Economic, energetic, and environmental analysis of lignocellulosic biorefineries with carbon capture

Earth & Environmental Sciences

• environmental analysis 100%
• economic analysis 88%
• energetics 69%
• carbon 43%
• energy 30%
• ethanol 29%
• combustion residue 23%
• bioenergy 17%
• credit 17%
• lignin 16%
• cost 16%
• carbon emission 15%
• anaerobic digestion 15%
• carbon sequestration 14%
• fermentation 14%
• energy consumption 13%
• global warming 13%
• mitigation 11%
• rate 10%
• acid 9%
• biomass 9%
• method 6%

Engineering & Materials Science

• Carbon capture 94%
• Economic analysis 85%
• Feedstocks 77%
• Carbon 43%
• Ethanol 38%
• Anaerobic digestion 25%
• Lignin 24%
• Global warming 21%
• Fermentation 21%
• Nonlinear programming 20%
• Acids 17%
• Biomass 17%
• Rails 16%
• Costs 14%
• Energy utilization 13%