FIELD: power industry.
SUBSTANCE: heat-mass-energy exchange method consists in formation of vortex annular flows of media, their direction parallel to each other with provision of partial contact of opposite directed external surface layers in radial and tangential directions to the depth providing their acoustical excitation due to deformation-shear interaction, and further combination of excited flows. One of the vortex annular flows is additionally directed in an opposite direction to the rest ones along their axes. A heat-mass-energy exchange device containing two pipes with tangential inlets, which are interconnected with each other by partial intersection along generatrixes, and an acoustical chamber; with that, tangential inlets and the outlet of one of the pipes are located in an opposite direction in relation to the tangential inlets and outlets of the rest pipes.
EFFECT: invention provides for additional excitation of flows in the zone of their contact and increase of heat-mass-energy exchange intensity.
2 cl, 6 dwg
