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ndustrial plant generates its own power thru heat transfer and mechanical work, from heat energy generator and turbo generator set. A bagasse fired 60 tonner water tube boiler generating 335 psi. And 330°C superheated steam. Condensates at 90°C feedwater absorbing heat at the deaerator and preheater by as much as 3 592 446 KJ/hr that supplies the steam drum at a rate of 10% higher than the steam generated. Tons steam per ton cane is 2. Superheated steam at a velocity of 25 m/sec is supplied to an impulse turbine that drives a generator producing electrical energy. Exhausted heat energy at a velocity of 20 m/sec, before undergoing heat condensations is at 800 KJ/kg. Determine the following: The Boiler Thermal Efficiency

ndustrial plant generates its own power thru heat transfer and mechanical work, from heat energy generator and turbo generator set. A bagasse fired 60 tonner water tube boiler generating 335 psi. And 330°C superheated steam. Condensates at 90°C feedwater absorbing heat at the deaerator and preheater by as much as 3 592 446 KJ/hr that supplies the steam drum at a rate of 10% higher than the steam generated. Tons steam per ton cane is 2. Superheated steam at a velocity of 25 m/sec is supplied to an impulse turbine that drives a generator producing electrical energy. Exhausted heat energy at a velocity of 20 m/sec, before undergoing heat condensations is at 800 KJ/kg. Determine the following: The Boiler Thermal Efficiency

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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n industrial plant generates its own power thru heat transfer and mechanical work, from heat energy generator and turbo generator set. A bagasse fired 60 tonner water tube boiler generating 335 psi. And 330°C superheated steam. Condensates at 90°C feedwater absorbing heat at the deaerator and preheater by as much as 3 592 446 KJ/hr that supplies the steam drum at a rate of 10% higher than the steam generated. Tons steam per ton cane is 2. Superheated steam at a velocity of 25 m/sec is supplied to an impulse turbine that drives a generator producing electrical energy. Exhausted heat energy at a velocity of 20 m/sec, before undergoing heat condensations is at 800 KJ/kg.

Determine the following:
The Boiler Thermal Efficiency

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