of a chemical reactor, and a Jet Injector is the best submersible jet aeration.