Mixer for mixing gases and other newton liquids
AssigneeBalcke-Durr Energietechnik GmbH
InventorsHans Ruscheweyh, Michael Kaatz
Life of this patent
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Abstract
The invention provides a mixer for mixing gases and other Newton liquids, with a flow channel and built-in surfaces arranged in the flow channel that influence the flow. The built-in surfaces are vortex-generating surfaces with free surging leading edges directed against the flow whose path, the surging leading edges having both a component running in the main flow direction of the gas and a component running transverse to it. To make mixing fast and the mixing distance short, several built-in surfaces of the same type are arranged in a row basically transverse to the main flow direction. Built-in surfaces next to one another overlap in relation to the main flow direction.
Claims10
A mixer for mixing gases and other Newton liquids, comprising:
- a flow channel;
- and
- built-in surfaces in the flow channel which influence a flow therein;
- said built-in surfaces having free surging leading edges directed against the flow for generating vortices within the flow, said free surging leading edges having one component running in a main flow direction of the gas and one component running transverse to the main flow direction;
- wherein several built-in surfaces are arranged in a first row basically transverse to the main flow direction, and wherein built-in surfaces next to one another partly overlap in relation to the main flow direction.
A mixer for mixing gases and other Newton liquids, comprising:
- a flow channel;
- and
- built-in surfaces in the flow channel which influence a flow therein, comprising:
- a plurality of built-in surfaces arranged in a first row transverse to the main flow direction, wherein individual built-in surfaces forming the plurality are aligned side-by-side, wherein each individual built-in surface has a front surface, and wherein at least one of the individual built-in surfaces further comprises:
- a free surging leading edge overlapping the front surface of one of the adjacently disposed individual built-in surfaces, wherein the free surging leading edge is directed against the flow and has one component running in a main flow direction and one component running transverse to the main flow direction.
Dependencies are inferred from the claim text.