Use plant steam to pump liquids and gases, prime pumps, and remove fumes. When high-pressure steam enters the intake, it creates suction that draws a second liquid or gas into the pump body and discharges a pressurized blend of the two. The discharge pressure is greater than the suction flow but lower than the intake pressure. Gas suction flow is calculated using steam at atmospheric pressure. They have no moving parts or seals, eliminating downtime for lubrication and repairs. They're also known as eductors, ejectors, and injectors.

Note: Liquid suction flow rate is calculated using 80 psi steam at 0-40 feet of discharge head.

Connect to a compressed air line. The notches at the base create small bubbles for uniform aeration. Also known as a diffuser and an air bubbler, it is often used in wastewater treatment.

When access to the inside of your tank is difficult, this vibrator can be installed and removed from outside of the bin for easier cleaning than bolt-on aerating vibrators. Also known as a fluidization nozzle, it creates flow in your bin or hopper by combining vibration and aeration to dislodge compacted material. It is often used with dry, powdery materials such as cement, starch, and clay. Use continuous air to aerate your bin. They can be used in a system with a timer and solenoid valve to create a vibrating or pulsing action. To install, insert the bushing through a hole in the bin wall until it's flush with the inside of the wall. Then weld it in place, thread the nozzle into the bushing and connect your air supply. For large containers, mount several aerators in rows set 6" to 18" apart.

A rubber air diffuser provides uniform bubble distribution. Use these aerators to introduce air into the contents of your tank.