【Daily Question】August 10, 2015
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As the H2S concentration in the exhaust gases increases, the temperature of the exhaust gas incinerator will ( ) A. rise B. fall C. be uncertain D. remain unchanged. Explain why.
As the H2S concentration in the exhaust gases increases, the temperature of the exhaust gas incinerator will ( ) A. rise
As the H2S concentration in the exhaust gases increases, the temperature of the exhaust gas incinerator will (A. rise); the temperature at the reactor outlet increases as the contents of S8 and SO2 in the exhaust gas composition increase. An increase of 1% in SO2 is equivalent to a temperature rise of around 70°C
As the H2S concentration in the exhaust gases increases, the temperature of the exhaust gas incinerator will (A. rise). The combustion of H2S is a highly exothermic reaction.
A, increases. The combustion of H₂S and O₂ is an exothermic reaction, and the reaction of H₂S with SO₂ is also an exothermic reaction.
A, increase. As the combustible components increase, the combustion of hydrogen sulfide is an exothermic reaction.
A. Increase,,, hydrogen sulfide can also burn
As the H2S concentration in the exhaust gases increases, the temperature of the exhaust gas incinerator will (A. rise) due to the heat released during combustion