Research Article
Optimization of Enzymatic Saccharification of Alkali Pretreated Parthenium sp. Using Response Surface Methodology
Table 6
Comparison of sugar release from different weedy lignocellulosic biomass after enzymatic saccharification.
| S. no. | Biomass | Pretreatment | Sugar release (mg/gds) | Enzyme used | Reference |
| 1 | Giant reed | Dilute acid | 481.6 | Celluclast 1.5 L and Novozyme-188 | [15] | 2 | Switch grass | Dilute acid | 440.00 | Commercial cellulase | [16] | 3 | Parthenium | Alkali | 513.1 | Accellerase 1500 | [10] | 4 | Parthenium | Biological | 485.64 | Accellerase 1500 | [17] | 5 | Parthenium | Biological | 455.81 | Accellerase 1500 | [18] | 6 | Parthenium | Ammonia | 152.28 | Aspergillus candidus crude enzyme | [19] | 7 | Parthenium | Alkali | 574.00 | Accellerase 1500 | Present work |
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