Combined block type gas-solid mixing strengthening device
A gas-solid mixing and strengthening device technology, which is applied in the direction of gas/steam and solid mixing, mixers, mixing methods, etc., can solve the problem of weak air mixing intensity in the upper space, and the inability to effectively improve the space utilization rate and reaction efficiency of the reaction tower and other problems, to achieve low resistance and high efficiency gas-solid mixing, improve space utilization and reaction efficiency, and strengthen the effect of gas-solid mixing
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specific Embodiment approach 1
[0009] Specific implementation mode one: combine figure 1 Illustrate this embodiment, this embodiment comprises rectangular tower body 1 and at least one group of combination blocks, described one group of combination blocks is made up of solid phase concentration block 2 and impact block 3, solid phase concentration block 2 and impact block The stoppers 3 are all hollow or solid triangular bodies, and the impact stoppers 3 and the solid phase concentration stoppers 2 are opposite and staggered. The inner wall of the rectangular tower body 1 is connected, the angle α between the lower end slope of the solid phase concentration block 2 and the inner wall of the connected rectangular tower body 1 is 15°-25°, and the lower end slope of the impact block 3 corresponds to the inner wall of the rectangular tower body 1. The angle β between the inner walls of the connected rectangular tower body 1 is 65° to 75°, the width of the rectangular tower body 1 is h0, and the vertical distanc...
specific Embodiment approach 2
[0010] Specific implementation mode two: combination figure 1 This embodiment is described. In this embodiment, multiple sets of combined stoppers are arranged along the height direction of the rectangular tower body 1 , and the distance between each set of stoppers is (3-5)×h0. Other components and connections are the same as those in the first embodiment.
[0011] Working principle: When the airflow carrying solid particles flows through the small angle facing airflow slope of the solid-phase concentration block 2 from bottom to top, under the inertia of the solid-phase particles, the concentration behavior perpendicular to the flow direction occurs. A high-concentration solid-phase particle flow is formed near the opposite side wall of the solid-phase concentration block 2; the high-concentration solid-phase particle flow with a large inertia collides with the large-angle incoming airflow slope that hits the block 3 Behavior, the collision probability between the solid pha...
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