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to
(2011) waste Biofuel

29(6) Bioremed. high-value for
Adv. J. for Agro-industrial Lignocellulosic Biomass
Remarks Biotechnol. challenges, lignocellulose al., et Pandey, Lignocellulosic

pressure. and of Umor, R.A. of

and application, toward prospective pretreatment N. Mahmood, Morone, Pretreatment

Disadvantages/ limitations temperature normal fundamentals biomass: the on N.A.N. A. 476 485; Bajpai,

NTP, lignocellulosic review A al., Abdullah, (2018) P. 21 35;

degrades eco- no process, toxic no of the during lignin low requirement water; hot liquid pretreatment: Biomass from production et Ping, L. B. Ismail, S. 94 Rev. Energy (2014) 37

Advantages conditions, and lignin hemicellulose, friendly of release compounds, generation fermentation inhibitors process, degradation, energy LHW, liquid; Levin, Biobutanol Yuan, X. Aziz, M.M.A. Sustain. Rev. Energy

ionic D.B. DaMing, Huzir, Renew. Sustain.
IL, Berlin, Zhang, C. Renew.
action/ polymerization; A. J. Cong, Chang, N.M. generation.

of Sparling, H. C. Jinbao, 196 206; next remedies.
Mechanism effects of degrees R. Cicek, Song, J. L. (2017) for biofuels potential

DP, N. Zhang, L. Hongyan, 160 and [77 82].
explosion; Agbor, V.B. Sheng, C. 363; Technol. eco-friendly gridlocks 2016

(Continued) method fungi, Bacillus fiber from Y. Cao, (2016) Process. production: production: Springer,

5.2 Pretreatment soft-rot Sphingomonas paucimobilis, circulans) Ammonia Adapted G. 7(4) Fuel
Table AFEX, Source: 675 685; Biodegrad. chemicals, biobutanol biobutanol Production,