Abstract: A mass and/or heat transfer column is provided with a multiphase vapor distributor with distributes a vapor stream about the inner periphery of the column.

Abstract: A high capacity marine separator (30) is disclosed which uses a first stage formed by an inertial vane separator (32), a second stage formed by a coalescer stage (36) and a third stage formed by an inertial vane separator (34). The coalescer stage (36) is canted from vertical relative to the air flow direction which increases the surface area for air flow, increases the drainage rate of water from the coalescer section and provides an improved air flow distribution to the second inertial vane separator with higher velocities near the top of the second inertial vane separator. The inertial vane separators (32, 34) have flush cavities to reduce obstruction to air flow and have vanes that are greater than three inches in wavelength and spaced greater than one inch apart. The marine separator is capable of flow velocities of 50 standard feet per second.

Abstract: The present invention is an apparatus utilizing a mesh pad, located on the front of a mist extractor through which water may drain and air may pass. Water flows at a sufficient rate through said mesh pad to drain the mist extractor, and air flowing through said mesh pad is filtered of moisture and does not entrain moisture from the mist extractor.

Abstract: A high capacity vane (10) is disclosed which incorporates a series of members (16, 18) extending at predetermined angles relative to the direction of flow of a liquid bearing gas. Each of the members includes an upstream cavity (20) and a downstream (21) which communicate with the flow through longitudinal slots (24, 28). The flow interaction with the slots and cavities provide sufficient separation of the liquid from the gas flow.