Centrifugal Action Forms the Liquid Ring

A rotating rotor carries liquid inside a larger casing, forming a ring due to centrifugal force.

Eccentric Rotor Creates Vacuum Chambers

The rotor is eccentrically positioned, causing partial emptying of the rotor buckets during rotation.

Air Enters Through Inlet Ports

Air enters through the inlet ports as the liquid ring moves away from the rotor's center.

Liquid Ring Compresses and Discharges Air

The liquid ring re-enters the buckets, compressing the air and pushing it through the discharge ports.