Pine wood has the following composition: 50.31% C, 6.20% H2, 43.08% Oz and 0.41% ash.
(a) Calculate the m3 of air at 26°C and 750 mmHg necessary for complete combustion per pound of wood.
(b) If 30% excess air were used, calculate the cubic feet of dry gas at 320°C and 750 mmHg produced per pound of wood.
Pine wood has the following composition: 50.31% C, 6.20% H2, 43.08% Oz and 0.41% ash. (a)...
a) A Coal from Indonesia which has an ultimate analysis (by mass) as 67.40 % C. 5.31 % H2, 15.11 % O2, 1.44 % N2, 2.36 % S. and 8.38 % ash (non-combustibles) The coal is burned with 30% excess air. Determine: i) The mole fractions of each component of the coal [10 Marks] ii) The combustion equation [14 Marks] iii) The mass of air required per unit mass of coal burned [7 Marks] iv) The total mole number of...
Do 5-4 problem please !!!
5-3. A lignite coal has the following ultimate analysis on the dry basis: A 13.51 C-59.88 H 4.21 0 19.46 N 1.04 S 1.90 Calculate the theoretical air and actual air per pound of lignite combustion is assumed to be complete and the excess air 18%. Problem 3-3, estimate the dry flue yas indicated in combustible in solid refuse is assumed to be Eeite ݣ .-nts of the flue gas from the lignite specified in...