Marsa Excel Balances Copia

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MINERA AURÍFERA RETAMAS S. A. INVESTIGACIONES METALÚRGICAS

EVALUACION CIRCUITO MOLIENDA (CUADRO RESUMEN) MES OCTUBRE 2010 TMS MES

44,507.01

TRATAMIENTO

TMS/DIA MOLINO 9'X8' I F!" &µ)' *!" &µ)' R. REDUCCION MOLINO 9'X8' II F!" (µ)' *!" (µ)' R. REDUCCION

756 41 1.!" !#19! 695."" 11.!"

EVALUACION EVALUACIO N CIRCUITO DE CLASIFICACION IDROCICLON D!20 $%M5" O/F $%M"" O/F D5" &µ)' +,--g0a EFICIENCIA DE CLASIFIC $ C CIRCULANTE $ ALIMENTO&TMS' ALIMENTO&TMS' DESCARGA&TMS&U/F'' RE(OSE&TMS&O/F''

95.16 5.9 164.74 5.7" 1!9.79 4#16."1 #75.!1 1#436.19

"RANULOMETRIA FLOTACION #!M200 + 80 - "/!20 ( ) **3 $OR% INDEX MOLIENDA %&!(*)

CIRCUITO DE CIANURACION TRATAMIENTO&TMS/DIA'

153.41

IDROCICLON %REBBS " MAX 10 $%M4""&O/F' 97.!5 $%M635&O/F' !9.!" D5" &µ)' 13."" EFICIENCIA DE CLASIFIC $ 51.31 C CIRCULANTE $ 56."" ALIMENTO&TMS' ALIMENTO&TMS' 1"15.56

5.9 1!" 1!."5

1436.19

DESCARGA&TMS&U/F'' RE(OSE&TMS&O/F''

!6.15 153.41

F !" a)2, 51" &µ)' * !" ,/ G)a%1" &µ)' 1" $OR% INDEX REMOLIENDA %&!(*)

1 15."

DESCARGA&TMS&U/F'' RE(OSE&TMS&O/F''

!6.15 153.41

F !" a)2, 51" &µ)' * !" ,/ G)a%1" &µ)' 1" $OR% INDEX REMOLIENDA %&!(*)

1 15."

CUADRO COM+ARATIVO DE O+ERACIN +LANTA DE BENEFICIO MARSA OCTUBRE!2010

pag  "1" OCTU(RE

CIRCUITO MOLIENDA

CIRCUITO CIANURACION

M6

T6/

#!M200

R/ -/*:(; A3:)

#!M400

T6/

R/ */:3/*:(; A3:)

*ROM%"7 *ROM%"! *ROM%"9 a2%1" F%1" Ma-%1" Ap-%1" Ma8%1" 2%1" %1" Ag%1" Sp%1" O+%1" N,:%1" D+%1"

1419."7 1416.91 1476.66 1#516.!9 14!".55 1477.51 14!!.! 14!.14 14!".5 146!.53 1465.!1 1456.63 1436.19

44.67 45.36 5.69 53.51 55.3 5.!" 54.53 5".46 55.!7 5.7" 47.54 53."6 5.9

".51 ".4" ".35 ".33 ".3" ".3" ".33 ".31 ".33 ".99 ".7! ".54 ".97

9.!" 93.6! 94.9! 96.75 93.9! 9!."4 95.34 97.!5 96.73 97.9! 94.! 97.7! 97.!5

136.1 145."5 153.54 159.5! 167.71 159.67 155.41 155."5 155.4 156.4" 165.1 147.!9 153.41

5.16 5.3! 4.97 4.65 4.5! 4.66 4.71 4.64 4.64 4.64! 4.611 4.94 4.!43

CIRCUITO DE MOLIENDA < FLOTACION FLOTACION 155"

1

15"" TMSDIA 145"

"

"

"

"

"

"

" 1 %  . F

" 1 % a M

"

"

" 1 % 8 a M

" 1 % 2  6

"

"

" 1 %   6

" 1 % g  A

"

"

14"" 135" 13""

7 " % M O R *

! " % M O R *

9 " % M O R *

" 1 % 2 a 6

" 1 % p A

C, ) 2 (

" 1 % p . S

" 1 % 3 + O

" 1 % : , N

" 1 % + . D

1 1 " " " " %

LE< A

C,) 2 D

CIRCUITO DE CIANURACION 99

5.3!

97.!5365!5366 97.9! 97.7! 9!."4 4.97 9! 97.85 4.71 4.66 4.65 4.64! 4 .64 .6 4 4 .64 .6 4 4.611 96.75 4.5! 96.73 4.84= 5.16 97 "RANULOMETRIA (#!M400) 4.294 96 94.9763761"9 95.34 95 94.! 93.9! 93.67!1614"!1 94 9.! 93 9

5."" 4.""

RELAVE

3."" ."" 1.""

91 9"

6.""

7 " % M O R

! " % M O R

9 " % M O R

" 1 % 2 a 6

" 1 %  . F

" 1 % a M

" " 1 1 % % 8 p a A C, ) M 2E

" 1 % 2  6

" 1 %   6

" 1 % g  C,) 2 A G

" 1 % p . S

" 1 % 3 + O

" 1 % : , N

".""

" 1 % + . D

COMENTARIOS MOLIENDA < FLOTACION E ,2a; 0 -aa)2,  0 1436.19 )0-,++?2 g)a D %" < 1!9.79$# +,2 g-a2,)-a 2  O/F 0 5.9$ % M"". C,22a20, a :aa+,2 :aa+,2 2  +-+, 0 ,a+,2 < ,2 ,2 2 -a: 0 ".97 ".97 pa-a  )< 0 N,:)-&<, -;a0a 2 a );,-a 0 2<-a -+p-a+,2' p,- ,< p-,)a< 2  +-+, 0 +a2-a+,2 0 <,-+a-ga 0 a<a a:a-  +-+, +,2 +,2+2-a0, 0 );,- +a0a0 -p-+20, +,2 2<a -+p-a+,2 0 ,-,. CIANURACION

E ,2a; 0 +a2-a+?2 0 )<  0 153.41 TMS/0=a. L,< -a:< 0 +a2-a+?2 2 p-,)0, a+a2@, 4.!4 g A /) E G %Ma D % 1" 2 2a +2+a 0 51.31$ +,2 +a-ga +-+a2 0 56$ < -a+,2 a+a2@a 97.!5$ 97.!5$ % M4"" E +-+, 0 +a2-a+,2 a+a)2 a+a)2 < : <,-+a-ga0a 00, 00, a a a +a-ga +-+a2 +-+a2 8 ,-, p,- a< )a+,2< )a+,2< 0 :a+a+,2&,)a< 2 -a: 0 +a2-a+,2 '# 2 a a +a <a),< :aa20, a< a< a-2a:a< a-2a:a< 0 );,- ,p-a:0a0 ,p-a:0a0 0 2<-, p-,+<,.

MINERA AURÍFERA RETAMAS S. A. INVESTIGACIONES METALÚRGICAS

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I ALIMENTACION FRESCA DE MINA < DE MOLIENDA MES OCTUBRE ! 2010

MALLA

ALIMENTO MINERAL DE MINA(FA>A A) ABERTURA #+ESO ACUM(?) ACUM(!)

7@ @ 5@ 4@ =@ 2@ =4@ 12@ =8@ 4M M 8M 10M 14 20 40 50 70 100 140 200 270 =25 !=25

ALIMENTO FRESCO MOLIENDA #+ESO ACUM(?) ACUM(!)

175000 150000 125000 100000 75000 50000

16.15 1".46 3.64 4.95 .44 14.1

16.15 6.61 3".4 35.19 37.64 51.!5

!3.!5 73.39 69.76 64.!1 6.36 4!.15

19000

17.96

69.!1

3".19

12500

9.7

79."!

20.92

.15

.15

97.85

9500

1.6

!".33

19.67

!.4

1".57

!9.43

4750

7.95

!!.!

11.7

34.41

44.97

55."3

==50

.34

9".63

9.37

9.6"

54.5!

45.4

2=0

1.7"

9.33

7.67

7.1

61.7"

3!.3"

2000

1."4

93.37

6.63

5."7

66.77

33.3

1400

6.!!

1"".5

%".5

.7!

69.55

3".45

850

5.31

74.!6

5.14

425

6."

!1."7

1!.93

=00

.57

!3.63

16.37

1

1.!9

!5.53

14.47

15"

1.96

!7.49

1.51

1"6

1.7

!9.1

1".79

75

1.7

9".4!

9.52

53

1.3

91.!"

!."

45

".37

9.17

7.!3

7.!3

1"".""

".""

1"".5

1"".""

ALIMENTO DE MINA FA>A @A @ ALIMENTO FRESCO MOLIENDA 1"".""

!".""

6"."" ACUM(!) 4".""

".""

"."" 1"" %".""

1"""""

C,)2 F

C,)2 I

=8@ 4M M 8M 10M 14

7@ @ 5@ 4@ =@ 2@ =4@ 12@ =8@

p<, <+,

$ 2 p<,

1.44 93."4 73.63 19!.!! 11."7 !"3.64 44.7"

6."" 3!."" 11." !.14 4.96 3.9" 1"1."

D/6 36 175""" 14." 1=.49 8.74 15"""" 9." 15""" 3." =.04 4.1= 1""""" 4.35 75""" .15 2.04 11.88 5"""" 1.5" 19""" 15.!" 15.01 7.74 15"" !.15 95"" 1!.4" 17.48 !7.95

8=.55

1.15 10.4 =.4 4.95 2.44 14.21 17.9 9.27 20.92 100.00

1.2 7.95 2.=4 1.70 1.04 .88

pag 4

II EVALUACION DE LOS MOLINOS +RIMARIOS < CLASIFICACION EVALUACION MOLINO 9X8 I NUMERO DE MALLA 1/ 3/! 4M 6M !M 1"M 14M "M 4"M 5"M 7"M 1""M 14"M ""M 7"M 35M %35M

ALIMENTO MOLINO Ø 9' 8' ABERT. () 15"" 95"" 475" 335" 36" """ 14"" !5" 45 3"" 1 15" 1"6 75 53 45 "

#+6 "."" "."" 3.91 1.64 1.55 1.7 1.53 5.9 19.!" 17." 1.57 1".16 7.3 4.15 .9! ".64 9.64 1"".""

ALIMENTO #A*(?) "."" "."" 3.91 5.54 7."9 !.! 1".35 15.63 35.43 5.63 65." 75.36 !.59 !6.74 !9.7 9".36 1"".""

#A*(!) 1""."" 1""."" 96."9 94.46 9.91 91.1! !9.65 !4.37 64.57 47.37 34.!" 4.64 17.41 13.6 1".! 9.64 ".""

DESCAR"A MOLINO  9'  8' #+6 "."" "."" ".7 ".4" ".55 ".5 ".43 .41 14.!5 16.1" 13.63 1.39 9.46 5.!5 4.65 1.1" 16.94 1"".""

#A*(?) "."" "."" ".7 1.1 1.67 .19 .6 5." 19.!! 35.97 49.6" 61.99 71.46 77.31 !1.96 !3."6 1"".""

#A*(!) 1""."" 1""."" 99.! 9!.!! 9!.33 97.!1 97.3! 94.9! !".1 64."3 5".4" 3!."1 !.54 .69 1!."4 16.94 ".""

2010 OCTUBRE EFICIENCIA DE MOLIENDA # 1""."" 1""."" !1.51 79.! 76.47 75.1 74.7 67.!6 43.9" 31.65 3.9 17.73 13.4! 1".!7 !.65 !."! ".""

EVALUACION MOLINO 9X8 II NUMERO DE MALLA 1/ 3/! 4M 6M

EFICIENCIA

ALIMENTO MOLINO  9' 8' ABERT. ()

15"" 95"" 475" 335"

!M 1"M 14M "M 4"M 5"M 7"M 1""M 14"M ""M 7"M 35M %35M

36" """ 14"" !5" 45 3"" 1 15" 1"6 75 53 45 "

#+6 .15 !.4 34.41 9.6" 7.1 5."7 .7! 5.31 6." .57 1.!9 1.96 1.7 1.7 1.3 ".37 7.!3 1"".""

DESCAR"A MOLINO  9' 8'

ALIMENTO #A*(?) .15 1".57 44.97 54.5!

#A*(!) 97.!5 !9.43 55."3 45.4

#+6 "."" "."" 1.35 1."3

#A*(?) "."" "."" 1.35 .3!

#A*(!) 1""."" 1""."" 9!.65 97.6

DE MOLIENDA # 1""."" 1""."" 96.99 95.64

61.7" 66.77 69.55 74.!6 !1."7 !3.63 !5.53 !7.49 !9.1 9".4! 91.!" 9.17 1"".""

3!.3" 33.3 3".45 5.14 1!.93 16.37 14.47 1.51 1".79 9.5 !." 7.!3 ".""

1.!6 .1 1.75 5.!7 16.3" 1.11 9.7! 9.! 7.55 5."1 4.6 1."3 ".63 1"".""

4.4 6.44 !." 14."6 3".36 4.47 5.5 61.5 69."7 74."! 7!.35 79.37 1"".""

95.76 93.56 91.!" !5.94 69.64 57.53 47.75 3!.4! 3".93 5.9 1.65 ".63 ".""

93.13 9".35 !!.1 !1.1 6.55 49. 3!.91 9.6! .5! 1!.1 14.66 13.!9 ".""

CURVA DE MOLIENDA MOLINO  9'X8' I 1"" 9" !" 7" 6" ACUM(!) 5" 4" 3" " 1" " 1"

CURVA MOLIENDA MOLINO  9'X8' II 1"" !" 6" ACUM(!) 4" " "

1""

1""" 1"""" ABERTURA (  ) C,)2 E

C,)2 

1"""""

1"

1""

1""" 1"""" ABERTURA (  ) C,)2 E

C,)2 

1"""""

F80 ( ) +80 ( ) R/ R3*.

75.00 421.00 1.80

F80 ( ) +80 ( ) R/ R3*.

8198.00 95.00 11.80

850 F80

75

84.=7 80 4.57

421

94.98 80 80.12

8198

89.4= 80 55.0=

95.00

85.94 80 9.4

425

850 +80 425

9500 F80 4750

850 +80 425

ANALISIS VALORADO FLOTACION OCTUBRE 2010 "RANULOMETRIA CABEA FLOTACION MALLAS () 5"M 3"" 7"M 1 1""M 15" 14"M 1"6 ""M 75 7"M 53 35M 45 %35M 45B CA(EA CALCULADA CA(EA ANALIADA

+ESO("R) "."" 319."" 373."" 364."" 44."" 41."" 5."" 1"95."" 2908.00

#+ESO 7.57 1".97 1.!3 1.5 !.39 !.9 1.79 37.65 1"".""

"RANULOMETRIA RELAVE DE FLOTACION MALLAS () 5"M 3"" 7"M 1 1""M 15" 14"M 1"6 ""M 75 7"M 53 35M 45 %35M 45B CA(EA CALCULADA CA(EA ANALIADA

+ESO("R) 55.3" 13."" 19."" 1!6."" 1"."" 117."" 55."" 5"."" 1=77.=0

#+ESO 4." 9.5! 13.94 13.5" !.71 !.49 3.99 37.76 1"".""

pag 5

CABEA FLOTACION A3 ;6 A; ;6 ".!7 .4" 3."3 1.95 7.5 3.5" 1."! 1".5" 15.6! 9.9 1!."" 17.65 14.55 1!.1" 9.93 15.45 9.65 1".6" !.6

DISTRIBUCION #A3 #A; ".6! 1.71 3.45 ." 9.64 4.4 15.67 1.4" 13.64 7.!6 15.46 13.!1 .7" 3."5 3!.76 54.91 1""."" 1"".""

#F 1.7 1.3" 1.!6 .93 4."1 5.7" 6.64 4.!! 3.61

RELAVE FLOTACION A3 ;6 A; ;6 ".46 .1" ".31 1.9" ".1! 1.95 ".19 1.4" ".3 1.35 ".4 1.65 ".3" .47 ". ." ".3 1.91 ".34

DISTRIBUCION #A3 #A; 7.!! 4.4" 1.6! 9.51 1".71 14." 1".95 9.!! !.55 6.14 !.7" 7.3 5.11 5.15 35.44 43.39 1""."" 1"".""

#F ".941 ".!5! ".746 ".!56 ".91 ".991 1.356 1.79! 1.37

EFICIENCIA DE FLOTACION DE ORO +OR MALLAS MALLAS () 5"M 3"" 7"M 1 1""M 15" 14"M 1"6 ""M 75 7"M 53 35M 45 %35M 45B RECU*ERACION TOTAL

MINERAL DE CA(EA TRATAMIENTO CA(EA DE FLOTACION RELAVE FLOTACION RECU+ERACION TOTAL

CABEA A3 ;6 ".!7 3."3 7.5 1."! 15.6! 1!."" 14.55 9.93 9.65

RELAVE A3 ;6 ".46 ".31 ".1! ".19 ".3 ".4 ".3" ". ".3

LE< A3 ;6 11.13 9.65 ".3

A; ;6 1.33 1".6" 1.91

EFICIENCIA # FLOTACION 47.13 !9.77 97.5 9!.43 9!.53 9!.67 97.94 97.7! 97.57

RECU+ERACION # A3 #

A; #

1=.== 84.57 97.89

14.07 70.40 84.47

DISTRIBUCION DEL ORO +OR MALLAS EN FLOTACION 45."" 4"."" 35."" ORO # DISTRIBUCION 3"."" 5."" "."" 15."" 1"."" 5."" "."" 3""

1

15"

1"6

75

53

45

45B

C,)2 G

C,)2 G

BALANCE MASICO MOLIENDA ! FLOTACION (+LANTA DE BENEFICIO MAR LE
14=.19 40.==

1=50 2=7.90

2.8 2124.98

412.01 .1

CC

1740 =15.4

2.8 2129.21

19.=1 2.0

1250 02.4

82. 19.57

1150 =7.=7

102.59 7.01

2400 5.2=

1!9.79

2725.81 8=.20

2150 152=.75

2.8 550.24

1908.07 81.48

2100 1115.11

2.8 4==.5

M3/DIA&O' 69.6

79.5"

12=1.02 =1.11

1250 =15.49

2.8 2725.8=

9'8' I (OM&45#46'

817.74 81.48

2100 477.90

2.8 185.85

M3/DIA&O' 3!9.13

M3/DIA&O' 11".5! FILTRO DE DISCOS

TOLVA DE FINOS

9'8' II 205.17 8.25

TMS

14=.19

225=.94 79.7

2050 1=79.9

2.8 574.98

12=1.02 =0.11

1240 =297.=8

2.8 2857.7=

2100 14=.14

4.= 95.4=

15.51 =0.11

(OM&ACO*IO  DIUE'

1240 148.9

SA) pag 6 7=.80

1110

2.8

15.42

4=1.=1

404.95

8.8 17.00

1150 45.=1

4.= 4=.25

102.59 17.00

1150 524.85

4.= 501.00

4.= 55.98

= ==9.82 4.= =2.=8

E1

2.8 1428.87

15.51 =0.11

102.59 5.15

2000 78.7=

1240 148.9

2.8 1428.87

4.= 54.87

AGUA MOLIENDA 446.13

EVALUACION MOLINO 9'X8' I ALIMENTO AL MOLINO DE BOLAS 9'  8' I M// 1/ 3/! 4M 6M !M 1"M 14M "M 4"M 5"M 7"M 1""M 14"M ""M 7"M 35M %35M TOTAL

AH(3) 15"" 95"" 475" 335" 36" """ 14"" !5" 45 3"" 1 15" 1"6 75 53 45 "

# +6 "."" "."" 3.91 1.64 1.55 1.7 1.53 5.9 19.!" 17." 1.57 1".16 7.3 4.15 .9! ".64 9.64 1"".""

# A(?) "."" "."" 3.91 5.54 7."9 !.! 1".35 15.63 35.43 5.63 65." 75.36 !.59 !6.74 !9.7 9".36 1"".""

# A( ! ) 1""."" 1""."" 96."9 94.46 9.91 91.1! !9.65 !4.37 64.57 47.37 34.!" 4.64 17.41 13.6 1".! 9.64 ".""

ROSIN RAMMLER

ROSIN RAMMLER "AUDIN SCUMANN L; (/H) :(100 ( #A L; (/H) L; (#A*(!) 4."97 4."97 .""" 3.97! 3.97! .""" 3.677 ".511 3.677 1.9!3 3.55 ".461 3.55 1.975 3.373 ".43 3.373 1.96! 3.3"1 ".3!5 3.3"1 1.96" 3.146 ".356 3.146 1.953 .99 ".69 .99 1.96 .6! "."16 .6! 1.!1" .477 %".193 .477 1.675 .36 %".369 .36 1.54 .176 %".54! .176 1.39 ."5 %".71! ."5 1.41 1.!75 %".!47 1.!75 1.1 1.74 %".965 1.74 1."1 1.653 %".994 1.653 ".9!4

"AUDIN SCUMANN

F&'  1""&1%p&%&H/-')'' L,g&L2&1""/A+&'''  % )L,g&-'  )L,g&H'   A  R;66: O33 C,2<a2 S0 E-- ,  E< R Sa-0 N,. , O<-:a,2< G-a0,< 0 L-a0

F&'1""& H / J ') L,g&A+&%''  L,g&1""/J)'  )L,g&H'   A 

(H

R;66: O33 C,2<a2 S0 E-- ,  E< R Sa-0 N,. , O<-:a,2< Dg-< , F-0,)

%.91 ".11" 0.98= 14.""" 1."""

".41 ".153 0.92= 16.""" 14."""

".!11 H C,+2&<'

H C,+2&<'

EC. LINEAL DE ROSIN RAMMLER

EC. LINEAL DE "AUDIN SCUMANN

L,g & L2 1"" /A+&'''

%.91

".!11

L,gH

L,g&A+&%'' 

H-  67"

J F!" K

1"6 )

".441

".41

 3!"4 F!" K

".441

L,g H

94 )

DESCAR"A MOLINO DE BOLAS 9'  8' I M// 1/ 3/! 4M 6M !M 1"M 14M "M 4"M 5"M 7"M 1""M 14"M ""M 7"M 35M %35M TOTAL R;66: O33 C,2<a2 S0 E-- ,  E< R Sa-0 N,. , O<-:a,2< G-a0,< 0 L-a0 H C,+2&<'

AH(3) 15"" 95"" 475" 335" 36" """ 14"" !5" 45 3"" 1 15" 1"6 75 53 45 "

# +6 "."" "."" ".7 ".4" ".55 ".5 ".43 .41 14.!5 16.1" 13.63 1.39 9.46 5.!5 4.65 1.1" 16.94 1"".""

H-  5"

%1.3"5

# A( ! ) 1""."" 1""."" 99.! 9!.!! 9!.33 97.!1 97.3! 94.9! !".1 64."3 5".4" 3!."1 !.54 .69 1!."4 16.94

ROSIN RAMMLER "AUDIN SCUMANN L; (/H) :(100 ( #A L; (/H) L; (#A*(!) 4."97 ".""" 4."97 .""" 3.97! ".""" 3.97! .""" 3.677 ".693 3.677 1.997 3.55 ".653 3.55 1.995 3.373 ".61 3.373 1.993 3.3"1 ".5! 3.3"1 1.99" 3.146 ".56 3.146 1.9!! .99 ".476 .99 1.97! .6! "."! .6! 1.9"4 .477 "."1" .477 1.!"6 .36 %".154 .36 1.7" .176 %".3" .176 1.5!" ."5 %".474 ."5 1.455 1.!75 %".5!9 1.!75 1.356 1.74 %".7"1 1.74 1.56 1.653 %".731 1.653 1.9

R;66: O33 C,2<a2 S0 E-- ,  E< R Sa-0 N,. , O<-:a,2< Dg-< , F-0,) H C,+2&<'

%1.3"5 ".339 0.75 16.""" 14.""" ".4!3

INEAL DE ROSIN RAMM

L,g & L2 1"" /A+&'''

# A(?) "."" "."" ".7 1.1 1.67 .19 .6 5." 19.!! 35.97 49.6" 61.99 71.46 77.31 !1.96 !3."6 1"".""

".!47 ".131 0.901 16.""" 14.""" ".37


".4!3

L,gH

L,g&A+&%''  J

".!47

 3371

".37

L,g H

(H

*!" K

+80 

1343 )

170= 3

EVALUACION MOLINO 9'X8' II ALIMENTO AL MOLINO DE BOLAS 9'  8' II M// 1/ 3/! 4M 6M !M 1"M 14M "M 4"M 5"M 7"M 1""M 14"M ""M 7"M 35M %35M TOTAL

AH(3) 15"" 95"" 475" 335" 36" """ 14"" !5" 45 3"" 1 15" 1"6 75 53 45 "

# +6 .15 !.4 34.41 9.6" 7.1 5."7 .7! 5.31 6." .57 1.!9 1.96 1.7 1.7 1.3 ".37 7.!3 1"".""

# A(?) .15 1".57 44.97 54.5! 61.7" 66.77 69.55 74.!6 !1."7 !3.63 !5.53 !7.49 !9.1 9".4! 91.!" 9.17 1"".""

# A( ! ) 97.!5 !9.43 55."3 45.4 3!.3" 33.3 3".45 5.14 1!.93 16.37 14.47 1.51 1".79 9.5 !." 7.!3 ".""

ROSIN RAMMLER

ROSIN RAMMLER "AUDIN SCUMANN L; (/H) :(100 ( #A L; (/H) L; (#A*(!) 4."97 4."97 1.991 3.97! 3.97! 1.95 3.677 %"."97 3.677 1.741 3.55 %".1! 3.55 1.657 3.373 %".316 3.373 1.5!3 3.3"1 %".394 3.3"1 1.5 3.146 %".44" 3.146 1.4!4 .99 %".53! .99 1.4"" .6! %".67! .6! 1.77 .477 %".74! .477 1.14 .36 %".!"6 .36 1.161 .176 %".!74 .176 1."97 ."5 %".94 ."5 1."33 1.!75 %1.""" 1.!75 ".97! 1.74 %1."6! 1.74 ".914 1.653 %1."!9 1.653 ".!94

"AUDIN SCUMANN

F&'  1""&1%p&%&H/-')'' L,g&L2&1""/A+&'''  % )L,g&-'  )L,g&H'   A  R;66: O33 C,2<a2 S0 E-- ,  E< R Sa-0 N,. , O<-:a,2< G-a0,< 0 L-a0

F&'1""& H / J ') L,g&A+&%''  L,g&1""/J)'  )L,g&H'   A 

(H


%1.!!! "."3" 0.99 14.""" 1."""

".14 "."35 0.995 16.""" 14."""

".46! H C,+2&<'

H C,+2&<'



L,g & L2 1"" /A+&'''

%1.!!!

".46!

L,gH

L,g&A+&%'' 

H-  1"911

J F!" K

3"19 )

".437

".14

".437

L,g H

 17!91 F!" K 1"734 )

DESCAR"A MOLINO DE BOLAS 9'  8' II M// 1/ 3/! 4M 6M !M 1"M 14M "M 4"M 5"M 7"M 1""M 14"M ""M 7"M 35M %35M TOTAL R;66: O33 C,2<a2 S0 E-- ,  E< R Sa-0 N,. , O<-:a,2< G-a0,< 0 L-a0 H C,+2&<' INEAL DE ROSIN RAMM

AH(3) 15"" 95"" 475" 335" 36" """ 14"" !5" 45 3"" 1 15" 1"6 75 53 45 "

%1.1!6 ".71 0.795 16.""" 14.""" ".46

# +6 "."" "."" 1.35 1."3 1.!6 .1 1.75 5.!7 16.3" 1.11 9.7! 9.! 7.55 5."1 4.6 1."3 ".63 1"".""

# A(?) "."" "."" 1.35 .3! 4.4 6.44 !." 14."6 3".36 4.47 5.5 61.5 69."7 74."! 7!.35 79.37 1"".""

# A( ! ) 1""."" 1""."" 9!.65 97.6 95.76 93.56 91.!" !5.94 69.64 57.53 47.75 3!.4! 3".93 5.9 1.65 ".63

ROSIN RAMMLER "AUDIN SCUMANN L; (/H) :(100 ( #A L; (/H) L; (#A*(!) 4."97 ".""" 4."97 .""" 3.97! ".""" 3.97! .""" 3.677 ".634 3.677 1.994 3.55 ".573 3.55 1.99" 3.373 ".5"" 3.373 1.9!1 3.3"1 ".43! 3.3"1 1.971 3.146 ".39! 3.146 1.963 .99 ".93 .99 1.934 .6! "."76 .6! 1.!43 .477 %"."67 .477 1.76" .36 %".1!! .36 1.679 .176 %".314 .176 1.5!5 ."5 %".43 ."5 1.49" 1.!75 %".53 1.!75 1.414 1.74 %".613 1.74 1.336 1.653 %".636 1.653 1.314


".95 "."96 0.9=4 16.""" 14.""" ".99


(H

L,g & L2 1"" /A+&'''

%1.1!6

".46

H-  61

L,gH

L,g&A+&%''  J

*!" K

1!71 )

".95

".99

 3!!1 +80 

1842 3

L,g H

GRAFICAMENTE F80 +80 RADIO DE REDUCCION

2294 170= 1.=445==

F80 +80

GRAFICAMENTE 107=4 1842

RADIO DE REDUCCION

5.82711=85

EVALUACION DEL CICLON "MAX D!20 "1" OCTU(RE

pag 7

CALCULO DE LA CURVA DE TROM+ MALLAS 1/ 3/! 4M 6M !M 1"M 14M "M 4"M 5"M 7"M 1""M 14"M ""M 7"M 35M %35M

()  #$ OFJ(RF) #$ UFJ(DF) 15"" 95"" 475" 335" 36" """ 14"" !5" 45 3"" 1 15" 1"6 75 53 45

1"" 9" !" 7" 6" # C+ 5" 4" 3" " 1" "

"."" "."" "."" "."" "."" "."" "."" "."" "."" 1.67 .9! 4.3 4.19 3."! 3." ".!" 14.44 34.51

"."" "."" .56 1."7 1."1 1.13 1."" 3.46 1.97 11.6 !.3 6.65 4.74 .7 1.95 ".4 6.31 65.49

ALIMENTO CAL "."" "."" .56 1."7 1."1 1.13 1."" 3.46 1.97 1.94 11.1 1".9! !.93 5.!" 4.97 1. ".75 1"".""

C+(OF)

C+(UF)

EC(UF)

EC(OF)

(:(1(1!K))

; X

"."" "."" "."" "."" "."" "."" "."" "."" "."" 1.9 6.55 39.3! 46.96 53.13 6".77 65.77 !".""

1""."" 1""."" 1""."" 1""."" 1""."" 1""."" 1""."" 1""."" 1""."" !7."! 73.45 6".6 53."4 46.!7 39.3 34.3 ".""

1"" 1"" 1"" 1"" 1"" 1"" 1"" 1"" 1"" !1.4 61.!3 43.3! 3.49 3.6 1.64 5.45

"."" "."" "."" "."" "."" "."" "."" "."" "."" 1!.5! 3!.17 56.6 67.51 76.3! !7.36 94.55

".3 %"." %".4 %".41 %".57 %".!7 %1.5

.4! .33 .1! ."3 1.!! 1.7 1.65

C **3(+) + ".3"4363!""3

CURVA TROM+ CICLON "MAX D!20

C,)2 G C,)2  C,)2 I C,)2 

1"

ABERTURA 15"" 95"" 475" 335" 36" """ 14"" !5" 45 3"" 1 15" 1"6 75 53 45

1""

1"""

1""""

#6 "."" "."" 1.35 1."3 1.!6 .1 1.75 5.!7 16.3" 1.11 9.7! 9.! 7.55 5."1 4.6 1."3 ".63 1"".""

ALIMENTO ACUM(?) "."" "."" 1.35 .3! 4.4 6.44 !." 14."6 3".36 4.47 5.5 61.5 69."7 74."! 7!.35 79.37 1"".""

ACUM(!) 1""."" 1""."" 9!.65 97.6 95.76 93.56 91.!" !5.94 69.64 57.53 47.75 3!.4! 3".93 5.9 1.65 ".63 ".""

#6 "."" "."" 3.91 1.64 1.55 1.7 1.53 5.9 19.!" 17." 1.57 1".16 7.3 4.15 .9! ".64 9.64 1"".""

UF ACUM(?) "."" "."" 3.91 5.54 7."9 !.! 1".35 15.63 35.43 5.63 65." 75.36 !.59 !6.74 !9.7 9".36 1"".""

ACUM(!) 1""."" 1""."" 96."9 94.46 9.91 91.1! !9.65 !4.37 64.57 47.37 34.!" 4.64 17.41 13.6 1".! 9.64 ".""

#6 "."" "."" "."" "."" "."" "."" "."" "."" "."" 4.!4 !.6 1.53 1.15 !.93 !.76 .3 41.!4 1"".""

OF ACUM(?) "."" "."" "."" "."" "."" "."" "."" "."" "."" 4.!4 13.47 6."" 3!.15 47."! 55.!4 5!.16 1"".""

ACUM(!) 1""."" 1""."" 1""."" 1""."" 1""."" 1""."" 1""."" 1""."" 1""."" 95.16 !6.53 74."" 61.!5 5.9 44.16 41.!4 ".""

IDROCICLON "MAX D!20

11"."" 1""."" 9"."" !"."" 7"."" A(ERTURA ALIMENTO U/F O/F ACUM(!) 6"."" 5"."" 4"."" 3"."" CALCULO DE EFICIENCIA DE CLASIFICACION "."" EN O/F ICULAS MENOR AL D5" 1"."" N1&"/'&TMS&O/F'/TMS&ALIM'' N1 "."" 1" 1"" EN U/F

90.00

D50 *

14.74 ".96 1.6" %3.71

COE CORR ) 

FRD

ABERTURA()

MALLA 1/ 3/! 4M 6M !M 1"M 14M "M 4"M 5"M 7"M 1""M 14"M ""M 7"M 35M %35M

D50

ULAS MAORES AL D5"

N&&1""%<'/&1""%''&)< U/F/)< ALIM'

ALIMENTO U/F O/F

".657

1"""

1""""

ABERTURA() N

EFICIENCIA DE CLASIFICACIONN1JN2J100

".!" 52.9

,$2,< 0 O/F

!"

D/R F/R

1.9" .9"

R/F D/F

".35 ".65

A>USTE C. CIRCULANTE

1.9" 1.9" 1.9" 1.9" 1.9" 1.9" 1.9" 1.9" 1.9" 1.9" 1.9" 1.9" 1.9" 1.9"

$2,< 0 ALIMENTO <$ 2,< 0 U/F

CALCULO DE CAR"A CIRCULANTE METODO DE DENSIDADES CC D*

/F'1""/&0p O/F%1"""'&0p U/F%0p F' U/F O/F F

"9" 135" 163"

67.96 33.7! 5".36

TMS O/F

189.57 VORTEH A*EH *SI

7 1/ 4 1/ 7

TMS U/F TMS ALIM CICLON D%"

4 9 1436.19 75.!1 416."1

5"

212 +80 150

.

8.5= 80 74.00

MALLA 1/ 3/! 4M 6M !M 1"M 14M "M 4"M 5"M 7"M 1""M 14"M ""M 7"M 35M %35M

LA"RAN"E EN IDROCICLON D!20 A ( C A(ERTURA ALIMENTO OVER 15"" "."" "."" 95"" "."" "."" 475" 1.35 "."" 335" 1."3 "."" 36" 1.!6 "."" """ .1 "."" 14"" 1.75 "."" !5" 5.!7 "."" 45 16.3" "."" 3"" 1.11 4.!4 1 9.7! !.6 15" 9.! 1.53 1"6 7.55 1.15 75 5."1 !.93 53 4.6 !.76 45 1."3 .3 %45 ".63 41.!4 1""."" 1"".""

UNDER "."" "."" 3.91 1.64 1.55 1.7 1.53 5.9 19.!" 17." 1.57 1".16 7.3 4.15 .9! ".64 9.64 1"".""

+%a

%a "."" "."" .55 ".61 %".31 %".4! %". %".5! 3.5" 5."9 .79 ".!! %".3 %".!6 %1.! %".39 %1".9!

&+%a' "."" "."" %1.35 %1."3 %1.!6 %.1 %1.75 %5.!7 %16.3" %7.6 %1.15 3.5 4.61 3.9 4.49 1.3" 1.1

β2

&+%a'&%a' "."" "."" 6.53 ".37 "."9 ".3 "."5 ".34 1.7 5.91 7.79 ".7! ".1" ".74 1.65 ".15 1".65 177.66

 " " %3 %1 1 1 " 3 %57 %37 %3 3 %1 %3 %6 %1 %33 %337

a

λ

"."" "."" 3.49 ".13 %.44 %3.13 %.1! %6.97 %9.65 .4" 4.14 4.9 4."1 .9 ."6 ".55 ".37

"."" "."" ".7 "."1 %".19 %".4 %".17 %".54 %".74 ".1! ".3 ".3! ".31 ".1! ".16 "."4 "."3

"."" "."" %".7! %"."3 ".54 ".7" ".49 1.55 .15 %".53 %".9 %1.1" %".!9 %".51 %".46 %".1 %"."!

1.898

RE+ARTICION DE CAR"A MOLINO 9X8 II A MALLA A(ERTURA ALIM FRES 1/ 15"" .15 3/! 95"" !.4 4M 475" 34.41 6M 335" 9.6" !M 36" 7.1 1"M """ 5."7 14M 14"" .7! "M !5" 5.31 4"M 45 6." 5"M 3"" .57 7"M 1 1.!9 1""M 15" 1.96 14"M 1"6 1.7 ""M 75 1.7 7"M 53 1.3 35M 45 ".37 %35M %45 7.!3 1""."" β

(

C U/F D%" "."" "."" 3.91 1.64 1.55 1.7 1.53 5.9 19.!" 17." 1.57 1".16 7.3 4.15 .9! ".64 9.64 1"".""

DES 9H! II "."" "."" 1.35 1."3 1.!6 .1 1.75 5.!7 16.3" 1.11 9.7! 9.! 7.55 5."1 4.6 1."3 ".63 1"".""

%a

a%+ %.15 %!.4 %3".5" %7.97 %5.57 %3.35 %1.5 %"."3 13.6" 14.63 1".6! !." 5.51 .!! 1.66 ".6 1.! ".""

&%a'&a%+' .15 !.4 33."5 !.57 5.6 .!6 1."3 %".55 %1"."9 %9.54 %7.!! %7.3 %5.! %3.74 %.94 %".66 %1.!"

%4.6" %7".9" %1""!.17 %6!.3 %9.33 %9.59 %1.9 "."1 %137.4 %139.59 %!4.1! %59.9! %3."6 %1".77 %4.!9 %".17 %3.4 %16!4.!9151!



&%a' 4.6" 7".9" 93".6 63.47 31."3 11.1 1.57 "."" 1!4.!7 14."7 113.97 67.1 3".3 !.9 .76 "."7 3.3" 1737.9

"."3 ".13 1.!" ".44 %"."7 %"." %"."9 %".3" 1.59 .39 1.7 ".3 %".5 %".49 %".69 %".1 %5.69

0.99148== 1+β2-β

0.9701001

C1 A1!B A

A/?BHC*

A B

*(1!B)/?BH

a

λ

"."7 ".6 3.5" ".!5 %".13 %".3! %".1! %".5! 3."! 4.64 .46 ".63 %".49 %".95 %1.33 %".4" %11."4

"."" "."" "."6 "."1 "."" %"."1 "."" %"."1 "."5 "."7 "."4 "."1 %"."1 %"." %"." %"."1 %".1!



+ "."" "."" ".7 "."1 %".19 %".4 %".17 %".54 %".74 ".1! ".3 ".3! ".31 ".1! ".16 "."4 "."3



A "."" "."" ".51 "." %".36 %".46 %".3 %1." %1.41 ".35 ".6" ".7 ".59 ".33 ".3" "."! "."5

+ "."3 ".13 1.75 ".43 %"."7 %".19 %"."9 %".9 1.54 .3 1.3 ".31 %".4 %".47 %".67 %"." %5.51

A %"."3 %".13 %1.!" %".44 "."7 "." "."9 ".3" %1.59 %.39 %1.7 %".3 ".5 ".49 ".69 ".1 5.69

C

MALLA CORREGIDA ( C CC "."" "."" "."" "."" "."" "."" .13 %".7 3.4" 1."6 %"."1 1.6 1.31 ".19 1.91 1.51 ".4 .1! 1.7 ".17 1.!5 4.31 ".54 6.3" 14.15 ".74 1.1 1.64 4.66 16.!5 1".7" !.31 11.96 1".37 1.15 9.44 !.44 11.!4 6.65 5.5 !.76 3.! 4.7 !.6" .6! 1.15 .! ".56 ".71 41.!1 9.59 1""."" 1""."" 1"".""

MALLA CORREGIDA ( C .14 %"."3 "."3 !.4 %".13 ".13 34.35 .16 3.16 9.59 1.1 1.47 7.1 1.6 1.79 5."! 1.91 ."1 .79 1.6 1.66 5.3 5.5! 5.57 6.15 1!.6 17.!9 .49 14.!! 14.5" 1.!5 11.34 11."5 1.95 9.!4 9.6" 1.73 7.47 7.3" 1.9 4.63 4.5 1.34 3.65 3.57 ".3! ".!4 ".! !."" 15.16 14.94

1.9" 1.9" 1.9" 1.9" 1.9" 1.9" 1.9" 1.9" 1.9" 1.9" 1.9" 1.9" 1.9" 1.9" 1.9"

".97 ".97 ".97 ".97 ".97 ".97 ".97 ".97 ".97 ".97 ".97 ".97 ".97 ".97 ".97 ".97 ".97

BALANCE DE LE
1"

1 14=.19

5

LE< A3 TMS

# F

1.3

".5

1.5 139.!!

7 73.!"

1.4 7"

9" 196.31 "

4

".5

1 131."

1.

3

7.1 !.66

4 !.66

33 1" !.9

"

pag !

ON 75.37

!5 1".6

5

E1

75.37

!5 1".6 8.95

1"

RELAVE

5

75.1= 205.2

7 3 1".6"!!475"19

=1.4

A

(

C

1 

D

E

F

G





J

L

III EVALUACION CIRCUITO DE CIANURACION

3 4 5 6 7 ! 9 1" 11 1 13 14 15 16 17 1! 19 " 1  3 4 5 6 7 ! 9 3" 31 3 33 34 35 36 37 3! 39 4" 41 4 43 44 45 46 47 4! 49 5" 51 5 53 54 55 56 57 5! 59 6" 61 6 63 64 65 66 67 6! 69 7" 71 7 73 74 75 76

I

/; 9

MOLINO 5'X10' II M// 5" 7" 1"" 15" "" 7" 35 4"" 45" 5"" 635 %635 TOTAL

2010 OCTUBRE

AH() 3"" 1 15" 1"6 75 53 45 3! 3 5 "

ALIMENTO MOLINO 5' X 10' II #+ESO ACUM(?) ACUM(!) 3.! 3.! 96.1! .91 6.73 93.7 6.1 1.!4 !7.16 !.46 1.3" 7!.7" 1". 31.5 6!.4! 1.15 5.6! 47.3 5.61 5!.! 41.7 7.9" 66.1! 33.! 5. 71.41 !.59 5.!6 77.7 .73 3.31 !".5! 19.4 19.4 1""."" "."" 1"".""

DESCAR"A MOLINO 5' X 10' II #+ESO ACUM(?) ACUM(!) "."" "."" 1""."" "."" "."" 1""."" "."" "."" 1""."" "."" "."" 1""."" 5.4" 5.4" 94.6" 9.!1 15.1 !4.79 4.79 "."" !"."" 1".7 3".7 69.73 1".49 4".76 59.4 ".76 61.5 3!.4! !.37 69.!9 3".11 3".11 1""."" "."" 1"".""

INTER+O

10 F80 75

INTER+ 5=.00

+80 45

CURVA DE MOLIENDA MOLINO 5'X10' II 1"."" 1""."" !"."" ACUM(!) 6".""

F!" &µ)' *!" &µ)' RADIO RED

4".""

1"."" 45."" .67

"."" "."" 1"

1"" ABERTURA() C,)2 E

1"""

C,)2 

MOLINO 5'X10' I M//

AH. ( )

5" 7" 1"" 15" "" 7" 35 4"" 45" 5"" 635 %635

3"" 1 15" 1"6 75 53 45 3! 3 5 "

ALIMENTO MOLINO 5' X 10' I # # # +6 A* (?) A* (!) "."" "."" 1""."" "."" "."" 1""."" "."" "."" 1""."" "."" "."" 1""."" 5.4" 5.4" 94.6" 9.!1 15.1 !4.79 4.79 "."" !"."" 1".7 3".7 69.73 1".49 4".76 59.4 ".76 61.5 3!.4! !.37 69.!9 3".11 3".11 1""."" "."" 1"".""

DESCAR"A MOLINO 5' X 10' I # # # +6 A* (?) A* (!) "."" "."" 1""."" "."" "."" 1""."" "."" "."" 1""."" "."" "."" 1""."" 3."" 3."" 97."" !.!3 11.!3 !!.17 5."" 16.!3 !3.17 1.67 9.5" 7".5" 13."" 4.5" 57.5" 3.4" 65.9" 34.1" 7.!3 73.73 6.7 6.7 1""."" "."" 1"".""

#  E-*:*. M:/ INT

5= 44.44 ." 15.!3 .53 %4.7 %7.1 %5.51 ".""

F80 45

INT

5= +80 45

CURVA DE MOLIENDA MOLINO 5X10 I 1"

ACUM.(!)

1"" !"

F!" &µ)' *!" &µ)' RADIO RED

6" 4" " " 1"

ABERTURA() C,)2 E

C,)2 

1""

45."" 39.93 1.13

M

N

1  3

4 5 6 LACION 7 ! 9 120.000 1" 11 1 13 14 15 OLACION 16 17 1! 45.000 19 " 1  3 4 5 6 7 ! 9 3" 31 3 33 34 35 36 37 3! 39 4" 41 4 43 44 45 46 47 R*OLACION 4! 49 5" 45.000 51 5 53 54 55 R*OLACION 56 57 5! =9.9== 59 6" 61 6 63 64 65 66 67 6! 69 7" 71 7 73 74 75 76

78.70 80 8.48

84.79 80 80.00

84.79 80 80.00

88.17 80 8=.17

pag 1"

EVALUACION DEL CICLON " / 10 CALCULO DE LA CURVA DE TROM+ 2010 OCTUBRE #$ OFJ(RF)

MALLAS  5"  7"  1""  14"  ""  7"  35  4"" 45" 5"" 635 %635

() 3"" 1 15" 1"6 75 53 45 3! 3 5 " "

+ROMEDIO 3""."" 5.19 17!.33 16.1" !9.16 63."5 4!.!4 41.35 34.!7 !.! .36 1".""

#$ UFJ(DF)

"."" "."" "."" "."" "."4 ".1" "."4 ".15 ".16 ".5 ".53 13.57 15.11

"."" "."" "."" "."" 5.!3 1"."! 4.99 1".7" 1".94 .1 6." 14. !4.!9

D50

1=.00

ALIMENTO CALC "."" "."" "."" "."" 5.!6 1".1! 5."4 1".!5 11.1" .64 6.55 7.79 1"".""

C+(OF) 1""."" 1""."" 1""."" 1""."" 99.37 99."6 99.1 9!.64 9!.54 97.69 91.9" 4".""

C+(UF) "."" "."" "."" "."" ".63 ".94 ".!! 1.36 1.46 .31 !.1" 6".""

FR?D DR FR

5.2 .2002

RF DF

0.151 0.849 1.000

CURVA TROM+ IDROCICLON "/!10 100.00 90.00 80.00 70.00 0.00 C+(#) 50.00

COE CORR ".7435111"5 ) "."1999937  97."141!4!7

40.00 =0.00 20.00 10.00 0.00 10.00

100.00

1000.00

ABERTURA ()

MALLA

 5"  7"  1""  14"  ""  7"  35  4"" 45" 5"" 635 %635

ABERT 3"" 1 15" 1"6 75 53 45 3! 3 5 "

"

#6

"."" "."" "."" "."" 3."" !.!3 5."" 1.67 13."" 3.4" 7.!3 6.7 1"".""

ALIMENTO ACUM(?) ACUM(!)

"."" "."" "."" "."" 3."" 11.!3 16.!3 9.5" 4.5" 65.9" 73.73 1"".""

#6

1""."" 1""."" 1""."" 1""."" 97."" !!.17 !3.17 7".5" 57.5" 34.1" 6.7 ".""

"."" "."" "."" "."" 6.!6 11.!! 5.!! 1.61 1.!9 6."5 7."9 16.75 1"".""

UF ACUM(?)

ACUM(!)

#6

"."" "."" "."" "."" 6.!6 1!.74 4.6 37.3 5".11 76.16 !3.5 1"".""

1""."" 1""."" 1""."" 1""."" 93.14 !1.6 75.3! 6.77 49.!9 3.!4 16.75 ".""

"."" "."" "."" "."" ".4 ".63 ".9 ".9! 1."7 3.46 3.51 !9.!" 1"".""

OF ACUM(?)

ACUM(!)

CAR"A CIRCULANTE

"."" "."" "."" "."" ".4 ".!! 1.17 .15 3. 6.6! 1"." 1"".""

1""."" 1""."" 1""."" 1""."" 99.76 99.1 9!.!3 97.!5 96.7! 93.3 !9.!" ".""

"."" "."" "."" "."" 5.6 5.6 5.6 5.6 5.6 5.6 5.6 5.6

CURVA DE IDROCICLON "/ 10 1""."" 9"."" !".""

ACUM(!) 7"."" 6".""

A(ERTURAALIMENTO

U/F

O/F

5"."" 4"."" 3".""

CALCULO DE EFICIENCIA DE CLASIFICACION

".""

EN O/F

*ARA *ARTICULAS MENOR AL D5"

1".""

N1&"/'&TMS&O/F'/TMS&ALIM''

".""

1"

EN U/F

ABERTURA ()

N1

*ARA *ARTICULAS MAORES AL D5"

N&&1""%<'/&1""%''&)< U/F/)< ALIM' TMS OF TMS UF TMS AL CICLON " MAX 1 #-:6  OF

1""

N 153.41 !6.15 1"15.56 31

".5!5 1"""

C,)2 E

VORTEX A+EX

C,)2  ".!77

2@ =4@

C,)2 J

-#-:6  ALIMENTO 6# -:6  UF

! 5

EFICIENCIA DE CLASIFICACIONN1JN2J100

51.=1=

CALCULO DE CAR"A CIRCULANTE METODO DE DENSIDADES CC ( UF!1000)( F! OF)J100( OF!1000)( UF! F) D* U/F 4"" O/F 1"5" F 17"

545.1= CC

P80 O/F G-MAX 10 WI

*!"

20.00 F80

21.000

0.00

89.80 80 0.00

CIRCUITO DE CIANURACION ! < LAVADO EN CONTRACORRIENTE 15=.41

1050

4.=

.20

2=54.=

2=18.95

+

12.0=

#CN

0.201=

15=.41

1=00

4.=

=0.07

=92.44

=5.7

+

11.8

#CN

0.17 A!1

E% 15=.41

200

4.=

7.05

111.07

75.=9

D 3/ ;

1=20

+

11.78

#CN

0.1514

)3/0a

!1.37

E%5

)3/0a E%4

FLU>O

2040 85

784.88

=/ =/ R/ C/:3/*: D 3/

2250

MERRILL CROPE E%3

REMOLIENDA CN =/ 997.75

15=.41

2080

4.=

7.

109.01

7=.==

pag 11 "1" OCTU(RE

A!2

A!=

A!4

1=20

1=00

1=00

11.5

11.41

11.2

0.1425

0.1=45

0.1208

15=.41

1=00

4.=

=0.07

=92.44

=5.7

T 6:*/ =9.14/6

15=.41

1500

4.=

4=.4=

2=5.4

199.79

15=.41

2250

4.=

72.=9

94.19

58.51

15=.41

1100

4.=

11.85

1177.=1

1141.4

ANALISIS VALORADO CIANURACION OCTUBRE 2010 /; 12 ANALISIS VALORADA CABEA CIANURACION +ROMEDIO( ) 356.76 5.19 17!.33 16.1" !9.16 63."5 45.19 45.19

MALLAS () 5"M 3"" 7"M 1 1""M 15" 14"M 1"6 ""M 75 7"M 53 35M 45 %35M 45B CA(EA CALCULADA CA(EA ANALIADA

+ESO("R) 53."" 1"."" 4"."" 7."" 64."" 6!6."" 144."" 365"."" 6419.""

CONC ("RAVIME? FLOTAC) A3 ;6 A; ;6 61.65 34.99 64.5 57.94 93.35 4!.4! 1".55 7!.93 15.5" !4.16 11".4" 77.56 91.45 79.9" 7".! 7".! !7.79 7."5 75.97 6!.95

DISTRIBUCION #A3 #A; ".5! ".4" 1.37 1.5" 6.66 4.1 15.45 1.3 14.3" 11.6! 13.44 11.5" .34 .49 45.!7 55.!9 1""."" 1"".""

#+ESO 4.!7 !.3 5.14 .5" 79.6 1"".""

CABEA TANUES (+O 11) A3 ;6 A; ;6 1."7 77."" 1".77 64.3 14.17 5".4" 15.9" 6"."9 11.33 5".45 11.5! 53.11 11.3 5".63

DISTRIBUCION #A3 #A; 5."7 7."6 7.65 9.95 6.3" 4.!! 3.44 .!3 77.54 75.! 1""."" 1"".""

#+ESO 5."! !."! 5.31 .63 7!.91 1"".""

RELAVE CIANURACION (+O 1=) A3 ;6 A; ;6 5.97 5"."" 4." 43."" 5.1" 64."" 9.37 57.!9 4.5" 5".45 4.71 5".74 4."5 5!."4

DISTRIBUCION #A3 #A; 6.43 5."" 7." 6.!4 5.75 6.69 5.3 3."" 75.39 7!.46 1""."" 1"".""

#+ESO ".!3 1.!7 6.6 11.5 1"."" 1".69 .4 56.!6 1"".""

ANALISIS VALORADA CABEA CIANURACION EN LOS TANUES +ROM( ) 45.19 34.!7 !.! .36 14.14

MALLAS () 4""M 3!."" 45"M 3."" 5""M 5."" 635M "."" %635M 1"."" CA(EA CALCULADA CA(EA ANALIADA

+ESO("R) 1"5."" 177.5" 111."" 54."" 171"."" 157.5"

ANALISIS VALORADA RELAVE DE CIANURACION +ROM( ) 45.19 34.!7 !.! .36 14.14

MALLAS () 4""M 3!."" 45"M 3."" 5""M 5."" 635M "."" %635M 1"."" CA(EA CALCULADA CA(EA ANALIADA

MALLAS 4""M 45"M 5""M 635M %635M

+ESO("R) 11"."" 175."" 115."" 57."" 171"."" 167.""

CABEA TANUES A3 ;6 A; ;6 1."7 77."" 1".77 64.3 14.17 5".4" 15.9" 6"."9 11.33 5".45 11.5! 53.11

() 3!."" 3."" 5."" "."" 1".""

DISOLUCION EN REMOLIENDA DISOLUCION EN LOS TANUES RECU*ERACION TOTAL

RELAVE CIANURACION A3 ;6 A; ;6 5.97 5"."" 4." 43."" 5.1" 64."" 9.37 57.!9 4.5" 5".45 4.71 5".74

DISOLUCION DEL ORO LE A $ DISOLU A !7.79 !6.!1 11.5! 7.!3 4.71 94.63 RELAV E DE CIANURACION

CABEA DE CIANURACION

9" !" 7" # DISTRIBUCION 6" A3 A; 5" 4" 3" " 1" "

9" !" 7" #DISTRIBUCION A3 6" A; 5" 4" 3" " 1" " 45.19

34.!7

# DISOLUCION A3 # A; # 50.54 1.00 4.01 41.07 0.28 59.==

!.!

.36

45.19

14.14

34.!7

!.!

.36

14.14

ABERTURA EN MICRON

ABERTURA EN MICRON C,)2 

C,)2 

DISOLUCION DEL ORO EN A"ITACION +OR MALLAS 1!

61

16 14 LE< A3 ( 1 ;:) 1" ! 6

7"

64 6"

51

5.97

6" 5"

41 9.37

4" 3"

5.1

4.5

# 6

.

.

4

1"

 "

% 3!.""

3.""

5.""

".""

1".""

ABERTURA(MICRON) C,)2 C

C,)2 E

C,)2 G

# F ".""" 17.637 7."17 33."76 3.19 7.373 37.5 !."13 !.96 31.46"

#F 4.1" 3"."1" 35.369 36.914 31.63

# F ".531 19.1"" 31.194 31.431 3".471

BALANCE DE MASA DEL CIRCUITO DE REMOLIENDA ! CIANU

TMS #S A g /2 A g/)3

LE
"  = 63*.

1"15.56 7.7" 33.47 6.76

1"15.56 7.9" 61.64 7.9

7" 613.69 55.4 1".9

4.3 377.51

17" !!6.61 34.6! 3.15

4.3 65".43

I M

RE( E3 SOL (ARREN 14.16

"4".""

M!II

DISCOS 9H6 SOL (ARREN 91.4 M3/DIA

15=.41TMSDIA

1"15.56 73.65 45.33

3"" 599.53 44.1

45.3

1!.9

4.3 363.35

IDROCICLO  IDROCICLON D ! 10 "MAX

RACION *AG 13

"RADO DE LIBERACION 153.41 6." 11.3 6.76

1"5" 354.63 5".63 3.15

97.85 #!400

4.3 31!.95

E2

M3/DIA "4".""

7!.95 M3/DIA E5

CAR"A CIRCULANTE !6.15 4"" 76."1 47.61 49.7" 6.76

52.0# 4.3 7.11

39.14 3.15 MERRILL

CCD(E-3)

N "MAX D!10 A+EX VORTEX =4@ 2@

IV.- INVENTARIO CIRCUITO DE CIANURACION OCTUBRE - 2010 pag 14

FECHA DE MUESTREO 31/10/2010

LE< SOLIDOS

O R C T E S g Au /tms

g Ag /tms

C!t. Au (g)

LE< SOLUCIONES " D#st$#%u&#'! g Au /m3 *$&#,

Tt,

g Ag /m3

C!t. Au (g)

" D#st$#%u&#'! *$&#,

Tt,

ESPESADOR 1

.3

.

11.3

.33

3.3

0.00

0.00

0.00

0.00

0.00

ESPESADOR 2

11.3

.

.

0.

0.32

7.70

=.94

1.2

1.2

.

ESPESADOR 3

.3

1.22

1.22

0.0

0.3

1.49

2.10

2.2

3.

1.

ESPESADOR 4

.3

.

.

0.

0.33

0.29

0.15

3.3

0.1

0.3

.20

.3

3.2

13.22

23.

12.00

TOTAL ESPESADORES

AGITADOR 1

11.30

.3

2.3

.

.0

.=

=.=0

.

13.1

.

AGITADOR 2

.

.3

30.2

.1

2.0

.87

4.00

102.2

13.

.3

AGITADOR 3

.00

3.

2.

3.2

1.

.79

5.4

1012.33

13.1

.

AGITADOR 4

.0

.22

3.

.00

2.

7.19

5.82

2.21

12.

.1

121.

23.

11.

3.2

3.21

2.

ES*ESADOR 

11.

1.2

.

TAN4UE  SO5 RICA

.00

.

3.

TOTAL SOLUCIONES

132.

23.12

11.3

3.13

100.00

0.2

TOTAL AGITADORES

20.1

SUB - TOTALES

100.00

.2

13.2

TOTAL

g. Au

100.00

A3

A;

A6

C3

F

+H

M:

:

(;)

(;)

(;)

(;)

(;)

(;)

(;)

(;)

SOLUCION RICA

7.!4

3.!7

1"3.1"

1!6.75

634.""

".1

"."1

59.""

SOLUCION BARREN

"."5

"."1

56.5"

1!9.!"

651.""

".1

"."1

534.6"

MUESTRAS

SOLUCION RECICLO CIANURACION(63*: */:*/ /6 */:3/*:) FECA

A3 ;

A; ;

A6 ;

C3 ;

F ;

+H ;

M: ;

: ;

 09

".5

".!

"".75

13!.67

5!!.33

6.79

"."5

335.33

>/:!10

".5"

".4

176.4"

95.5"

33.""

1.!

"."1

1!6.""

FH!10

".!3

".4

149.95

16.5!

4".53

".!1

"."1

414.4"

M/!10

".76

".34

149.7"

116.45

541.!"

1."7

"."1

3"6.45

A!10

".7

".45

379.""

11!.""

6"6.5"

1.94

"."1

73.3"

M/K!10

".59

".36

137.!"

1"".5"

495.5"

5."1

"."1

1!.5"

".57

".9

"1.""

1".""

6"".""

5.79

"."3

554.""

".7!

".

14".9"

1"6.4"

549."

1.!7

".""

19!.35

".9"

".47

166.45

11.5"

577.5"

".!9

".""

194.""

>3:!10 >3!10 A3;!10

S!10 O*!10

".66

".43

16.55

17!.5"

745.""

".66

"."3

47!.""

".!3

".51

13".""

119.""

539.""

1.14

"."1

47.4"

BALANCE MASICO DEL CIRCUITO DE REMOLIENDA,A"ITACION < LAVADO EN CONTRACO

205.17 17.00

1150 1049.71

4.= 1001.99

TMS/DIA "5.17 +,2+2-a0, 0 ,a+,2

1=58.2= 27.05

ESP 1

1220 4115.85

>0-,++,2 GMAH D%"

= ==.11

M!I E

205.17 8.25

2100 14=.14

205.17 8.25

4.= 95.4=

2100 14=.14

-, 96

4.= 95.4=

3!1.71 )3 <, a1=58.2= 7=.5

2=00 801.82

4.= 485.95

M!II

++

56."" 115=.0 7.01

2400 =2.08

4.= ==.92

205.17 11.85

1100 1574.5

4.= 152.85

SOL (ARREN 6.6"

)3/0a 1431.4

205.17 11.85

1100 1574.5

4.= 152.85 ESP 4

205.17 71.07

ESP 3

205.17 8.25

2100 14=.14

4.= 95.4=

2200 1=1.21

4.= 8=.50

205.17 =0.07

1=00 524.85

4.= 477.14

RIENTE

205.17 .20

pag 15

1050 =149.1=

4.= =101.41

ESP 5

P2

1"61.41 M3/DIA 2

205.17 =0.07

1=00 524.85

4.= 477.14

TK sol rica

FLUO MERRILL !5 M3/ORA "4" M3/DIA

MERRILL CROWE

)3/0a 1443.35

RELAVERA CN

EVALUACION MOLINO 5'X10' ALIMENTO AL MOLINO DE BOLAS 5'  10' II M//  5"  7"  1""  14"  ""  7"  35  4"" 45" 5"" 635 %635 TOTAL

AH(3) 3"" 1 15" 1"6 75 53 45 3! 3 5 " B"

# +6 3.! .91 6.1 !.46 1". 1.15 5.61 7.9" 5. 5.!6 3.31 19.4 1"".""

# A(?) 3.! 6.73 1.!4 1.3" 31.5 5.6! 5!.! 66.1! 71.41 77.7 !".5! 1"".""

ROSIN RAMMLER "AUDIN SCUMANN L; (/H) :(100 ( #A L; (/H) L; (#A*(!) .477 .477 1.9!3 .36 .36 1.97" .176 .176 1.94" ."5 ."5 1.!96 1.!75 "."6 1.!75 1.!36 1.74 %".193 1.74 1.675 1.653 %".6! 1.653 1.6" 1.5!" %".3!4 1.5!" 1.59 1.5"5 %".473 1.5"5 1.456 1.39! %".5!9 1.39! 1.357 1.3"1 %".666 1.3"1 1.!!

# A( ! ) 96.1! 93.7 !7.16 7!.7" 6!.4! 47.3 41.7 33.! !.59 .73 19.4 ".""

ROSIN RAMMLER

"AUDIN SCUMANN

F&'  1""&1%p&%&H/-')'' L,g&L2&1""/A+&'''  % )L,g&-'  )L,g&H'   A 

F&'1""& H / J ') L,g&A+&%''  L,g&1""/J)'  )L,g&H'   A 

(H

(H

R;66: O33 C,2<a2 S0 E-- ,  E< R Sa-0 N,. , O<-:a,2<

%.355 "."33 0.99= 7."""

R;66: O33 C,2<a2 S0 E-- ,  E< R Sa-0 N,. , O<-:a,2<

G-a0,< 0 L-a0

5."""

Dg-< , F-0,)

9."""

H C,+2&<'

1.66

H C,+2&<'

".63


".536 "."74 0.91 11."""


1.66 L,g & L2 1"" /A+&''' 

%.355

H-  7

L,gH

F!" K

".536

L,g&A+&%'' 

)

J

1"5

".63

L,g H

 "! F!" K 146."" )

DESCAR"A MOLINO DE BOLAS 5'  10' II M//  5"  7"  1""  14"  ""  7"  35  4"" 45" 5"" 635 %635 TOTAL

AH(3) 3"" 1 15" 1"6 75 53 45 3! 3 5 " B"

# +6 "."" "."" "."" "."" 5.4" 9.!1 4.79 1".7 1".49 ".76 !.37 3".11 1"".""

# A(?) "."" "."" "."" "."" 5.4" 15.1 "."" 3".7 4".76 61.5 69.!9 1"".""


L,g & L2 1"" /A+&'''  %.561 H- 


1.644

36 *!" K

ROSIN RAMMLER "AUDIN SCUMANN L; (/H) :(100 ( #A L; (/H) L; (#A*(!) .477 .477 .""" .36 .36 .""" .176 .176 .""" ."5 ."5 .""" 1.!75 ".465 1.!75 1.976 1.74 ".75 1.74 1.9! 1.653 "."7 1.653 1.9"3 1.5!" "."77 1.5!" 1.!43 1.5"5 %"."47 1.5"5 1.773 1.39! %".314 1.39! 1.5!5 1.3"1 %".446 1.3"1 1.479

# A( ! ) 1""."" 1""."" 1""."" 1""."" 94.6" !4.79 !"."" 69.73 59.4 3!.4! 3".11 ".""

L,gH

L,g&A+&%''  1.159 J

4!

R;66: O33 C,2<a2 S0 E-- ,  E< R Sa-0 N,. , O<-:a,2< G-a0,< 0 L-a0 H C,+2&<'

+80 

) %.561 "."49 0.990 7.""" 5.""" 1.644

EVALUACION MOLINO 5X10 I



".3!6

L,g H

151 85

3


1.159 ".1"7 0.827 11.""" 9.""" ".3!6

ALIMENTO AL MOLINO DE BOLAS 5'  10' I M//  5"  7"  1""  14"  ""  7"  35  4"" 45" 5"" 635 %635 TOTAL

AH(3) 3"" 1 15" 1"6 75 53 45 3! 3 5 " B"

# +6 "."" "."" "."" "."" 6.!6 11.!! 5.!! 1.61 1.!9 6."5 7."9 16.75 1"".""

# A(?) "."" "."" "."" "."" 6.!6 1!.74 4.6 37.3 5".11 76.16 !3.5 1"".""

ROSIN RAMMLER L; (/H) :(100 ( #A .477 .36 .176 ."5 1.!75 ".4! 1.74 ".4 1.653 ".147 1.5!" %".""5 1.5"5 %".161 1.39! %".565 1.3"1 %".737

# A( ! ) 1""."" 1""."" 1""."" 1""."" 93.14 !1.6 75.3! 6.77 49.!9 3.!4 16.75 ".""

ROSIN RAMMLER

L; (/H) .477 .36 .176 ."5 1.!75 1.74 1.653 1.5!" 1.5"5 1.39! 1.3"1

"AUDIN SCUMA L; (#A*(!) .""" .""" .""" .""" 1.969 1.91" 1.!77 1.79! 1.69! 1.377 1.4

"AUDIN SCUMANN

F&'  1""&1%p&%&H/-')'' L,g&L2&1""/A+&'''  % )L,g&-'  )L,g&H'   A 

F&'1""& H / J ') L,g&A+&%''  L,g&1""/J)'  )L,g&H'   A 

(H

%3.441 "."94 0.979 7.""" 5."""

R;66: O33 C,2<a2 S0 E-- ,  E< R Sa-0 N,. , O<-:a,2< G-a0,< 0 L-a0

(H


".7!5 ".169 0.805 11.""" 9."""

H C,+2&<'

".56"

.1 H C,+2&<'



.1 L,g & L2 1"" /A+&''' 

%3.441

L,gH

L,g&A+&%'' 

H-  4

J

".7!5

".56"

L,g H

 14!

) F!" K

5

F80 

99 3

DESCAR"A MOLINO DE BOLAS 5'  5' I M//  5"  7"  1""  14"  ""  7"  35  4"" 45" 5"" 635 %635

AH(3) 3"" 1 15" 1"6 75 53 45 3! 3 5 " B"

# +6 "."" "."" "."" "."" 3."" !.!3 5."" 1.67 13."" 3.4" 7.!3 6.7 1"".""

# A(?) "."" "."" "."" "."" 3."" 11.!3 16.!3 9.5" 4.5" 65.9" 73.73 1"".""



L,g & L2 1"" /A+&''' 

%3."3

ROSIN RAMMLER "AUDIN SCUMANN L; (/H) :(100 ( #A L; (/H) L; (#A*(!) .477 .477 .""" .36 .36 .""" .176 .176 .""" ."5 ."5 .""" 1.!75 ".545 1.!75 1.9!7 1.74 ".39 1.74 1.945 1.653 ".51 1.653 1.9" 1.5!" "."!7 1.5!" 1.!4! 1.5"5 %"."6! 1.5"5 1.76" 1.39! %".3!" 1.39! 1.533 1.3"1 %".516 1.3"1 1.419

# A( ! ) 1""."" 1""."" 1""."" 1""."" 97."" !!.17 !3.17 7".5" 57.5" 34.1" 6.7 ".""

1.94"

L,gH

L,g&A+&%'' 

H-  36

J *!" K

1."!9

+80 

46 )

RADIO DE REDUCCION

".41

 146

8 3

2.1501==2

ROSIN RAMMLER R;66: O33 C,2<a2 S0 E-- ,  E< R Sa-0 N,. , O<-:a,2< G-a0,< 0 L-a0

%3."3 "."59 0.990 7.""" 5.""" 1.94"

"AUDIN SCUMANN R;66: O33 C,2<a2 S0 E-- ,  E< R Sa-0 N,. , O<-:a,2< Dg-< , F-0,)

1."!9 ".19 0.799 11.""" 9."""

H C,+2&<'

".41

H C,+2&<'

L,g H

CURVA DE MOLIENDA MOLINO 5X10 II 1""."" 7"

9"."" !"."" 7"."" 6"."" !

C,)2 

5"."" ACUM(!) 4".""

C,)2 

3"."" "."" 1"."" ".""

1"

1""

1"""

6"

ABERTURA(MICRON) GRAFICAMENTE F!"

F80 +80 RADIO DE REDUCCION

65" ACUM U ( ! ) ACUM(!)

4"

4

14 48 2.17720955

6.9"1 ".5"14565

N 3"

CURVA DE MOLIENDA MOLINO 5X10 I "

1""."" 9"."" !"."" 7"."" 

6"."" C,)2 

5"."" ACUM(!) 4".""

C,)2 

3"."" "."" 1"."" ".""

1"

1""

1"""

1"

ABERTURA(MICRON)

GRAFICAMENTE F80 +80

52 4

" "

1

1" 1

1"

ABERTURA(UM)

1""

ABERTURA(UM)

1"""

INVENTARIO DEL CIRCUITO DE CIANURACION DATOS

ES+ESADORES ES+!2 ES+!= 15=.41 15=.41 .=9 .=9 4.=0 4.=0 1040.0 1100.0 5.01 11.85 18.95 7.44 190.00 190.00 11.8= 4.5= 7.70 1.49

TMS TMSORA ".E DENSIDAD DE +UL+A # DE SOLIDOS LIUIDOSOLIDO VOLUMEN UTIL LE< DE SOLIDO (;) LE< DE SOLUCION (;=)

ES+!1 15=.41 .=9 4.=0 1290.0 29.29 2.41 190.00 75.=7 0.00

TONELADAS +UL+A VOLUMEN +UL+A VOL. +UL+AORA TIEM+O DE RETENCION () TMS  TANUE M= TANUE CONTENIDO SOLIDO CONTENIDO LIUIDO SUB TOTALES CONTENIDO TOTAL

52=.70 =01.02 405.97 294=.29 1.92 122.4 11.2= 1.55 71.80 9.90 17=.=0 187.70 5411 117.15 0.00 1445.27 5411.=4 152.42 ES+ESADORES 

TANUES DE SOLUCIONES SOLUCION RICA SOLUCION BARREN CLARIFICADOR TOTAL EN SOLUCIONES

LLENADO T%. SOL. RICA

M= 85.00 0.00 185

75 #

;  = 7.84 0.05 7.84

1295.05 1177.=1 49.05 =.87 24.7 184.24 112.15 274.52 =8.7 752=.54

; A3 .40 0.00 1450.40 116.!

ES+!4 A"!1 15=.41 15=.41 .=9 .=9 4.=0 4.=0 1100.0 1=00.0 11.85 =0.07 7.44 2.== 190.00 14.00 4.4= 11.=0 0.29 .= 1295.0 1177.= 49.05 =.87 24.7 184.24 109.8 5=.4= 1=.11

510.17 =92.44 1.=5 10.0= 4.11 149.09 724.4= 988.5 1712.9 A"ITA

CARB CI CI CI TOTAL

CONTENIDO TOTAL ES+ESADORES A"ITADORES TANUES CI+ SOLUCIONES CARBONES TOTAL

; A3 752=.5 5709.2 0.0 211.8

# DIST. A3 49.01 =7.19 0.00 1=.79 0.00 0.00 1535" 1""

A"ITADORES A"!2 A"!= 15=.41 15=.41 .=9 .=9 4.=0 4.=0 1=00.0 1=00.0 =0.07 =0.07 2.== 2.== 14.00 14.00 4.75 4.00 .87 .79 510.17 =92.44 1.=5 10.0= 4.11 149.09 =04.52 1024.= 1=28.8 ORES

ONES 1 1 2 N CI*

510.17 =92.44 1.=5 10.0= 4.11 149.09 25.44 1012.= 128.8 5709.2

TM

T%

A"!4 CI+!1 15=.41 15=.41 .=9 .=9 4.=0 4.=0 1=00.0 1400.0 =7.2= =7.2= 1.9 1.9 14.00 14.00 5.50 0.00 7.19 0.00 412.0 412.0 =1.97 294.== 1=.21 12.2 12.42 1=.=7 79.=7 85.48 1==.8= 144.12 4=.55 0.00 92.2 0.0 1=98.8 0.0 CI+  0.0

;  TM

; A3 0.00 0.00 0.00 0.00

57"9.1 57"9.1

4.!" "."5

D A T O S

MOLIENDA

REMOLIENDA

F80, 

8,198

120.00

+80, 

180

21

TMS

44507.01

4754.04

%&!

509859.00

9017.=0

JQ%>/TMS

11.46

Q  JQ / TMS P  Q / &1"/*!" ".5 % 1"/F!" ".5' TC  9"7.17 Jg. TC  """   9.166 ,2@a -,8

MOLIEN F!" *!"

ORAS

19."6

".5

P  Q / &1"/*!" % 1"/F!"".5' $ :  $ : 

1!."5

18.05 JQ%>/TMS

,;, 2a0, 0 0a,< :-0

15."

15.02 JQ%>/TMS

TMS MES

44507.01

MOLIENDA

TMS MES CN

4754.04

CIANURACION

DA

REMOLIENDA F!" 1"."" *!" 1.""

!19!."" 1!"."" E O*ERACION

TRATAMIENTO

74=.75

ORAS

MOLIENDA

1436.19

74=.75

ORAS

REMOLIENDA

153.41

LA"RAN"E EN IDROCICLON D!10 "MAX A ( C MALLA A(ERTURA ALIMENTO OVER UNDER + 50 300 "."" "."" "."" + 70 212 "."" "."" "."" + 100 150 "."" "."" "."" + 140 10 "."" "."" "."" + 200 75 3."" ".4 6.!6 + 270 53 !.!3 ".63 11.!! + 325 45 5."" ".9 5.!! + 400 38 1.67 ".9! 1.61 +450 32 13."" 1."7 1.!9 +500 25 3.4" 3.46 6."5 +35 20 7.!3 3.51 7."9 -35 !20 6.7 !9.!" 16.75 1""."" 1""."" 1"".""

+%a

%a

&+%a'

&+%a'&%a'



a

λ

"."" "."" "."" "."" 3.!6 3."4

"."" "."" "."" "."" %.76 %!."

"."" "."" "."" "."" 14.9 9.6

" " " " %11 %5

"."" "."" "."" "."" 1!.95 !.9"

"."" "."" "."" "."" ".5 ".1

"."" "."" "."" "."" %1.64 %".77

".!! %"."6 %".11 .65 %".75 %9.5

%4.71 %11.69 %11.93 %19.94 %4.3 63.54

".7! "."" "."1 7." ".56 9".55 13.11

%4 1 1 %53 3 %6"5 %69

".5 %1."4 %1.57 %5."4 %!.5 1"."6

"."" %".16 %".16 %"."7 %".11 ".13

%"." 1."4 1."9 ".44 ".74 %".!7

TMS ALIM CICLON TMS UNDER TMS OVER

1"15.56 !6.15 153.41

β2

5.6



+ "."" "."" "."" "."" ".5 ".1 "."" %".16 %".16 %"."7 %".11 ".13

A "."" "."" "."" "."" 1.39 ".65 "." %".!9 %".9 %".37 %".63 ".74

MALLA CORREGIDA ( C CC "."" "."" "."" "."" "."" "."" "."" "."" "."" "."" "."" "."" 4.64 "."" 5.47 9.6" ".5 11. 5." ".9 5.!6 11.6 1.13 13.49 11.91 1.4 13.!1 .96 3.53 6.4 7.1" 3.6 7.71 7.14 !9.67 16."1 1""."" 1""."" 1"".""

5.6 5.6 5.6 5.6 5.6 5.6 5.6 5.6

O>A DE IN"RESO DE DATOS MUESTREO

C*3  :/ F MALLAS 12 =8 4M M 8M 10M 14M

IDROCICLON D 20 UF 6(;) 0.00 0.00 22.70 9.50 9.00 10.00 8.90

() 12500 9500 4750 ==50 2=0 2000 1400

6(;) 0.00 0.00 5.40 4.10 7.40 8.80 7.00

20M

850

2=.40

=0.70

40M

425

5.00

50M

=00

48.=0

70M

212

100M

OF 6(;) 0.00 0.00 0.00 0.00 0.00 0.00 0.00

MOLINO 9X8 I ALIM COM+ DESCAR"A 6(;) 6(;) 0.00 0 0.00 0 22.70 4.2 9.50 2.= 9.00 =.2 10.00 = 8.90 2.5

0.00

=0.70

115.00

0.00

115.00

8.=

99.90

27.11

99.90

9=.55

=9.00

7=.00

48.2

7=.00

79.2

150

=7.00

59.00

70.10

59.00

72

140M

10

=0.10

42.00

8.00

42.00

55

200M

75

20.00

24.12

50.00

24.12

=4.00

270M

5=

17.00

17.=0

49.00

17.=0

27

=25M !=25M

45 !45

4.10 82.27 =98.87 =98.87 0.00 0.00 0.00 1.=5 1.0= 1.8 2.21 1.75 5.87 1.=0 12.11 9.78 9.28 7.55 5.01 4.2 1.0= 20.= 100.00

=.70 5.00 580.82 580.82 0.00 0.00 0.00 =.91 1.4 1.55 1.72 1.5= 5.29 19.80 17.20 12.57 10.1 7.2= 4.15 2.98 0.4 9.4 100.00

1=.00 2=4.1= 559.0 559.0 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 4.84 8.2 12.5= 12.15 8.9= 8.7 2.=2 41.84 100.00

=.70 5.00 580.82 580.82 0.00 0.00 0.00 =.91 1.4 1.55 1.72 1.5= 5.29 19.80 17.20 12.57 10.1 7.2= 4.15 2.98 0.4 9.4 100.00

.4 98.45 581.10 581.10 0.00 0.00 0.00 0.72 0.40 0.55 0.52 0.4= 2.41 14.85 1.10 1=.= 12.=9 9.4 5.85 4.5 1.10 1.94 100.00

() 12500 9500 4750 ==50 2=0 2000 1400 850 425 =00 212 150 10 75 5= 45 !45

14

ANALISIS "RANULOMETRICO CIRCUITO DE REMOLIENDA MALLA

A(ERTURA

+ 50

300

+ 70

212

+ 100

150

+ 140

10

+ 200

75

+ 270

53

+ 325

45

+ 400

38

+450

32

+500

25

+35

20

-35

!20

ALIMENTO FILTRO

15.00 11.40 24.00 ==.20 40.10 8=.00 22.00 =1.00 20.50 2=.00 1=.00 7.20 =92.4

HIDROCICLON D-10-1 ALIMENTO

UNDER

OVER

%39.4 + 0

300

+ 0 + 100

212 10

+ 10 + 200

10 

+ 20

3

+ 32



+ 00

3

+0

32

+00

2

+3

20

-3

620

9.18 9=.27 87.1 78.70 8.48 47.=2 41.72 ==.82 28.59 22.7= 19.42 0.00

"

ANALISI GRANULOMETRICO =.82 2.91 .12 8.4 10.22 21.15 5.1 7.90 5.22 5.8 =.=1 19.42 100.00 0.00

"

"

0.00

0.00

CALCULO DEL TONELA>E +OR AFORO 8282007 LU>O +UL+A M=ORA D+  TN +UL+ARA DES 5X5 1 4.1= 1900 7.8 DES 5X5 2 5.= 2000 10.71 DESC X 8.55 1940 1.58 0F D!10 20.0= 1250 25.0=

CALCULO DEL TONELA>E +OR AFORO 8242007 LU>O +UL+A M=ORA D+  TN +UL+ARA UF D!10 !I =.08 2790 8.58 UF D!10 !II 8.10 2=50 19.04 UF "MAX D!10 !I .07 2=40 14.20 UF "MAX D!10 !I 8.2 2400 20.9

MOLINO 9X8 II ALIM COM+ DESCAR"A 6(;) 6(;) =5.2 0.00 1=9.78 0.00 571.20 5.40 159.41 4.10 118.20 7.40 84.1 8.80 4.21 7.00 88.18

2=.40

102.97

5.00

42.4

48.=0

=1.42

=9.00

=2.54

=7.00

28.=

=0.10

21.1=

20.00

21.87

17.00

.18 129.92 10.0 10.0 0.00 2.15 8.42

4.10 82.27 =98.87 =98.87 0.00 0.00 0.00 1.=5 1.0= 1.8 2.21 1.75 5.87 1.=0 12.11 9.78 9.28 7.55 5.01 4.2 1.0= 20.= 100.00

=4.41

9.0 7.12 5.07 2.78 5.=1 .20 2.57 1.89 1.9 1.72 1.27 1.=2 0.=7 7.8= 100.00

DATOS HIDROCICLON ALIMENTO

9.00 2.50 15.00 =8.00 =9.00 70.20 2=.50 78.80 =00

D-10GMAX

UNDER

24.50 42.40 21.00 45.00 4.00 9=.00 25.=0 59.80 =57

OVER

0.50 1.=0 0.0 2.00 2.20 7.10 7.20 184.10 205

DESCAR"A MILL 5X10 I

ALIMENT MILL 5X10 II

DESCAR" MILL 5X10 II

9.00 2.50 15.00 =8.00 =9.00 70.20 2=.50 78.80 =00

15.00 11.40 24.00 ==.20 40.10 8=.00 22.00 =1.00 20.50 2=.00 1=.00 7.20 =92.4

14.20 25.80 12.0 27.00 27.0 54.0 22.00 79.20 2=.00

=00 "

=57 "

205 "

=00 ".""

0.00

2=.00 "

0.00 0.00 0.00 0.00 =.00 8.8= 5.00 12.7 1=.00 2=.40 7.8= 2.27 100.00

0.00 0.00 0.00 0.00 .8 11.88 5.88 12.1 12.89 2.05 7.09 1.75 100.00

0.00 0.00 0.00 0.00 0.24 0.= 0.29 0.98 1.07 =.4 =.51 89.80 100.00

0.00 0.00 0.00 0.00 =.00 8.8= 5.00 12.7 1=.00 2=.40 7.8= 2.27 100.00

=.82 2.91 .12 8.4 10.22 21.15 5.1 7.90 5.22 5.8 =.=1 19.42 100.00

0.00 0.00 0.00 0.00 5.40 9.81 4.79 10.27 10.49 20.7 8.=7 =0.11 100.00

"E #SOLIDOS 7=.8 77.78 75.=7 =1.11

"E #SOLIDOS 8=.0 74.85 74.2 7.01

2.8 TMSORA 5.79 8.== 12.50 7.79

4.= TMSORA 7.18 14.25 10.59 15.7=

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