Water bath deduster, dedusting method and quicklime slaking and dedusting device
A technology of dust collector and quicklime, which is applied in the direction of chemical instruments and methods, combined devices, separation methods, etc., can solve the problems of lime digestion and dust removal sewage environmental pollution, dust and flue gas environmental pollution, and quicklime digestion and dust removal effect are poor, so as to ensure stability and efficient operation
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[0110] According to the second embodiment provided by the present invention, there is provided a method for using a water-bath dust collector or a method for removing dust using the above-mentioned water-bath dust collector, the method comprising the following steps:
[0111] (1) Store water in the dedusting pool through the water supply pipe Q201, adjust the water level regulating plate Q601, make the water level in the dedusting pool Q2 reach a predetermined value, and close the water supply pipe valve Q202;
[0112] (2) Dusty gas (such as dust and flue gas from the dust removal port of the quicklime digester) enters the dust collector Q1 from the middle of the dust collector housing Q3 through the dust removal pipe Q4 from top to bottom. The flow rate is adjusted by adjusting the water level adjustment device Q6 so that the dust removal pipe Q4 is inserted into a certain position in the dust removal pool Q2, and the end of the dust removal pipe Q4 inserted into the water is ...
Embodiment 1
[0135] A water bath dust collector, the dust collector Q1 includes:
[0136] Dust removal pool Q2;
[0137] The dust collector housing Q3 located above the dust removal pool Q2;
[0138] Dust removal pipe Q4,
[0139] One end of the dust removal pipeline Q4 is externally connected to the dust removal interface of the lime digester, and the other end passes through the dust collector housing Q3 from top to bottom and extends into the dust removal pool Q2 below the dust collector housing Q3. One end of the dust removal pipeline Q4 extending into the dust removal pool Q2 is provided with a submerged pipeline nozzle Q401. Wherein the end of the submerged pipeline nozzle Q401 is a mesh structure or a porous structure.
[0140] The dust removal pipe Q4 passes through the middle of the dust collector housing Q3.
[0141] The dust remover Q1 also includes: an overflow water sealing pool Q5 located on one side of the dust removal pool Q2. Between the dust removal pool Q2 and the o...
Embodiment 2
[0154] Embodiment 1 is repeated, except that an overflow pipe valve Q503 is provided on the overflow pipe Q502. The water supply pipe Q201 is provided with a water supply pipe valve Q202.
[0155] In this embodiment, the dust removal efficiency reaches 99.9%. The device of this embodiment can realize real-time control of the position of the water surface in the dust removal pool.
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