lampiran fluidisasi
46
∆h Raksa (m) data 1 t1 v1 q1(m3/s) 0 24.16 0.0005 2.06953642384E-005 0.01 24.32 0.0005 2.05592105263E-005 0.02 14.23 0.0005 0.000035137 0.03 10.48 0.0005 4.77099236641E-005 0.04 9.08 0.0005 5.50660792952E-005 0.05 7.48 0.0005 6.68449197861E-005 0.06 6.9 0.0005 7.24637681159E-005 0.07 6.24 0.0005 8.01282051282E-005 0.08 5.67 0.0005 8.81834215168E-005 0.09 5.42 0.0005 9.22509225092E-005 0.1 5.06 0.0005 9.88142292490E-005 ∆h Raksa (m) Ketinggian Unggun 3 cm ∆h CCl4 (m) 0 0.026 151.178531868 0.0035111628 0.01 0.035 203.50956213 0.009403274 0.02 0.037 215.138679966 0.0144189383 0.03 0.039 226.767797802 0.0168030192 0.04 0.04 232.58235672 0.0212408525 0.05 0.041 238.396915638 0.0241967952 0.06 0.044 255.840592392 0.0272939961 0.07 0.045 261.65515131 0.0287601994 0.08 0.045 261.65515131 0.0314680839 0.09 0.1 ∆h Raksa (m) Ketinggian Unggun 3 cm ∆h CCl4 (m) 0 0.004 23.258235672 0.0035111628 0.01 0.02 116.29117836 0.009403274 0.02 0.035 203.50956213 0.0144189383 0.03 0.045 261.65515131 0.0168030192 0.04 0.045 261.65515131 0.0212408525 0.05 0.06 0.07 0.08 0.09 0.1 ΔP m (kg/ms 2 ) U superficial (m/s) ΔP m (kg/ms 2 ) U superficial (m/s)
description
perhitungan excel
Transcript of lampiran fluidisasi
laju alir kalibrasi
∆h Raksa (m)data 1
t1 v1 q1(m3/s)0 24.16 0.0005 2.06953642384E-005
0.01 24.32 0.0005 2.05592105263E-0050.02 14.23 0.0005 0.0000351370.03 10.48 0.0005 4.77099236641E-0050.04 9.08 0.0005 5.50660792952E-0050.05 7.48 0.0005 6.68449197861E-0050.06 6.9 0.0005 7.24637681159E-0050.07 6.24 0.0005 8.01282051282E-0050.08 5.67 0.0005 8.81834215168E-0050.09 5.42 0.0005 9.22509225092E-0050.1 5.06 0.0005 9.88142292490E-005
NO. 1 BATU SPLIT 0,5 mm
∆h Raksa (m)Ketinggian Unggun 3 cm
∆h CCl4 (m)
0 0.026 151.178531868 0.00351116280.01 0.035 203.50956213 0.0094032740.02 0.037 215.138679966 0.01441893830.03 0.039 226.767797802 0.01680301920.04 0.04 232.58235672 0.02124085250.05 0.041 238.396915638 0.02419679520.06 0.044 255.840592392 0.02729399610.07 0.045 261.65515131 0.02876019940.08 0.045 261.65515131 0.03146808390.090.1
NO. 2 BATU SPLIT 1 mm
∆h Raksa (m)Ketinggian Unggun 3 cm
∆h CCl4 (m)
0 0.004 23.258235672 0.00351116280.01 0.02 116.29117836 0.0094032740.02 0.035 203.50956213 0.01441893830.03 0.045 261.65515131 0.01680301920.04 0.045 261.65515131 0.02124085250.050.060.070.080.090.1
ΔPm
(kg/ms2) Usuperficial
(m/s)
ΔPm
(kg/ms2) Usuperficial
(m/s)
NO. 3 KERAMIK 0,5 mm
∆h Raksa (m)Ketinggian Unggun 3 cm
∆h CCl4 (m)
0 0.013 75.589265934 0.00351116280.01 0.032 186.065885376 0.0094032740.02 0.035 203.50956213 0.01441893830.03 0.039 226.767797802 0.01680301920.04 0.04 232.58235672 0.02124085250.05 0.042 244.211474556 0.02419679520.06 0.045 261.65515131 0.02729399610.07 0.048 279.098828064 0.02876019940.08 0.048 279.098828064 0.03146808390.090.1
NO. 4 KERAMIK 1 mm
∆h Raksa (m)Ketinggian Unggun 3 cm
∆h CCl4 (m)
0 0.02 116.29117836 0.00351116280.01 0.036 209.324121048 0.0094032740.02 0.043 250.026033474 0.01441893830.03 0.045 261.65515131 0.01680301920.04 0.046 267.469710228 0.02124085250.05 0.046 267.469710228 0.02419679520.060.070.080.090.1
NO. 5 CAMPURAN 0,5 mm
∆h Raksa (m)Ketinggian Unggun 5 cm
∆h CCl4 (m)
0 0 0 0.00351116280.01 0.053 308.171622654 0.0094032740.02 0.055 319.80074049 0.01441893830.03 0.056 325.615299408 0.01680301920.04 0.06 348.87353508 0.02124085250.05 0.06 348.87353508 0.0241967952
ΔPm
(kg/ms2) Usuperficial
(m/s)
ΔPm
(kg/ms2) Usuperficial
(m/s)
ΔPm
(kg/ms2) Usuperficial
(m/s)
0.06 0.062 360.502652916 0.02729399610.07 0.062 360.502652916 0.02876019940.080.090.1
NO. 6 CAMPURAN 1 mm
∆h Raksa (m)Ketinggian Unggun 5 cm
∆h CCl4 (m)
0 0 0 0.00351116280.01 0.028 162.807649704 0.0094032740.02 0.047 273.284269146 0.01441893830.03 0.059 343.058976162 0.01680301920.04 0.058 337.244417244 0.02124085250.05 0.058 337.244417244 0.02419679520.060.070.080.090.1
ΔPm
(kg/ms2) Usuperficial
(m/s)
laju alir kalibrasidata 2 data 3
t2 v2 q2(m3/s) t32.32 0.0005 0.0002155172 2.5
18.85 0.0005 2.652519894E-005 14.0512.73 0.0005 3.927729772E-005 13.03
10.3 0.0005 4.854368932E-005 10.678.31 0.0005 6.016847172E-005 8.728.05 0.0005 6.211180124E-005 7.686.93 0.0005 7.215007215E-005 7.026.11 0.0005 8.183306056E-005 6.35.99 0.0005 8.347245409E-005 6.015.31 0.0005 0.000094162 5.35
4.7 0.0005 0.000106383 4.99
NO. 1 BATU SPLIT 0,5 mm
Ketinggian Unggun 4 cm Ketinggian Unggun 5 cm
∆h CCl4 (m) ∆h CCl4 (m)
0.052 302.357063736 0.0035111628 0.0250.056 325.615299408 0.009403274 0.0350.06 348.87353508 0.0144189383 0.0370.064 372.131770752 0.0168030192 0.0390.075 436.09191885 0.0212408525 0.040.075 436.09191885 0.0241967952 0.041
0.0440.0450.045
NO. 2 BATU SPLIT 1 mmKetinggian Unggun 4 cm Ketinggian Unggun 5 cm
∆h CCl4 (m) ∆h CCl4 (m)
0.028 162.807649704 0.0035111628 00.043 250.026033474 0.009403274 0.0270.053 308.171622654 0.0144189383 0.0460.06 348.87353508 0.0168030192 0.0560.06 348.87353508 0.0212408525 0.0580.063 366.317211834 0.0241967952 0.0610.06 348.87353508 0.0272939961 0.0650.068 395.390006424 0.0287601994 0.0680.068 395.390006424 0.0314680839 0.068
ΔPm
(kg/ms2) Usuperficial
(m/s)
ΔPm
(kg/ms2) Usuperficial
(m/s)
NO. 3 KERAMIK 0,5 mmKetinggian Unggun 4 cm Ketinggian Unggun 5 cm
∆h CCl4 (m) ∆h CCl4 (m)
0.015 87.21838377 0.0035111628 0.0120.045 261.65515131 0.009403274 0.0460.046 267.469710228 0.0144189383 0.050.047 273.284269146 0.0168030192 0.0550.051 296.542504818 0.0212408525 0.0590.057 331.429858326 0.0241967952 0.060.057 331.429858326 0.0272939961 0.062
0.0630.063
NO. 4 KERAMIK 1 mmKetinggian Unggun 4 cm Ketinggian Unggun 5 cm
∆h CCl4 (m) ∆h CCl4 (m)
0.032 186.065885376 0.0035111628 0.0030.05 290.7279459 0.009403274 0.0310.05 290.7279459 0.0144189383 0.0490.052 302.357063736 0.0168030192 0.050.053 308.171622654 0.0212408525 0.0520.057 331.429858326 0.0241967952 0.0530.057 331.429858326 0.0272939961 0.054
0.0580.061
NO. 5 CAMPURAN 0,5 mm
ΔPm
(kg/ms2) Usuperficial
(m/s)
ΔPm
(kg/ms2) Usuperficial
(m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Campuran 0.0005 m | Lunggun (4cm)
U Superficial (m/s)
NO. 6 CAMPURAN 1 mm
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Campuran 0.0005 m | Lunggun (4cm)
U Superficial (m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Campuran 0.001 m | Lunggun (4cm)
U Superficial (m/s)
laju alir kalibrasidata 3
q rata2v3 q3(m3/s)0.0005 0.0002 1.454E-040.0005 3.5587188612E-005 2.756E-050.0005 0.000038373 3.760E-050.0005 4.6860356139E-005 4.770E-050.0005 5.7339449541E-005 5.752E-050.0005 6.5104166667E-005 6.469E-050.0005 7.1225071225E-005 7.195E-050.0005 7.9365079365E-005 8.044E-050.0005 8.3194675541E-005 8.495E-050.0005 9.3457943925E-005 9.329E-050.0005 0.0001002004 1.018E-04
NO. 1 BATU SPLIT 0,5 mmKetinggian Unggun 5 cm
145.36397295 0.0035111628203.50956213 0.009403274
215.138679966 0.0144189383226.767797802 0.0168030192232.58235672 0.0212408525
238.396915638 0.0241967952255.840592392 0.0272939961261.65515131 0.0287601994261.65515131 0.0314680839
NO. 2 BATU SPLIT 1 mmKetinggian Unggun 5 cm
0 0.0035111628156.993090786 0.009403274267.469710228 0.0144189383325.615299408 0.0168030192337.244417244 0.0212408525354.688093998 0.0241967952377.94632967 0.0272939961
395.390006424 0.0287601994395.390006424 0.0314680839
ΔPm
(kg/ms2) Usuperficial
(m/s)
ΔPm
(kg/ms2) Usuperficial
(m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Batu Spit 0.0005 m | Lunggun (3cm)
U Superficial (m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Batu Spit 0.001 m | Lunggun (3cm)
U Superficial (m/s)
NO. 3 KERAMIK 0,5 mmKetinggian Unggun 5 cm
69.774707016 0.0035111628267.469710228 0.009403274
290.7279459 0.0144189383319.80074049 0.0168030192
343.058976162 0.0212408525348.87353508 0.0241967952
360.502652916 0.0272939961366.317211834 0.0287601994366.317211834 0.0314680839
NO. 4 KERAMIK 1 mmKetinggian Unggun 5 cm
17.443676754 0.0035111628180.251326458 0.009403274284.913386982 0.0144189383
290.7279459 0.0168030192302.357063736 0.0212408525308.171622654 0.0241967952313.986181572 0.0272939961337.244417244 0.0287601994354.688093998 0.0342732585
NO. 5 CAMPURAN 0,5 mm
l
lmfᵋ
ᵋmfumf grafikumf ergun
ΔPm
(kg/ms2) Usuperficial
(m/s)
ΔPm
(kg/ms2) Usuperficial
(m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Batu Spit 0.001 m | Lunggun (3cm)
U Superficial (m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Keramik 0.0005. m | Lunggun (3cm)
U Superficial (m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Keramik 0.001 m | Lunggun (3cm)
U Superficial (m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Campuran 0.0005 m | Lunggun (4cm)
U Superficial (m/s)
NO. 6 CAMPURAN 1 mm
llmfᵋ
ᵋmfumf grafikumf ergun
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Campuran 0.0005 m | Lunggun (4cm)
U Superficial (m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Campuran 0.001 m | Lunggun (4cm)
U Superficial (m/s)
laju alir kalibrasi
A kolom U superficial Uunggun (m/s)2.8286E-03 5.141E-02 3.084E-032.8286E-03 9.742E-03 5.845E-042.8286E-03 1.329E-02 7.975E-042.8286E-03 1.687E-02 1.012E-032.8286E-03 2.034E-02 1.220E-032.8286E-03 2.287E-02 1.372E-032.8286E-03 2.544E-02 1.526E-032.8286E-03 2.844E-02 1.706E-032.8286E-03 3.003E-02 1.802E-032.8286E-03 3.298E-02 1.979E-032.8286E-03 3.599E-02 2.159E-03
NO. 1 BATU SPLIT 0,5 mm
NO. 2 BATU SPLIT 1 mm
f(x) = 1241.6366585722x - 0.0278789165R² = 0.9935191799
grafik kalibrasi
grafik kalibrasi Linear (grafik kalibrasi)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Batu Spit 0.0005 m | Lunggun (3cm)
U Superficial (m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Batu Spit 0.0005 m | Lunggun (4cm)
U Superficial (m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Batu Spit 0.001 m | Lunggun (3cm)
U Superficial (m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Batu Spit 0.001m | Lunggun (4cm)
U Superficial (m/s)
NO. 3 KERAMIK 0,5 mm
NO. 4 KERAMIK 1 mm
NO. 5 CAMPURAN 0,5 mm
0.04
0.070.54258748030.7386214173
0.02730.0277317108
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Batu Spit 0.001 m | Lunggun (3cm)
U Superficial (m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Batu Spit 0.001m | Lunggun (4cm)
U Superficial (m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Keramik 0.0005. m | Lunggun (3cm)
U Superficial (m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Keramik 0.0005 m | Lunggun (4cm)
U Superficial (m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Keramik 0.001 m | Lunggun (3cm)
U Superficial (m/s)
NO. 6 CAMPURAN 1 mm
0.040.09
0.61282363260.8279216145
0.02420.0225011557
laju alir kalibrasi
ΔP0 (kg/ms2)
0.001235.482470.973706.454941.936177.417412.908648.389883.86
11119.3512354.83
NO. 1 BATU SPLIT 0,5 mm
l 0.04
lmf 0.08ᵋ 0.5853089951
ᵋmf 0.7926544975umf grafik 0.0273umf ergun 0.0246995462
NO. 2 BATU SPLIT 1 mm
l 0.04
lmf 0.08ᵋ 0.589198585
ᵋmf 0.7945992925umf grafik 0.02124umf ergun 0.0245834387
f(x) = 1241.6366585722x - 0.0278789165R² = 0.9935191799
grafik kalibrasi
grafik kalibrasi Linear (grafik kalibrasi)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Batu Spit 0.0005 m | Lunggun (3cm)
U Superficial (m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Batu Spit 0.0005 m | Lunggun (4cm)
U Superficial (m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Batu Spit 0.001 m | Lunggun (3cm)
U Superficial (m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Batu Spit 0.001m | Lunggun (4cm)
U Superficial (m/s)
NO. 3 KERAMIK 0,5 mm
l 0.04
lmf 0.06ᵋ 0.6065455811
ᵋmf 0.7376970541umf grafik 0.0287umf ergun 0.027780704
NO. 4 KERAMIK 1 mm
l 0.04
lmf 0.08ᵋ 0.5781688562
ᵋmf 0.7890844281umf grafik 0.0241umf ergun 0.0249112767
NO. 5 CAMPURAN 0,5 mm
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Batu Spit 0.001 m | Lunggun (3cm)
U Superficial (m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Batu Spit 0.001m | Lunggun (4cm)
U Superficial (m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Keramik 0.0005. m | Lunggun (3cm)
U Superficial (m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Keramik 0.0005 m | Lunggun (4cm)
U Superficial (m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Keramik 0.001 m | Lunggun (3cm)
U Superficial (m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Keramik 0.001 m | Lunggun (4cm)
U Superficial (m/s)
NO. 6 CAMPURAN 1 mm
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Batu Spit 0.0005 m | Lunggun (4cm)
U Superficial (m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Batu Spit 0.001m | Lunggun (4cm)
U Superficial (m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Batu Spit 0.001m | Lunggun (4cm)
U Superficial (m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Keramik 0.0005 m | Lunggun (4cm)
U Superficial (m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Keramik 0.001 m | Lunggun (4cm)
U Superficial (m/s)
l 0.05
lmf 0.095ᵋ 0.5382251451
ᵋmf 0.7569606027umf grafik 0.0243umf ergun 0.0267411453
l 0.05
lmf 0.135ᵋ 0.5684471062
ᵋmf 0.8401655949umf grafik 0.02723umf ergun 0.0216858674
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Batu Spit 0.0005 m | Lunggun (5 cm)
U Superficial (m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Batu Spit 0.001 m | Lunggun (5 cm)
U Superficial (m/s)
l 0.05
lmf 0.09ᵋ 0.6146199341
ᵋmf 0.7858999634umf grafik 0.0242umf ergun 0.025098631
l 0.05
lmf 0.1ᵋ 0.5669801673
ᵋmf 0.7834900837umf grafik 0.0242umf ergun 0.0252394891
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Batu Spit 0.001 m | Lunggun (5 cm)
U Superficial (m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Keramik 0.0005 m | Lunggun (5 cm)
U Superficial (m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Keramik 0.001 m | Lunggun (5 cm)
U Superficial (m/s)
l 0.06lmf 0.11
ᵋ 0.5449628445
ᵋmf 0.7517979152umf grafik 0.0273umf ergun 0.0270236729
l
lmfᵋ
ᵋmfumf grafikumf ergun
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Batu Spit 0.0005 m | Lunggun (5 cm)
U Superficial (m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Batu Spit 0.001 m | Lunggun (5 cm)
U Superficial (m/s)
llmfᵋ
umf ergun ᵋmfumf grafikumf ergun
llmfᵋ
ᵋmfumf grafikumf ergun
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Batu Spit 0.001 m | Lunggun (5 cm)
U Superficial (m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Keramik 0.0005 m | Lunggun (5 cm)
U Superficial (m/s)
Grafik Karakteristik Fluidisasi
Umf
∆Pm
( Kg/ms2 )
Keramik 0.001 m | Lunggun (5 cm)
U Superficial (m/s)
0.06
0.140.554366209
0.80901408960.0287
0.0237051293
0.060.11
0.56005873760.7600320387
0.02880.026571636
0.060.12
0.58484413230.7924220662
0.02730.0247133862
berat pikno kosong 20.309berat pikno + air 44.636berat pikno+keramik 1 mm 42.954berat pikno+keramik 0,5 mm 44.003berat pikno+batu 1 mm 44.907berat pikno+batu 0,5 mm 46.956berat pikno+campuran 1 mm 43.566berat pikno+campuran 0,5 mm 44.952berat pikno+keramik 1mm +air 52.272berat pikno+keramik 0,5 mm+air 54.065berat pikno+batu+air 1 mm 53.312berat pikno+batu+air 0,5 mm 53.598berat pikno+campuran 1 mm+air 54.683berat pikno+campuran 0,5+air 55.105diameter kolom 0.06
Literaturρ air (25oC) 997.08g 9.80665ρRaksa 13595.5ρCCl4 1590
0.0203090.0446360.0429540.0440030.0449070.0469560.0435660.0449520.0522720.0540650.0533120.0535980.0546830.055105
meter
kg/m3m/s2kg/m3kg/m3
densitas bahan
bahan
batu split
keramik
campuran
porositas bahan
derajat kebolaan
densitas bahan
diameter partikel (meter) berat air (kg)
0.000500 0.0253370.001000 0.0253370.000500 0.0253370.001000 0.0253370.000500 0.0253370.001000 0.025337
porositas bahan
bahan
BATU SPLIT (0.0005 m)0.030.040.05
BATU SPLIT (0.001 m)0.030.040.05
KERAMIK (0.0005 m)0.030.040.05
KERAMIK (0.001 m)0.030.040.05
Campuran (0.0005 m) 0.05Campuran (0.001 m) 0.05
derajat kebolaan
bahan
BATU SPLIT (0.0005 m)0.030.040.05
BATU SPLIT (0.001 m)0.030.040.05
KERAMIK (0.0005 m)0.030.040.05
KERAMIK (0.00081 m)0.030.040.05
Campuran (0.0005 m) 0.05Campuran (0.001 m) 0.05
tinggi unggun (m)
tinggi unggun (m)
densitas bahan
brt pikno+partikel+air brt pikno+partkl
0.000025337 0.053598 0.0469560.000025337 0.053312 0.0449070.000025337 0.054065 0.0440030.000025337 0.052272 0.0429540.000025337 0.055105 0.0449520.000025337 0.054683 0.043566
porositas bahan
0.113352 4.993E-05 0.00010.143485 6.321E-05 0.00010.173680 7.651E-05 0.00010.101398 4.415E-05 0.00010.142308 6.196E-05 0.00010.171489 7.467E-05 0.00010.108028 5.114E-05 0.00010.121577 5.756E-05 0.00010.157100 7.437E-05 0.00010.108028 4.677E-05 0.00010.128548 5.566E-05 0.00010.141228 6.115E-05 0.00010.151550 9.276E-05 0.00010.164057 9.959E-05 0.0001
derajat kebolaan
0.000500 6.548E-11 7.86E-070.000500 6.548E-11 7.86E-070.000500 6.548E-11 7.86E-070.001000 5.238E-10 3.14E-060.001000 5.238E-10 3.14E-060.001000 5.238E-10 3.14E-060.000500 6.548E-11 7.86E-070.000500 6.548E-11 7.86E-070.000500 6.548E-11 7.86E-070.001000 5.238E-10 3.14E-060.001000 5.238E-10 3.14E-060.001000 5.238E-10 3.14E-060.000500 6.548E-11 7.86E-070.001000 5.238E-10 3.14E-06
volume pikno (m3)
berat partikel (kg) Volume Partikel (m3) Volume Unggun (m
3)
Diameter partikel (m) Volume Per Partikel (m3) Sp (m2)
densitas bahan
berat partikel (kg)
0.0066 0.0268 0.000006660.0084 0.0247 0.000008430.0101 0.0237 0.000010090.0093 0.0228 0.000009350.0102 0.0248 0.000010180.0111 0.0234 0.00001115
porositas bahan
ε
0.41160.44140.45900.47970.45230.47200.39730.49130.47410.44880.50810.56760.3441 0.2958
derajat kebolaan
ε
0.4115768272 0.58840.4413647381 0.55860.4590443752 0.54100.4797127079 0.52030.4523483404 0.54770.4720396017 0.52800.3973115533 0.60270.4912912396 0.50870.4741232552 0.52590.4488112462 0.55120.5080843953 0.49190.5676493947 0.43240.3440992227 0.65590.2958488837 0.7042
berat air (dalam pertikel) (kg) Volume air dalam partikel (m3)
Фp
densitas bahan
0.000018676 1432.99670.000016907 1461.66890.000015246 1554.16020.000015992 1423.23730.000015154 1633.73130.000014187 1647.3722
porositas bahan
derajat kebolaan
Volume partikel (m3) ρ partikel (kg/m3)
24.2630507665 ρair
φ εmf
0.00050.001
εmf
BATU SPLIT (0.0005 m)0.03 0.7926544980.04 0.75696060.05 0.75179715
BATU SPLIT (0.001 m)0.03 0.7945992930.04 0.840165590.05 0.80901409
KERAMIK (0.0005 m)0.03 0.7376970540.04 0.785899960.05 0.76003204
KERAMIK (0.001 m)0.03 0.7890844280.04 0.783490080.05 0.79242207
Campuran (0.0005 m) 0.05 0.738621417Campuran (0.001 m) 0.05 0.827921614
BATU SPLIT (0.0005 m)
0.04 0.6429577032
0.05 0.7803313672
0.06 0.3399466277
BATU SPLIT (0.001 m)
0.04 3.7718377613
0.05 2.8760515859
0.06 2.1223231156
KERAMIK (0.0005 m)
0.04 0.7621153045
0.05 1.126161898
0.06 0.6019099031
KERAMIK (0.001 m)
0.04 2.5202687224
KERAMIK (0.001 m)
0.05 2.4056996423
0.06 1.9265279606
Campuran (0.0005 m) 0.04 2.4664342585
Campuran (0.001 m) 0.04 0.0349626092
(1-εmf)- (1-emf)
Dp
997.08
φ Dp ρair Umf0.5884 0.0005 997.08 0.02730.5586 0.0005 997.08 0.02430.5410 0.0005 997.08 0.02730.5203 0.001 997.08 0.021240.5477 0.001 997.08 0.027230.5280 0.001 997.08 0.02870.6027 0.0005 997.08 0.02870.5087 0.0005 997.08 0.02420.5259 0.0005 997.08 0.02880.5512 0.001 997.08 0.02410.4919 0.001 997.08 0.02420.4324 0.001 997.08 0.02730.6559 0.0005 997.08 0.02730.7042 0.001 997.08 0.242
ρair (1-εmf)+
Dp
ρair (1-εmf)+
Dp
ρair (1-εmf)+
Dp
ρair (1-εmf)+
Dp
ρair (1-εmf)+
Dp
ρair (1-εmf)+
Dp
ρair (1-εmf)+
Dp
ρair (1-εmf)+
Dp
ρair (1-εmf)+
Dp
ρair (1-εmf)+
Umf2
Umf2
εmf3
Umf2
εmf3
Umf2
εmf3
Umf2
εmf3
Umf2
εmf3
Umf2
εmf3
Umf2
εmf3
Umf2
εmf3
Umf2
εmf3
Umf2
Dp+
ρair (1-εmf)+
Dp
ρair (1-εmf)+
Dp
ρair (1-εmf)+
Dp
ρair (1-εmf)+
Dp
εmf3
Umf2
εmf3
Umf2
εmf3
Umf2
εmf3
Umf2
εmf3
x (ρptkl-ρair)x g = #REF!
ρ partikel g μ1432.9967289282 9.80665 0.00089371432.9967289282 9.80665 0.00089371432.9967289282 9.80665 0.00089371461.6689234645 9.80665 0.00089371461.6689234645 9.80665 0.00089371461.6689234645 9.80665 0.00089371554.1601681208 9.80665 0.00089371554.1601681208 9.80665 0.00089371554.1601681208 9.80665 0.0008937
1423.2372584 9.80665 0.00089371423.2372584 9.80665 0.00089371423.2372584 9.80665 0.00089372633.7115186 9.80665 0.00089372308.1771835 9.80665 0.0008937
57.9886390963 μ- (1-emf) x
44.3004067203 μ- (1-emf) x
54.1321913849 μ- (1-emf) x
151.0992163836 μ- (1-emf) x
148.0098923814 μ- (1-emf) x
136.6533476752 μ- (1-emf) x
34.979145597 μ- (1-emf) x
72.1633442437 μ- (1-emf) x
56.7837072556 μ- (1-emf) x
130.7178625609 μ- (1-emf) x
(1-εmf)2 Umf
εmf3.Dp2
(1-εmf)2 Umf
εmf3.Dp2
(1-εmf)2 Umf
εmf3.Dp2
(1-εmf)2 Umf
εmf3.Dp2
(1-εmf)2 Umf
εmf3.Dp2
(1-εmf)2 Umf
εmf3.Dp2
(1-εmf)2 Umf
εmf3.Dp2
(1-εmf)2 Umf
εmf3.Dp2
(1-εmf)2 Umf
εmf3.Dp2
(1-εmf)2 Umf
- (1-emf) x
129.2484212898 μ- (1-emf) x
127.9250406884 μ- (1-emf) x
109.8390591228 μ- (1-emf) x
141.199627805 μ- (1-emf) x
εmf3.Dp2
(1-εmf)2 Umf
εmf3.Dp2
(1-εmf)2 Umf
εmf3.Dp2
(1-εmf)2 Umf
εmf3.Dp2
(1-εmf)2 Umf
εmf3.Dp2
(ρptkl-ρair)x g = -0.0018411.75 ρair 0.0353502827
Dp
(ρptkl-ρair)x g = 3.34E-0111.75 ρair 0.0415248025
Dp
(ρptkl-ρair)x g = 1.11E-0111.75 ρair 0.0372607369
Dp
(ρptkl-ρair)x g = 5.09E-0051.75 ρair 0.0472253516
Dp
(ρptkl-ρair)x g = 1.63E-0051.75 ρair 0.0422579553
Dp
(ρptkl-ρair)x g = -0.0001891.75 ρair 0.0415544772
Dp
(ρptkl-ρair)x g = -0.0031041.75 ρair 0.0318016657
Dp
(ρptkl-ρair)x g = -3.9E-0111.75 ρair 0.0311165939
Dp
(ρptkl-ρair)x g = -0.0031771.75 ρair 0.0322135097
Dp
(ρptkl-ρair)x g = -0.0003851.75 ρair 0.039896534
εmf3
εmf3
εmf3
εmf3
εmf3
εmf3
εmf3
εmf3
εmf3
(ρptkl-ρair)x g = -0.000385Dp
(ρptkl-ρair)x g = -0.0005491.75 ρair 0.0465422929
Dp
(ρptkl-ρair)x g = -0.0008571.75 ρair 0.0429340151
Dp
(ρptkl-ρair)x g = -0.0024571.75 ρair 0.0463234026
Dp
(ρptkl-ρair)x g = -0.043331.75 ρair 0.0399930759
Dp
εmf3
εmf3
εmf3
εmf3
εmf3
(1-εmf)+
150 μ (1-εmf)2
(1-εmf)+
150 μ (1-εmf)2
(1-εmf)+
150 μ (1-εmf)2
(1-εmf)+
150 μ (1-εmf)2
(1-εmf)+
150 μ (1-εmf)2
(1-εmf)+
150 μ (1-εmf)2
(1-εmf)+
150 μ (1-εmf)2
(1-εmf)+
150 μ (1-εmf)2
(1-εmf)+
150 μ (1-εmf)2
(1-εmf)+
150 μ (1-εmf)2
εmf3.Dp2
εmf3.Dp2
εmf3.Dp2
εmf3.Dp2
εmf3.Dp2
εmf3.Dp2
εmf3.Dp2
εmf3.Dp2
εmf3.Dp2
+
(1-εmf)+
150 μ (1-εmf)2
(1-εmf)+
150 μ (1-εmf)2
(1-εmf)+
150 μ (1-εmf)2
(1-εmf)+
150 μ (1-εmf)2
εmf3.Dp2
εmf3.Dp2
εmf3.Dp2
εmf3.Dp2
εmf3.Dp2
Umf- (1-emf) x (ρptkl-ρair)x g = 2565.589
Umf- (1-emf) x (ρptkl-ρair)x g = 5365.283
Umf- (1-emf) x (ρptkl-ρair)x g = 4665.803
Umf- (1-emf) x (ρptkl-ρair)x g = 1189.777
Umf- (1-emf) x (ρptkl-ρair)x g = 355.5819
umf- (1-emf) x (ρptkl-ρair)x g = 600.3628
0.5659526718- (1-emf) x (ρptkl-ρair)x g = 3795.626
0.9087724766- (1-emf) x (ρptkl-ρair)x g = 1896.408
0.5487397858- (1-emf) x (ρptkl-ρair)x g = 2934.07
-30.1779460604- (1-emf) x (ρptkl-ρair)x g = 795.0673
εmf3.Dp2
εmf3.Dp2
εmf3.Dp2
εmf3.Dp2
εmf3.Dp2
εmf3.Dp2
εmf3.Dp2
εmf3.Dp2
εmf3.Dp2
- (1-emf) x (ρptkl-ρair)x g = 795.0673
-35.0390278322- (1-emf) x (ρptkl-ρair)x g = 1404.817
-24.1007846159- (1-emf) x (ρptkl-ρair)x g = 972.6783
1.6140417661- (1-emf) x (ρptkl-ρair)x g = 4873.616
2.7482883371- (1-emf) x (ρptkl-ρair)x g = -1086.509
εmf3.Dp2
εmf3.Dp2
εmf3.Dp2
εmf3.Dp2
εmf3.Dp2
![FLUIDISASI [FLU] · PDF fileLaboratorium Instruksional Teknik Kimia Fluidisasi FLU 7 BAB III RANCANGAN PERCOBAAN 3 3.1 Peralatan Percobaan Peralatan utama yang digunakan selama praktikum](https://static.fdokumen.com/doc/165x107/5aba68bc7f8b9a567c8b7a26/fluidisasi-flu-instruksional-teknik-kimia-fluidisasi-flu-7-bab-iii-rancangan-percobaan.jpg)
