If the scrubber removes 92 molar basis of the entering h2s

Assignment Help Mechanical Engineering

Reference no: EM13621341

A flue gas is which the mole fraction of H2S is 0.002 enters a scrubber operating at steady state at 200 deg F, 1 atm and a volumetric flow rate of 20,000 ft^3/h. if the scrubber removes 92% (molar basis) of the entering H2S, determine the rate at which H2S is removed in LB/h. Comment on why H2S should be removed from the gas stream.

Reference no: EM13621341

Questions Cloud

Arbitron media research inc conducted a study of the ipod : arbitron media research inc. conducted a study of the ipod listening habits of men and women. one facet of the study

Calculate the convective heat transfer loss to the air from : a square aluminum plate 5 mm thick and 200 mm on a side is heated while vertically suspended in quiescent air at 40c. a

What is the critical f value for a sample of 9 observations : what is the critical f value for a sample of 9 observations in the numerator and 6 in the denominator? use a two-tailed

What is your point estimate of the percentage of satisfied : virtual call centers are staffed by individuals working out of their homes. most home agents earn 10 to 15 per hour

If the scrubber removes 92 molar basis of the entering h2s : a flue gas is which the mole fraction of h2s is 0.002 enters a scrubber operating at steady state at 200 deg f 1 atm

Develop a 98 confidence interval for the proportion : during a national debate on changes to health care a cable news service performs an opinion poll of 470 small-business

Determine the horizontal acceleration a of the frame : the collar a is free to slide along the smooth shaft b mounted in the frame. the plane of the frame is vertical.

Explain why ms-within is not an appropriate error term : explain why ms-within is not an appropriate error term demoninator for the repeated measures

In a published study the author has presented a scatter : in a published study the author has presented a scatter plot of data with a line drawn through the data points. this

User Account

All Pages