Ammara Afzal1, Tazmeen Fatima1, Maham Tabassum1, Muhammad Nadeem2*, Muhammad Irfan3, Quratulain Syed2
...nvert lignocelluloses to bioethanol i.e. pretreatment of biomass, enzymatic hydrolysis of raw material and fermentation. The sawdust was pretreated with 2.5% NaOH and further processed for SHF and SSF. Maximum saccharification was observed by T. viride (10.17%) followed by T. harzianum (9.19%) and T. koninji (6.91%) at 35˚C for 48h. Among both strategies, SSF combination of T. viride and S. cerevisiae gave maximum ethanol pr...
Imrana Khushk1, Abdul Nabi Jatt2, Abdul Sattar Qureshi1*, Choudhary Haider Ali3, Muhammad Aqeel Bhutto1, Imran Ibrahim Khaskheli1, Sartar Iqbal Panhwer1
...Hence, the production of bioethanol and lactic acid cost reduced at large extent by using on-site produced cellulase in the saccharification of lignocellulosic material.
Novelty Statement | In house cellulase production saved enzyme production, purification, and transportation cost. Evolutionary adapted strain produced higher ethanol and lactic acid titer from wheat straw. Adaptation of the ferm...
Nazish Manzoor1*, Alim Khan1, Muhammad Yaseen1, Abid Ullah1, Zulqarnain2 and Iftikhar Jan2
SAIMA AFTAB1, ATTIA HAMID1, MAHJBEEN2, JAVERIA TARIQ2, ZULQURNAIN ALI2, ASMA ZAFAR2*
SAIMA AFTAB1, ATTIA HAMID1, MAHJBEEN2, JAVERIA TARIQ2, ZULQURNAIN ALI2, ASMA ZAFAR2*
