Table 2.
Comparison of live and dead fungi sorption features.
| S/no. | Sorption characteristics | Sorption by dead biomass | Sorption by living biomass | Reference |
|---|---|---|---|---|
| 1 | Cost-effectiveness | Utilize less cost | Utilize high cost | [36] |
| 2 | Recovery of toxicant | Possible | Difficult | [36] |
| 3 | Regeneration and reuse activities | Possible to reuse various cycle | Difficult | [28, 36] |
| 4 | Energy demand | Low energy demand | Energy is highly required | [36] |
| 5 | Rate of removal | Rapid | Usually slow due to intercellular accumulation | [36] |
| 6 | Selectivity | Poor, but can be improved by modification/processing of biomass | Better | [28, 36] |
| 7 | pH | Strongly affect sorption capacity | Partially sorption capacity | [28, 36] |
| 8 | Maintenance | Easy | Difficult | [36] |
| 9 | Cell disruption | No | Yes | [37, 38] |
| 10 | Percentage of heavy metals removal | High | Low | [37, 38] |
| 11 | Desorption efficiency | High | Low | [37, 38] |
| 12 | Recovery and reuse potential of the cell | High | Low | [37, 38] |
| 13 | Binding sites and functional groups | More | Less | [37, 38] |
| 14 | Modeling and analysis | Easy | Difficult | [4] |