EXHALED BREATH CONDENSATE COLLECTOR An exhaled breath condensate collection device (10) is described.

An enclosed heat absorber cools the filtered air to its dew point and collects droplets of condensate into a condensate collector (5).

The compressor is connected to the expander which is provided with a control throttling device and a condensate collector for collecting and draining said condensate in a storage tank.

The condensate collector (1) is cooled down by a determined temperature difference by a cooling/heating device (2).

A moisture sensor (8) is spatially separated from but adjacent to a condensate collector (1).

In the following heating phase, the condensate evaporates again and the resulting increase in the vapour content is detected by the moisture sensor (8) arranged above the condensate collector (1).

When during the cooling process the sought dew point temperature is crossed, liquid deposits on the condensate collector.

The means comprises a processing chamber (1) which through a tube (3) is connected with a condensate collector and vacuum pump.

Air conditioning unit (30) comprising a cooling coil (16) and a condensate tray (32) arranged under said cooling coil (16).

The inventive device comprises a body, a gas heat generator, first and second heat-exchangers and a condensate collector arranged in a cavity of said body.

The invention relates to a deaeration/degassing system for a power plant capacitor (1) comprising a condensate receptacle (9) and an optional air cooler (6).

The condensate collector comprises air-cooled hollow condensation gutters having a V -shaped cross section and the bottoms thereof are oriented to a supporting surface of the body.

An elevation part (10) added under the nozzle (11) of a condensate pick-up shoe in a steam cylinder (4), by which part a desired liquid level can be produced in the cylinder.