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Curva Tromp Excel (2)
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Curva Tromp Excel (2)
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MINERA AURÍFERA RETAMAS S. A.
INFORME MES MARZO 2009
INVESTIGACIONES METALÚRGICAS
EVALUACION CIRCUITO MOLIENDA (CUADRO RESUMEN) TMS MES
44,137.44
MOLINO 9'X8' F0 &'()*+- #µ&$ 0 O/F D"20 # µ&$ R. REDUCCION MOLINO 'X' F0 (µ&$ 0 (µ&$ R. REDUCCION
7712 230.0 33.53 2,527.00 943.32 2.6
TRATAMIENTO TMS/DIA 1,460.09
EFICIENCIA DE CLASIFI C CIRCULANTE ! ALIMENTO#TMS$ DESCARGA#TMS#U/F$$ RE%OSE#TMS#O/F$$
61.37 5. 20.1 129.45 150.74
F 0 -()&*+' 510 #µ&$
34.2 23.10 341.93 64.15 277.7
EFICIENCIA DE CLASIFIC ! C CIRCULANTE ! ALIMENTO#TMS$ DESCARGA#TMS#U/F$$ RE%OSE#TMS#O/F$$
0 '/ G&-"10 #µ&$ 143 17.69 %OR& INDEX( REMOLIENDA REMOLIENDA))
EFICIENCIA DE CLASIFI C CIRCULANTE ! ALIMENTO#TMS$ DESCARGA#TMS#U/F$$ RE%OSE#TMS#O/F$$
61.37 5. 20.1 129.45 150.74
F 0 -()&*+' 510 #µ&$
34.2 23.10 341.93 64.15 277.7
EFICIENCIA DE CLASIFIC ! C CIRCULANTE ! ALIMENTO#TMS$ DESCARGA#TMS#U/F$$ RE%OSE#TMS#O/F$$
0 '/ G&-"10 #µ&$ 143 17.69 %OR& INDEX( REMOLIENDA REMOLIENDA))
56.5 14.2 42.51 277.7 150.74 26
CUADRO COMARATIVO DE OERACIN LANTA DE ENEFICIO MARSA MARZO"2009 CIRCUITO MOLIENDA M*+ ROM"07 ROM"0 -+"09 F*"09 M-"09 A"09 M-8"09 +"09 ("09 A"09 S*"09 O"09 N':"09 D*6"09
T+-/
$"M200
1419.07 1416.91 1455.01 1,462.5 1460.09
44.67 45.36 41.63 43.44 46.24
CIRCUITO CIANU R** 56/( A-5)
0.51 0.40 0.33 0.35 0.32
$"M400
T+-/
92.0 93.6 91.3 94.2 93.1
136.12 145.05 15.57 152.53 150.74
CIRCUITO DE MOLIENDA : FLOTACION 140.00
!"M400
RELAVE CIANURACION
COMENTARIOS
MOLIENDA : FLOTACION E( '+*(-;* * --&)*+' * * 1460.09 &)')(?+ D"20 *< 435.03!, '+ + -' * ()*-)?+ *+ *( O/F * L- -- )(-+* *+ *( >)')(?+ D"10 *< 762!, '+ + -' * ()*-)?+ *+ *( O/F * 61. E( >)')(?+ D"10 )*+* ('< :'*@3 8 -*@ 2 1/2. E( >)')(?+ D"20 )*+* ('< :'*@6 8 -*@ 4 1/2.
CIANURACION E( '+*(-;* * )-+-)?+ *( &*< * * 150.74 &)'*+' *+ *( -()&*+' *( &'()+' 510 II 25/&)+'#20 2 *<* *( 1' M-'
ACION R** 6/;6/( A-5)
5.16 5.3 5.25 5.50 5.1
0.60
MES
6.24! "&200. 4! "&200.
( G&-"10 &- 10. 2/+ '+*+-'$
MINERA AURÍFERA RETAMAS S. A. INVESTIGACIONES METALÚRGICAS
I ALIMENTACION FRESCA DE MINA : DE MOLIENDA MES ALIMENTO MINERAL DE MINA(FA
12.96 12.96 7.04 17?000 > 9.33 22.29 77.71 1?0000 ?> 4.9 27.26 72.74 12?000 4> 7.10 34.36 65.64 100000 3> 5.6 40.22 59.7 7?000 2> 13.32 53.54 46.46 ?0000 1> 12.96 66.49 33.51 2?400 3-4> .24 74.73 25.27 19000 1-2> 12?00 1?.0 9.67 4.40 1.91 3-8> 9?00 0.2 4.6 15.32 5.31 4M 47?0 5.19 9.7 10.13 33.92 M 33?0 2.25 92.12 7. 9.45 8M 230 1.67 93.7 6.22 7.61
. ACUM(") 50.00 40.00 30.00 20.00 10.00 0.00 100
100
AERTURA () FAA A
ALIMENTO FRESCO
MARZO " 2009 FRESCO MOLIENDA ACUM(=) ACUM(")
1.91 7.23 41.15 50.61 5.22
98.09 92.77 5.5 49.39 41.7
3-8> 4M M 8M 10M 14
*<' >&*' *<' <*' 27.57 1.7 515.6 33.2 223.6 14.43 165.41 10.67 5.9 3.1 55.4 36.04
00
II ANALISIS VALORADA DE FLOTACION ANALISIS VALORADO COMOSITO MENSUAL MARZO"2009 #RANULOMETRIA CAEZA FLOTACION CAEZA FL MALLAS () 50M 300 70M 212 100M 150 140M 106 200M 75 270M 53 325M 45 "325M 45 CA%EHA CALCULADA CA%EHA ENSAADA
ROMEDIO( ) 356.76 252.19 17.33 126.10 9.16 64.00 5.09
ESO(#R) 47.6 126.29 15.06 169.60 142.14 115.60 35.95 365.7 111.19
$ESO 4.11 10. 13.61 14.61 12.24 9.96 3.10 31.51 100.00
#RANULOMETRIA RELAVE DE FLOTACION MALLAS 50M 70M 100M 140M 200M
() 300 212 150 106 75
ROMEDIO( ) 356.76 252.19 17.33 126.10 9 16
ESO(#R) 106.92 156.42 15.57 151.40 124 49
$ESO .47 12.39 12.56 11.99 9 6
A -5+ 3.05 3.93 2.95 4.7 9.43 11.30 14.60 10.5 7.2 .55
RELAVE FL A -5+ 0.36 0.15 0.14 0.15 0 14
60
0 70
50
60 $ DISTRI'UCION A9 A8
40 $DISTRI'UCION
50 40
30
30 20
20 10
10 0 356.76
252.19
17.33
126.10
9.16
64.00
A'ERTURA EN MICRON A
A
5.09
0 356.76 25
: CIANURACION FLOTACION OTACION A -5+ 3.00 1.50 2.50 6.50 10.50 10.50 12.74 17.00 9.66 11.50
DISTRIUCION $A $A 1.60 1.2 5.47 1.69 5.14 3.52 9.10 9.3 14.77 13.31 14.39 10.2 5.7 4.0 43.74 55.46 100.00 100.00
OTACION A -5+ 1.00 0.50 0.50 0.50 1 00
DISTRIUCION $A $A 9.26 5.00 5.64 3.65 5.34 3.70 5.46 3.54 4 19 5 2
9 A8
2.19 17.33 126.10 9.16 64.00 5.09 A'ERTURA EN MICRON A
A
ANALISIS VALORADO COMOSITO MENSUAL MARZO"2 ANALISIS VALORADA CAEZA CIANURACION MALLAS () 50M 300 70M 212 100M 150 140M 106 200M 75 325M 45 400M 3 "400M 3 CA%EHA CALCULADA CA%EHA ENSAADA
ROMEDIO( ) 356.76 252.19 17.33 126.10 9.16 5.09 45.19 45.19
ESO(#R) 100.05 107.50 125.54 159.57 19.51 246.00 75.37 553.43 1556.97
$ESO 6.43 6.90 .06 10.25 12.17 15.0 4.4 35.55 100.00
CONC (#RAVI A -5+ 9.00 .00 9.70 9.95 9.40 9.20 96.40 70.15 5.34 103.90
ANALISIS VALORADA CAEZA CIANURACION EN LOS TANBU CAEZA TAN MALLAS () 400M 3.00 450M 42.00 500M 25.00 635M 20.00 "635M 10.00 CA%EHA CALCULADA CA%EHA ENSAADA
ROMEDIO( ) 45.19 39.95 32.40 22.36 14.14
ESO(#R) 36 40 95 76 1330.00 1577.00
$ESO 2.2 2.54 6.02 4.2 4.34 100.00
A -5+ 4.60 4.90 6.47 .17 .60 8.27 .74
ANALISIS VALORADA RELAVE DE CIANURACION C
0 $DISTRIUCION 70 A A 60 50 40 30 20 10 0
$ DISTRIUCION 0 A A
60 40 20 0 45.19
39.95
32.40
22.36
14.14
4
AERTURA EN MICRON A
A
DISOLUCION DEL ORO EN A#ITACION OR MALL 14.00 12.00
5.5 53.36
LE: 10.00 A9 ( 8-57) .00 6.00 4.00 2.00 0.00
30.12 23.7
09 CIANURACION ME= FLOTAC) A -5+ 122.94 76.75 77.9 77.49 4.4 9.45 107.4 126.99 103.61 104.98
DISTRIUCION $A $A 6.70 7.62 7.12 5.11 .47 6.07 10.0 7.67 14.03 9.92 1.1 15.01 5.47 5.02 29.22 43.57 100.00 100.00
BUES (O 11) A -5+ 45.24 41.49 45.99 42.00 42.99 43.14 44.?0
DISTRIUCION $A $A 1.27 2.39 1.50 2.44 4.72 6.42 4.76 4.69 7.75 4.05 100.00 100.00
C O ( O 13
S
CO
5.19
39.95
32.40
22.36
AERTURA EN M ICRON A
A
AS 70.00 60.00 50.00 $ ./+196/7 A9 44.2
40.00 30.00 20.00 10.00 0.00
14.14
EVALUACION DEL CICLON D"20 CALCULO DE LA CURVA DE TROM $% O-F(R-F) $% U-F(D-F)
MALLAS 1/2 3/ 4M 6M M 10M 14M 20M 40M 50M 70M 100M 140M 200M 270M 325M "325M
() ; 1465.09 1097.25 6717.51 399.05 211.76 2172.56 1673.32 1090.7 601.04 357.07 252.19 17.33 126.10 9.16 63.05 4.4
0.00 0.00 0.00 0.00 0.00 0.00 0.00 2.30 1.60 0.0 1.20 1.40 2.02 1.79 1.34 0.43 6.7 19.74
1.40 1.20 5.30 0.60 1.30 0.0 2.70 6.20 14.90 11.30 19.30 3.60 2.10 2.90 1.20 1.0 6.40 3.00
ALIMENTO CAL 1.40 4.60 9.40 0.50 2.0 1.40 2.00 3.40 12.60 11.90 10.20 3.60 12.30 3.60 5.60 3.60 11.10 100.00
C(O-F)
C(U-F)
EC(U-F)
0.00 0.00 0.00 0.00 0.00 0.00 0.00 67.65 12.70 6.72 11.76 3.9 16.40 49.61 23.90 12.04 0.00
100.00 100.00 100.00 100.00 100.00 100.00 100.00 32.35 7.30 93.2 .24 61.11 3.60 50.39 76.10 7.96 20.00
100 100 100 100 100 100 100 .96421301 2.9111566 90.95 4.17 47.67 77.93 33.23 67.3 3.0
CURVA TROM CICLON D"20
100.00
100.00
100.00
!IDROCICLON D"20
110.00 100.00 90.00 0.00 70.00 ACUM(") 60.00 A%ERTURA ALIMENTO U/F O/F 50.00 40.00 30.00 CALCULO DE EFICIENCIA DE CLASIFICACION 20.00 EN O/F 10.00 ICULAS MENOR AL D50 0.00 N1@#0/$J#TMS#O/F$/TMS#ALIM$$ N1 0.59 10 100 1000 EN U/F
ULAS MAORES AL D50
N2@##100"<$/#100"$$J#&< U/F/&< ALIM$
10000
AERTURA() N2
EFICIENCIA DE CLASIFICACIONN1N2100 CALCULO DE CAR#A CIRCULANTE METODO DE DENSIDADES
0.905
?4.102
'@!)+'< *( @!)+'< *( <@! )+'< *
EC(O-F) 0 0 0 0 0 0 0 91.03577 17.0434 9.05 15.3 52.33 22.07 66.77 32.17 16.20
((1-(1"))
X
0.3 0.27 "0.19 0.1 "0.39 0.05 0.26
2.55 2.40 2.25 2.10 1.95 1.0 1.69
C;5 6/;6/5() 0.2569179543
D?0
80.00
ALIMEN ALIMENT TO U/F O/F
O/ O /F AL ALIMENTO ( U/F
64 20 11
ALANCE DE MASA DEL CIRCUITO DE MOLIENDA
234.87
1243.19 39.?7
D"20 D"10
13?0 2327.1
2.9 1898.47
$"200 4.24
18.90 28.?4
1230 ?32.40
2.9 47.9?
$"200 43.?3
!2O 3 141.30 ?408.2? 81.4
21?0 3081.1
43?.0$ 2.9 121.2?
40.92 77.44
2030 294.7
2.9 13?7.??
CAR#A CIRCULANTE
CAR#A CIRCULANTE
1424.38 7.70
121.01 79.9?
1800 ?447.30
111.28 78.18
20?0 100?.39
2.9 449.78
20?0 2.9 349.9 1?.44 349.9 1?.44
!2O 3 170.20 '
2.9 31?3.70
'
8 '
2100 34?.74
72.1$ 2.9 432.81 ?0.43 ?0.43 78.18
!2O 3 3.77
ALIMENTACION FRESCA TMS-DIA 140.09
?1.44 7.84 ?1.44
2010 923.97
2.9 1?3?.0?
I
9 'H
? X' ? ' II
? X' ?
!2O 3 481.4 228.83 72.30
1900 1.?8
2.9 87.7
?.41
?320.88 ?32?.?7
3220.?4
338.44
331.0 71.44
!2O 3 1777.18 CONCENTRADO
!2O 3 "298.07
!2O 3 11.02
LE:ENDA D(;-) #* 3 3 !2O $SJ/+ T+-
291.01
?0.43 70.79
18? 2.9 424.48 231.23 424.48 231.23
1880 24.88
2.9 132.?4
1430.09 1334.3171 2.9 38.24 2802.0 2309.47 28?9.? 23.42
!ACIA EL CIRCUITO DE FLOTACION
H'
111.28 111.28 3.37
1710 148.8? 14?.37
2.9 931.24 900.7
RELACION DE !IDROCICLONES K !IDROCICLON AEX VORTEX D " 20 K 1,2 4 1-2> > D " 10 K 3,4 2 1-2> 3>
EVALUACION DEL CICLON D"10 CALCULO DE LA CURVA DE TROM $% O-F(R-F) $% U-F(D-F)
MALLAS 1/2 3/ 4M 6M M 10M 14M 20M 40M 50M 70M 100M 140M 200M 270M 325M "325M
() ; 1465.09 1097.25 6717.51 399.05 211.76 2172.56 1673.32 1090.7 601.04 357.07 252.19 17.33 126.10 9.16 63.05 4.4
0.00 0.00 0.00 0.00 0.00 0.00 0.00 2.30 1.60 0.0 1.20 0.50 1.40 1.0 2.60 3.40 1.40 17.00
1.40 1.20 5.30 0.60 1.30 0.0 2.70 6.20 14.90 11.30 19.30 3.60 2.10 2.90 1.20 1.0 6.40 3.00
ALIMENTO CAL 1.40 4.60 9.40 0.50 2.0 1.40 2.00 3.40 12.60 11.90 10.20 3.60 12.30 3.60 5.60 3.60 11.10 100.00
C(O-F)
C(U-F)
EC(U-F)
0.00 0.00 0.00 0.00 0.00 0.00 0.00 67.65 12.70 6.72 11.76 13.9 11.3 50.00 46.43 94.44 0.00
100.00 100.00 100.00 100.00 100.00 100.00 100.00 32.35 7.30 93.2 .24 6.11 .62 50.00 53.57 5.56 20.00
100 100 100 100 100 100 100 32.3529412 7.301573 93.277311 .23529 6.1111 .6179 50.000 53.5714 5.5556
CURVA TROM CICLON D"10
100.00
100.00
100.00
!IDROCICLON D"10
110.00 100.00 90.00 0.00 70.00 ACUM(") 60.00 A%ERTURA ALIMENTO U/F O/F 50.00 40.00 30.00 CALCULO DE EFICIENCIA DE CLASIFICACION 20.00 10.00 EN O/F ICULAS MENOR AL D50 0.00 N1@#0/$J#TMS#O/F$/TMS#ALIM$$ N1 10 100 EN U/F
ULAS MAORES AL D50
N2@##100"<$/#100"$$J#&< U/F/&< ALIM$
0.541 1000
10000
AERTURA() N2
EFICIENCIA DE CLASIFICACIONN1N2100 CALCULO DE CAR#A CIRCULANTE METODO DE DENSIDADES
0.936
?0.7
'@!)+'< *( @!)+'< *( <@! )+'< *
EC(O-F) ((1-(1")) 0 0 0 0 0 0 0 67.64705 12.694127 6.72 11.76 13.9 11.3 50.00 46.43 94.44
0.43 0.33 0.30 0.34 "0.16 "0.12 "1.24
LA#RAN#E EN !IDROCICLON D"10 A % C A%ERTURA ALIMENTO OVER UNDER "12500 1.4 0 1.69 9500 4.6 0 1.45 4750 9.4 0 6.39 3350 0.5 0 0.72 2360 2. 0 1.57 2000 1.4 0 0.96 1400 2 0 3.25 50 3.4 13.52 7.47 425 12.6 9.41 17.95 300 11.9 4.71 13.61 212 10.2 7.06 23.25 150 3.6 2.94 4.34 106 12.3 .24 2.53 75 3.6 10.59 3.49 53 5.6 15.29 1.45 45 3.6 20 2.17 "45 11.1 .24 7.71 100.00 100.00 100.00
X
2.55 2.40 2.25 2.10 1.95 1.0 1.69
D?0
?0.00
0.29 "3.15 "3.01 0.22 "1.23 "0.44 1.25 4.07 5.35 1.71 13.05 0.74 "9.77 "0.11 "4.15 "1.43 "3.39
0.00 0
ALIMENTO U/F O/F
O/F ALIMENTO ( U/F
70 15 10
2000
4000
6000
8000
10000
"-
#"-$P2 #"-$#"-$ "1.40 0.041 0 "4.60 9.9225 14 "9.40 9.06 2 "0.50 0.044 0 "2.0 1.51 3 "1.40 0.1936 1 "2.00 1.56 "3 10.12 16.5649 41 "3.19 2.62 "17 "7.19 2.9241 "12 "3.14 170.30 "41 "0.66 0.5476 0 "4.06 95.45 40 6.99 0.0121 "1 9.69 17.2225 "40 16.40 2.0449 "23 "2.6 11.4921 10 367.57 "1
Q "1.40 "4.60 "9.40 "0.50 "2.0 "1.40 "2.00 10.12 "3.19 "7.19 "3.14 "0.66 "4.06 6.99 9.69 16.40 "2.6
-)
λ
"0.70 "2.30 "4.70 "0.25 "1.40 "0.70 "1.00 5.06 "1.60 "3.60 "1.57 "0.33 "2.03 3.50 4.5 .20 "1.43
) 0.70 2.30 4.70 0.25 1.40 0.70 1.00 "5.06 1.60 3.60 1.57 0.33 2.03 "3.50 "4.5 ".20 1.43
) "0.70 "2.30 "4.70 "0.25 "1.40 "0.70 "1.00 5.06 "1.60 "3.60 "1.57 "0.33 "2.03 3.50 4.5 .20 "1.43
A 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
0.70 2.30 4.70 0.25 1.40 0.70 1.00 .46 11.01 .31 .63 3.27 10.27 7.10 10.45 11.0 9.67 100.00
12000
14000
%
MALLA CORREGIDA C CC 0.70 1.69 2.30 1.45 4.70 6.39 0.25 0.72 1.40 1.57 0.70 0.96 1.00 3.25 .46 7.47 11.01 17.95 .31 13.61 .63 23.25 3.27 4.34 10.27 2.53 7.10 3.49 10.45 1.45 11.0 2.17 9.67 7.71 100.00 100.00
0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000
FLO% S!EET DE ALICACIN : MONITOREO DE ANTINCRUSTANTE NALCO ??9 STRI +' * -()-)?+ * N-(' 5596 <) C'+*< R*--(*< )+<-(-'< C))' * S'(. )-+--
5. M*+5;* 1 5+ * M*+5;* 1 R*'<* *<*<-' 2 T S'(. R)3 S-()- F)(' C(-))-' 4 S'()?+ %-*+
5 1 R*'<* * *<*<-'.
T-+* * <'()?+ )T
5 2 F** F)('< (-))-'*<
T& DE RECOT F)(' C(-))-'
T'* * *<')*+-)?+
C 2
5. M*+5;* 2 5 2 F** F)('< (-))-'*<
F)(' *))-' F)(' C(-))-' F)(' *))-'
5. M*+5;* 3
5 3 C'+' * H+
5. M*+5;* 4
III EVALUACION DE LOS MOLINOS RIMARIOS : CL EVALUACION MOLINO 9X8 NUMERO DE MALLA 1/2 3/ 4M 6M M 10M 14M 20M 40M 50M 70M 100M 140M 200M 270M 325M 325M
AERT.
() 12500 9500 4750 3350 2360 2000 1400 50 425 300 212 150 106 75 53 45 20
ALIMENTO MOLINO 9' ALIMENTO $*+ $A6(=) 1.91 1.91 5.31 7.23 33.92 41.15 9.45 50.61 7.61 5.22 3.24 61.45 5.09 66.55 5.69 72.24 6.47 7.70 2.65 1.36 2.45 3.0 1.94 5.75 1.0 7.55 1.65 9.19 1.29 90.4 0.41 90.9 9 11 100 00
H 8' $A6(") 9.09 92.77 5.5 49.39 41.7 3.55 33.45 27.76 21.30 1.64 16.20 14.25 12.45 10.1 9.52 9.11 0 00
DESCAR#A MOLINO $*+ 0.00 0.77 5.71 2.45 2.69 1.61 3.93 .43 21.41 11.91 10.63 6.94 5.61 3.74 2.31 0.67 11 19
$A6(=) 0.00 0.77 6.4 .93 11.62 13.22 17.15 25.5 46.99 5.90 69.53 76.47 2.0 5.2 .14 .1 100 00
0 ACUM(") 60
0 ACUM(") 60
40
40
20
20
0
0 10
100
1000
10000
AERTURA () ALIME NTO
F80 ( ) 80 ( ) RADIO RED
DESCA RGA
7712.00 1214.00 .3?
100000
10
100
1000 AERTURA ( ALIME NTO
F80 ( ) 80 ( ) RADIO RED
SIFICACION
' H 8' $A6(") 100.00 99.23 93.52 91.07 .3 6.7 2.5 74.42 53.01 41.10 30.47 23.53 17.92 14.1 11.6 11.19 0 00
EFICIENCIA DE MOLIENDA $ 100.00 9.31 4.25 2.35 0.04 7.4 74.22 64.59 40.30 27.60 17.04 10.2 6.24 3.7 2.59 2.29 0 00
9?00 F80
7712
92.77 80 ?8.8?
1214
82.8? 80 74.42
47?0
1400 80 8?0
10000 ) DESCARGA
2?27.00 943.32 2.8
100000
CIRCUITO DE MOLIENDA MESES DEL 2008
ROMEDIO TMS-DIA (MES)
TMS-MES
<"08
1419.07 1415.1 1424.5 1356.99 135.64 1427.35 1439.13 1411.3 1433.12 1457.31 1373.09 1442.07
42223.6 3991.00 3902.66 39649.52 42537.93 41974.72 27624.7 43963.90 42353.15 40906.60 41995.97 43765.24
F*"08 M;"08 A;"08 M"08 <"08 <"08 A"08 S*"08 O65"08 N"08 D*6"08
LE: RELAVE !ORAS (O) ;A-T
715.75 672.50 703.96 66.75 715.25 700.00 469.75 736.25 697.50 715.00 702.00 72.00
ENER#IA &%!
MOLIENDA $"200
0.44 0.46 0.50 0.51 0.45 0.41 0.3 0.35 0.35 0.31 0.34 0.35
396596.70 376277.30 374952.7 36060.50 377453.60 36167.70 25407.30 404040.90 3924.40 3729.60 365965.62 34765.3
44.4 47.92 47.40 42.65 50.40 47.09 42.7 46.96 43.63 42.59 43.65 44.43
ENER#IA &%!
REMOLIENDA $"200
71073.90 63910.37 79295 00
91.00 90.57 90 19
279.4764 265.76217 263.202396 265.794516 272.403799 270.54709 179.557997 26.273647 277.901 255.75277 266.527045 266.14579
CIRCUITO DE CIANURACION TN ROMEDI ROMEDIO MES TMS-DIA (MES) <"08 F*"08
140.62 149.13 137 61
TMS-MES
!ORAS (O)
LE: RELAVE ;A-T
419.15 419.51 4099 53
716.50 674.25 715 00
5.30 5.2 5 35
505.432371 42.554751 576 229925
CIRCUITO DE REMOLIENDA Y CIANURACUIN 155
5.7
152.75
5.6
149.13
150
146.62 146.04 145.15
146.07 5.5
145
5.4 1* A98;-57
TMS-DIA 140.62 140
139.73 137.61137.19
5.3 5.2
135
5.1 130
5
125 39448 39479 39508 39539 39569 39600 39630
TRATAMIENTO TMS/DIA
153.32 39661 39692
39722
146.34 39753 39783
RELAVE DE CIANURACION A/+
4.9
INVENTARIO MENSUALES EN EL CIRCUITO DE CIANURACION - 2008 MESES
SOLIDO gr Au MES
SOLUCION gr Au MES
Jan-08
12670.20
5362.83
Feb-08
13461.12
6085.77
Mar-08
12986.57
6072.97
Apr-08
12892.11
6139.32
May-08
11130.90
5359.92
Jun-08
10096.74
5276.40
Jul-08
10483.94
4110.31
Au-08
12622.98
5141.59
Sep-08
11511.61
5347.52
O!"-08
11867.83 11332.83
4954.13 5012.61
N#$-08 De!-08
promedo
11914.26
5351.22
%RAMOS DE ORO DE SOLIDO EN EL CIRCUITO DE CIANU
&000 0 39448
39479
39508
MESES
39539
39569
39600
39630
39661
39692
GRAMOS DE ORO MENSUALES EN SOLUCION
39722
39753
39783
RACION
EVALUACION MOLINO ?' X ?' I NUMERO DE MALLA 1/2 3/ 4M 6M M 10M 14M 20M 40M 50M 70M 100M 140M 200M 270M 325M "325M
AERT.
() 12500 9500 4750 3350 2360 2000 1400 50 425 300 212 150 106 75 53 45 20
ALIMENTO MOLINO ?' H?' I ALIMENTO MIXTO $*+ $A6(=) $A6(") 0.00 0.00 100.00 1.44 1.44 9.56 .00 9.44 90.56 2.76 12.20 7.0 3.50 15.70 4.30 2.03 17.73 2.27 4.95 22.6 77.32 10.53 33.22 66.7 25.47 5.69 41.31 12.40 71.09 2.91 10.47 1.56 1.44 6.0 7.64 12.36 4.54 92.1 7.2 2.42 94.60 5.40 1.22 95.2 4.1 0.2 96.10 3.90 3.90 100.00 0.00 100.00
DESCAR#A MOLINO ? $*+ 0.00 0.63 3.35 0.93 1.10 0.51 1.27 3.06 14.07 12.50 14.59 10.95 .0 6.46 4.0 1.23 16.4 100.00
EVALUA EV ALUACION CION MOLINO ?' X ?' II
$A6(=) 0.00 0.63 3.9 4.91 6.01 6.52 7.79 10.5 24.92 37.42 52.01 62.96 71.76 7.22 2.29 3.52 100.00
0 ACUM(") 60 40 20 0 10
10 0
10 00
1 00 00
1 00 0 0 0
AERTURA () ALIME ALIMENTO NTO
DESC DESCARGA ARGA
CURV CUR VA MO MOLIENDA LIENDA MO MOLINO LINO ?'X?' II 100 0 ACUM(") 60 40 20 0 10
10 0
1 00 0
1 00 00
AERTURA AERTURA () ( ) ALIME ALIMENTO
DESC DESCARGA ARGA
10 0 000
' H ?' I $A6(") 100.00 99.37 96.02 95.09 93.99 93.4 92.21 9.15 75.0 62.5 47.99 37.04 2.24 21.7 17.71 16.4 0.00
EFICIENCIA DE MOLIENDA $ 100.00 100.00 57.3 59.77 61.74 63.22 65.65 67.33 57.54 47.36 36.23 2.17 22.16 17.32 14.11 13.09 0.00
2000 F80
172?.2
82.27 80 77.32
?73.
89.1? 80 7?.08
1400 8?0 80 42?
F80 ( ) 80 ( ) RAD REDUC
172?.2 ?73. 3.01
F80 ( ) 80 ( ) RAD REDUC
172?.2 787 2.19
MALLA 1/2 3/ 4M 6M M 10M 14M 20M 40M 50M 70M 100M 140M 200M 270M 325M "325M
LA#RAN#E EN !IDROCICLON D"10 A % C A%ERTURA ALIMENTO OVER UNDER 12500 0.00 0.00 0.00 9500 1.2 0.00 1.77 4750 5. 0.00 4.6 3350 2.70 0.00 2.02 2360 2.25 0.00 1.2 2000 1.09 0.00 1.02 1400 2.33 0.00 2.51 50 5.40 0.00 6.19 425 19.51 0.00 22.79 300 14.05 3.31 14.93 212 13.3 4.74 14.45 150 9.20 7.56 9.09 106 6.7 10.54 6.3 75 4.64 12.31 3.72 53 2.71 9.91 1.6 45 0.76 3.66 0.47 "45 7.52 47.96 6.29 100.00 100.00 100.00
"-
"0.00 0.49 "1.20 "0.6 "0.43 "0.07 0.1 0.79 3.2 0.9 0.63 "0.11 "0.49 "0.91 "0.5 "0.29 "1.23
#"-$P2 0.00 "1.2 "5. "2.70 "2.25 "1.09 "2.33 "5.40 "19.51 "10.74 "9.09 "1.64 3.67 7.6 7.20 2.90 40.45
"-
"0.00 "1.5 "0.13 0.02 0.12 0.22 0.75
Q 0 "1 7 2 1 0 0 "4 "64 "10 "6 0 "2 "7 "6 "1 "50 "140
#"-$P2 0.00 "2.6 ".26 "2.63 "2.97 "1.61 "3.7
0.00 2.47 "15.04 "7. "5.50 "1.65 "0.96 0.66 5.51 "3.9 "4.33 "2.47 "0.09 0.73 0.73 0.69 31.10 TMS ALIME TM TM
7.62
β2
LA#RAN#E EN !IDROCICLON D"20 A % C MALLA A%ERTURA ALIMENTO OVER UNDER 1/2 12500 0.00 0.00 0.00 3/ 9500 2.6 0.00 1.00 4M 4750 .26 0.00 .13 6M 3350 2.63 0.00 2.65 M 2360 2.97 0.00 3.09 10M 2000 1.61 0.00 1.3 14M 1400 3.7 0.00 4.52
#"-$#"-$ 0.00 0.24 1.45 0.46 0.1 0.01 0.03 0.63 10.77 0.79 0.39 0.01 0.24 0.3 0.72 0.0 1.51 1.35
#"-$#"-$ 0.00 3.43 0.02 0.00 0.01 0.05 0.56
Q 0 5 1 0 0 0 "3
0.00 "10.91 ".3 "2.53 "2.45 "0.67 "0.52
20M 40M 50M 70M 100M 140M 200M 270M 325M "325M
50 425 300 212 150 106 75 53 45 "45
7.91 20.14 11.41 10.65 7.07 5.35 3.61 2.24 0.71 .0 100.00
0.00 0.00 10.61 11.0 11.00 10.79 9.56 7.16 2.32 36.76 100.00
9.94 25.49 12.75 10.76 6.50 4.40 2.55 1.32 0.32 4.74 100.00
2.03 5.35 1.35 0.11 "0.57 "0.95 "1.06 "0.92 "0.40 "4.06
"7.91 "20.14 "0.0 1.16 3.93 5.44 5.95 4.92 1.61 27.95
β2
CALCULO DEL TONELA
GE TN ULA-!RA 12.6 16.41 4.09 24.12
$SOLIDOS 74.11 4.20 72.37 39.47 3.20
4.12 2.61 1.2 0.01 0.33 0.90 1.12 0.5 0.16 16.49 5.4
"16 "10 "1 0 "2 "5 "6 "5 "1 "114 "254
0.92 3.13 5.07 1.63 1.44 1.31 1.35 0.90 "0.12 10.29
TMS ALIME TM TM
4.35
2. TMS-!ORA 9.53 13.2 34.0 9.52 4.63
TMS-DIA 228.8283871 331.014?4?? 83?.2 228.48 117.1482933
-)
λ
0.00 0.02 "0.11 "0.06 "0.04 "0.01 "0.01 0.00 0.04 "0.03 "0.03 "0.02 0.00 0.01 0.01 0.01 0.23
) 0.00 "0.16 0.97 0.51 0.36 0.11 0.06 "0.04 "0.36 0.26 0.2 0.16 0.01 "0.05 "0.05 "0.04 "2.01
T CICLON"D"10 UNDER S OVER 0.00 "0.22 "0.1 "0.05 "0.05 "0.01 "0.01
0.00 0.02 "0.11 "0.06 "0.04 "0.01 "0.01 0.00 0.04 "0.03 "0.03 "0.02 0.00 0.01 0.01 0.01 0.23
A 0.00 0.14 "0.6 "0.45 "0.31 "0.09 "0.05 0.04 0.31 "0.23 "0.25 "0.14 "0.01 0.04 0.04 0.04 1.7
MALLA CORREGIDA % C CC 0.00 0.00 0.00 1.44 "0.02 1.63 4.91 0.11 5.53 2.19 0.06 2.47 1.9 0.04 2.13 0.99 0.01 1.11 2.27 0.01 2.56 5.44 0.00 6.16 19.6 "0.04 22.4 13.79 3.34 15.16 13.55 4.77 14.70 9.04 7.5 9.23 6.7 10.54 6.3 4.6 12.31 3.6 2.76 9.91 1.2 0.1 3.66 0.43 9.53 47.73 4.51 100.00 100.00 100.00
7.62 7.62 7.62 7.62 7.62 7.62 7.62 7.62 7.62 7.62 7.62 7.62 7.62 7.62 7.62
1611.2 1424.3 16.90 -)
λ
)
) 0.00 1.20 0.97 0.2 0.27 0.07 0.06
) 0.00 "0.22 "0.1 "0.05 "0.05 "0.01 "0.01
A 0.00 "0.9 "0.79 "0.23 "0.22 "0.06 "0.05
MALLA CORREGIDA % C CC 0.00 0.00 0.00 1.65 0.22 1.9 7.2 0.1 .92 2.35 0.05 2. 2.70 0.05 3.31 1.54 0.01 1.9 3.72 0.01 4.57
4.35 4.35 4.35 4.35 4.35
0.02 0.06 0.10 0.03 0.03 0.03 0.03 0.02 0.00 0.21
T CICLON"D"20 UNDER S OVER 311 79.2
"0.10 "0.34 "0.56 "0.1 "0.16 "0.14 "0.15 "0.10 0.01 "1.13
6544.43 5321.24 1223.19 3.96266599
0.02 0.06 0.10 0.03 0.03 0.03 0.03 0.02 0.00 0.21
0.0 0.2 0.45 0.15 0.13 0.12 0.12 0.0 "0.01 0.92
.01 20.49 11.97 10.3 7.23 5.49 3.76 2.34 0.70 9.94 100.00
"0.02 "0.06 10.50 11.77 10.97 10.76 9.53 7.14 2.32 36.55 100.00
9.6 25.21 12.30 10.61 6.37 4.2 2.43 1.24 0.33 3.2 100.00
4.35 4.35 4.35 4.35 4.35 4.35 4.35 4.35 4.35 4.35
ALANCE DE MASA CIRCUITO DE FLOTACION (CELDAS %EN FEC!A DE MUESTREO3/27/2009 2O #&3$ 112.64 CAEZA DE FLOTACION 1430.09 1334.32 3.97 2749.92 7.40 11.50
93. 25.93 71.45
2. 2239.1 4.49
1200 301.75 9.49
2. 26.23 31.06 2O #&3$
RELAVE DEF LOTACION
1279.36 33.07 0.34
1270 3046.09 1.50 2407.77 2477.06
2. 259.1 1.17 1950.6 2020.14
130.00 27.00 5.30
2O #&3$ 75.93
CONCENTRADO MIXTO 150.74 1210 27.00 461.44 103.90 104.9 33.6
2. 407.60 2.91 24.4
56.6 77.39 20.10
1990 36.92 6.47 3.69
1210 397.96 16.25 "240.36
2. 16.61 23.65 "16.61
2. 351.53 7.04 "26.79
CO) LE:ENDA T+-
D(;-)
$SJ/+
A -5
3
A -5
#* !2O 3
F* $
FLU
1409.36 37.97 2.90
1322.9 205.73 10.50 3031.01
2. 2302.39 3.13 2527.67
73.14 14.14 3.5
1100 470.20 12.00
2. 444.0 5.27
IV EVALUACION CIRCUITO DE REMOLIENDA CIANUR MOLINO ?'X10' I M 50 70 100 150 200 270 325 400 450 500 635 "635 TOTAL
A*;5() 300 212 150 106 75 53 45 3 32 25 20
ALIMENTO MOLINO ?' X 10' I $ESO ACUM(=) ACUM(") 3.47 3.47 96.53 3.10 6.57 93.43 4.3 11.40 .60 .1 19.57 0.43 16.44 36.01 63.99 22.5 5.6 41.14 .50 67.36 32.64 7.53 74.9 25.11 4.43 79.32 20.6 3.76 3.07 16.93 3.00 6.07 13.93 13.93 100.00 0.00 100.00
CURVA DE MOLIENDA MOLINO ?'X10' I
DESCAR#A MOLINO $ESO ACUM(=) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 2.15 2.15 .64 10.79 .95 19.74 21.22 40.95 17.5 5.1 1.91 77.71 7.5 5.29 14.71 100.00 100.00
"635
17
5.5 100.00
100.00
0.00
2.79 100.00
100.00
CURVA DE MOLIENDA MOLINO ?X10 II 100
ACUM.(")
0 60 40 20 0 10 ALIME NTO
AERTURA() DESCA RGA
100
CION
' X 10' I ACUM(") 100.00 100.00 100.00 100.00 97.5 9.21 0.26 59.05 41.19 22.29 14.71 0.00
INTEROLACION
10 F80
10?.193 7?
80.43 80 3.99
INTEROLACION 4?.00
80
44.913 38
80.2 80 ?9.0?
0.00
F0 #µ&$ 0 #µ&$ RADIO RED
0.00
0.21 69.53 1.15
EVALUACION DEL CICLON D"10 I CALCULO DE LA CURVA DE TROM $% O-F(R-F)
MALLAS 50 70 100 140 200 270 325 400 450 500 635 "635
() 300 212 150 106 75 53 45 3 32 25 20 20
ROMEDIO 300.00 252.19 17.33 126.10 9.16 63.05 4.4 41.35 34.7 2.2 22.36 10
0.00 0.00 0.00 0.00 2.13 3.99 2.35 4.91 4.7 6.6 3.22 25.74 53.0
D?0
$% U-F(D-F)
0.00 0.00 0.00 0.00 13.52 14.46 4.53 5.6 2.32 2.53 0.41 2.5 46.20
ALIMENTO CALC 0.00 0.00 0.00 0.00 15.65 1.44 6. 10.77 7.09 9.22 3.63 2.31 100.00
40.00
CURVA TROM !IDROCICLON D"10 I 100.00 90.00 0.00
COE CORR
0.904604
C(O-F) 0.00 0.00 0.00 13.63 21.61 40.00 45.62 67.34 72.53 .5 90.9
CURVA DE !IDROCICLON D"10 100.00 90.00 0.00 70.00 60.00 A%ERTURA ALIMENTO U/F O/F 50.00 40.00 30.00 CALCULO DE EFICIENCIA DE CLASIFICACION 20.00 EN O/F 10.00 ARA ARTICULAS MENOR AL D50 0.00 N1@#0/$J#TMS#O/F$/TMS#ALIM$$ N1 10.00 EN U/F
0.59
100.00
ARA ARTICULAS MAORES AL D50
N2@##100"<$/#100"$$J#&< U/F/&< ALIM$
TMS O-F TMS U-F
N2
ALIMENTO
150.74 129.45
UNDER
0.715
O
C(U-F) 100.00 100.00 100.00 6.37 7.39 60.00 54.3 32.66 27.47 11.42 9.11
FR=D D-R F-R
0.8 1.8?87?8?027
R-F D-F
0.?38 0.42 1.000
32.00 F80
??.388 2?.00
1000.00 VER
32. ?0 27.47
EVALUACION DEL CICLON D"10 II CALCULO DE LA CURVA DE TROM $% O-F(R-F)
MALLAS 50 70 100 140 200 270 325 400 450 500 635 "635
() 300 212 150 106 75 53 45 3 32 25 20 20
ROMEDIO 300.00 252.19 17.33 126.10 9.16 63.05 4.4 41.35 34.7 2.2 22.36 10
0.00 0.00 0.00 0.00 1.34 4.56 5.1 16.25 1.57 12.01 5.90 17.43 1.24
D?0
$% U-F(D-F)
0.00 0.00 0.00 0.00 0.76 3.39 2.64 5.4 2.95 2.00 0.7 0.76 1.76
ALIMENTO CALC 0.00 0.00 0.00 0.00 2.10 7.95 7.1 21.74 21.52 14.01 6.6 1.19 100.00
??.00
CURVA TROM !IDROCICLON D"10 II 100.00 90.00 0.00 70.00
COE CORR
0 960579
C(O-F) 0.00 0.00 0.00 0.00 20.00 55.00 66.27 74.77 6.29 5.69 .37 95.3
110.00 100.00 90.00 0.00 70.00 A%ERTURA ALIMENTO U/F O/F 60.00 50.00 40.00 CALCULO DE EFICIENCIA DE CLASIFICACION EN O/F ARA ARTICULAS MENOR AL D50 30.00 20.00 N1@#0/$J#TMS#O/F$/TMS#ALIM$$ N1 10.00 EN U/F ARA ARTICULAS MAORES AL D50 N2@##100"<$/#100"$$J#&< N2 0.00 U/F/&< ALIM$ 10
0.30 0.413
100 ALIMENTO#F$
TMS O/F TMS U/F TMS AL CICLON D"10 '@!)+'< *( O/F @!)+'< *( ALIMENTO <@! )+'< *( U/F
OVER#O/$
277.7 64.15 341.93 92 90 7
EFICIENCIA DE CLASIFICACIONN1N2100 34.278 CALCULO DE CAR#A CIRCULANTE METODO DE DENSIDADES
)')( AE VORTE
C(U-F) 100.00 100.00 100.00 100.00 70.00 55.00 33.73 25.23 13.71 14.31 11.63 4.17
FR=D D-R F-R
0.23 1.23
R-F D-F
0.812 0.188 1.000
1000 UNDER#U/F$
+ 13,14 3/4 3 1/2
EVALUACION DEL CICLON # H 10 CALCULO DE LA CURVA DE TROM MALLAS 50 70 100 140 200 270 325 400 450 500 635 "635
() 300 212 150 106 75 53 45 3 32 25 20 20
ROMEDIO 300.00 252.19 17.33 126.10 9.16 63.05 4.4 41.35 34.7 2.2 22.36 10
$% O-F(R-F)
$% U-F(D-F)
0.00 0.00 0.00 0.00 0.14 0.55 0.37 1.11 1.93 3.31 3.31 24.45 35.1
0.00 0.00 0.00 0.00 2.09 4.44 3.71 14.35 16.95 11.25 4.95 7.0 64.2
D?0
ALIMENTO CALC 0.00 0.00 0.00 0.00 2.24 4.99 4.0 15.47 1. 14.56 .25 31.53 100.00
18.00
CURVA TROM !IDROCICLON #H"10
100.00 90.00
COE CORR 0.419703675 & 0.037124956
100.00
100.00 CUR VA DE ! IDROCICLON #,H 10
100.00 90.00 0.00 70.00 60.00
ACUM(")
50.00 40.00 30.00 20.00 10.00 0.00 10.00
100.00
A'ERTUR A (,,) ALIM ENTO
A%ERTURAALIMENTO
U/F
UNDER
O/F
CALCULO DE EFICIENCIA DE CLASIFICACION EN O/F
ARA ARTICULAS MENOR AL D50
N1@#0/$J#TMS#O/F$/TMS#ALIM$$ EN U/F
N1
0.736
N2
0.773
ARA ARTICULAS MAORES AL D50
N2@##100"<$/#100"$$J#&< U/F/&< ALIM$
TMS O-F
150.74
C(O-F) 100.00 100.00 100.00 100.00 93.59 .96 90.96 92.0 9.76 77.26 59.95 22.46
C(U-F) 0.00 0.00 0.00 0.00 6.41 11.04 9.04 7.20 10.24 22.74 40.05 77.54
FR=D D-R F-R
1.84 2.8428
R-F D-F
0.3?2 0.48 1.000
100.00
1000.00 OVER
CIRCUITO DE CIANURACION " : LAVADO EN CONTRACORRIENTE 1?0.74
10?0
4.3
.20
2313.4
2278.?8
!
12
$CN
0.2
1?0.74
1310
4.3
30.84
373.17
338.11
!
12
$CN
0.2
E"2 1?0.74
200
4.3
7.0?
109.13
74.08 &3/)-
264.03 E"5
&3/)E"4
FLU
8 3-@;
771.21
D -/5;
1300
!
11.8?
$CN
0.1?
R** C/;6/ D
22?0
MERRILL CROE E"3
REMOLIENDA CN &3/)-
102.75
1?0.74
20?0
4.3
.74
110.17
7?.12
T+-
D(;-)
$SJ/+
#* 3 !2O
1?0.74
1300
4.3
30.07
38?.1
3?0.??
3
T/* ;*+/*6/ 39.83@;+
1?0.74
1100
4.3
11.8?
11?.82
1121.7
V.- INVENTARIO CIRCUITO DE CIANURACION MARZO - 2009
FECHA DE MUESTREO 31/03/2009
LEY
O R T C S E g Au /tms
L
SOLIDOS
g Ag /tms
Cot.
! D"st#"$u%"&
Au 'g(
)*#%"*+
Tot*+
g Au /m3
ESPESADOR 1
,9.0
9.22
6, 425. 83
76. 26
45. 45
0.00
ESPESADOR 2
9.0
,.0
94. 08
1. 12
0. 67
7.?3
ESPESADOR 3
.
1.00
139. 63
1. 66
0. 99
0.??
ESPESADOR 4
.10
2.0
126. 26
1. 50
0. 89
0.21
6, 785. 80
80. 54
47. 99
TOTAL ESPESADORES
Y
SOLUCIONES
g Ag /m3
Cot.
! D"st#"$u%"&
Au 'g(
)*#%"*+
Tot*+
0.00
0. 00
0. 00
0. 00
3.30
1, 413. 36
24. 74
10. 00
0.?9
101. 33
1. 77
0. 72
0.32
38. 69
0. 68
0. 27
1, 553. 38
27. 19
10. 99
EVALUACION MOLINO ?'X10' ALIMENTO AL MOLINO DE OLAS ?' H 10' M 50 70 100 140 200 270 325 400 450 500 635 "635 TOTAL
A*;5() 300 212 150 106 75 53 45 3 32 25 20 20
$ *+ 3.10 4.3 .1 16.44 22.5 .50 7.53 4.43 3.76 3.00 13.93 96.53
$ A(=) 0.00 3.10 7.93 16.11 32.54 55.40 63.90 71.42 75.5 79.61 2.60 96.53
$ A( " ) 100.00 96.90 92.07 3.9 67.46 44.60 36.10 2.5 24.15 20.39 17.40 3.47
ROSIN RAMMLER L (*;) (100 -( $A 2.477 2.326 0.541 2.176 0.404 2.025 0.262 1.75 0.050 1.724 "0.229 1.653 "0.349 1.50 "0.473 1.505 "0.55 1.39 "0.642 1.301 "0.719
#AUDIN SC!UMANN L (*;) L ($A6(") 2.477 2.000 2.326 1.96 2.176 1.964 2.025 1.924 1.75 1.29 1.724 1.649 1.653 1.55 1.50 1.456 1.505 1.33 1.39 1.309 1.301 1.240
120.0
100.0
0.0
60.0
40.0
ROSIN RAMMLER
#AUDIN SC!UMANN 20.0
F#$ @ 100#1"*#"#/$&$$ L'#L+#100/A#$$$ @ " &L'#$ &L'#$ @ A
%
F#$@100# / $& L'#A#"$$ @ L'#100/&$ &L'#$ @ A
R*;*++/ O55G C'+<-+ S E ' E< R S-* N'. ' O<*:-)'+<
"2.524 0.055 0.993 10.000
R*;*++/ O55G C'+<-+ S E ' E< R S-* N'. ' O<*:-)'+<
0.353 0.04 0.92 11.000
G-'< * L)*-
.000
D***< ' F**'&
9.000
%
0.0
C'*))*+#<$
1.339
C'*))*+#<$
EC. LINEAL DE ROSIN RAMMLER
0.720
EC. LINEAL DE #AUDIN SC!UMANN
1.339 L' # L+ 100 /A#$$$
"2.524
@ 77
L'
L'#A#"$$ @
& F0
109
0.353
0.720
L'
@ 195 F0 143.00 &
DESCAR#A MOLINO DE OLAS ?' H 10' M 50 70 100 140 200 270 325 400 450 500 635 "635 TOTAL
A*;5() 300 212 150 106 75 53 45 3 32 25 20 20
$ *+ 0.00 0.00 0.00 0.00 15.2 19.60 7.09 10.02 6.7 6.66 5.24 2.79 100.00
$ A(=) 0.00 0.00 0.00 0.00 15.2 35.43 42.51 52.53 59.31 65.97 71.21 100.00
$ A( " ) 100.00 100.00 100.00 100.00 4.1 64.57 57.49 47.47 40.69 34.03 2.79 0.00
ROSIN RAMMLER L (*;) (100 -( $A 2.477 2.326 2.176 2.025 1.75 0.266 1.724 0.016 1.653 "0.06 1.50 "0.191 1.505 "0.22 1.39 "0.31 1.301 "0.469
#AUDIN SC!UMANN L (*;) L ($A6(") 2.477 2.000 2.326 2.000 2.176 2.000 2.025 2.000 1.75 1.925 1.724 1.10 1.653 1.760 1.50 1.676 1.505 1.609 1.39 1.532 1.301 1.459 EC. LINEAL DE ROSIN R
L' # L+ 100 /A#$$$ @
"2.172
@ 50 0
R*;*++/ O55G C'+<-+ S E ' E< R S-* N'. ' O<*:-)'+<
R*;*++/ O55G "2.172 0.035 0.992 7.000
C'+<-+ S E ' E< R S-* N'. ' O<*:-)'+<
0.903 0.07 0.932 11.000
73
G-'< * L)*- C'*))*+#<$
5.000 1.277
D***< ' F**'& C'*))*+#<$
9.000 0.491
EVALUACION MOLINO ?X10 I ALIMENTO AL MOLINO DE OLAS 4' H 8' M 50 70 100 140 200 270 325 400 450 500 635 "635 TOTAL
A*;5() 300 212 150 106 75 53 45 3 32 25 20 20
$ *+ 0.00 0.00 0.00 0.00 3.23 6.5 5.73 22.14 26.15 17.35 7.63 10.92 100.00
$ A(=) 0.00 0.00 0.00 0.00 3.23 10.0 15.0 37.94 64.09 1.45 9.0 100.00
$ A( " ) 100.00 100.00 100.00 100.00 96.77 9.92 4.20 62.06 35.91 1.55 10.92 0.00
ROSIN RAMMLER F#$ @ 100#1"*#"#/$&$$ L'#L+#100/A#$$$ @ " &L'#$ &L'#$ @ A
ROSIN RAMMLER L (*;) (100 -( $A 2.477 2.326 2.176 2.025 1.75 0.536 1.724 0.361 1.653 0.266 1.50 "0.014 1.505 "0.352 1.39 "0.6 1.301 "0.937
#AUDIN SC!UMANN L (*;) L ($A6(") 2.477 2.000 2.326 2.000 2.176 2.000 2.025 2.000 1.75 1.96 1.724 1.954 1.653 1.925 1.50 1.793 1.505 1.555 1.39 1.26 1.301 1.03
#AUDIN SC!UMANN
%
F#$@100# / $ & L'#A#"$$ @ L'#100/&$ &L'#$ @ A
A %
R*;*++/ O55G C'+<-+ S E ' E< R S-* N'. ' O<*:-)'+< G-'< * L)*-
R*;*++/ O55G C'+<-+ S E ' E< R S-* N'. ' O<*:-)'+< D***< ' F**'&
"4.509 0.129 0.977 7.000 5.000
0.53 0.226 0.77? 11.000 9.000
2.75 C'*))*+#<$ EC. LINEAL DE ROSIN RAMMLER
C'*))*+#<$ 0.67 EC. LINEAL DE #AUDIN SC!UMANN
2.75 L' # L+ 100 /A#$$$
"4.509
L'
L'#A#"$$ @
@ 42
0.53
0.67
L'
@ 143
& F0
F80 G
49
103
DESCAR#A MOLINO DE OLAS 4' H 8' M 50 70 100 140 200 270 325 400 450 500 635 "635
A*;5() 300 212 150 106 75 53 45 3 32 25 20 20
$ *+ 0.00 0.00 0.00 0.00 15.2 19.60 7.09 10.02 6.7 6.66 5.24 2.79 100.00
$ A(=) 0.00 0.00 0.00 0.00 15.2 35.43 42.51 52.53 59.31 65.97 71.21 100.00
$ A( " ) 100.00 100.00 100.00 100.00 4.1 64.57 57.49 47.47 40.69 34.03 2.79 0.00
ROSIN RAMMLER L (*;) (100 -( $A 2.477 2.326 2.176 2.025 1.75 0.266 1.724 0.016 1.653 "0.06 1.50 "0.191 1.505 "0.22 1.39 "0.31 1.301 "0.469
#AUDIN SC!UMANN L (*;) L ($A6(") 2.477 2.000 2.326 2.000 2.176 2.000 2.025 2.000 1.75 1.925 1.724 1.10 1.653 1.760 1.50 1.676 1.505 1.609 1.39 1.532 1.301 1.459 EC. LINEAL DE ROSIN R
L' # L+ 100 /A#$$$ @ @ 50
"2.172
ROSIN RAMMLER R*;*++/ O55G C'+<-+ S E ' E< R S-* N'. ' O<*:-)'+< G-'< * L)*-
"2.172 0.035 0.992 7.000 5.000 1.277
#AUDIN SC!UMANN
0
73
R*;*++/ O55G C'+<-+ S E ' E< R S-* N'. ' O<*:-)'+< D***< ' F**'&
0.903 0.07 0.932 11.000 9.000
C'*))*+#<$
0.491
C'*))*+#<$
RADIO DE R
0
0
0 ALIMENTO DESCARGA
0
0
0
0 10
100
1000
GRAFICAMENTE F0 F80
143
80 RADIO DE REDUCCION
MMLER
1.277
1.49?70?8979
EC. LINEAL DE #AUDIN SC!UMANN
L'
L'#A#"$$ @
&
6.9201 0.50145652
73
0.903
0.491
@172
80 G
109
L'
CURVA DE M OLIENDA MOLINO ?X10 I 100.00 90.00 0.00 70.00 60.00 UM(") 50.00
ALIMENTO DESCARGA
40.00 30.00 20.00 10.00 0.00 10
100
1000
AERTURA(MICRON)
GRAFICAMENTE F80 80
AMMLER
1.277
49 73
EC. LINEAL DE #AUDIN SC!UMANN
L'
L'#A#"$$ @
0.903
@ 172
0.491
L'
80 G
&
ED EDUCCION
1.408912771
109 MOLINO4O4'X4'
CURVA#.S # MOLINO 3X
INVENTARIO DEL CIRCUITO DE CIANURACION DATOS
ESESADORES ES"2 ES"3 1?0.74 1?0.74 .28 .28 4.30 4.30 1040.0 1100.0 ?.01 11.8? 18.9? 7.44 190.00 190.00 9.?0 ?.4 7.?3 0.??
TMS TMS-!ORA #.E DENSIDAD DE ULA $ DE SOLIDOS LIBUIDO-SOLIDO VOLUMEN UTIL LE: DE SOLIDO (-5) LE: DE SOLUCION (-3)
ES"1 1?0.74 .28 4.30 1290.0 29.29 2.41 190.00 89.?0 0.00
TONELADAS ULA VOLUMEN ULA VOL. ULA-!ORA TIEMO DE RETENCION (!;) TMS - TANBUE M3 TANBUE CONTENIDO SOLIDO CONTENIDO LIBUIDO SU TOTALES CONTENIDO TOTAL
?14.?8 3007.73 398.90 2892.04 1.2 120.?0 11.43 1.?8 71.80 9.90 173.30 187.70 42 94.08 0.00 1413.3 42?.83 1?07.44 ESESADORES
1272.?0 11?.82 48.20 3.94 24.7 184.24 139.3 101.33 240.97 8339.19
ES"4 A#"1 1?0.74 1?0.74 .28 .28 4.30 4.30 1100.0 1300.0 11.8? 30.07 7.44 2.33 190.00 14.00 ?.10 7.84 0.21 3.97 1272.? 11?.8 48.20 3.94 24.7 184.24 12.2 38.9 14.9?
A#ITADORES T& A#"2 A#"3 A#"4 CI"1 1?0.74 1?0.74 1?0.74 1?0.74 .28 .28 .28 .28 4.30 4.30 4.30 4.30 1300.0 1300.0 1300.0 1400.0 30.07 30.07 37.23 37.23 2.33 2.33 1.9 1.9 14.00 14.00 14.00 14.00 ?.84 ?.?0 ?.17 0.00 4.12 3.92 3.2 0.00
?01.29 ?01.29 38?.1 38?.1 1.07 1.07 10.21 10.21 4.11 4.11 149.09 149.09 ?02.2 374.40 ?91.9 14.3 1094.? 988.7 A#ITADORES
?01.29 38?.1 1.07 10.21 4.11 149.09 3?2.0 ?84.4 937.0 391?.0
404.89 404.89 311.4? 289.20 12.98 12.0? 12.4 13.1 79.37 8?.48 133.83 144.12 410.3 0.00 484.? 0.0 894.8 0.0 CI 0.0
3915.01 3915.01
TANBUES DE SOLUCIONES SOLUCION RICA SOLUCION ARREN CLARIFICADOR TOTAL EN SOLUCIONES
LLENADO T&. SOL. RICA
CONTENIDO TOTAL ESESADORES A#ITADORES TANBUES CI SOLUCIONES CARONES TOTAL
M3 8?.00 0.00 18?
- 3 .98 0.0? .98
A ?93.30 0.00 1291.30 14.6
CARONES CI 1 CIC 1 CIC 2 TOTAL EN CI
7? $
A 8339.2 391?.0 0.0 1884.
$ DIST. A ?8.98 27.9 0.00 13.33 0.00 0.00 14139 100
190
TM
- TM
A 0.00 0.00 0.00 0.00
4.0 0.05
MOLIENDA
D A T O S
REMOLIENDA
F80,
7,712
143
80,
230
2
TMS
44137.44
4?2.93
&"@
39933.72
90799.0
@ / TMS ) @ / #10/0P 0.5 " 10/F00.5$ TC @ 907.17 . TC @ 2000 ( @ 29.166 '+- '8
">/TMS
9.05
19.90
MOLIENDA F0 7712.00 0 230.00
) @ / #10/0P 0.5 " 10/F0P0.5$ ORAS DE OERACIO
% /*H % /*H
16.59
1.?9 ">/TMS
17.69
17.9 ">/TMS
TMS MES
44137.44
MOLIENDA
725.5
TMS MES CN
4562.93
CIANURACION
726.5
REMOLIENDA F0 143 0 26
TRATAMIENTO
ORAS
MOLIENDA
1460.09
ORAS
REMOLIENDA
150.74
EVALUACION MOLINO 9'X8'
30"D*"99
ALIMENTO AL MOLINO DE OLAS 9' H 8' M 1/2 3/ 4M 6M M 10M 14M 20M 40M 50M 70M 100M 140M 200M 270M 325M "325M TOTAL
A*;5() 12500 9500 4750 3350 2360 2000 1400 50 425 300 212 150 106 75 53 45 0
$ *+ 1.91 5.31 33.92 9.45 7.61 3.24 5.09 5.69 6.47 2.65 2.45 1.94 1.0 1.65 1.29 0.41 9.11 100.00
$ A(=) 1.91 7.23 41.15 50.61 5.22 61.45 66.55 72.24 7.70 1.36 3.0 5.75 7.55 9.19 90.4 90.9 100.00
$ A( " ) 9.09 92.77 5.5 49.39 41.7 3.55 33.45 27.76 21.30 1.64 16.20 14.25 12.45 10.1 9.52 9.11 0.00
ROSIN RAMMLER
#AUDIN SC!UMANN
F#$ @ 100#1"*#"#/$ &$$ L'#L+#100/A#$$$ @ " &L'#$ &L'#$ @ A R*;*++/ O55G
ROSIN RAMMLER #AUDIN SC!UMANN L (*;) (100 -( $A L (*;) L ($A6(") 4.097 4.097 1.992 3.97 0.419 3.97 1.967 3.677 "0.052 3.677 1.770 3.525 "0.167 3.525 1.694 3.373 "0.267 3.373 1.621 3.301 "0.313 3.301 1.56 3.146 "0.390 3.146 1.524 2.929 "0.4 2.929 1.443 2.62 "0.621 2.62 1.32 2.477 "0.65 2.477 1.271 2.326 "0.753 2.326 1.209 2.176 "0.13 2.176 1.154 2.025 "0.76 2.025 1.095 1.75 "0.942 1.75 1.034 1.724 "1.000 1.724 0.979 1.653 "1.020 1.653 0.960
"1.956
%
F#$@100# / $ & L'#A#"$$ @ L'#100/ &$ &L'#$ @ A R*;*++/ O55G
%
C'+<-+ S E ' E< R S-* N'. ' O<*:-)'+< G-'< * L)*-
0.09 0.973 15.000 13.000
C'+<-+ S E ' E< R S-* N'. ' O<*:-)'+< D***< ' F**'&
0.243 0.02 0.997 16.000 14.000
C'*))*+#<$
0.417
0.524 C'*))*+#<$ EC. LINEAL DE ROSIN RAMMLER
EC. LINEAL DE #AUDIN SC!UMANN
0.524 L' # L+ 100 /A#$$$
"1.956
@ 5437
L'
L'#A#"$$ @
& F0
13493
0.243
0.417
L'
@ 16246 F0 951 &
DESCAR#A MOLINO DE OLAS 9' H 8' M 1/2 3/ 4M 6M M 10M 14M 20M 40M 50M 70M 100M 140M 200M 270M 325M "325M TOTAL
A*;5() 12500 9500 4750 3350 2360 2000 1400 50 425 300 212 150 106 75 53 45 0
$ *+ 0.00 0.77 5.71 2.45 2.69 1.61 3.93 .43 21.41 11.91 10.63 6.94 5.61 3.74 2.31 0.67 11.19 100.00
$ A(=) 0.00 0.77 6.4 .93 11.62 13.22 17.15 25.5 46.99 5.90 69.53 76.47 2.0 5.2 .14 .1 100.00
$ A( " ) 100.00 99.23 93.52 91.07 .3 6.7 2.5 74.42 53.01 41.10 30.47 23.53 17.92 14.1 11.6 11.19
ROSIN RAMMLER #AUDIN SC!UMANN L (*;) (100 -( $A L (*;) L ($A6(") 4.097 0.000 4.097 2.000 3.97 0.000 3.97 1.997 3.677 0.437 3.677 1.971 3.525 0.33 3.525 1.959 3.373 0.333 3.373 1.946 3.301 0.306 3.301 1.93 3.146 0.246 3.146 1.91 2.929 0.135 2.929 1.72 2.62 "0.122 2.62 1.724 2.477 "0.276 2.477 1.614 2.326 "0.440 2.326 1.44 2.176 "0.571 2.176 1.372 2.025 "0.705 2.025 1.253 1.75 "0.16 1.75 1.152 1.724 "0.99 1.724 1.074 1.653 "0.926 1.653 1.049
. LINEAL DE ROSIN RAMML R*;*++/ O55G C'+<-+ S E ' E< R S-* N'. ' O<*:-)'+< G-'< * L)*- C'*))*+#<$
R*;*++/ O55G "1.659 0.243 0.87? 16.000 14.000 0.526
C'+<-+ S E ' E< R S-* N'. ' O<*:-)'+< D***< ' F**'& C'*))*+#<$
0.456 0.117 0.949 16.000 14.000 0.424
L' # L+ 100 /A#$$$ @ 0
EVALUACION MOLINO 'X' ALIMENTO AL MOLINO DE OLAS ' H ' M 1/2 3/ 4M 6M M 10M 14M 20M 40M 50M 70M 100M 140M 200M 270M 325M "325M TOTAL
A*;5() 12500 9500 4750 3350 2360 2000 1400 50 425 300 212 150 106 75 53 45 0
ROSIN RAMMLER
$ *+ 0.00 3.31 10.26 3.55 3.46 2.01 4.65 9.76 23.36 11.56 9.4 5.7 3.5 2.23 1.10 0.25 5.30 100.00
$ A(=) 0.00 3.31 13.57 17.12 20.5 22.59 27.24 37.00 60.36 71.92 1.40 7.27 91.12 93.35 94.45 94.70 100.00
$ A( " ) 100.00 96.69 6.43 2. 79.42 77.41 72.76 63.00 39.64 2.0 1.60 12.73 . 6.65 5.55 5.30 0.00
ROSIN RAMMLER #AUDIN SC!UMANN L (*;) (100 -( $A L (*;) L ($A6(") 4.097 0.000 4.097 2.000 3.97 0.533 3.97 1.95 3.677 0.300 3.677 1.937 3.525 0.247 3.525 1.91 3.373 0.199 3.373 1.900 3.301 0.173 3.301 1.9 3.146 0.114 3.146 1.62 2.929 "0.003 2.929 1.799 2.62 "0.297 2.62 1.59 2.477 "0.42 2.477 1.44 2.326 "0.67 2.326 1.269 2.176 "0.66 2.176 1.105 2.025 "1.032 2.025 0.94 1.75 "1.162 1.75 0.23 1.724 "1.243 1.724 0.744 1.653 "1.264 1.653 0.724
#AUDIN SC!UMANN
"1.659
@ 1423 3515
F#$ @ 100#1"*#"#/$&$$ L'#L+#100/A#$$$ @ " &L'#$ &L'#$ @ A R*;*++/ O55G
F#$@100# / $& L'#A#"$$ @ L'#100/&$ &L'#$ @ A
%
R*;*++/ O55G
"2.30 0.20 0.94 16.000 14.000
C'+<-+ S E ' E< R S-* N'. ' O<*:-)'+< G-'< * L)*-
C'+<-+ S E ' E< R S-* N'. ' O<*:-)'+< D***< ' F**'&
"0.116 0.151 0.9?4 16.000 14.000
0.726 C'*))*+#<$ EC. LINEAL DE ROSIN RAMMLER
C'*))*+#<$ 0.575 EC. LINEAL DE #AUDIN SC!UMANN
0.726 L' # L+ 100 /A#$$$
"2.30
L'
L'#A#"$$ @
@ 196
"0.116
0.575
L'
@ 410
& F0
F80 G
3652
323
DESCAR#A MOLINO DE OLAS ' H ' M 1/2 3/ 4M 6M M 10M 14M 20M 40M 50M 70M 100M
A*;5() 12500 9500 4750 3350 2360 2000 1400 50 425 300 212 150
$ *+ 0.00 1.2 5. 2.70 2.25 1.09 2.33 5.40 19.51 14.05 13.3 9.20
$ A(=) 0.00 1.2 7.15 9.5 12.10 13.19 15.52 20.92 40.42 54.47 6.30 77.50
$ A( " ) 100.00 9.72 92.5 90.15 7.90 6.1 4.4 79.0 59.5 45.53 31.70 22.50
ROSIN RAMMLER #AUDIN SC!UMANN L (*;) (100 -( $A L (*;) L ($A6(") 4.097 4.097 2.000 3.97 3.97 1.994 3.677 0.421 3.677 1.96 3.525 0.365 3.525 1.955 3.373 0.325 3.373 1.944 3.301 0.307 3.301 1.939 3.146 0.270 3.146 1.927 2.929 0.194 2.929 1.9 2.62 "0.043 2.62 1.775 2.477 "0.216 2.477 1.65 2.326 "0.419 2.326 1.501 2.176 "0.594 2.176 1.352
%
140M 200M 270M 325M "325M
106 75 53 45 0
ROSIN RAMMLER R*;*++/ O55G C'+<-+ S E ' E< R S-* N'. ' O<*:-)'+< G-'< * L)*- C'*))*+#<$
6.7 4.64 2.71 0.76 7.52 100.00
4.37 9.01 91.72 92.4 100.00
15.63 10.99 .2 7.52 0.00
2.025 1.75 1.724 1.653
"0.770 "0.934 "1.063 "1.107
#AUDIN SC!UMANN
2.025 1.75 1.724 1.653
1.194 1.041 0.91 0.76
EC. LINEAL DE ROSIN R
R*;*++/ O55G
"2.351 0.124 0.978 14.000 12.000
C'+<-+ S E ' E< R S-* N'. ' O<*:-)'+< D***< ' F**'&
0.290 0.164 0.924 16.000 14.000
L' # L+ 100 /A#$$$ @
"2.351
@ 33 0
1505
0.05 C'*))*+#<$
0.474
EVALUACION MOLINO ?'X?' ALIMENTO AL MOLINO DE OLAS ?'H ?' M 1/2 3/ 4M 6M M 10M 14M 20M 40M 50M 70M 100M 140M
A*;5() 12500 9500 4750 3350 2360 2000 1400 50 425 300 212 150 106
$ *+ 0.00 1.44 .00 2.76 3.50 2.03 4.95 10.53 25.47 12.40 10.47 6.0 4.54
$ A(=) 0.00 1.44 9.44 12.20 15.70 17.73 22.6 33.22 5.69 71.09 1.56 7.64 92.1
$ A( " ) 100.00 9.56 90.56 7.0 4.30 2.27 77.32 66.7 41.31 2.91 1.44 12.36 7.2
ROSIN RAMMLER #AUDIN SC!UMANN L (*;) (100 -( $A L (*;) L ($A6(") 4.097 4.097 2.000 3.97 0.62 3.97 1.994 3.677 0.373 3.677 1.957 3.525 0.323 3.525 1.943 3.373 0.267 3.373 1.926 3.301 0.23 3.301 1.915 3.146 0.171 3.146 1. 2.929 0.042 2.929 1.25 2.62 "0.273 2.62 1.616 2.477 "0.467 2.477 1.461 2.326 "0.691 2.326 1.266 2.176 "0.0 2.176 1.092 2.025 "1.09 2.025 0.93
RADIO DE R
200M 270M 325M "325M TOTAL
75 53 45 0
2.42 1.22 0.2 3.90 100.00
94.60 95.2 96.10 100.00
5.40 4.1 3.90 0.00
ROSIN RAMMLER
1.75 1.724 1.653
"1.255 "1.369 "1.400
1.75 1.724 1.653
0.733 0.622 0.591
#AUDIN SC!UMANN
F#$ @ 100#1"*#"#/$&$$ L'#L+#100/A#$$$ @ " &L'#$ &L'#$ @ A R*;*++/ O55G
F#$@100# / $& L'#A#"$$ @ L'#100/&$ &L'#$ @ A
%
R*;*++/ O55G
"2.72 0.124 0.98 15.000 13.000
C'+<-+ S E ' E< R S-* N'. ' O<*:-)'+< G-'< * L)*-
C'+<-+ S E ' E< R S-* N'. ' O<*:-)'+< D***< ' F**'&
"0.275 0.13 0.944 16.000 14.000
0.924 C'*))*+#<$ EC. LINEAL DE ROSIN RAMMLER
C'*))*+#<$ 0.626 EC. LINEAL DE #AUDIN SC!UMANN
0.924 L' # L+ 100 /A#$$$
"2.72
L'
L'#A#"$$ @
@ 127
"0.275
0.626
L'
@ 429
& F0
2154
F0
3010 &
DESCAR#A MOLINO DE OLAS ?' H?' I M 1/2 3/ 4M 6M
A*;5() 12500 9500 4750 3350
$ *+ 0.00 0.63 3.35 0.93
$ A(=) 0.00 0.63 3.9 4.91
$ A( " ) 100.00 99.37 96.02 95.09
ROSIN RAMMLER #AUDIN SC!UMANN L (*;) (100 -( $A L (*;) L ($A6(") 4.097 4.097 2.000 3.97 3.97 1.997 3.677 0.50 3.677 1.92 3.525 0.479 3.525 1.97
%
M 10M 14M 20M 40M 50M 70M 100M 140M 200M 270M 325M "325M TOTAL
2360 2000 1400 50 425 300 212 150 106 75 53 45 0
1.10 0.51 1.27 3.06 14.07 12.50 14.59 10.95 .0 6.46 4.0 1.23 16.4 100.00
ROSIN RAMMLER R*;*++/ O55G C'+<-+ S E ' E< R S-* N'. ' O<*:-)'+< G-'< * L)*-
6.01 6.52 7.79 10.5 24.92 37.42 52.01 62.96 71.76 7.22 2.29 3.52 100.00
93.99 93.4 92.21 9.15 75.0 62.5 47.99 37.04 2.24 21.7 17.71 16.4 0.00
3.373 3.301 3.146 2.929 2.62 2.477 2.326 2.176 2.025 1.75 1.724 1.653
0.449 0.436 0.407 0.347 0.143 "0.007 "0.15 "0.335 "0.479 "0.610 "0.710 "0.745
3.373 3.301 3.146 2.929 2.62 2.477 2.326 2.176 2.025 1.75 1.724 1.653
1.973 1.971 1.965 1.950 1.76 1.796 1.61 1.569 1.451 1.33 1.24 1.217 EC. LINEAL DE ROSIN R
#AUDIN SC!UMANN "1.792 0.107 0.977 14.000 12.000
R*;*++/ O55G C'+<-+ S E ' E< R S-* N'. ' O<*:-)'+< D***< ' F**'&
L' # L+ 100 /A#$$$ @ 0.30 0.125 0.910 16.000 14.000
0.673 C'*))*+#<$
C'*))*+#<$
0.32
EVALUACION MOLINO ?'X?' II DESCAR#A AL MOLINO DE OLAS ?'H ?' II
"1.792
@ 460 0
934
M 1/2 3/ 4M 6M M 10M 14M 20M 40M 50M 70M 100M 140M 200M 270M 325M "325M TOTAL
A*;5() 12500 9500 4750 3350 2360 2000 1400 50 425 300 212 150 106 75 53 45 0
$ *+ 0.00 0.65 5.2 1.0 1.7 0.90 1.97 4.39 17.40 13.40 13.99 9.0 7.46 5.27 3.20 0.90 11.17 100.00
$ A(=) 0.00 0.65 6.47 .27 10.14 11.04 13.02 17.41 34.1 4.21 62.20 72.00 79.46 4.72 7.93 .3 100.00
$ A( " ) 100.00 99.35 93.53 91.73 9.6 .96 6.9 2.59 65.19 51.79 37.0 2.00 20.54 15.2 12.07 11.17 0.00
ROSIN RAMMLER
#AUDIN SC!UMANN
F#$ @ 100#1"*#"#/$&$$ L'#L+#100/A#$$$ @ " &L'#$ &L'#$ @ A R*;*++/ O55G C'+<-+ S E ' E< R S-* N'. ' O<*:-)'+< G-'< * L)*-
ROSIN RAMMLER #AUDIN SC!UMANN L (*;) (100 -( $A L (*;) L ($A6(") 4.097 4.097 2.000 3.97 3.97 1.997 3.677 0.437 3.677 1.971 3.525 0.397 3.525 1.962 3.373 0.359 3.373 1.954 3.301 0.343 3.301 1.949 3.146 0.309 3.146 1.939 2.929 0.243 2.929 1.917 2.62 0.023 2.62 1.14 2.477 "0.137 2.477 1.714 2.326 "0.323 2.326 1.57 2.176 "0.43 2.176 1.447 2.025 "0.63 2.025 1.313 1.75 "0.70 1.75 1.14 1.724 "0.90 1.724 1.02 1.653 "0.926 1.653 1.04
"2.061 0.111 0.978 14.000 12.000
%
F#$@100# / $& L'#A#"$$ @ L'#100/&$ &L'#$ @ A R*;*++/ O55G C'+<-+ S E ' E< R S-* N'. ' O<*:-)'+< D***< ' F**'&
0.54 0.140 0.923 16.000 14.000
%
0.727 C'*))*+#<$ EC. LINEAL DE ROSIN RAMMLER
C'*))*+#<$ 0.403 EC. LINEAL DE #AUDIN SC!UMANN
0.727 L' # L+ 100 /A#$$$
"2.061
L'
@ 63
L'#A#"$$ @
0.54
@ 4004
& 0
1314
0
2302 &
0.403
L'
GRAFICAMENTE F80 80
9?18 204
RADIO DE REDUCCION
3.??02
MOLINO ?'X?' 120.00
EC. LINEAL DE #AUDIN SC!UMANN
.
0.526
L'
L'#A#"$$ @
&
0.456
0.424
80 G
L' 0.00
@ 4409 204
ACUM(") 60.00
40.00
20.00
0.00 10
100
1000 AERTURA(UM)
10000
DESCAR#A MOLINO 'X'
ALIMENTO MOLINO 'X' 100.00 90.00 0.00 70.00 60.00 ACUM(") 50.00 40.00 30.00 20.00 10.00 0.00
120.00 100.00 0.00 ACUM(") 60.00 40.00 20.00 0.00 10
100
1000
10000
AERTURA(UM)
GRAFICAMENTE F80
323
100000
10
100
1000
10000
AERTURA(UM)
100000
80
MMLER
0.05
1?0?
EC. LINEAL DE #AUDIN SC!UMANN
L'
L'#A#"$$ @
&
0.290
80 G
EDUCCION 2.1809207
MOLINO ?'X?'
120.00
100.00
0.474
@ 4030
2?18
L'
0.00 ACUM(") 60.00
40.00
20.00
0.00 10
100
1000
10000
AERTURA(UM)
GRAFICAMENTE F80 80
21?4 934
100000
MMLER
0.673
EC. LINEAL DE #AUDIN SC!UMANN
L'
L'#A#"$$ @
& RADIO DE REDUCCION
0.30
0.32
@ 3727 0
2.3034?0073
188
L'
CURVA #.S # MOLINO 3X 100.00
90.00
0.00
70.00
60.00 ACUMU(") 50.00
40.00
30.00
20.00
10.00
0.00
F
F
10
100 AERTURA (UM)
GRAFICAMENTE F80 80
1314 KREFP
1000
100000
LA#RAN#E EN !IDROCICLON D"10 I A % C MALLA A%ERTURA ALIMENTO OVER UNDER 300 + 50 0.00 0.00 0.00 2 1 2 + 70 0.00 0.00 0.00 150 + 100 0.00 0.00 0.00 106 + 140 0.00 0.00 0.00 7 5 + 200 15.2 3.96 29.25 53 + 270 19.60 7.41 31.29 45 + 325 7.09 4.3 9.0 3 8 + 400 10.02 9.13 12.67 32 +450 6.7 . 5.01 25 +500 6.66 12.42 5.4 20 +635 5.24 5.9 0.90 <20 -635 2.79 47.4 5.5 100.00 100.00 100.00
#"-$/#-"$
"0.00 0.00 0.00 0.00 13.43 11.69 2.72 2.66 "1.77 "1.1 "4.34 "23.21
1.04 1.00 0.33 1.19 4. 0.17 0.2
#"-$/#-"$
0.29 0.3
#"-$P2 0.00 0.00 0.00 0.00 "11.6 "12.19 "2.71 "0.9 2.10 5.76 0.75 19.04 0.00
1.35
#"-$#"-$ 0.00 0.00 0.00 0.00 10.37 136.67 7.39 7.06 3.12 1.40 1.2 53.70 93.51
0 0 0 0 "159 "143 "7 "2 "4 "7 "3 "442 "767
0.6
β1
LA#RAN#E EN !IDROCICLON D"10 II A % C MALLA A%ERTURA ALIMENTO OVER UNDER 300 + 50 0.00 0.00 0.00 2 1 2 + 70 0.00 0.00 0.00 150 + 100 0.00 0.00 0.00 106 + 140 0.00 0.00 0.00 75 + 200 2.15 1.60 4.05 53 + 270 .64 5.06 17.95
"-
"-
"0.00 0.00 0.00 0.00 1.90 9.31
#"-$P2 0.00 0.00 0.00 0.00 "0.54 "3.5
#"-$#"-$ 0.00 0.00 0.00 0.00 3.61 6.62
0 0 0 0 "1 "33
+ 325
45
+ 400
38
+450
32
+500
25
+635
20
-635
<20
.95 21.22 17.5 1.91 7.5 14.71 100.00
5.45 20.43 25.4 10.0 6.54 24.29 100.00
13.3 29.33 16.41 9.77 3.97 4.70 100.00
0.72 0.10 5.54 "0.9 "0.29
4. .11 "1.44 "9.14 "3.61 "10.01 0.4
23.5 65.76 2.0 3.52 13.01 100.23 37.6
"17 "6 "12 74 4 "96 "7
0.23
β1
LA#RAN#E EN !IDROCICLON D"10 #MAX A % C MALLA A%ERTURA ALIMENTO OVER UNDER 300 + 50 0.00 0.00 0.00 212 + 70 0.00 0.00 0.00 150 + 100 0.00 0.00 0.00 106 + 140 0.00 0.00 0.00 75 + 200 2.25 0.41 3.23 53 + 270 5.33 1.57 6.5 4 5 + 325 4.33 1.05 5.73 38 + 400 14.65 3.17 22.14 32 +450 20.93 5.50 26.15 2 5 +500 13.2 9.41 17.35 20 +635 7.69 9.40 7.63 <20 -635 31.54 69.51 10.92 100.00 100.00 100.00
"3.50 "0.79 7.9 ".10 "1.04 9.5 0.00
"-
"0.00 0.00 0.00 0.00 0.9 1.52 1.40 7.49 5.22 4.07 "0.06 "20.62
#"-$P2 0.00 0.00 0.00 0.00 "1.4 "3.76 "3.2 "11.4 "15.43 "3.7 1.70 37.96
#"-$#"-$ 0.00 0.00 0.00 0.00 0.95 2.32 1.96 56.14 27.26 16.57 0.00 425.20 530.40
0 0 0 0 "2 "6 "5 "6 "1 "16 0 "73 "977
TM β2
1.4
Q
-)
λ
0.00 0.00 0.00 0.00 "0.33 "2.15 "0.3 1.40 0.5 4.75 "2.9 "0.9
Q
0.00 0.00 0.00 0.00 "0.06 "0.41 "0.07 0.27 0.11 0.91 "0.57 "0.17
0.00 0.00 0.00 0.00 0.12 0.77 0.13 "0.50 "0.21 "1.70 1.07 0.32
-)
λ
0.00 0.00 0.00 0.00 "0.11 "1.43
)
0.00 0.00 0.00 0.00 "0.04 "0.56
) 0.00 0.00 0.00 0.00 "0.06 "0.41 "0.07 0.27 0.11 0.91 "0.57 "0.17
) 0.00 0.00 0.00 0.00 0.05 0.69
A 0.00 0.00 0.00 0.00 "0.05 "0.36 "0.06 0.23 0.10 0.79 "0.49 "0.15 0.00
) 0.00 0.00 0.00 0.00 "0.04 "0.56
A 0.00 0.00 0.00 0.00 "0.01 "0.13
MALLA CORREGIDA % C CC 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 15.71 4.03 29.31 1.3 7.2 31.65 6.95 4.45 9.7 10.52 .6 12.44 6.99 .76 4.92 .36 11.51 4.69 4.17 6.56 1.39 2.47 4.01 5.73 100.00 100.00 100.00
MALLA CORREGIDA % C CC 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 2.10 1.64 4.06 7.95 5.61 1.07
0.6 0.6 0.6 0.6 0.6 0.6 0.6 0.6
0.23 0.23
"2.37 1.0 7.65 "10.21 "1. 7.26
"0.92 0.42 2.9 "3.9 "0.73 2.3
1.14 "0.52 "3.67 4.9 0.90 "3.4
TMS ALIM CICLON TMS UNDER TMS OVER Q
"0.21 0.10 0.69 "0.92 "0.17 0.65 0.00
7.1 21.74 21.52 14.01 6.6 1.19 100.00
6.37 20.01 22.6 14.7 7.27 21.46 100.00
14.05 29.23 15.72 10.69 4.14 4.04 100.00
0.23 0.23 0.23 0.23 0.23 0.23
20.1 129.45 150.74 -)
λ
0.00 0.00 0.00 0.00 "0.04 "0.95 "0.70 2.32 "5.1 3.63 1.5 "0.03
"0.92 0.42 2.9 "3.9 "0.73 2.3
0.00 0.00 0.00 0.00 0.00 "0.0 "0.06 0.19 "0.47 0.29 0.13 0.00
) 0.00 0.00 0.00 0.00 0.01 0.22 0.16 "0.53 1.32 "0.3 "0.36 0.01
) 0.00 0.00 0.00 0.00 0.00 "0.0 "0.06 0.19 "0.47 0.29 0.13 0.00
A 0.00 0.00 0.00 0.00 "0.01 "0.14 "0.10 0.34 "0.6 0.54 0.23 "0.01
MALLA CORREGIDA % C CC 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 2.24 0.41 3.23 5.11 1.64 6.99 4.17 1.10 5.3 15.1 2.9 21.0 19.60 5.96 27.01 14.11 9.12 16.2 .06 9.27 7.40 31.54 69.51 10.93 100.00 100.00 100.00
1.4 1.4 1.4 1.4 1.4 1.4 1.4 1.4
ALIM CICLON TMS UNDER TMS OVER
42.51 277.7 150.74
!O
MUESTREO
F MALLAS
()
1-2
12?00
3-8
9?00
4M
47?0
M
33?0
8M
230
10M
2000
14M
1400
20M
8?0
40M
42?
?0M
300
70M
212
100M
1?0
140M
10
200M
7?
270M
?3
32?M
4?
"32?M
"4?
() 12?00 9?00 47?0 33?0
!IDROCICLON D"20 U-F *+(;) *+(;)
O-F *+(;)
0 4?.4 131.41 41.84 47.32 2?. 0.09 12?.94 320.1 181.?4 19.4 112.?4 8?.09 ?7.40 3?.72 11.3? 140.12
0 9.83 79.49 2?.93 30.2 17.90 44.2 97.2 249.38 124.77 10?.21 3.? 43.00 24.94 12.93 3.09 4.40
?.?8 72.97 8.01 .70 ?9.07 44.27 14.33 227.21
1?91.?? 1?91.?? 0.00
978.21
18.14
0.00 2.8 8.2 2.3
978.21 0.00 0.00 1.00 8.13 2.?
F *+(;)
0.00 0.00 0.00 0.00 0.00
MOLIN ALIM COM *+(;)
?.4 ??.? 739.0?
0.00 18.18 48.08 20.73 18.71 10.49 2?.78 3.9 234.3? 1?3.?? 148.3 93.49 ?.0 38.30 19.17 4.87 4.9
20.31 29.10 4.4? 4.7? 7?.4 0.88 22.?1 294.3
3?.14 97.?3 22.1 173.?3 139.8 ?9.4? 93.4? 104.44 118.70 48.70 44.90 3?.9 32.99 30.22 23.?9 7.?2 17.27
1028.31
14.27
183?.41
739.0?
1028.31
14.27
183?.41
0.00 0.00 1.28 ?.88 2.70
0.00 0.00 1.77 4.8 2.02
0.00 0.00 0.00 0.00 0.00
0.00 1.91 ?.31 33.92 9.4?
0.00
18.14
!IDROCICLON D"10 U-F O-F *+(;) *+(;)
9.43 43.44 19.93 1.0 8.08 17.20 39.90 144.17 103.80 102.20 8.00 ?0.79 34.2 20.0?
230 2000 1400 8?0 42? 300 212 1?0 10 7? ?3 4? "4?
2.97 1.1 3.78 7.91 20.14 11.41 10.? 7.07 ?.3? 3.1 2.24 0.71 8.80 100.00
3.09 1.83 4.?2 9.94 2?.49 12.7? 10.7 .?0 4.40 2.?? 1.32 0.32 4.74 100.00
0.00 0.00 0.00 0.00 0.00 10.1 11.80 11.00 10.79 9.? 7.1 2.32 3.7 100.00
2.2? 1.09 2.33 ?.40 19.?1 14.0? 13.83 9.20 .87 4.4 2.71 0.7 7.?2 100.00
1.82 1.02 2.?1 .19 22.79 14.93 14.4? 9.09 .38 3.72 1.8 0.47 .29 100.00
0.00 0.00 0.00 0.00 0.00 3.31 4.74 7.? 10.?4 12.31 9.91 3. 47.9 100.00
7.1 3.24 ?.09 ?.9 .47 2.? 2.4? 1.94 1.80 1.? 1.29 0.41 9.11 100.00
ANALISIS #RANULOMETRICO CIRCUITO DE REMOLIENDA DATOS MALLA
0
ALIMENTO A%ERTURA FILTRO
+ 50
300
+ 70
212
+ 100
150
+ 140
106
+ 200
75
+ 270
53
+ 325
45
+ 400
38
+450
32
+500
25
+635
20
-635
<20
300
92 09
33.2 24.73 34.49 48.4 1.09 ?2.19 17.40 19.7? 1.89 17.4 1?.08 79.3 420.43 420.43 0
HIDROCICLON D-10-1 ALIMENTO
7.1 94.9 34.31 48.? 32.82 32.2? 2?.3? 139.39 484.13 484.13 0
ANALISI GRANULOMETRICO 7 91 0 00
UNDER
OVER
HIDROCICLON D-10GMAX ALIMENTO
UNDER
OVER
100.31 107.30 33.2 43.4 17.19 18.79 3.08 19.14 342.89 342.89 0
1?.34 28.7 1.94 3?.34 34.3? 48.08 23.1? 18?.12 38.99 38.99 0
7.7 18.1? 14.74 49.92 71.32 4?.2 2.22 107.49 340.77 340.77 0
10.37 22.01 18.4 71.1? 84.03 ??.7 24.?2 3?.1 321.34 321.34 0
1.? .3? 4.2? 12.83 22.27 38.13 38.07 281.3 40?.18 40?.18 0
0 00
0 00
0 00
0 00
0 00
0 100 10 200 20 32 00 0 00 3 -3
212 150 106 75 53 45 38 32 25 20 <20
8.21 78.00 .48 ?1.9? 39.?3 3?.39 30.70 2.8 22.?3 18.94 0.00
?.88 8.20 11.?3 14.?3 12.41 4.14 4.70 4.02 4.1? 3.?9 18.94 100.00
0.00 0.00 0.00 1?.82 19.0 7.09 10.02 .78 . ?.24 28.79 100.00
0.00 0.00 0.00 29.2? 31.29 9.80 12.7 ?.01 ?.48 0.90 ?.?8 100.00
CALCULO DEL TONELA
CALCULO DEL TONELA
0.00 0.00 0.00 3.9 7.41 4.38 9.13 8.88 12.42 ?.98 47.84 100.00
0.00 0.00 0.00 2.2? ?.33 4.33 14.? 20.93 13.28 7.9 31.?4 100.00
#E
0.00 0.00 0.00 3.23 .8? ?.73 22.14 2.1? 17.3? 7.3 10.92 100.00
0.00 0.00 0.00 0.41 1.?7 1.0? 3.17 ?.?0 9.41 9.40 9.?1 100.00
2.8
ULA-!R $SOLIDOS TMS-!ORA 7.8 73.8 ?.79 10.71 77.78 8.33 1.?8 7?.37 12.?0 2?.03 31.11 7.79
#E
4.3
ULA-!R $SOLIDOS TMS-!ORA 8.?8 83.0 7.18 19.04 74.8? 14.2? 14.20 74.2 10.?9 20.9 7.01 1?.73
O 9X8 DESCAR#A *+(;)
ALIMENTO ESO ;
MOLINOS ?X? I II DES ?H? I DESC ?H? II ESO ; ESO ;
COMUESTA MOLINO X ALIMENTO CAEZA ALIMENTO DESCAR#A FRESCO FLOTACION ESO ; ESO ; ESO ; ESO ;
0 8.23 0.81 2.09 28.3 17.11 41.87 89.77 228.02 12.89 113.2 73.9 ?9.8 39.8 24.3 7.17 119.21
0.00 14.40 80.2 27.71 3?.12 20.3? 49.7 10?.2 2??.49 124.38 104.98 1.02 4?.49 24.2? 12.21 2.82 39.1?
0.00 ?.?? 29.47 8.17 9.7 4.?3 11.17 2.91 123.82 109.97 128.39 9.32 77.41 ?.83 3?.8 10.83 144.99
0.00 ?.7 ?0.2 1?.8 1.29 7.83 17.18 38.20 1?1.34 11.2 121.8 8?.27 4.90 4?.82 27.8? 7.87 97.18
0.00 37.19 11?.48 39.97 38.9 22.? ?2.33 109.8 22.8? 130.07 10.? .03 43.31 2?.08 12.38 2.84 ?9.2
10?.2?
1002.92
879.89
870.00
112?.18
10?.2?
1002.92
870.00
112?.18
0.00 0.00 0.77 ?.71 2.4?
0.00 0.00 1.44 8.00 2.7
0.00 0.00 0.? ?.82 1.80
0.00 0.00 3.31 10.2 3.??
879.89 0.00 0.00 0.3 3.3? 0.93
0.00 9.43 43.44 19.93 1.0 8.08 17.20 39.90 144.17 103.80 102.20 8.00 ?0.79 34.2 20.0? ?.4 ??.? 739.0? 739.0? 0.00 0.00 1.28 ?.88 2.70
3?.14 97.?3 22.1 173.?3 139.8 ?9.4? 93.4? 104.44 118.70 48.70 44.90 3?.9 32.99 30.22 23.?9 7.?2 17.27
0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 40.4? 44.22 39.0? 3?.79 27.7 2.04 ?.71 111.07
183?.41
330.00
183?.41
330.00
0.00 1.91 ?.31 33.92 9.4?
0.00 0.00 0.00 0.00
0.00 MALLAS 1/2 3/ 4M 6M
() 12500 9500 4750 3350
AEZA FLO 100.00 100.00 100.00 100 00
#X F 1.91 7.23 41.1? ?0.1
2.9 1.1 3.93 8.43 21.41 11.91 10.3 .94 ?.1 3.74 2.31 0.7 11.19 100.00
3.?0 2.03 4.9? 10.?3 2?.47 12.40 10.47 .08 4.?4 2.42 1.22 0.28 3.90 100.00
1.10 0.?1 1.27 3.0 14.07 12.?0 14.?9 10.9? 8.80 .4 4.08 1.23 1.48 100.00
1.87 0.90 1.97 4.39 17.40 13.40 13.99 9.80 7.4 ?.27 3.20 0.90 11.17 100.00
3.4 2.01 4.? 9.7 23.3 11.? 9.48 ?.87 3.8? 2.23 1.10 0.2? ?.30 100.00
DESCAR#A MILL ?X10 I
ALIMENT MILL ?X10 I
DESCAR# MILL ?X10 II
!IDROCICLON D"10 II UNDER OVER
7.1 94.90 34.31 48.?0 32.82 32.2? 2?.3? 139.39 484.13 484.13 0.00
14.29 12.78 19.91 33.70 7.7 94.20 3?.0? 31.02 18.2? 1?.49 12.3? ?7.42 412.22 412.22 0
8.? 34.44 3?.8 84.?8 71.18 7?.37 30.21 ?8.4 398. 398. 0
14.81 ?.7 ?0.2 107.31 0.0 3?.74 14.?3 17.19 3?.93 3?.93 0
.12 19.3 20.8 77.98 98.4 41.24 24.9? 92.71 381.74 381.74 0
0 00
3 47
0 00
0 00
0 00
2.2? 1.09 2.33 ?.40 19.?1 14.0? 13.83 9.20 .87 4.4 2.71 0.7 7.?2 100.00
7.1 3.24 ?.09 ?.9 .47 2.? 2.4? 1.94 1.80 1.? 1.29 0.41 9.11 100.00
0.00 0.00 0.00 0.00 0.00 12.2 13.40 11.83 10.8? 8.38 7.89 1.73 33. 100.00
M 10M 14M 20M 40M 50M 70M 100M 140M 200M 270M 325M "325M
2360 2000 1400 50 425 300 212 150 106 75 53 45 "45
100.00 100.00 100.00 100.00 100.00 7.74 74.34 62.51 51.66 43.2 35.39 33.66 0.00
?8.22 1.4? .?? 72.24 78.70 81.3 83.80 8?.7? 87.?? 89.19 90.48 90.89 100.00
0.00 0.00 0.00 1?.82 19.0 7.09 10.02 .78 . ?.24 28.79 100.00
3.10 4.83 8.18 1.44 22.8? 8.?0 7.?3 4.43 3.7 3.00 13.93 100.00
0.00 0.00 0.00 2.1? 8.4 8.9? 21.22 17.8? 18.91 7.?8 14.71 100.00
0.00 0.00 0.00 4.0? 17.9? 13.83 29.33 1.41 9.77 3.97 4.70 100.00
0.00 0.00 0.00 1.0 ?.0 ?.4? 20.43 2?.84 10.80 .?4 24.29 100.00
FX F 98.09 92.77 ?8.8? 49.39
F80 ARA %OR& INDEX
41.78 38.?? 33.4? 27.7 21.30 18.4 1.20 14.2? 12.4? 10.81 9.?2 9.11
9?00.00 F80 47?0.00
7712
92.77 80 ?8.8?
ALANCE DE MASA DEL CIRCUITO DE REMOLIENDA " CIANURACI FEC!A DE MUESTREOG !ORA DE MUESTREOG TONELA
3-23-2009 9G00 " ?G00 1?0.74 TMS-DIA
11.?7 32.4?
CAR#A CIRCULANTE 9.94 2?80 79.80 4.83
8?.9$ 4.3 2.?2
1270 28.09
2.9 24.09
1.22 41.9
147? 2.21
4.3 22.43
.28 TMS-!; RE% E3 "0.59
21.51 M I
32.91 26.21
RE% E3 17.91
1.22 78.18
2?00 8.30
26.61 22.43
RE% E3 65.65
4.3 4.?3
.28 17.00
11?0 32.13
4.3 30.7
17.8? 12.91 17.5
6W6 DISCOS CAR#A CIRCULANTE 1.4? 1900 1.72 1.24
23.1$ 4.3 0.90
RE% E3 13.31
1110 124.?7 101.69 125.7
26.60 26.61 M"II
13.02 41.3
14? 21.?0 33.37 1.0
4.3 18.47 31.57 16.0
RE% E3 2.0 RELACION DE !IDROCICLO LE:ENDA
TMS-!; $S
D 3
#* +6. 3
K !IDROCICLON D " 10 (I) K 7,9 D " 10 (II) K 13,1? D " 10 #MAX
AEX 7-8> 3-4> 1>
N
#RADO DE LIERACION .28 .20
10?0 9.40
93.81 $"400 4.3 94.94
!ACIA EL ESESADOR K2
CAR#A CIRCULANTE 11.?7 280 81.8 ?.29
184.3$ 4.3 2.0
4.3 120.42 120.42
ES VORTEX 3> 3 1-2> 2>
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