An IGCC cogeneration plant based on an entrained flow gasifier has an electric capacity Pel of 150 MWe and a thermal capacity Qu of 200 MWt. The plant overall efficiency (energy utilization factor [EUF]) ηCG is 0.89. The LHV of coal used in the gasifier is 29 MJ/kg. Efficiencies of power and useful heat production in two separate plants are ηel of 0.41 and ηheat of 0.88, respectively. Calculate: (i) the fuel requirements of the cogeneration plant and of the separate plants, and (ii) the fuel savings of the cogeneration plant per day
An IGCC cogeneration plant based on an entrained flow gasifier has an electric capacity Pel of 150 MWe and a thermal capacity Qu of 200 MWt. The plant overall efficiency (energy utilization factor [EUF]) ηCG is 0.89. The LHV of coal used in the gasifier is 29 MJ/kg. Efficiencies of power and useful heat production in two separate plants are ηel of 0.41 and ηheat of 0.88, respectively. Calculate: (i) the fuel requirements of the cogeneration plant and of the separate plants, and (ii) the fuel savings of the cogeneration plant per day
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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An IGCC cogeneration plant based on an entrained flow gasifier has an electric capacity Pel of 150 MWe and a thermal capacity Qu of 200 MWt. The plant overall efficiency (energy utilization factor [EUF]) ηCG is 0.89.
The LHV of coal used in the gasifier is 29 MJ/kg. Efficiencies of power and useful heat production in two separate plants are ηel of 0.41 and ηheat of 0.88, respectively.
Calculate:
(i) the fuel requirements of the cogeneration plant and of the separate plants, and
(ii) the fuel savings of the cogeneration plant per day.
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