FIELD: technological processes.
SUBSTANCE: invention is intended for introduction of the first fluid medium into the second fluid medium, in particular, for introduction of the first fluid into the second fluid. Divider (1) has first separation plane (101) and second separation plane (102) located at some distance from first separation plane, extending substantially parallel to first separation plane (101). Divider is made in the form of a plate and is equipped with passages, and central plane (Z) passes centrally through planes (101, 102). Divider has at least one inlet (2) and at least two outlet openings (5) for first fluid (F1), and also comprises at least one channel (3) connected to inlet (2) and outlet holes (5) and located between first and second planes (101, 102) of separation. Output holes (5) are located so that first fluid (F1) comes out in operation with uniform distribution, concentrically around central axis (Z) from divider into second fluid (F2). Divider comprises at least one through hole (6) for the second fluid medium (F2), the size of which is calculated and which is located so that the second fluid medium (F2) arrives during operation with uniform distribution concentrically around the central axis (Z). Divider has at least two outlet sections, outlet holes (5) of which are connected to at least one channel (3), wherein each outlet section is connected through its outlet holes (5) and channel (3) or channels (3) with at least inlet (2) related to outlet section.
EFFECT: maintaining minimum pressure loss at the section of the device in which the mixing takes place, enabling the most homogeneous mixture of one fluid medium to be formed with the other fluid medium inside the smallest volume and at low costs.
23 cl, 26 dwg
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Authors
Dates
2020-08-28—Published
2018-06-26—Filed