Sulfur Recovery Daily Question 2018.11.27
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What are the main reactions that occur in the exhaust gas purification reactor? Answer: The main reactions that occur in the exhaust gas purification reactor are: ①CO+H2O==CO2+H2 ②SO2+3H2==H2S+2H2O ③S8+8H2==8H2S ④COS+H2O==H2S+CO2 ⑤CS2+2H2O==2H2S+CO2
The Claus off-gases containing H2S and SO2 must enter the reactor, where, under the action of a specific catalyst, a hydrogenation reaction takes place to convert SO2 into H2S
The main reactions that occur in the exhaust gas purification reactor are: ① CO + H2O == CO2 + H2 ② SO2 + 3H2 == H2S + 2H2O ③ S8 + 8H2 == 8H2S
The main reactions that take place in the exhaust gas purification reactor are the reduction of S02 and S to H2S, as well as the hydrolysis of COS and CS. ①CO+H2O==CO2+H2 ②S02+3 H2==H2S+2 H2O ③S8+8 H2==8 H2S
The main reactions that occur in the exhaust gas purification reactor are: ①CO+H2O=CO2+H2 ②SO2+3H2=H2S+2H2O ③S8+8H2=8H2S
①CO + H2O == CO2 + H2 ② SO2 + 3H2 == H2S + 2H2O ③ S8 + 8H2 == 8H2S ④ COS + H2O == H2S + CO2 ⑤ CS2 + 2H2O == 2H2S + CO2
The main reactions that occur in the exhaust gas purification reactor are the reduction of SO2 and S to H2S, as well as the hydrolysis of COS and CS.
The main reactions that take place in the exhaust gas purification reactor are the reduction of S02 and S to H2S, as well as the hydrolysis of COS and CS. ①CO+H2O==CO2+H2 ②S02+3 H2==H2S+2 H2O ③S8+8 H2==8 H2S
The main reactions that take place in the exhaust gas purification reactor are the reduction of S02 and S to H2S, as well as the hydrolysis of COS and CS. ①CO+H2O==CO2+H2 ②S02+3 H2==H2S+2 H2O ③S8+8 H2==8 H2S
①CO + H2O == CO2 + H2 ② S02 + 3 H2 == H2S + 2 H2O ③ S8 + 8 H2 == 8 H2S ④ COS + H2O == H2S + CO2 ⑤ CS2 + 2 H2O == 2 H2S + CO2
The main reactions that occur in the exhaust gas purification reactor are: ①CO+H2O=CO2+H2 ②SO2+3H2=H2S+2H2O ③S8+8H2=8H2S