Sulfur Recovery Daily Question 2018.11.9
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Please briefly describe the partial combustion sulfur production process? Answer: In the partial combustion method for sulfur production, all acidic gases are introduced into the combustion furnace. The amount of air supplied is sufficient for the complete combustion of the hydrocarbons and for one-third of the H2S to burn to produce SO2. A high-temperature Claus reaction then takes place in the combustion furnace, causing some of the H2S and SO2 to react to form sulfur. The remaining H2S and SO2 subsequently undergo a low-temperature Claus reaction under the action of a catalyst to further produce sulfur.
The partial combustion method for sulfur production involves introducing all the acidic gases into a combustion furnace, with an amount of air sufficient for the complete combustion of the hydrocarbons and for the combustion of one-third of the H2S to produce SO2
The partial combustion method for sulfur production involves introducing all the acidic gases into a combustion furnace. The amount of air supplied is sufficient for the complete combustion of the hydrocarbons and for the combustion of one-third of the H2S to produce SO2. Within the combustion furnace, a high-temperature Claus reaction takes place, causing some of the H2S and SO2 to react to form sulfur. The remaining H2S and SO2 then undergo a low-temperature Claus reaction under the action of a catalyst to further produce sulfur.
The fractional combustion method for sulfur production involves introducing all the acidic gases into a combustion furnace. The amount of air supplied is sufficient to ensure complete combustion of the hydrocarbons and to burn one-third of the H2S to produce SO2. Within the combustion furnace, a high-temperature Claus reaction takes place, causing some of the H2S and SO2 to react and form sulfur. The remaining H2S and SO2 then undergo a low-temperature Claus reaction under the action of a catalyst to further produce sulfur
The fractional combustion method for sulfur production involves introducing all the acidic gases into a combustion furnace. The amount of air supplied is sufficient for the complete combustion of the hydrocarbons and for one-third of the H2S to burn to form SO2. Within the combustion furnace, a high-temperature Claus reaction takes place, causing some of the H2S and SO2 to react to form sulfur. The remaining H2S and SO2 then undergo a low-temperature Claus reaction under the action of a catalyst to further produce sulfur.
The partial combustion method for sulfur production involves introducing all the acidic gases into a combustion furnace. The amount of air supplied is sufficient for the complete combustion of the hydrocarbons and for the combustion of one-third of the H2S to produce SO2. Within the combustion furnace, a high-temperature Claus reaction takes place, causing some of the H2S and SO2 to react to form sulfur. The remaining H2S and SO2 then undergo a low-temperature Claus reaction under the action of a catalyst to further produce sulfur.
The partial combustion method for sulfur production involves introducing all the acidic gases into a combustion furnace. The amount of air supplied is sufficient for the complete combustion of the hydrocarbons and for the combustion of one-third of the H2S to produce SO2. Within the combustion furnace, a high-temperature Claus reaction takes place, causing some of the H2S and SO2 to react to form sulfur. The remaining H2S and SO2 then undergo a low-temperature Claus reaction under the action of a catalyst to further produce sulfur.
The partial combustion method for sulfur production involves introducing all the acidic gases into a combustion furnace. The amount of air supplied is sufficient for the complete combustion of the hydrocarbons and for the combustion of one-third of the H2S to produce SO2. Within the combustion furnace, a high-temperature Claus reaction takes place, causing some of the H2S and SO2 to react to form sulfur. The remaining H2S and SO2 then undergo a low-temperature Claus reaction under the action of a catalyst to further produce sulfur.
The partial combustion method for sulfur production involves introducing all the acidic gases into a combustion furnace. The amount of air supplied is sufficient for the complete combustion of the hydrocarbons and for the combustion of one-third of the H2S to produce SO2. Within the combustion furnace, a high-temperature Claus reaction takes place, causing some of the H2S and SO2 to react to form sulfur. The remaining H2S and SO2 then undergo a low-temperature Claus reaction under the action of a catalyst to further produce sulfur.
The partial combustion method for sulfur production involves introducing all the acidic gases into a combustion furnace. The amount of air supplied is sufficient for the complete combustion of the hydrocarbons and for the combustion of one-third of the H2S to produce SO2. Within the combustion furnace, a high-temperature Claus reaction takes place, causing some of the H2S and SO2 to react to form sulfur. The remaining H2S and SO2 then undergo a low-temperature Claus reaction under the action of a catalyst to further produce sulfur.
The partial combustion method for sulfur production involves introducing all the acidic gases into a combustion furnace. The amount of air supplied is sufficient for the complete combustion of the hydrocarbons and for the combustion of one-third of the H2S to produce SO2. Within the combustion furnace, a high-temperature Claus reaction takes place, causing some of the H2S and SO2 to react to form sulfur. The remaining H2S and SO2 then undergo a low-temperature Claus reaction under the action of a catalyst to further produce sulfur.