A gas deflector positioned within the annular area, the gas deflector having a downwardly spiraled surface that diverts wet gas downwardly away from the wet gas inlet.
The present application provides a wet gas compression system for a wet gas flow having a number of liquid droplets therein.
The flowing direction of the dry gas in the flow passage grooves of the dry gas separators is in the counterflow against the flowing direction of the wet gas in the flow passage grooves of the wet gas separators.
A method and apparatus for measuring a parameter of a wet gas flow is provided, wherein the apparatus includes a differential pressure based flow meter configured to determine a first volumetric flow rate of the wet gas flow.
A centrifugal compressor for processing a wet gas is described.
Moist gas leaking out of the space is replaced by new moist gas led into the space.
The wet inert gas (4) is mixed with ozone gas (5) to produce a wet ozonous gas (6).
A moist gas, e.g. a moist waste gas from said fuel cell system is used for said humidification, whereby said gas flows together with the gas flow in a humidifying device.
The dynamic heat exchanger is adapted for heat exchange between a first humid gas (F1) and a second gas (F2) being less humid.
The apparatus comprises a means (4) providing moist gas, a supply hose (3) for moist gas and a gas controller (2) which forms a space around the nozzle (1).
The description relates to a process for drying damp gas, especially natural gas, and a corresponding device.
The first cavity (3a) is adapted to house a first humid gas (F1), and the second cavity (4a) is adapted to house a second gas (F2) being less humid.
An apparatus and method for drying a moist gas is provided.
The invention relates to a device for exchanging humidity, particularly consisting of water or water vapor, between a humid and a dry gas flow.
Moist gas is led into the space around the nozzle from the means (4) providing gas through the supply hose (3).
In the cleaning of a humid gas flow containing gaseous impurities, the gas flow is dehumidified by cooling.
The invention also relates to equipment provided for the delivery and dewpoint control of the moist gas.
The invention is based on arranging inert gas from an inert gas source (74) to flow through a gas cavity (68) in the lubrication system for flushing moist gas from the cavity (68).