perhitungan dosing bahan kimia saat jar test
TRANSCRIPT
Perhitungan dosing koagulan dalam uji validitas (jar test)
Rumus : konsentrasi =
Ppm =
1. konsentrasi =
Ppm =
8.39 ppm =
8.39 x 10-6 =
67.12 x 10-4= 1x 10-2 . x
X = 0.67 ml
2. konsentrasi =
Ppm =
10.29 ppm =
10.29 x 10-6 =
82.32 x 10-4= 1x 10-2 . x
X= 0.82 ml
Persamaan y = 0.317x +6.805
3. konsentrasi =
Ppm =
9.49 ppm =
9.49 x 10-6 =
75.92 x 10-4 = 1x 10-2 . x
X =0.75 ml
4.konsentrasi =
Ppm =
9.75 ppm =
9.75 x 10-6 =
78 x 10-4 = 1x 10-2 . x
X = 0.78 ml
5. konsentrasi =
Ppm =
10.926 ppm =
10.926 x 10-6 =
87.408 x 10-4 = 1x 10-2 . x
X = 0.87 ml
6. konsentrasi =
Ppm =
9.2 ppm =
9.2 x 10-6 =
73.6 x 10-4 = 1x 10-2 . x
X= 0.73 ml
7. konsentrasi =
Ppm =
8.8 ppm =
8.8 x 10-6 =
70.4 x 10-4 = 1x 10-2 . x
X = 0.7 ml
8. konsentrasi =
Ppm =
8.6 ppm =
8.6 x 10-6 =
68.8 x 10-4= 1x 10-2 . x
X = 0.68 ml
9. konsentrasi =
Ppm =
11.02 ppm =
11.02 x 10-6 =
88.16 x 10-4= 1x 10-2 . x
X = 0.88 ml
10. konsentrasi =
Ppm =
10 ppm =
10 x 10-6 =
80 x 10-4= 1x 10-2 . x
X= 0.8 ml
11. konsentrasi =
Ppm =
11.75 ppm =
11.75 x 10-6 =
94 x 10-4= 1x 10-2 . x
X = 0.94 ml
12. konsentrasi =
Ppm =
8.45 ppm =
8.45 x 10-6 =
67.2 x 10-4 = 1x 10-2 . x
X = 0.67 ml
13. konsentrasi =
Ppm =
9.11 ppm =
9.11x 10-6 =
72.88 x 10-4 = 1x 10-2 . x
X = 0.73 ml
14. konsentrasi =
Ppm =
9.658 ppm =
9.658x 10-6 =
77.264 x 10-4 = 1x 10-2 . x
X= 0.77ml
15. konsentrasi =
Ppm =
11.27 ppm =
11.27 x 10-6 =
90.27x 10-4 = 1x 10-2 . x
X = 0.97 ml
16. konsentrasi =
Ppm =
8.45 ppm =
8.45 x 10-6 =
67.6 x 10-4 = 1x 10-2 . x
X = 0.68 ml
17. konsentrasi =
Ppm =
9.11 ppm =
9.11 x 10-6 =
72.88 x 10-4= 1x 10-2 . x
X = 0.73 ml
18. konsentrasi =
Ppm =
9.658 ppm =
9.658 x 10-6 =
77.264 x 10-4 = 1x 10-2 . x
X= 0.77 ml
19. konsentrasi =
Ppm =
11.27 ppm =
11.27 x 10-6 =
90.16 x 10-4= 1x 10-2 . x
X = 0.9 ml
20. konsentrasi =
Ppm =
9.59 ppm =
9.59 x 10-6 =
76.72 x 10-4= 1x 10-2 . x
X = 0.76 ml
21. konsentrasi =
Ppm =
10.35 ppm =
10.35 x 10-6 =
82.8 x 10-4= 1x 10-2 . x
X = 0.83 ml
22. konsentrasi =
Ppm =
11.28 ppm =
11.28 x 10-6 =
90.24 x 10-4= 1x 10-2 . x
X=0.9 ml
23. konsentrasi =
Ppm =
9.02 ppm =
9.02 x 10-6 =
72.16x 10-4 = 1x 10-2 . x
X = 0.72 ml
24. konsentrasi =
Ppm =
8.6 ppm =
8.6 x 10-6 =
68.8x 10-4= 1x 10-2 . x
X = 0.69 ml
25. konsentrasi =
Ppm =
15.49 ppm =
15.49 x 10-6 =
123.92 x 10-4= 1x 10-2 . x
X =1.2 ml
26. konsentrasi =
Ppm =
11.94 ppm =
11.94 x 10-6 =
95.52 x 10-4 = 1x 10-2 . x
X= 0.95 ml
27. konsentrasi =
Ppm =
8.77 ppm =
8.77 x 10-6 =
70.16 x 10-4 = 1x 10-2 . x
X = 0.7 ml
28. konsentrasi =
Ppm =
9.4 ppm =
9.4 x 10-6 =
75.2 x 10-4 = 1x 10-2 . x
X = 0.75 ml
29. konsentrasi =
Ppm =
12.5 ppm =
12.5 x 10-6 =
100 x 10-4 = 1x 10-2 . x
X = 1ml
30. konsentrasi =
Ppm =
13.3 ppm =
13.3 x 10-6 =
106.4 x 10-4= 1x 10-2 . x
X= 1.06 ml
31. konsentrasi =
Ppm =
9.05ppm =
9.05x 10-6 =
69.6 x 10-4= 1x 10-2 . x
X = 0.696 ml
32.konsentrasi =
Ppm =
10.7 ppm =
10.7 x 10-6 =
85.6 x 10-4= 1x 10-2 . x
X = 0.86 ml
Perhitungan dosing flokulan dalam uji validitas (jar test)
Rumus : konsentrasi =
Ppm =
1.konsentrasi =
Ppm =
0.338 ppm =
0.338 x 10-6 =
2.704 x 10-4= 0.1x 10-2 . x
X = 0.27 ml
2. konsentrasi =
Ppm =
0.44 ppm =
0.44 x 10-6 =
3.52x 10-4= 0.1x 10-2 . x
X= 0.35 ml
y= 0.017x + 0.253
3. konsentrasi =
Ppm =
0.3975 ppm =
0.3975 x 10-6 =
3.18 x 10-4= 0.1x 10-2 . x
X = 0.32 ml
4.konsentrasi =
Ppm =
0.4111 ppm =
0.4111x 10-6 =
3.28 x 10-4= 0.1x 10-2 . x
X = 0.33 ml
5.konsentrasi =
Ppm =
0.474 ppm =
0.474 x 10-6 =
3.792 x 10-4= 0.1x 10-2 . x
X =0.37 ml
6. konsentrasi =
Ppm =
0.3822 ppm =
0.3822x 10-6 =
3.0576 x 10-4=0. 1x 10-2 . x
X= 0.31 ml
7. konsentrasi =
Ppm =
0.3601 ppm =
0.3601 x 10-6 =
2.88 x 10-4= 0.1x 10-2 . x
X = 0.28 ml
8.konsentrasi =
Ppm =
0.3533 ppm =
0.3533 x 10-6 =
2.826 x 10-4= 0.1x 10-2 . x
X = 0.28 ml
9.konsentrasi =
Ppm =
8.1 ppm =
8.1 x 10-6 =
64.8 x 10-4= 0.1x 10-2 . x
X = 0.65 ml
10.konsentrasi =
Ppm =
8.5 ppm =
8.5 x 10-6 =
68 x 10-4= 0.1x 10-2 . x
X= 0.68 ml
11. konsentrasi =
Ppm =
8.7 ppm =
8.7 x 10-6 =
69.6 x 10-4= 0.1x 10-2 . x
X = 0.696 ml
12.konsentrasi =
Ppm =
8.75 ppm =
8.75 x 10-6 =
70 x 10-4=0. 1x 10-2 . x
X = 0.7 ml
13.konsentrasi =
Ppm =
8.1 ppm =
8.1 x 10-6 =
64.8 x 10-4=0. 1x 10-2 . x
X = 0.65 ml
14.konsentrasi =
Ppm =
8.5 ppm =
8.5 x 10-6 =
68 x 10-4=0. 1x 10-2 . x
X= 0.68 ml
15. konsentrasi =
Ppm =
8.7 ppm =
8.7 x 10-6 =
69.6 x 10-4= 0.1x 10-2 . x
X = 0.696 ml
16.konsentrasi =
Ppm =
8.75 ppm =
8.75 x 10-6 =
70 x 10-4= 0.1x 10-2 . x
X = 0.7 ml
17.konsentrasi =
Ppm =
8.1 ppm =
8.1 x 10-6 =
64.8 x 10-4=0. 1x 10-2 . x
X = 0.65 ml
18.konsentrasi =
Ppm =
8.5 ppm =
8.5 x 10-6 =
68 x 10-4= 0.1x 10-2 . x
X= 0.68 ml
19. konsentrasi =
Ppm =
8.7 ppm =
8.7 x 10-6 =
69.6 x 10-4= 0.1x 10-2 . x
X = 0.696 ml
20.konsentrasi =
Ppm =
8.75 ppm =
8.75 x 10-6 =
70 x 10-4=0. 1x 10-2 . x
X = 0.7 ml
21.konsentrasi =
Ppm =
8.1 ppm =
8.1 x 10-6 =
64.8 x 10-4=0. 1x 10-2 . x
X = 0.65 ml
22.konsentrasi =
Ppm =
8.5 ppm =
8.5 x 10-6 =
68 x 10-4= 0.1x 10-2 . x
X= 0.68 ml
23. konsentrasi =
Ppm =
8.7 ppm =
8.7 x 10-6 =
69.6 x 10-4=0. 1x 10-2 . x
X = 0.696 ml
24.konsentrasi =
Ppm =
8.75 ppm =
8.75 x 10-6 =
70 x 10-4= 0.1x 10-2 . x
X = 0.7 ml
25.konsentrasi =
Ppm =
8.1 ppm =
8.1 x 10-6 =
64.8 x 10-4= 0.1x 10-2 . x
X = 0.65 ml
26.konsentrasi =
Ppm =
8.5 ppm =
8.5 x 10-6 =
68 x 10-4=0. 1x 10-2 . x
X= 0.68 ml
27. konsentrasi=
Ppm =
8.7 ppm =
8.7 x 10-6 =
69.6 x 10-4=0. 1x 10-2 . x
X = 0.696 ml
28. konsentrasi =
Ppm =
8.75 ppm =
8.75 x 10-6 =
70 x 10-4= 0.1x 10-2 . x
X = 0.7 ml
29.konsentrasi =
Ppm =
8.1 ppm =
8.1 x 10-6 =
64.8 x 10-4=0. 1x 10-2 . x
X = 0.65 ml
30.konsentrasi =
Ppm =
8.5 ppm =
8.5 x 10-6 =
68 x 10-4= 0.1x 10-2 . x
X= 0.68 ml
31. konsentrasi =
Ppm =
8.7 ppm =
8.7 x 10-6 =
69.6 x 10-4= 0.1x 10-2 . x
X = 0.696 ml
32.konsentrasi =
Ppm =
8.75 ppm =
8.75 x 10-6 =
70 x 10-4= 0.1x 10-2 . x
X = 0.7 ml