47
Lampiran 1. Data karakteristik kimia lima sampel CPO A.
Kadar Air
Sampel berat
contoh g berat cawan
g berat cawan setelah
dikeringkan g Kadar air
Rata-rata Std
CPO A 10.0097
72.2427 62.2562
0.2318 0.23
0.01 10.0259
74.2595 64.2558
0.2214 CPO B
5.0412 25.5278
30.5444 0.4880
0.49 0.00
5.2559 21.1608
26.3913 0.4833
CPO C 5.2311
18.4789 23.6901
0.3804 0.38
0.00 5.2204
18.3265 23.5268
0.3850 CPO D
4.9973 21.7751
26.7542 0.3642
0.38 0.02
5.0167 21.5862
26.5835 0.3867
CPO E 5.0795
15.7583 20.8171
0.4075 0.55
0.20 5.3076
21.2155 26.4862
0.6952
B. Kadar Kotoran
C. Asam Lemak Bebas
Sampel Berat sampel
g Normalitas
Volume NaOH mL
ALB Rata-rata
St. Deviasi
CPO A 24.942
0.0858 6.6
5.81 5.8
0.02 25.433
0.0858 6.7
5.79 CPO B
25.081 0.0858
4.4 3.85
3.88 0.04
25.088 0.0858
4.5 3.91
CPO C 25.882
0.0858 4.5
3.82 3.84
0.03 25.563
0.0858 4.5
3.86 CPO D
25.794 0.0916
5.1 4.64
4.58 0.08
25.433 0.0916
4.9 4.52
CPO E 25.367
0.0916 5.1
4.71 4.6
0.16 25.578
0.0916 4.9
4.49 Sampel
Berat contoh g
Berat kertas saring awal g
Berat kertas saring setelah kering g
Kadar kotoran Rata-
rata Std
CPO A 10.0097
0.5312 0.542
0.1079 0.10
0.01 10.0259
0.5273 0.5373
0.0997 CPO B
5.0412 0.9139
0.9245 0.2103
0.20 0.02
5.2559 0.9158
0.9256 0.1865
CPO C 5.2311
0.927 0.941
0.2676 0.29
0.03 5.2204
0.9277 0.944
0.3122 CPO D
4.9973 0.9233
0.9376 0.2862
0.30 0.01
5.0167 0.9135
0.9288 0.305
CPO E 5.0795
0.9236 1.173
4.9099 4.84
0.10 5.3076
0.9328 1.1857
4.7649
48
Lampiran 1. Data karakteristik kimia lima sampel CPO lanjutan
D. Bilangan Iod
Sampel Berat sampel
g Normalitas
V Blanko mL
V Sampel mL
Bilangan Iod Rata-
rata St.
deviasi CPO A
0.5111 0.1058
33.4 14.3
50.17 50.38
0.29 0.511
0.1058 33.4
14.15 50.58
CPO B 0.5516
0.1058 34.4
13.5 50.87
51.3 0.61
0.5372 0.1058
34.4 13.7
51.73 CPO C
0.5002 0.1
48 27.25
52.64 52.47
0.24 0.5107
0.1 48
26.95 52.31
CPO D 0.5204
0.1 48
25.7 54.38
54.15 0.32
0.5213 0.1
48 25.85
53.92 CPO E
0.5426 0.1058
34.4 14.1
50.23 50.79
0.8 0.5176
0.1058 34.4
14.6 51.36
49
Lampiran 2. Hasil ANOVA dengan uji lanjut Duncan pada analisis mutu kimia kelima sampel CPO.
A.
Kadar Air dan Kadar Kotoran ANOVA
kadar_air_dan_kotoran Sum of
Squares df
Mean Square
F Sig.
Between Groups
37.015 4
9.254 4.20E+03
0.00 Within
Groups 0.011
5 0.002
Total 37.026
9
kadar_air_dan_kotoran
Duncan nama_CPO
N Subset for alpha = 0.05
1 2
3 CPO A
2 0.3304
CPO B 2
0.66655 CPO D
2 0.6783
CPO C 2
0.68765 CPO E
2 5.39E+00
Sig. 1
0.679 1
Means for groups in homogeneous subsets are displayed.
B. KadarAsam Lemak Bebas
ANOVA
asam_lemak_bebas Sum of
Squares df
Mean Square
F Sig.
Between Groups
5.037 4
1.259 184.094
0.00 Within
Groups 0.034
5 0.007
Total 5.071
9
asam_lemak_bebas
Duncan nama_CPO
N Subset for alpha = 0.05
1 2
3 CPO C
2 3.84
CPO B 2
3.88 CPO D
2 4.58
CPO E 2
4.6 CPO A
2 5.8
Sig. 0.649
0.819 1
Means for groups in homogeneous subsets are displayed.
50
Lampiran 2. Hasil ANOVA dengan uji lanjut Duncan pada analisis mutu kimia kelima sampel CPO
lanjutan C.
Bilangan Iod ANOVA
bilangan_iod Sum of
Squares df
Mean Square
F Sig.
Between Groups
18.534 4
4.633 18.496
0.00 Within
Groups 1.253
5 0.251
Total 19.786
9
bilangan_Iod
Duncan nama_CPO
N Subset for alpha = 0.05
1 2
3 CPO A
2 50.375
CPO E 2
50.795 CPO B
2 51.3
51.3 CPO C
2 52.475
CPO D 2
54.15 Sig.
0.132 0.066
1 Means for groups in homogeneous subsets are displayed.
51
Lampiran 3. Analisis profil SFC kelima sampel CPO A.
CPO A
Suhu ºC SFC
rata-rata SD
1 2
3 5
46.54 45.16
48.21 46.64
1.53 10
43.53 42.32
43.66 43.17
0.74 15
33.29 30.42
33.64 32.45
1.77 20
23.94 23.87
23.62 23.81
0.17 25
14.86 14.14
14.66 14.55
0.37 30
9.96 8.78
8.64 9.13
0.73 35
6.17 6.51
6.41 6.36
0.17 40
4.45 4.56
4.76 4.59
0.16 45
4.54 4.63
4.42 4.53
0.11 50
4.17 4.08
4.07 4.11
0.06 55
4.01 4.01
4.15 4.06
0.08 60
3.81 3.63
3.42 3.62
0.20
B. CPO B
