Figures & data
Figure 1. The immobilization of fungal mixed culture of P. corylophilum and A. niger in waste particle of sludge (a) the fungal growth formation as pellets after 2 days of treatment; (b) surface viewed of pellets in SEM; (c) control (uninoculated).
![Figure 1. The immobilization of fungal mixed culture of P. corylophilum and A. niger in waste particle of sludge (a) the fungal growth formation as pellets after 2 days of treatment; (b) surface viewed of pellets in SEM; (c) control (uninoculated).](/cms/asset/e876eeb9-e640-4db9-abd3-f61c31e2a4d5/ianb19_a_11116813_uf0001_b.gif)
Figure 2. The increased rate of dry filter cake (DFC) production by microbial treatment of wastewater sludge.
![Figure 2. The increased rate of dry filter cake (DFC) production by microbial treatment of wastewater sludge.](/cms/asset/f5be2ab8-09ad-43d3-9c6e-c0639b9bb4cb/ianb19_a_11116813_uf0002_b.gif)
Figure 4. The turbidity (optical density against distilled water at 660 nm) in supernatant of treated sludge.
![Figure 4. The turbidity (optical density against distilled water at 660 nm) in supernatant of treated sludge.](/cms/asset/e218ad0e-37b4-47dd-92eb-af65d48b409f/ianb19_a_11116813_uf0004_b.gif)
Figure 7. The increased and decreased rate of protein in DFC and supernatant of treated sludge, respectively.
![Figure 7. The increased and decreased rate of protein in DFC and supernatant of treated sludge, respectively.](/cms/asset/2064bc3a-9013-4df1-8dc7-82c24b2f6d30/ianb19_a_11116813_uf0007_b.gif)