Figures & data
Figure 2. Enrichment of protein in dry sludge cake (DSC) by microbial treatment of STP sludge in a batch fermenter as well as the shake flask.
![Figure 2. Enrichment of protein in dry sludge cake (DSC) by microbial treatment of STP sludge in a batch fermenter as well as the shake flask.](/cms/asset/522d5e57-4850-4e51-acd3-c4ded9abd04b/ianb19_a_27526_uf0002_b.gif)
Figure 3. Total suspended solids (TSS) in supernatant of treated sludge recorded in fermenter and shake flask.
![Figure 3. Total suspended solids (TSS) in supernatant of treated sludge recorded in fermenter and shake flask.](/cms/asset/b0950412-8b16-4995-a545-10a523abbcb1/ianb19_a_27526_uf0003_b.gif)
Figure 4. Total dissolved solids (TDS) in STP sludge to evaluate the fermenter and shake flask performance.
![Figure 4. Total dissolved solids (TDS) in STP sludge to evaluate the fermenter and shake flask performance.](/cms/asset/71b905dc-67bb-4941-9ce5-df33460b6a58/ianb19_a_27526_uf0004_b.gif)
Figure 5. Optical density (turbidity) in microbially treated sludge using fermenter and shake flask.
![Figure 5. Optical density (turbidity) in microbially treated sludge using fermenter and shake flask.](/cms/asset/cebc2c32-82fc-40d0-9544-e76ce8dc26e4/ianb19_a_27526_uf0005_b.gif)
Figure 6. Reduction of soluble protein by fungal mixed culture of A. niger and P. corylophilum in batch fermenter and shake flask.
![Figure 6. Reduction of soluble protein by fungal mixed culture of A. niger and P. corylophilum in batch fermenter and shake flask.](/cms/asset/9e8ef505-8735-42d1-97b5-c1d6ab0b6735/ianb19_a_27526_uf0006_b.gif)
Figure 7. Substrate utilization (reducing sugar) by the mixed microbial treatment of STP sludge in a fermenter compared to shake flask.
![Figure 7. Substrate utilization (reducing sugar) by the mixed microbial treatment of STP sludge in a fermenter compared to shake flask.](/cms/asset/7f1532be-a3c0-44ff-b0f4-33663f949381/ianb19_a_27526_uf0007_b.gif)