Balance de Materia y Energía de Una Planta Pesquera (1)

LICOR DE PRENSA % H 83.46 G 7.76 S 8.78 Total 100

TN 36.33 3.38 3.82 43.53

SEPARADORA

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LICOR SEPARADORA % TN H 84.42 34.82 G 8.02 3.31 S 7.56 3.12 Total 100 41.25

CENTRIFUGA

H G S Total

AGUA DE COLA % 1.61 0.2 8.1 100

TN 34.81 0.08 3.11 38.00

Planta de evap











Total

100

2.36











BALANCE DE MASA ANCHO!ETA "ASA ENTRANTE #T$ % H 74 G 7 S 1 Total 100

PRENSA

H G

LICOR DE PRENSA % TN 66.08 1.51 3 08 0 07

60 TN 44.4 4.2 11.4 60











H G S Total

ACEITE % 0.4 .4 0.2 100

TN 1.30 323.22 0.65 3.25

H G S Total

CONCENTRADO % 63.13 0.87 36 100

TN 5.45 0.08 3.11 8.64











CA&E DE PRENSA % H 4 G 5 S 46 Total 100

TN 8.07 0.82 7.58 16.47













H G S Total

CA&E INTEGRAL % TN 54.87 15.03 3.55 0.7 41.58 11.3 100 27.3

SECADOR ADD

SALIDA DEL SECADOR ADD % TN H 20.00 3.08 G 6.24 0.7 S 73.76 11.3 Total 100.00 15.44

SEC AIR CALIENTE











!APOR

11.5

!APOR

2.0











1) Consuo de !apo" en Calde"as

La 'la$ta ()*$ta (o$ 3 (al+*,o- ',ot)/)la,*- +* 800 HP 00 HP 1000 HP T*'*,at),a +* al*$ta($ 10 P,*-$ +* t,a/ao 115 E>(*$(a +* la (al+*,a #E ( 80%

 '-

Co$ *-to- +ato- *$ ta/la- +* (al+*,a- ',ot)/)la,*- $o- $+(a

32.3

!a'o, !a'o,  HP? #32.3 l/9:,9HP92.204 l/9:,9HP92.204 l/9@ ? E( Cal+*,o N1 !a'o, 

37.3103448276

&9:,

Cal+*,o N2 !a'o, 

10551.72413731

&9:,

Cal+*,o N3 !a'o, 

11724.137310345

&9:,

Capa#$dad Total de Calde"as en la Planta%

&1'((1*+,1&*- ./ de vapo"0"

+) Consuo de !apo" 2 Co3us43le en el Co#$nado"

La 'la$ta ()*$ta (o$ )$ (o($a+o, +* 60 a Cal*$ta, *l (o($a+o, /P=,++a- +* (alo, ( Co($a, *l '*-(a+o a) Calenta" el #o#$nado" 9: A)

    ?C ?BT

TN9:,











Consuo de !apo" pa"a #alenta" el Co#$nado"%

!a'o,   A9F E$tal'a +*
651

&(al9&

E$tal'a +* a)a #:  

134.3

&(al9&

FP 2/a,  :  :

516.7

&(al9&

(*;'*+&,&*1-;

./

!apo" 8

&) Consuo de Co3us43le de los Se#ado"es

La 'la$ta ()*$ta (o$ 4 -*(a+o,*- ;)* (o$-)*$
 A  ?C'?BT  #+* lo- 4 -*(a+o,*-  

220000 2024000

&9:, & l9:











,)Consuo de vapo" 2 #o3us43le pa"a #alenta" el l$#o" de p"

La 'la$ta ()*$ta ()*$ta (o$ 2 ',*$-a-  (a+a (a+a ',*$-a (o$ -) ,*-'*(J
 A  ?C'?BT  #a-a +*l l(o, +* ',*$-a 

43530

&9:,

Co'o-($ +* la at*,a +* *$t,a+a H)*+a+  83% G,a-a  8% Sl+o- 

%

C' #A(*t* 

0.03252

&(al9&C

T-al+a +*l l(o, 

5

C

T*$t,a+a +*l l(o, 

75

C

 A 

786371.112

&(al9:,

() Consuo de !apo" 2 Pet"5leo pa"a #alenta" el l$#o" de la sepa

La 'la$ta 'la$ta ()*$ta ()*$ta (o$ 2 -*'a,a -*'a,a+o,a +o,a-- (o$ta$+o (o$ta$+o (o$ (o$ )$ ,*-'*(J< ,*-'*(J












Co'o-($ +* la *-')a #1.4TN #1.4TN H)*+a+ G,a-a Sl+o-

77% 14% % A) Calo" "e
 A  ?C'?BT *-')a 

140

&9:,

C' #E-')a 

0.867808

&(al9&C

T-al+a +* la *-')a 

100

C

T*$t,a+a +* la *-')a 

20

C

 A 

103442.7136

&(al

*) Consuo de pet"5leo en la #alde"a t="$#a

Co$-)o +* '*t,l*o  Ha,$a ',o+)(+a 

5.25 13.36

al9TN +* :a,$a +* '*-(a+o TN

Consuo de pet"5leo

*71,

/al0"

;) Consuo de !aPOR 2 Pet"5leo R6(77 pa"a #alenta" el #o3us43le en los Calde"os











2. S*(a+o,*3. L(o, +* ',*$-a 4. L(o, +* S*'a,a+o,a 5. E-')a *$ la- (*l+a6. Cal*$ta*$to +* P*t,l*o Total +* 'la$ta

246.44086134 14481.38463524 37.20743037 2104.20666086 13.048234387 73 737.871557235 4.522700745 25 255.771844371 3.071335654 17 1 73.682585235 432.2571867775 2460.7538054

P="d$da en tu3e">as 91?)

,&++(*1;'*; +, +,-'7*(&;-7(, 17) Resuen

E
Consuo po" #alenta$ento de e
Consuo en p"odu##$5n en '7 TON0"

Co#$nado"

& +*
578.672343718 7207.83653584 10.2330172414 127.4605861774

Se#ado"es

& +*
4062.136234047 14481.38463524 6.266551724 246.44086134

Tan
& +*
2104.20666086 37.20743037











#l/9:,9HP





















ensa

* (o$-)*
B)P="d$das de #alo" 31) Calo"
 1  #A?@9L?#T(al*$t*  T,a A #,*a *t*,o, +* ta$;)* +* l(o, +* ',*$-a 2 ta$;)*-  @ #Co$+)(J<+a+ t=,+a +*l * L #E-'*-o, +* la 'la$(:a +*l ta$;)* 

27.08328 31 0.015625

T(al*$t* #T*'*,at),a al $t*,o, +*l ta$;)* 

203

T,a #T*'*,at),a al *t*,o, +*l ta$;)* 

201.2

 1 

1088325.37665074

TU9:, 

3+) Calo"
 2  :?A?BT : #Co*>(*$t* +* '=,++a +* (alo,  BT  T

13.0  T

&(al9:,?C? 2

274137.3













B) P="d$das de #alo"

   U?A?BT A$(:o +* la (*l+a #:

0.2



La,o +* la (*l+a #L

.7



A

37.3888

2

  

28714.584

&(al9:,





















CP #A)a 

1

&(al9&C

T>$al 

135

C

T$(al 

110

C

 (:a;)*ta 

362775

&(al9:,

Calo" #onsu$do en el ee 9: ee)8 Consuo de #alo" del !apo"

 (alo, 'a,a (o($a, *l '*-(a+o   **   (:a;)*ta   **   total   (:a;)*ta  ** 

3667305

&(al9:,

Consuo de Pet"5leo de los Calde"os pa"a #o#$na" la ate"$a p"$a

R500  # T9E( 3.79P( Calo, +* Co($a # T  **   '=,++a- +* (alo, 

372428.167

&(al9:,











##$5n

'*-2  .8 '*- 

27.6 TU9:,?'*? 3 196Q

2











Consuo de Pet"5leo R6(77 pa"a #alenta" la espua en las #eldas

 T   A     T 

132157.312

&(al

R500  #9E( 3.79P( R6(77 8

,(++-*77*,(

/al0"

Consuo de !apo" en el Calenta$ento de Espua 9PAMA)

!a'o,   9F  9F











































Balance de Materia y Energía de Una Planta Pesquera (1)

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