Sulfur Recovery Daily Question 2018.11.13
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Can sulfur production be carried out using the partial combustion method with H2S (V) concentration in the acid gas at 20%? Why? What are the requirements for the H2S concentration in acidic gases in the partial combustion sulfur production method? Answer: Acid gas with an H2S concentration of 20% (V) cannot be used for sulfur production via the partial combustion method, as the low H2S concentration in such gas results in the reaction furnace temperature not reaching the required levels; for acid gas with an H2S concentration of 20%, the split-flow method should be employed. The partial combustion method for sulfur production requires an H2S concentration in the acidic gas of over 45% (V).
No. There are three methods for producing sulfur from acidic gases; when the hydrogen sulfide content in these gases is greater than 50%, the partial combustion method is generally used. When the hydrogen sulfide content in acidic gases is between 15% and 50%, the split-flow method is generally used; when the hydrogen sulfide content is below 15%, the partial oxidation method is usually employed
No. The temperature of the reactor using the partial combustion method does not reach the required level. For sulfur production via the partial combustion method, the concentration of acidic gas H2S should be above 45% V.
No. There are three methods for producing sulfur from acidic gases; when the hydrogen sulfide content in these gases is greater than 50%, the partial combustion method is generally used. When the hydrogen sulfide content in acidic gases is between 15% and 50%, the split-flow method is generally used; when the hydrogen sulfide content is below 15%, the partial oxidation method is typically employed. The partial combustion method cannot achieve the required reactor temperature
No. There are three methods for producing sulfur from acidic gases; when the hydrogen sulfide content in these gases is greater than 50%, the partial combustion method is generally used. When the hydrogen sulfide content in acidic gases is between 15% and 50%, the split-flow method is generally used; when the hydrogen sulfide content is below 15%, the partial oxidation method is usually employed.
No. There are three methods for producing sulfur from acidic gases; when the hydrogen sulfide content in these gases is greater than 50%, the partial combustion method is generally used. When the hydrogen sulfide content in acidic gases is between 15% and 50%, the split-flow method is generally used; when the hydrogen sulfide content is below 15%, the partial oxidation method is usually employed
Answer: Acid gas with an H2S concentration of 20% (V) cannot be used for sulfur production via the partial combustion method, as the H2S concentration in such acid gas is too high; instead, the split-flow method should be employed for acid gas with an H2S concentration of 20%. When the H2S concentration is above 45% (V), the partial combustion method is generally used for sulfur production.
No. There are three methods for producing sulfur from acidic gases; when the hydrogen sulfide content in these gases is greater than 50%, the partial combustion method is generally used. When the hydrogen sulfide content in acidic gases is between 15% and 50%, the split-flow method is generally used; when the hydrogen sulfide content is below 15%, the partial oxidation method is usually employed
No. There are three methods for producing sulfur from acidic gases; when the hydrogen sulfide content in these gases is greater than 50%, the partial combustion method is generally used. When the hydrogen sulfide content in acidic gases is between 15% and 50%, the split-flow method is generally used; when the hydrogen sulfide content is below 15%, the partial oxidation method is usually employed
No. There are three methods for producing sulfur from acidic gases; when the hydrogen sulfide content in these gases is greater than 50%, the partial combustion method is generally used. When the hydrogen sulfide content in acidic gases is between 15% and 50%, the split-flow method is generally used; when the hydrogen sulfide content is below 15%, the partial oxidation method is usually employed