The two microbial enzymes used in the present study exhibited a high efficiency in the conversion of starch from fruitpeels, which was comparable with the results obtained by many other researchers [21, 46]. The saccharification ofdifferent agro-wastes has been also reported by other workers employing enzymes from different microorganisms[47]. Karakastsanis and Liakopoulu-Kyriakides [48] have observed 96% of starch conversion in corn by usingamylase and glucoamylase, simultaneously. Dettori-Campus et al. [49] have reported 80% of starch conversion inbarley, corn and rice using amylases from Bacillus species. Sharma et al. [50] have reported a maximum yield of 63 gL-1 reducing sugar after enzymatic saccharification and 0.426 gg-1 ethanol after fermentation in a mixture of bananapeels and kinnow waste. Hammond et al. [6] have reported an increased sugarrecovery and ethanol production from bananas and banana wastes using commercial α-amylase and glucoamylase.