Assume 35 of fuel nitrogen converts to no and that fuel no

Assignment Help Mechanical Engineering

Reference no: EM13610842

A 825 MW electric power plant (36.2 % efficient) uses a coal with the following composition (C = 74.8 wt%, H = 5.2 wt %, O = 7.3 wt%, N = 0.4 wt%, and ash = 12.3 wt %, with energy content 9,950 BTU/lb). Combustion occurs with 50% excess air to form CO2, H2O, and NO. Assume 35% of fuel nitrogen converts to NO, and that fuel NO is 80% of total NO (the remainder being thermal NO). Calculate a) the NO concentration (ppm) in the exhaust gas and b) the daily production of NO.

Reference no: EM13610842

Questions Cloud

The chiefaccountant maintains that this procedure is : the chief accountant for dollywood corporation provides you withthe following list of accounts receivable written off

Gina watt is aware of daniels payment of the part-time : abusivetea7791 answer rating percentage59 daniel longan owns and manages daniels restaurant a 24-hour restaurant near

A 232 mol sample of an ideal monatomic gas undergoes the : a 2.32 mol sample of an ideal monatomic gas undergoes the reversible process shown in the figure. the scale of the

Let x and y be independent and identically distributed : let x and y be independent and identically distributed random variables with common standard normal pdf offz

Assume 35 of fuel nitrogen converts to no and that fuel no : a 825 mw electric power plant 36.2 efficient uses a coal with the following composition c 74.8 wt h 5.2 wt o 7.3

Katina washington is currently employed as a : katina washington is currently employed as a computerprogrammer by megatel company. her dream however is tostart her

California customs designs llc is a business that : california customs designs llc is a business that customizes motorcycles and automobiles according to the customers

Using the clues given below fill in the rest of the joint : using the clues given below fill in the rest of the joint distribution. there is only one answer.y x0 3 61

A thin metallic spherical shell of radius 421 cm has a : a thin metallic spherical shell of radius 42.1 cm has a total charge of 9.05 oc uniformly distributed on it. at the

User Account

All Pages