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Process Engineering Fundamentals Notes/Summary

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Notes and summary for Process Engineering Fundamental modules. Can use this document along with some past exams.

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  • March 25, 2024
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  • 2023/2024
  • Summary
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,Mass & Volume



Density (p) =

# , Clgris , gam Ibuft , ,
etc. )



↳ Independent of Pressure <PL



Specific Volume =
In [inverse of density]


Specific Gravity : ratio of
substance
and
Preference
: 36/5 :
↳ usually
Po
: 1000
gris

Mass & Volumetric Flowrate


rata at which fluids line
Flowrate = moved through a
process .




↳ nasflorrtee
-




Depart we i re

density can be used to convert i to in or vice versa .

,Mass and Mole Fractions


↳ use to determine the amount of composition A from the whole mixture




has ofi
&
Mass fraction :
<A =




-100 to
get percentage
Mole fraction :
JA
:

Moles of is
Flow rate car be calculate from mass/mole fraction o




solution contains A
by stream A flow rate!
ex .
a 15 % mass
,
of solution
Howing at 53lbnd" ,




151bm
= 0 A
flow rite of A Ibm i
A
.


* = 8 . 0




a solution contains 20 mole % B
,
molar flow rate of B = 28 tmols"
,
total solution Hou rate &



solution flow rate =
28 -
knol B
x
1Imol total =
140 kmdls
S 0 . 2
kmB




* It is
very important to choose or set the BASIS
very carefully because it can reale problem
much easier .




A
ex
. 0 15 %
.



by mass




basis of total A
100 g 15g
>
-

, Average molecular weight (M)


↳ ratio of mass of a
sample of mixture to number of moles of all
species
(confused
#




With mass traction :




* = +
...




With mole fraction :



n
y Mc
M +
y
= + ...
,
, ,




ex
. Calucko it of air : molar composition 79 % N2 21 % 0 , and mass
composition 76 7%
N2 23 3% 03
,
. .

,




with traction 767gNc U trtuly 02/ total mol
#
: 0 035
233
mass
g g
.
= . ·
=
+

q
g N2/mol
32
28 g N2/mol

M =


0 .
05 = 29
grol


with mole fraction M not
- Nz 0 21 not
- O2
289 N2
32902
: 0 79
29 gr
= .
.

X + X
=



mo ImolNz
- mol

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