Process device and process method for liquid phase reaction desulfurization of hydrogen sulfide and sulfur dioxide
A process method, sulfur dioxide technology, applied in chemical instruments and methods, separation methods, preparation/purification of sulfur, etc., can solve the problems of increased operating costs of the device, and the purity of sulfur products cannot meet market demand, etc., to prevent deposition and scaling, Effects of increasing dissolution rate and reaction rate, and operating safety
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Embodiment 1
[0053] Hydrogen sulfide and sulfur dioxide liquid phase reaction desulfurization process equipment, such as figure 1 Shown, comprise reactor 100 and separator 200, described reactor 100 is followed by tail gas absorption zone 101, reaction zone 102, settling zone 103 from top to bottom; The diameter ratio of tail gas absorption zone 101 and reaction zone 102 is 1: 2. The two are connected through a cone-shaped variable diameter. Floating valve tray is housed in tail gas absorption zone 101; Said reaction zone 102 is provided with gas pipe 104, and it is fixed on the reactor 100, and described gas pipe 104 is made up of gas main pipe 1041 and gas branch pipe 1042, and described gas main pipe 1041 is a T-shaped tube composed of supervisor I 1041-1 and supervisor II 1041-2. The supervisor I 1041-1 opens on the wall of the reaction zone 102, extends horizontally to the center of the reactor 100 and communicates with supervisor II 1041-2, supervisor II 1041-2 Set in the center of ...
Embodiment 2
[0055] use figure 1 The processing method of hydrogen sulfide and sulfur dioxide reactive desulfurization in the shown process device is as follows:
[0056] Pure SO 2 The gas is passed into the reaction zone 102 of the reactor 100 through the gas pipe 104, and the gas is sprayed into the reaction solution in the reaction zone through the main pipe I 1041-1 and the main pipe II 1041-2 in turn through the gas branch pipe 1042. The reaction solution is an organic basic compound. The aqueous solution drives the reaction solution to rotate, realizing the effect of self-stirring of the liquid in the reactor, which is beneficial to SO 2 Uniform dispersion of gas in the reaction solution, and greatly increased SO 2 The dissolution rate of the gas in the reaction solution, when the pH online monitor 105 shows 6.5, start to feed pure H into the reaction zone 102 2 S gas, the liquid in the reaction zone 102 turns yellow quickly, and it can be seen that the two react immediately to ge...
Embodiment 3
[0060] use figure 1 The process method for hydrogen sulfide and sulfur dioxide reactive desulfurization in the shown device:
[0061] Except that the organic alkaline compound aqueous solution is 20% benzylamine solution, other conditions are the same as embodiment 2.
[0062] Access to H 2 The reaction response time of the two gases after S is 5s, calculated according to the material balance, H 2 The conversion rate of S was 94.9%.
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