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		Application of a Simple Method to ReduceStart-Up Period in a H2-Producing Uasb Reactor Using Xylose by Jung, Kyung-Won Kim, Dong-Hoon Source: International Journal of Hydrogen Energy Material type: Article; Format: print Availability: Items available for loan: Engr Abul Kalam Library (1). Request article
		Analysis of H2 to Co2 Yield and Physiological Key Parameters of Enterobacter Aerogenes and Caldiceliulosiruptor Saccharolyticus by Martinez-Porqueras, Ester Rittmann, Simon Source: International Journal of Hydrogen Energy Material type: Article; Format: print Availability: Items available for loan: Engr Abul Kalam Library (1). Request article
		Enhanced Hydrogen Production from Xylose and Bamboo Stalk Hydrolysate by Overexpression of Xylulokinase and Xylose Isomerase in Klebsielia Oxytoca Hp1 by Wu, Xiao-Bing Huang, Gang-Feng Bai, li-Ping Long, Min-Nan Source: International Journal of Hydrogen Energy Material type: Article; Format: print Availability: Items available for loan: Engr Abul Kalam Library (1). Request article
		Effect of Medium Composition on Biohydrogen Production byExtreme Thermophilic Bacterium Caldiceliulosiruptor Saccharolyticus by Wechselberger, Patrick Martinez-Porqueras, Ester Source: International Journal of Hydrogen Energy Material type: Article; Format: print Availability: Items available for loan: Engr Abul Kalam Library (1). Request article
		Sequential Generation of Hydrogen and Methane from Xylose by Two-Stage Anaerobic Fermentation by Cheng, Jun Song, Wenlu Xia, Ao Source: International Journal of Hydrogen Energy Material type: Article; Format: print Availability: Items available for loan: Engr Abul Kalam Library (1). Request article
		Anthrahydroquinone-2,6-Disulfonate IncreasesRate of Hydrogen Production During Clostridium BeijerinckII Fermentation with Glucose, Xylose, and Celiobiose by Ye, Xiao-Feng Zhang, Xinyu Morgenroth, Eberhard Source: International Journal of Hydrogen Energy Material type: Article; Format: print Availability: Items available for loan: Engr Abul Kalam Library (1). Request article
		Statistical Optimization of Factors Affecting Biohydrogen Production from Xylose Fermentation Using Inhibited Mixed Anaerobic Cultures by Chaganti, Subba Rao Kim, Dong-Hoon Lalman, Jerald A Source: International Journal of Hydrogen Energy Material type: Article; Format: print Availability: Items available for loan: Engr Abul Kalam Library (1). Request article
		Biohydrogen Production from Xylose by Thermoanaerobacterium Thermosaccharolyticum Kku19 Isolated from Hot Spring Sediment by Khamtib, Sontaya Reungsang, AlisSARa Source: International Journal of Hydrogen Energy Material type: Article; Format: print Availability: Items available for loan: Engr Abul Kalam Library (1). Request article
		Dark Fermentative Hydrogen Production from Xylose by a Hot Spring Enrichment Culture by Nissila, Marika E Puhakka, Jaakko A Source: International Journal of Hydrogen Energy Material type: Article; Format: print Availability: Items available for loan: Engr Abul Kalam Library (1). Request article
		Fermentative Hydrogen Production from Different Sugars by Citrobacter Sp. Cmc-1 in Batch Culture by Santala, Vilie P Mangayil, Rahul Source: International Journal of Hydrogen Energy Material type: Article; Format: print Availability: Items available for loan: Engr Abul Kalam Library (1). Request article
		Biohydrogen Production from Mixed Xylose/Arabinose at Thermophilic Temperature by Anaerobic Mixed Cultures in Elephant Dung by Fangkum, Arunsri Reungsang, AlisSARa Source: International Journal of Hydrogen Energy Material type: Article; Format: print Availability: Items available for loan: Engr Abul Kalam Library (1). Request article
		Fermentative Hydrogen Production with Xylose by Clostridium and Klebsielia Species in Anaerobic Batch Reactors by Fernandes, Bruna S Maintinguer, Sandra I Source: International Journal of Hydrogen Energy Material type: Article; Format: print Availability: Items available for loan: Engr Abul Kalam Library (1). Request article
		Xylose Fermentation to Biofuels (Hydrogen and Ethanol) by Extreme Thermophilic (70 °C) Mixed Culture by Zhao, Chenxi Karakashev, Dimitar Source: International Journal of Hydrogen Energy Material type: Article; Format: print Availability: Items available for loan: Engr Abul Kalam Library (1). Request article

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