Process for removing PH3 from residual gas after fumigant insect killing
A technology for residual gas and gas outlet, which is applied in chemical instruments and methods, separation methods, separation of dispersed particles, etc.
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Embodiment 1
[0023] Get 1000ml of bleaching powder fine saturated solution (solvent is deionized water), and add in the absorption tower whose diameter is φ70mm and height h=500mm. The operating conditions are as follows:
[0024] Normal temperature and normal pressure; the air velocity of the absorption tower is 70mm / s; the inlet PH 3 The concentration is 180ppm.
[0025] Result: Export PH 3 It can't be detected by the specific length tube test method and chemical analysis method, that is, it is close to zero.
Embodiment 2
[0027] Take 600ml of bleaching powder fine saturated solution (solvent is deionized water) and 400ml of deionized water, and add them together into an absorption tower with a diameter of φ70mm and a height of h=500mm. The operating conditions are as follows:
[0028] Normal temperature and normal pressure; air velocity of absorption tower 93mm / s; inlet PH 3 The concentration is 240ppm.
[0029] Result: Export PH 3 It can't be detected by the specific length tube test method and chemical analysis method, that is, it is close to zero.
Embodiment 3
[0031] Take 80g of bleaching powder, dissolve it in 1000ml of tap water, and add it into an absorption tower with a diameter of 70mm and a height of h=500mm. The operating conditions are as follows:
[0032] Normal temperature and normal pressure; air velocity of absorption tower is 36mm / s; inlet PH 3 The concentration is 360ppm.
[0033] Result: Export PH 3 It can't be detected by the specific length tube test method and chemical analysis method, that is, it is close to zero.
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