FIELD: production and processing of gas flow.
SUBSTANCE: the device (1A) comprises at least two processing units (2), each of which comprises an exchange chamber (20) capable of disposing the liquid bath in the lower part and at least one injection channel (21). It comprises an aeraulic means (4) which is connected to all the outlet openings of the exchange chambers or which is connected to all the inlet openings of the injection channels (21) which ensures producing an inlet gas flow (F) during the operation by suction or injection at the same time and parallel for each processing unit (2) passing from the outside of the exchange chambers (2) so that each inlet gas flow (F) enters the injection channel (21) of the corresponding processing unit (2) and passes through the outlet opening (21b) of the injection channel (21), penetrating into the liquid bath located in the lower part of the exchange chamber (20) below the surface (S) of said liquid bath so that the outlet gas flow (F') processed by direct contact with said liquid bath, rises up inside the exchange chamber and comes out of said exchange chamber (20) passing through the outlet opening (20f) of the exchange chamber (20). The exchange chambers (20) are hydraulically connected to each other so that when the aeraulic means (4) does not work, each exchange chamber (20) is capable of disposing or contains in the lower part an initial volume (“Vi”) of liquid with an initial level (“Hi “) of liquid identical in all exchange chambers (2).
EFFECT: invention enables effective gas flow processing.
6 cl, 12 dwg
