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Sulfur Daily Question 2018.11.16

2018-11-16View Original

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Is sulfur generated in the combustion furnace of the fractional sulfur production process? Why? Answer: The split-flow sulfur production process does not produce sulfur in the combustion furnace, as the reactions that take place there occur according to 100% stoichiometry; in other words, all of the hydrogen sulfide in the acidic gas is burned to form SO2, with no sulfur being generated.
Reply #22018-11-16
No sulfur is produced, because in the sulfur production process using the split-flow method, the reactions in the combustion furnace take place in a 100% stoichiometric manner; that is, all of the hydrogen sulfide in the acidic gases is burned to form sulfur dioxide, with no sulfur being generated
Reply #32018-11-16
The split-flow sulfur production process generates no sulfur in the combustion furnace, as the reactions that take place there occur according to 100% stoichiometry; that is, all of the hydrogen sulfide in the acidic gas is burned to form SO2, with no sulfur being produced.
Reply #42018-11-17
No sulfur is produced, because the reaction in the combustion furnace of the sulfur production process using the split-flow method occurs on a 100% stoichiometric basis; that is, all hydrogen sulfide in the acidic gases is burned to form sulfur dioxide, with no sulfur being generated.
Reply #52018-11-18
The split-flow sulfur production process generates no sulfur in the combustion furnace, as the reactions that take place there occur according to 100% stoichiometry; that is, all of the hydrogen sulfide in the acidic gas is burned to form SO2, with no sulfur being produced.
Reply #62018-11-18
No sulfur is produced, because in the sulfur production process using the split-flow method, the reactions in the combustion furnace take place in a 100% stoichiometric manner; that is, all of the hydrogen sulfide in the acidic gases is burned to form sulfur dioxide, with no sulfur being generated.
Reply #72018-11-20
No sulfur is produced, because in the sulfur production process using the split-flow method, the reactions in the combustion furnace take place in a 100% stoichiometric manner; that is, all of the hydrogen sulfide in the acidic gases is burned to form sulfur dioxide, with no sulfur being generated

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