A particular US-mined coal (typical gravimetric analysis: 80% C, 15% ash, 3% S, 2% H) is...

 

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A particular US-mined coal (typical gravimetric analysis: 80% C, 15% "ash", 3% S, 2% H₂) is burned completely with 120% theoretical air. Reactants are to be assumed to be at 25 C, 1 bar, and the products are at 1 bar. The "ash" is an inert (non-combustible) solid material that doesn't react; it is collected and removed from the combustion chamber for disposal. Neglect the effect of enthalpy changes in the ash. Determine the following: • Analysis of the reactants (you should make "THE TABLE" for the reactants), ash removed. • Air-fuel ratio (include ash mass in fuel mass). 。 Analysis of the products of complete combustion, ash removed. • Dew point temperature Tap of the products. o Adiabatic flame temperature. A particular US-mined coal (typical gravimetric analysis: 80% C, 15% "ash", 3% S, 2% H₂) is burned completely with 120% theoretical air. Reactants are to be assumed to be at 25 C, 1 bar, and the products are at 1 bar. The "ash" is an inert (non-combustible) solid material that doesn't react; it is collected and removed from the combustion chamber for disposal. Neglect the effect of enthalpy changes in the ash. Determine the following: • Analysis of the reactants (you should make "THE TABLE" for the reactants), ash removed. • Air-fuel ratio (include ash mass in fuel mass). 。 Analysis of the products of complete combustion, ash removed. • Dew point temperature Tap of the products. o Adiabatic flame temperature.

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To determine the analysis of the reactants airfuel ratio analysis of the products dew point temperature and adiabatic flame temperature we will need t... View the full answer