The feed is directly passed to the flash vaporization column

1.	The feed is directly passed to the flash vaporization column
A.	True
B.	False
Answer» C.

Discussion

No Comment Found

Related MCQs

Find the feed composition of more volatile component by analysing the table below. Hint: can neglect pre-heater.
Find the distillate and the residue rates in mole/hr, if the feed rate is 100 mol/hr; The compositions of feed, distillate and residue in terms of mole fraction are 0.65, 0.9 and 0.2.
Find the heat given( in KJ) to the feed for the flash vaporization process if the ratio of residue to the distillate is 0.65 and the enthalpy of feed, distillate and the residue are 500, 800 and 200 KJ/kmol respectively. The feed rate is 100 kmol/hr.
Find the X and Y from the flash column given below
FIND_THE_DISTILLATE_AND_THE_RESIDUE_RATES_IN_MOLE/HR,_IF_THE_FEED_RATE_IS_100_MOL/HR;_THE_COMPOSITIONS_OF_FEED,_DISTILLATE_AND_RESIDUE_IN_TERMS_OF_MOLE_FRACTION_ARE_0.65,_0.9_AND_0.2.?$
Find the heat given( in KJ) to the feed for the flash vaporization process if the ratio of residue to the distillate is 0.65 and the enthalpy of feed, distillate and the residue are 500, 800 and 200 KJ/kmol respectively. The feed rate is 100 kmol/hr?
Express the flash vaporization
What happens to the liquid after preheating when enter to the cyclonic flash drum?
Find the ratio of distillate to residual flow rates, if a binary mixture containing 65% of more volatile component while the distillate and the residue compositions are 90% and 30%.
Binary mixture of 100 kmol/hr enters into a flash drum has equimolar composition. The distillate obtained is 60 kmol/hr and the enthalpy of distillate, residue and feed are 500 KJ/kmol, 200 KJ/kmol and 400 KJ/kmol. Find the bottom flow rate in kmol/hr.

The feed is directly passed to the flash vaporization column

Discussion

No Comment Found

Related MCQs

Reply to Comment