556
P. Farkas
+ S 6 7 8QM3'
^
3
* S 6 7 89Ό
Λ
~^
3
Γ J" έ
7&0kl·
Substrate ajncentrntion in the sludge liquorj sfrngji CODJ
Fig. 3.
The effect of slaughterhouse process effluents on sludge respiration
6Λ
5, Substrate COD in the sludge liquor 3000 mg/t
0 1
2
3
4 S 6 7 69C
HfO (rendering uraste only)
H, blood {mg/ί COD] total substrate[mg/L CODJ
1
1
n—i i i i i^.z>
3
I 5 6 7 8b
x a°
H~
The effect of the mixture of slaughterhouse effluents on the biological oxidation
P. Farkas
+ S 6 7 8QM3'
^
3
* S 6 7 89Ό
Λ
~^
3
Γ J" έ
7&0kl·
Substrate ajncentrntion in the sludge liquorj sfrngji CODJ
Fig. 3.
The effect of slaughterhouse process effluents on sludge respiration
6Λ
5, Substrate COD in the sludge liquor 3000 mg/t
0 1
2
3
4 S 6 7 69C
HfO (rendering uraste only)
H, blood {mg/ί COD] total substrate[mg/L CODJ
1
1
n—i i i i i^.z>
3
I 5 6 7 8b
x a°
H~
The effect of the mixture of slaughterhouse effluents on the biological oxidation