This supply air demister comprises a duct forming a flow channel through which supply air flows upward from below, and a demister body provided above the duct. The demister body has: a plurality of gutter parts having a receiving surface depressed downward and extending obliquely, and provided side…
A condensed water separator (50) that is disposed downstream of a cooler (13) cooling the intake air of the engine (1) and that separates condensed water from the intake air includes a tank (80) storing the condensed water separated from the intake air, an upstream pipe (60) having the upstream end…
A blow-by gas inlet structure of an oil separator adapted to be placed above a cam chamber of an internal combustion engine, comprises a plate that forms a bottom wall of the oil separator; a blow-by gas inlet opening that is formed in the plate; an oil blocking structure that is provided below the…
A motor vehicle is provided, having a water box (10) with a first interior space (23) for separating and discharging water from a first air flow (15) flowing through the first interior space (23). The water box (10) is designed as a heat exchanger with a heat exchanger element (13, 20, 21), which…
An oil separator is provided with a casing having an inlet for air and an outlet for air, an expansion chamber for expanding air introduced therein through the inlet, an accommodation member communicating with the expansion chamber in the vertical direction, a collected liquid storage portion…
The cyclone separator (100) has a cyclone assembly with multiple single cyclones, which have a cell pipe (10) with a guide device (16) for separation of particles from gas flow. The guide device is designed to shift the gas flow into rotation, where the cell pipes have a particle outlet opening…
The box (10) has an inner ceiling wall (13), an inner base (20) and an inner side wall (21) limiting an inner chamber (23), and an air inlet opening (9) through which air i.e. fresh air, flows into the inner chamber. The air is discharged from the inner chamber. A water overflow aperture (17)…
A mist separation apparatus comprises a main vessel 2 having a first inlet 4 for a first gas stream and an outlet 8 for gas. The main vessel also has a first separator 20 spaced from a second separator 22 along a gas flow path extending from the first inlet 4 to the outlet 8. Both separators 20 and…
The separation device is provided with an impactor (16), which possesses a perforated plate (20) that is flown from the aerosol and approximately parallel to latter running impact plate (22) arranged in direction of flow in the distance behind the perforated tile. The perforated tile and the impact…
Gas stream cleaning device comprises a housing (10) having an inlet (11) and an outlet (12), a filter element (13) in the housing to form a pure side (23) and a crude side (22), and a pre-separator (14) having parallel lamellae to deviate the gas stream and between the inlet and the filter element…