MSW at a rate of 100 Tons/day with an empirical formulae of C562H9000414N6.6S, is used to...

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MSW at a rate of 100 Tons/day with an empirical formulae of C562H9000414N6.6S, is used to run an MSW energy recovery plant. The MSW contains 20% moisture and 20% inert. The ash contains 5% carbon and the higher heating value of MSW is 12,000 KJ/Kg. Also, assume that the fuel enters at 25DegC and that the ash is at 420DegC. How much steam energy is available from the boiler?. Assume average specific heat capacity of flyash as 1.047 KJ/KgDegC, Enthalpy of steam as 2420 KJ/KgoC, Radiation losses as 0.004 KJ/Kg MSW, Boiler efficiency as 70%. MSW at a rate of 100 Tons/day with an empirical formulae of C562H9000414N6.6S, is used to run an MSW energy recovery plant. The MSW contains 20% moisture and 20% inert. The ash contains 5% carbon and the higher heating value of MSW is 12,000 KJ/Kg. Also, assume that the fuel enters at 25DegC and that the ash is at 420DegC. How much steam energy is available from the boiler?. Assume average specific heat capacity of flyash as 1.047 KJ/KgDegC, Enthalpy of steam as 2420 KJ/KgoC, Radiation losses as 0.004 KJ/Kg MSW, Boiler efficiency as 70%.