Práctica 2 - Evaluacion de Columnas

7/25/2019 Prctica 2 - Evaluacion de Columnas

1/23

UNIVERSIDAD NACIONAL SAN CRISTBALDE HUAMANGA

FACULTAD DE INGENIERA QUMICA Y METALURGA

ESCUELA DE FORMACIN PROFESIONAL DEINGENIERA EN INDUSTRIAS ALIMENTARIAS

ASIGANATURA DE TRANSFERENCIA DE MASA: AI-443

PRCTICA N 0

!EVALUACIN DE COLUMNAS"

FECHA DE PRCTICA : 02 de Octubre de 2013

FECHA DE ENTREGA : 09 de Octubre de 2013

GRUPO : Mirc!"e#$ 10 % 1 &'(

PROFE)ORA : I*+( A**, -EGARRA .I/A

A/UMNA : P,uc,ru,*c, ,riu,'*$ ude ,ti,

AACUCHO % PER4

2013


2/23

INTRODUCCIN

E" re""e*! ! e'&,5ue e# e" e"e'e*t! '# i'&!rt,*te &,r, ",

,decu,d, re#&ue#t, de ",# c!"u'*,#$ 6, 5ue e# d!*de #e re,"i7, e"c!*t,ct! "85uid!G,# 6 ", tr,*#ere*ci, de ',#,( )e ,ce* +r,*de#e#uer7!# &,r, i*cre'e*t,r ", eecti;id,d e* e" c!*t,ct!$ eect!# dec,8d, de &re#i


3/23

A#$%&'(# G%)%*+,%#:

/,# c!"u'*,# c!*#titu6e* u*! de "!# &ri*ci&,"e# di#&!#iti;!# de "!#e5ui&!# de #e&,r,ci


4/23

", c!"u'*,$ ! cu,*d! ", 'i#', c,*tid,d de ',#, #e tr,*#=ere c!*'e*!r ,"tur, e'&,c,d,( /, e=cie*ci, de u*, c!"u'*, #e 'ide c!*b,#e e* "!# &,r'etr!# !&er,ci!*,"e# de tr,*#ere*ci, de ',#,,"tur, e5ui;,"e*te &!r &",t! te


5/23

II3 C(,15)+# % *%,,%)()!* c!"u'*,# de re",ci


6/23

III ASPECTOS E7PERIMENTALES

1( I*#t,",r c!rrect,'e*te "!# di#&!#iti;!# 6 c!*eBi!*e# ,ci, ",c!"u'*, de re""e*!:

C,r+, de" t,*5ue de ,+u,$ !&er,ci


7/23

E" #u'i*i#tr! de ,+u, e# , tr,;# de u* r!t'etr! e#t*d,r e*/'i* 'ie*tr,# 5ue ", i*6ecci


8/23

C!*#idre#e c!'! e" 'Bi'! &er'i#ib"e de!&er,ci


9/23

III/ CLCULOS:

De*#id,d de" ,ire

aire=!aire"

#T

aire=29

gr

mol( 0.72atm

0.082 $)atm

mol'(297 '

=20.88gr

24.354$

aire=0.8573 gr /$

!aire=29gr /mol

#=0.082 $)atm

mol'

"=0.72atm

Taire=24 C=297 '

agua=998.20 gr /$

A1=

D12

4=

0.01622

4

A1=2.0612*104

m2

=D

1

D2=

16.2mm

7.5mm

=2.16

C0=0.61

D1=16.2mm=0.0162m

D2=7.5mm

g=9.81m/s2

Hg=13545.87 gr /$

aire=0.8573 gr /$

agua=998.20 gr /$

hC= h(43) h(65)


10/23

"C= hC( g ( agua

"C= hC(9.81m/s2

(998.20 gr /$

Qaire= C

0A

1

41 2g (h(21)) [Hgaire

aire ]

Qaire=0.61(2.0612*10

4m

2

2.1641 2(9.81m /s2 ( h(21)) [ 13545.870.85730.8573 ]

E* RE//ENO )ECO

Cu,dr! 1: D,t!# !bte*id!# de RE//ENO )ECON h1 h2 h(21) h3 h4 h5 h6 h(43) h(65)

/ 29 30 10 3 33 30 22 2 290 310 20 3 3 33 0 10 9Q

3 2 313 2 339 1 33Q Q 12 1304 20 31 3 312 10 313 91 19 1Q9 2Q 322 Q 2Q 31 290 13 2 223

Cu,dr! 2: Re#u'e* de re#u"t,d!# RE//ENO )ECON h(21)

5;

Qaire

m3/s

h(43)

5;

h(65)

5;

hC

5;

"C

5;

/ 0(01 1(3B103

0(0 0(02 0(003 29(3QQ0

0(02 2(1Q2B103

0(10 0(09Q 0(00 Q(33Q

3 0(02 2(Q0B103

0(12 0(130 0(012 11Q(01

4 0(03 2(99B103

0(19 0(1Q 0(020 19(

9 0(0Q 3(330B103

0(2 0(223 0(021 20(392


11/23

N Qaire

m3/h

ln(Q aire) ln( "C)

/ (29 1(Q1011 3(302120

Q(192 2(0 (3101Q3

3 9(220 2(22 (Q0Q2Q

4 10(QQ 2(3QQ (2QQ332Q2

9 11(90 2(391 (3212309

Gr=c! 1: ln ( "C) +s ) ln (Qaire ) de #elleno &eco

1( 1(Q 1( 1(9 2 2(1 2(2 2(3 2( 2( 2(0

1

2

3

B K 2(2B 1(0RW K 0(99

L) Q+2*%;

L)


12/23

N h(21)

5;

Qaire

m3/s

h(43)

5;

h(65)

5;

hC

5;

"C

5;

/ 0(00 1(3QB103

0(03 0(02 0(00Q (

0(01 2(01B103

0(090 0(0Q 0(01 1(QQ

3 0(02 2(Q0B103

0(10 0(122 0(02 2Q(1

4 0(03 2(99B103

0(22 0(1Q 0(01 01(0

9 0(0Q 3(330B103

0(23 0(231 0(02 09(201

N Qaire

m3/h

ln(Q aire) ln( "C)

/ (9 1(9 (22Q109

Q(19 2(0013 (019

3 9(220 2(22 (1302

4 10(QQ 2(3QQ (991Q2

9 11(90 2(391 (2323Q

Gr=c! 2: ln ( "C) +s ) ln (Qaire ) dec audal=4$ /min


13/23

1( 1( 1( 2 2(2 2( 2(0

1

2

3

Q

B K 2(29B X 0(

L) Q+2*%;

L)


14/23

N Qaire

m3/h

ln(Q aire) ln( "C)

/ (9 1(9 (Q2

Q(19 2(0013 (22039

3 9(220 2(22 (Q1Q

4 10(QQ 2(3QQ (12001

9 11(90 2(391 (91

Gr=c! 3: ln ( "C) +s ) ln (Qaire ) dec audal=6$/min

1( 1( 1( 2 2(2 2( 2(0

1

2

3

Q

B K 2(1B 0(19

L) Q+2*%;

L)


15/23

Cu,dr! : Re#u'e* de re#u"t,d!# &,r, u* c,ud," K /'i*N h(21)

5;

Qaire

m3/s

h(43)

5;

h(65)

5;

hC

5;

"C

5;

/ 0(00 1(3QB10

3 0(02 0(031 0(011 10Q(Q1Q

0(01 2(01B103

0(133 0(093 0(00 391(93Q

3 0(02 2(Q0B103

0(20Q 0(13 0(0 2(Q099

4 0(03 2(99B103

0(2 0(11 0(0Q 1(933Q

9 0(0Q 3(330B103

0(3Q 0(21 0(13 1312(1Q

N Qaire

m3/h

ln(Q aire) ln( "C)

/ (9 1(9 (Q993

Q(19 2(0013 (9Q001

3 9(220 2(22 (03Q

4 10(QQ 2(3QQ (QQ0Q1

9 11(90 2(391 Q(1Q90

Gr=c! : ln ( "C) +s ) ln (Qaire ) dec audal=8$/min


16/23

1( 1( 1( 2 2(2 2( 2(0

1

2

3

Q

B K 2(Q2B X 0(39

L) Q+2*%;

L)


17/23

Q(19 2(0013 (22039

3 9(220 2(22 (Q1Q

Gr=c! : ln ( "C) +s ) ln (Qaire) dec audal=10$/min

1( 1( 1(Q 1( 1(9 2 2(1 2(2 2(30

1

23

Q

B K 2(0B X 2(2

L) Q+2*%;

L)


18/23

2 Deter'i*,r e" c,ud," de ,ire c!rre#&!*die*te , c,d, ?u@! de +,#

'edid! , tr,;# de" 'edid!r de ", &",c, de !ri=ci!$ eB&re#,r e*'3(

)e deter'i*< e ", #ecci


19/23

Qaire

m3/h

"C

5;

(29 29(3QQ0

Q(192 Q(33Q9(220 11Q(0110(QQ 19(11(90 20(392

Q 9 10 11 12 130

0

10010

200

20

Gr=c, : YPc .#( J,ire de Re""e*! )ec!

Q+2*%


20/23

E* re""e*! '!@,d! &,r, u* c,ud," K /'i*

Qaire

m3/h

"C

5;

(9 10Q(Q1Q

Q(19 391(93Q

9(220 2(Q099

10(QQ

1(933Q

11(9

0

1312(1Q

Q 9 10 11 12 130

200000000

10001200

100

Gr=c! 9: YPc .#( J,ire &,r, u* c,ud," /'i*

Q+2*%


21/23

33 9(220 2(22 (Q0Q2

Q11Q(01

4 10(QQ 2(3QQ (2QQ332Q2

19(

9 11(90 2(391 (3212309

20(392

Ide*ti=c,r e" &u*t! de c,r+, e i*u*d,ci


22/23

C+1+,A=1+

L>52);

P1)'( % &+*=+ P1)'( % 2)1)+&2)L) Q+2*%; "

( C)

ln

L) Q+2*%; "(C)

ln

0 9(220 11Q(01 10(QQ 19( 2(0013 (019 2(3QQ (2QQ332Q2 2(22 (Q1Q 2(3QQ (12001 2(0013 (9Q001 2(3QQ (QQ0Q1

10 1(9 (Q2 2(0013 (22039?; E@$,(*+* % 1 +&'(*%# %$%)% %, 25%)#2()+52%)'( %

1)+ &(,15)+

E#&eci=c,r e" ti&! de c!"u'*, , uti"i7,r de &",t!# ! de re""e*!e* u*ci


23/23

V DISCUSIONES:

)e deter'i*< ", &e*die*te e* ", +r=c, "!+,r8t'ic, de ", c,8d,

de &re#i

Práctica 2 - Evaluacion de Columnas

Documents

Transcript of Práctica 2 - Evaluacion de Columnas