Wind cover type partition denitrification reactor

Abstract

The invention discloses a wind cover type partition rotary denitrification reactor, comprising a reactor body; the reactor body has a ring-shaped structure, and a ring-shaped area of the ring-shaped structure is divided into a plurality of fan-shaped reaction zones along the circumferential direction of the reactor body; each fan-shaped reaction zone is internally filled with a catalyst used for a reaction of smoke and reducing gas; an upper wind cover and a lower wind cover are respectively arranged at the upper part and the lower part of the reactor body; the center of the upper wind cover is connected with the center of the lower wind cover by a rotating shaft passing through the center of the reactor body; the center of the upper wind cover is connected with a reducing gas inlet channel, and the center of the lower wind cover is connected with a reducing gas outlet channel; the reducing gas inlet channel, the reducing gas outlet channel, the upper wind cover and the lower wind cover are driven to rotate along the central axis of the reactor body by the rotating shaft; the upper wind cover and the lower wind cover block part of the reaction zones of the reactor body; the upper parts of the reaction zones, which are not blocked by the upper wind cover and the lower wind cover, are connected with a smoke inlet reaction channel, and the lower parts of the reaction zones, which are not blocked by the upper wind cover and the lower wind cover, are connected with a smoke outlet reaction channel.

Description

technical field [0001] The invention belongs to the field of flue gas denitrification, and relates to a fan-hood type partitioned rotary denitrification reactor. Background technique [0002] With the development of my country's economy and the improvement of people's living requirements, the pressure brought by environmental pollution is increasing day by day. As one of the main pollutants of current air pollution, nitrogen oxides are closely related to the quality of my country's atmospheric environment. At present, the main method of industrial denitrification is NH 3 -SCR, but this method exposes many disadvantages. CO-SCR, HC-SCR and H 2 -SCR has attracted people's attention because of its advantages of less secondary pollution and high denitrification efficiency. [0003] Rotary semi-fluidized denitrification is an effective method, but the catalyst rotates with the device, which can easily cause turbulence of the catalyst, affect the denitrification efficiency, blo...

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Problems solved by technology

[0003] Rotary semi-fluidized denitrification is an effective method, but the catalyst will easily cause turbulence of the catalyst as the device rotates, affecting the denitrification efficiency, and it is easier to block the channel, causing damage to the machine that is difficult to recover

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