Sustainable bioenergy production

"The energy, water, land and natural resources have been under great pressure to support increasing world population. The availability of fossil energy has been declining worldwide. It is essential to change the global fossil-dependent economy into a sustainable biobased economy. Environmental concern associated with fossil-based energy is another key driver for the emerging bioenergy industry. The bioenergy production from all renewable biological resources such as energy crops, crop residues, forest residues, animal wastes and food processing wastes influence all human activities and environmental sustainability"--

Section I. Fundamentals of engineering analysis and design of bioenergy production systems -- Genetic engineering of bioenergy crops toward high biofuel production -- Novel cropping technologies and management applied to energy crops -- Mathematical modeling in biomass and bioenergy systems -- Life cycle assessment of bioenergy systems -- Sustainability of bioenergy systems -- Section II. Sustainable biomass production and supply logistics -- Production and supply logistics of microalgae as an energy feedstock -- Production and supply logistics of switchgrass as an energy feedstock -- Production and supply logistics of sweet sorghum as an energy feedstock -- Production and supply logistics of sugarcane as an energy feedstock -- Crop residues as an energy feedstock: availability and sustainability -- Woody biomass as an energy feedstock: availability and sustainability -- Municipal solid-waste management strategies for renewable energy options -- Food processing wastes as an energy feedstock: availability and sustainability -- Section III. Sustainable bioenergy processing -- Fermentation in transportation alcohols -- Biodeisel production from waste feedstock -- Biomass gasification…