Keywords:
Biomass energy.
;
Biomass energy -- Environmental aspects.
;
Electronic books.
Type of Medium:
Online Resource
Pages:
1 online resource (161 pages)
Edition:
1st ed.
ISBN:
9781624173318
Series Statement:
Energy Science, Engineering and Technology
URL:
https://ebookcentral.proquest.com/lib/geomar/detail.action?docID=3021281
DDC:
333.95/39
Language:
English
Note:
Intro -- BIOENERGY SYSTEMS, BIOLOGICAL SOURCES AND ENVIRONMENTAL IMPACT -- BIOENERGY SYSTEMS, BIOLOGICAL SOURCES AND ENVIRONMENTAL IMPACT -- CONTENTS -- PREFACE -- ASSESSING THE SUSTAINABILITY OF BIOENERGY SYSTEMS -- ABSTRACT -- 1. INTRODUCTION -- 2. THE SUSTAINABILITY AS ANALYTICAL FRAMEWORK -- 2.1. Concept, Origin and Importance -- 2.2. The Energy Sustainability: An Integrating Perspective -- 2.3. The Context of Bioenergy in Argentina: Main Controversies -- 3. SUSTAINABILITY OF THE POTENTIAL BIOENERGY SYSTEMS FOR THE LERMA VALLEY, SALTA, ARGENTINA -- 3.1. Available Biomass and Energy Supply -- 3.2. The Local Context for the Implementation of Bioenergy Systems -- 3.3. Analysis of Bioenergy Systems and Main Impacts on the Level of Local Sustainability -- i) The Sustainability Evaluation Criteria -- ii) Bioenergy Systems and Sustainability Level -- CONCLUSION -- REFERENCES -- SOIL LOSS - A FORGOTTEN ASPECTOF BIOFUEL PRODUCTION -- ABSTRACT -- 1. INTRODUCTION -- 2. IMPACT OF BIOFUEL PRODUCTION ON THE ENVIRONMENTAL QUALITY OF SOIL -- 2.1. Soil Erosion -- 2.1.1. Choice of Plants -- 2.1.2. Agricultural Management -- 2.2. Soil Organic Carbon -- 2.2.1. Choice of Plants -- 2.2.2. Agricultural Management -- 2.3. Soil Structure -- 2.3.1. Choice of Plants -- 2.3.2. Agricultural Management -- 2.4. Soil Biology -- 2.4.1. Choice of Plants and Agricultural Management -- 2.4.2. Agricultural Management -- 3. ECOLOGICAL ASPECTS -- 4. ALTERNATIVE LANDS FOR BIOFUEL PRODUCTION -- 4.1. Degraded Soils as a Resource -- 4.2. Use of Contaminated Soils for Biofuel Production -- CONCLUSION -- REFERENCES -- EFFECTIVE BIOCATALYSTS FOR LIGNOCELLULOSIC BIOFUEL BY PROTEOMICS STUDY OF FUNGAL SECRETOME -- ABSTRACT -- INTRODUCTION -- PROTEOMIC TECHNIQUES AND FUNGAL PROTEIN QUANTIFICATION -- LIGNOCELLULOSE BIOMASS AND CARBOHYDRATE HYDROLYZING ENZYMES.
,
LIGNIN DEGRADING ENZYMES BY P. CHRYSOSPORIUM -- SUMMARY AND PROSPECTIVE -- REFERENCES -- BIOMASS AVAILABILITY AND USES IN BRAZIL -- ABSTRACT -- LIST OF STATE NOMENCLATURE -- 1. INTRODUCTION -- 2. MAIN BIOMASSES PRODUCED IN BRAZIL -- Sugarcane -- Oleaginous Plants -- 3. PRODUCTION STATISTICS -- 4. CURRENT AND POTENTIAL USES OF BIOMASS AND ITS CO-PRODUCTS -- CONCLUSION -- REFERENCES -- HOW FARMING AND FORESTRY CONVERGE:ENHANCING THE INTERFACE BETWEEN AGRICULTURAL PRODUCTION, AND TREE BIOMASS/BIOENERGY SYSTEMS -- TO IMPROVE FARM-SCALE PRODUCTIVITY IN WESTERN AUSTRALIA -- ABSTRACT -- INTRODUCTION -- TREES, WIND SPEED, MICROCLIMATES, AND VEGETATIVE COMPETITION -- WINDBREAKS, CROPS, ENERGY, AND WATER USE EFFICIENCY -- WINDBREAK TREES, HORTICULTURAL FARM YIELDS, AND FROSTS -- TREES, LIVESTOCK, FODDER TREES AND PERENNIAL PASTURES -- TREES AND BROADACRE YIELDS -- CONCLUSION -- ACKNOWLEDGMENT -- REFERENCES -- HYDROGEN AND ETHANOL COMPARISON AS FUELS FOR INTERNAL COMBUSTION ENGINES -- Abstract -- 1.Introduction -- 2.Bioethanol -- 2.1.PropertiesandProduction -- 2.2.BioethanolasaFuel -- 3.Biohydrogen -- 3.1.PropertiesandProduction -- 3.2.BiohydrogenasaFuel -- 4.Biohydrogenvs.BioethanolforOttoEngines -- 5.BiohydrogenandNaturalGasMixtureasaFuel -- References -- HYDROGEN PRODUCTION BY MIXED CULTURES -- Abstract -- 1.Introduction -- 2.CarbohydrateFermentationbyMixedCultures -- 2.1.AnaerobicDigestion:TheBigPicture -- 2.2.EffectsofMicrobialPopulationControl -- 2.3.FermentationofCarbohydrateDerivedSugars -- 3.FinalConsiderationsRegardingtheProductionofHydrogenwithMixedCultures -- References -- INDEX.
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