Enzyme production from lignocellulosic biomass is sustainable owing to their ubiquitious nature and non-competitivness with food crops. Agrowastes accumulate in envonment in substantial amounts as pollutants, and primarily comprise of cellulose and hemicellulose that can be saccharified by cellulases to produce fermentable sugars yielding bioethanol. However, cellulase production cost is major impediment in bioenergy production scenario. Saccharum spontaneum is an abundantly found agrowaste with high cellulose content which can be employed for cellulase production through biological route. In present investigation, cellulase production was significantly elevated through substrate delignification and process optimization by employment of fungal strain Trichoderma viride. Therefore, cost effective cellulase production can be achieved by exploiting cheaper substrates, effective pretreatment and process enhancement strategies for economical fermentation.

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Hira Naeem has done MS Biotechnology from Lahore College for Women University. Her current research is conducted in the field of Industrial Biotechnology involving cellulase production.Mehwish Iqtedar is an assistant professor of Microbiology in LCWU. Komal Aftab has done MS Biotechnology and conducted research in bioethanol production.