and a radiation dose of 3 u00d7 10 5 gy to obtain a treated starch object then the treated starch object is placed in a fermentation processor such as a fermentation tank into which a predetermined amount of water is added where a ratio of the treated starch object and the water is 1 10 by weight and is dissolved in the water through mechanical stirring in the fermentation processor to form a dissolved starch object then an acidity ph value of the dissolved starch object is adjusted to 4 u02dc 4 5 to form a pretreated starch object which is then arranged for saccharification by adding an enzyme for saccharification such as glucoamylase in the amount of 20 u02dc 30 iu where a treatment time for saccharification is 1 hour and a treatment temperature for saccharification is 60 u00b0 c to obtain a saccharized product the saccharized product obtained from the above process which is in the form of sugar paste contains approximately 10 reducing sugar which can be used directly for fermentation in other words it is unnecessary to use different equipments such as saccharization tank and fermentation tank for liquefaction saccharification and fermentation and hence eliminating any possible waste of materials during transfer between different containers and equipment in addition the treated starch object is dry easy to handle and manipulate which increases the ease of handling and accuracy making the present invention highly effective and efficient for use in industrial production one skilled in the art will understand that the embodiment of the present invention as shown in the drawings and described above is exemplary only and not intended to be limiting it will thus be seen that the objects of the present invention have.