process final exam çözümü.xlsx

7/21/2019 Process final exam çözümü.xlsx

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ROM coalSolid (t/h) water (t/h)

500 25

Fresh water

water (t/h)225

Fresh water Solid (t/h)

329.99water (t/h)

-43.00

Solid (t/h)55.06

-30+1 m

-150 mm

-1 mm

30 mm

1 mm



Solid (t/h) water (t/h)water (t/h) 170.01 17.00

208.00

Solid (t/h) water (t/h) Solid (t/h)274.93 27.49 115.55

Rougher tailiClean coal Solid (t/h)

Solid (t/h) water (t/h) 132.89142.04

water (t/h)180.51

-150+30 mm

m

DMC1

DMC2

Drain andRinse Screen

DraiRinse



water (t/h)

Rougher tailingSolid (t/h) ash, %

115.55 36.70

ngswater (t/h)

13.29

&iddlingsSolid (t/h) ash, %

97.32 31.067

DMV1

D


n andScreen




Solid (t/h) water (t/h) SR37.17 112.74 0.3

last digit of Student nu !er '-( 7-)*20 (00 t/h0.)0 0.+0 for desli ng c clone under-ow0.** 0.*0 for s iral feed

deği "enleri " llan!n!&.

Clean coal

Tailings

ReicheartCoal Spiral

-1+0,2 mm



*lean coalSolid (t/h) ash, %

54.46 19.64

&iddlingsSolid (t/h)

78.79

Final tailingSolid (t/h) ash, %

36.76 49.16

V2





Solid (t/h) ash, %25.58 20.37

Solid (t/h) sh %11.59 46.96



ash, %

30.879



Screen nal sis of R%& coal

articlearticle si1e, &ass $ '

$ ' $3' 4 5(05(0 500 6. 2 500500 )( *.+( )()( (0 52.25 (0(0 *0 +.29 *0*0 59 6. 9 5959 9.( 52. 2 9.(9.( 6.* ).55 6.*6.* *.*( +.)+ *.*(

*.*( 5. 55. + 5.

5. 0.( 52.+9 0.(0.( 0.* (.(6 0.*0.* 0.5 *.2( 0.50.5 0.0)( 0.)( 0.0)(

0.0)( 0.0*+ 0.2( 0.0*+0.0*+ 0.2( "o

Feed 500

Screenin+ e cienciesScreen 30 mm/ ma"e an ass m tion l ha 55Screen 1 mm/ ma"e an ass m tion l ha



fter Screening with *0 fter Sc

i1e, article$3' 78 4 7 4 Feed of 5 4 $ '

500 6. 2 0.00 0.00 (0)( *.+( 0.00 0.00 *0(0 52.25 0.00 0.00 59*0 +.2+ 0.05 0.05 9.(59 *.2 *.2( .92 6.*9.( 0.00 52. 2 5+.+2 *.*(6.* 0.00 ).55 50.)) 5.

*.*( 0.00 +.)+ 5*.*0 0.(5. 0.00 55. + 5).*9 0.*0.( 0.00 52.+9 59.(* 0.5

0.* 0.00 (.(6 +. 2 0.0)(0.5 0.00 *.2( .92 0.0*+0.0)( 0.00 0.)( 5.5 "o0.0*+ 0.00 0.2( 0.*+

0.00 0.2( 0.*+al * .00 66.00 500 fter C

5.0.(0.*

0.5Rf 0.0( 0.0)(Rf 0.0( 0.0*+

"o



reening with 5

i1e, $3' 78 7 Feed of C 4

*0 0.05 0.00 0.0059 .92 0.00 0.009.( 5+.+2 0.00 0.006.* 50.)) 0.00 0.00

*.*( 5*.*0 0.00 0.005. 5).*9 0.00 0.000.( 56.)5 2.+2 56.+90.* 5.*) ).0( 2.2(0.5 0.00 .92 29.(5

0.0)( 0.00 5.5 6.+5

0.0*+ 0.00 0.*+ 2.2)0.00 0.*+ 2.2)al +*.*5 56.69 500.00

$with l nch ethod'78 7

0.( 56.+9 0.000.* 2.59 0.060.5 +.*0 25.22

0.0)( 0.52 6.690.0*+ 0.05 2.260.00 2.2)

al 6).(0 *2.(0



- 50230 mm -30ensit#, +4cm3 Mass sh ensit#, +4cm3

2/ -/ % % 2/ -/5.20 5.*0 (.09 (. 0 5.20 5.*05.*0 5. 0 9.06 56.*5 5.*0 5. 05. 0 5.(0 50.0) 26.*0 5. 0 5.(05.(0 5.60 5(.92 * .+2 5.(0 5.605.60 5.)0 56.+6 5.)* 5.60 5.)05.)0 5.+0 52.9( 6.90 5.)0 5.+05.+0 5.90 5*.6) +.05 5.+0 5.905.90 56.*+ (2.6( 5.90

"otal 500.00 *+.2 "otal

7 :(0 f5 f2 f*:&; 5 0.069 5.(* 0.9 5.5( 5:&; 2 0.0+6 5.+) 0.9 5.5( 5

:&C 5 0.0** 5.62 0.)( 5.5( 5.5(:&C 2 0.0 5 5.+9 0.)( 5.5( 5.5(

S iral 0.56( 5.+5

Cut densit of vesselsS Co !inatio

densitFeed of :&; &ass 4 &ass 4 $ ' $3'

5(0 500 6. 2 5+.++50( 5.2 5.*500 )( *.+( 55.*22)( 5.* 5.)( (0 52.25 *(.90929 5. 5.((0 *0 +.2+ 2 .*()* 5.( 5.6

*0 59 *.2 9.(29() 5.6 5.)* .00 500 5.) 5.+5.+ 5.95.9

ense Medi m 6essel

:ensit , g/c *$3' $ ' CC &ass CC sh " &ass " sh

5 20 5 *0 6 25 ( *2 0 0)*5*+ ( *22 )9



5.*0 5. 0 9.5 206( 56.0 0.(* 56.0(5. 0 5.(0 ).)) 26.*5 2.5+269) 26.*5055.(0 5.60 6.*+ * .95 +.)62* * .90) 25.60 5.)0 2.06 5.)) 5*.+29++ 5.))0525.)0 5.+0 0.*) 6.)+ 52.0+)) 6.)+* 95.+0 5.90 0.0+ +.5 5*.05)92 +.5*)9(5.90 0.02 (*.5) 5). +)+) (*.5)505

"otal *2.0* 59.6 6).96) 2 *6.6960*

ense Medi m *#clone :ensit , g/c *$3' $ ' CC &ass CC sh " &ass " sh

5.20 5.*0 5(. (.0( 0.00 (.0(5.*0 5. 0 5+.50)+9 5*. 0.00 5*.*+5. 0 5.(0 9.*( 2 .59 0.0 2 .595.(0 5.60 6.+) * .)( 0.69 * .)(5.60 5.)0 5.)9 5.9) .)9 5.9)5.)0 5.+0 0.50 (. 5 ).26 (. 55.+0 5.90 0.00 (0.*( ).09 (0.*(5.90 0.00 ((.) 2+. ) ((.)

"otal (5.66 05 5(.2906 +.**(99 ).((0(9

feed of :&C$ ' $3' 78 &ass 4 densit(0 *0 0.05 0.05 26 $ ' $3'

*0 59 .92 (.950562 5.2 5.*59 9.( 5+.+2 22.(+)+ 5.* 5.9.( 6.* 50.)) 52.9*0)2 5. 5.(6.* *.*( 5*.*0 5(.96)+9 5.( 5.6

*.*( 5. 5).*9 20.+))96 5.6 5.)5. 0.( 56.)5 20.060+* 5.) 5.+0.( 0.* 5.*) 5.6(05)+ 5.+ 5.9

"otal +*.*5 500 5.9

ssu ing 5, has sa e washa!ilit wi



Reicheart Coal S iral

ensit#, +4cm32/ -/ ** Mass ** sh Mass sh

5.20 5.*0 ).*)2+(* .6 0.5+ .((5.*0 5. 0 26.(0 50.92 5.2 50.925. 0 5.(0 50.(6 5+.0( 0.96 5+.0(5.(0 5.60 (.+2 2).5) 5.0* 2).5)5.60 5.)0 .60 *9 5.(+ *95.)0 5.+0 *.(* ).62 2.*6 ).625.+0 5.90 2.56 (0.66 2.+2 (0.665.90 +.2) ( .)5 25.02 ( .)5

"otal 6+.+0+ ) 20.*)0* *5.595(* 6.96 ()



mm - 20.1 mmMass sh ensit#, +4cm3 Mass sh

% % 2/ -/ % %5).6* (.55 5.20 5.*0 ).(( .((5(. 5 .60 5.*0 5. 0 2).) 50.92+.)9 26. 2 5. 0 5.(0 55.(2 5+.0().)6 *6.65 5.(0 5.60 6.+( 2).5)6.69 2.)* 5.60 5.)0 6.5+ *9.00).)) .9 5.)0 5.+0 (.+9 ).62).6+ (0.*0 5.+0 5.90 .9+ (0.66

2+.2 (6.0 5.90 29.29 ( .)5500.00 * .*6 "otal 500.00 *5.0+

7s0.06695 0.0 )=R:(0 0.00(0.0+2+9

0.0**) 0.02)=R:(0 0.050.0 50*

of :&;essels Feed*0 $4' 3*0 $4'

9.(29(69)*++ 90. )0 *02652 Co !ined&ass sh &ass sh &ass sh5.6+006*5 (.55 .60 9 ( (. 6.2+(00+ (.*22 )95. )5*6(() 5 .6 +.596625 56.*5 9.66)9+) 56.0 9)60.+*)6 95+ 26. 2 9.550*)2 26.* 9.9 +022 26.*5050.)*9 9 65 *6.65 5 . 02+9 * .+2 5(.5 2*9 * .90) 2

0.6*)(2+22 2.)* 5(.2(**5 5.)* 5(.+90+ 5.))0520.) 0 )() .9 55.)5(92 6.9 52. (6*) 6.)+* 90.)*5+)096 (0.* 52.*6)*5 +.05 5*.0995+ +.5*)9(2.6955(0 9 (6.0 5 .+5906 (2.6( 5).(5025 (*.5)5059.(29(69) 90. )0 * 500

:ensit , g/c * :&;2 Feed ensit#, +4cm3$3' $ ' &ass sh 2/ -/

5 20 5 *0 0 55 ( *2 5 20 5 *0



5.*0 5. 0 0.)) 56.0( 5.*0 5. 05. 0 5.(0 *.25 26.*5 5. 0 5.(05.(0 5.60 52.+9 * .95 5.(0 5.605.60 5.)0 20.*( 5.)) 5.60 5.)05.)0 5.+0 5).)+ 6.)+ 5.)0 5.+05.+0 5.90 59.5( +.5 5.+0 5.905.90 2(.)* (*.5) 5.90

"otal 500.00 *6.)0 "otal

:ensit , g/c * :&;2 Feed e$3' $ ' &ass sh ensit#, +4cm3

5.20 5.*0 0.00 (.0( 2/ -/5.*0 5. 0 0.05 5*.*+ 5.20 5.*05. 0 5.(0 0.0) 2 .59 5.*0 5. 05.(0 5.60 5. * * .)( 5. 0 5.(05.60 5.)0 9.95 5.9) 5.(0 5.605.)0 5.+0 5(.02 (. 5 5.60 5.)05.+0 5.90 5 .6) (0.*( 5.)0 5.+05.90 (+.+9 ((.) 5.+0 5.90

"otal 500.00 ).(( 5.90 "otal

5 $4' 35 $4'25.)5500956+5 )+.2++990+*59 Co !ined

&ass sh &ass sh &ass sh

5.6*95+559 .(( 5*.+02*( (.55 5(. 5(* (.0(0((6.0226**9 50.92 52.0+)+2 5 .6 5+.550 ( 5*.*)6222.(0550+26 5+.0( 6.++5602 26. 2 9.*+2)55 2 .5+++(5. +)20 5* 2).5) 6.0)(226 *6.65 ).(62 * * .)(*(65.* 5) 0*) *9 (.2*)(** 2.)* 6.()92) 5.969*25.2)+))+ ).62 6.0+*0(( .9 ).*65+** (. 0((*5.0+520+26 (0.66 6.052(9 (0.* ).09*+0* (0.*( +)6.*(95( (9 ( .)5 22.50++5 (6.0 2+. 6)9) ((.) 29525.)550092 )+.2++99 500

h 5 <<



nse Medi m 6essel 1

** Mass ** sh Mass sh0 50)(69 ( * 0 00 ( *2



0.)) 56.0( 0.000995 56.0(*.20 26.*5 0.05 )( 26.*5

52.6+ * .95 0.2506** * .9559.20 5.)) 5.5 )6*+ 5.))5 .6 6.)+ *.5 +2*9 6.)+50.+0 +.5 +.*(695( +.56.+0 (*.5) 5+.9*292 (*.5)

6+.5+)++ *0.++ *5.+5252 9.56*9(

se Medi m *#clone 1

** Mass ** sh Mass sh0.50)60) (.* 0.00 (.*2

0.)) 56.0 9)6 0.00 56.0 9)6*.25 26.*505 0.00 26.*505

52.+9 * .90) 2 0.00 * .90) 220.*2 5.))052 0.0* 5.))0525).*9 6.)+* 9 0. 0 6.)+* 95 .*0 +.5*)9( .+6 +.5*)9(

.2( (*.5)505 25. + (*.5))*.2*65( *5.0666+ 26.)6*+( (2.50009



ssu tions# .+(

Rf# 0.2(

process final exam çözümü.xlsx

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