ISBN-13: 9783110428377 / Angielski / Twarda / 2018 / 536 str.
Table of Content:
Chapter 1 IntroductionSection 1 Energy and microbiologySection 2 Application status and development prospect of energy microbiologyChapter 2 Microbiological fundamentalSection 1 Prokaryotic microorganismsSection 2 Eukaryotic microorganismsSection 3 VirusSection 4 Microbial growth and metabolismSection 5 Microbial genetic variation and breedingChapter 3 Microbial biomass pretreatment and hydrolysisSection 1 Microbial starch hydrolysis and its related amylaseSection 2 Microbial lignin hydrolysis and its related ligninaseSection 3 Microbial cellulose hydrolysis and its related celluloseSection 4 Microbial hemicellulose hydrolysis and its related hemicellulasesChapter 4 Microbial ethanol fermentationSection 1 Microbial hexose fermentationSection 2 Microbial pentose fermentationSection 3 Microbial syngas fermentationSection 4 Ethanol fermentation technology and its applicationChapter 5 Microbial butanol fermentationSection 1 Overview about butanol fermentationSection 2 Butanol fermentation microorganismSection 3 Acetone, butanol fermentationSection 4 Acetone, butanol fermentation technology and its applicationChapter 6 Microbial oil-lipid transformation and oil productionSection 1 Microbial lipase productionSection 2 Oil-producing microalgaeSection 3 Oil-producing fungiChapter 7 Microbial biogas fermentationSection 1 Principles of anaerobic biogas fermentationSection 2 Microbial acidogenic fermentationSection 3 Microbial methane productionChapter 8 Microbial hydrogen productionSection 1 Hydrogenase and nitrogenaseSection 2 Photosynthetic hydrogen production microbiologySection 3 Microbial dark fermentation for hydrogen productionSection 4 Microbial conversion of carbon monoxide to hydrogenSection 5 Prospect of biological hydrogen productionChapter 9 Microbial electricity generationSection 1 Fundamental of microbial fuel cellSection 2 Microbial electricity generationSection 3 Isolation and breeding of electricity production microorganismSection 4 Community analysis of anode flora in MFCSection 5 Application of electricity production microorganismChapter 10 Microbial fossil energy conversionSection 1 Microbial oil explorationSection 2 Microbial coal conversion
Zhenhong Yuan, Guangzhou Institute of Energy Conversion, Chinese Academy of Sciences, Guangzhou, China
Czytaj nas na: