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Optimization of pH, Temperature, and Fermentation Time in the Production of Bioethanol From Sugar Press Mud /

Additional authors: Tacazen, Jamica B., and others.

Physical details: ii, 25 pages ; 28 cm. Year: 2017

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Item type	Location	Collection	Call number	Status	Date due	Barcode
Academic Research	Cagayan State University - Carig Library Academic Research Section	Academic Research	C'Eng 0018 2017 c.2 (Browse shelf)	Available		Chem'Eng0018C1
Academic Research	Cagayan State University - Carig Library Academic Research Section	Academic Research	C'Eng 0018 2017 c.1 (Browse shelf)	Available		CEng0018C1

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Previous	C'Eng 0016 2017 c.2 Water minimization through process integration in the sugar industry /	C'Eng 0017 2017 c.1 Extraction of natural dye from sugarcane plant (saccharum officianarum) and its application to cotton /	C'Eng 0018 2017 c.1 Optimization od pH, temperature, and fermentation time in the production of bioethanol from sugar press mud /	C'Eng 0018 2017 c.1 Optimization of pH, Temperature, and Fermentation Time in the Production of Bioethanol From Sugar Press Mud /	C'Eng 0018 2017 c.2 Optimization od pH, temperature, and fermentation time in the production of bioethanol from sugar press mud /	C'Eng 0018 2017 c.2 Optimization of pH, Temperature, and Fermentation Time in the Production of Bioethanol From Sugar Press Mud /	C'Eng 0019 2017 c.1 Bioethanol production from saba banana pseudostem using alkaline pretreatment simultaneous saccharification and fermentation /	Next

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