Development of a multi-criteria decision making model for evaluating the energy potential of Miscanthus germplasms for bioenergy production

Agriculture & Biology

• ash content 7%
• bioenergy 68%
• biogas 33%
• biomass 14%
• breeding 9%
• breeds 11%
• canopy 6%
• canopy height 10%
• cellulose 5%
• combustion 33%
• decision support systems 74%
• energy 36%
• environmental factors 4%
• ethanol fermentation 28%
• ethanol production 30%
• feedstocks 14%
• fermentation 27%
• germplasm 54%
• hemicellulose 7%
• leaves 3%
• lignin content 8%
• liquids 5%
• methodology 4%
• Miscanthus 80%
• Miscanthus floridulus 41%
• Miscanthus lutarioriparius 14%
• multi-criteria decision making 100%
• new variety 17%
• power generation 44%
• pyrolysis oils 35%
• stems 9%
• water content 5%