Renewable Energy Production from Energy Crops and Agricultural Residues
Renewable Energy Production from Energy Crops and Agricultural Residues
English[eng]
9783040000000
bioenergy||crop by-products||harvesting methods||maize cob||wheat chaff||combine harvesting||olive groves||pruning||stationary chipper||harvesting system||hog fuel||pruning supply chain||populus||biomass||yield energy value||lower heating value||ash content||sulphur||circular bioeconomy||oil crops||agricultural residues||thermophysical and chemical features||wheat||straw||weed seed||biocommodity||threshing||pruning harvesting||biomass quality||slope||work productivity||bioresource||cereals||commodity||harvest index||staple foods||triticum||Miscanthus x giganteus||environmental impact||agricultural production||digestate||eucalyptus||woody biomass||storage of fine wood chips||moisture content||calorific value||dry matter loss||Eucalyptus||tree whole stem||firewood logs||storage system||renewable energy||harvesting||suitable areas||Central Italy||Corine Land Cover||short rotation coppice||Salix||genotype × site interaction||nitrogen content||sulphur content||willow biomass||soil organic carbon||life cycle assessment||spatial analysis||greenhouse gas emissions||energy return on investment||lignocellulosic biomass||hydrothermal pretreatment||enzymatic hydrolysis||sugar yield||high-performance liquid chromatography (HPLC) analysis||externalities||economic analysis||willow biomass production||new varieties||sustainable production||renewable energy sources||biofuels||agriculture residues||forecasting||modelling||Poland||work performance||harvesting loss||fuelwood||cable yarder||CO2 emission||pine plantations||time study||energy efficiency||agroenvironmental mapping||energy crop||Jatropha curcas L.||land suitability||bio-based supply chains||integrated biomass logistical center||mixed integer programming model
English[eng]
9783040000000
bioenergy||crop by-products||harvesting methods||maize cob||wheat chaff||combine harvesting||olive groves||pruning||stationary chipper||harvesting system||hog fuel||pruning supply chain||populus||biomass||yield energy value||lower heating value||ash content||sulphur||circular bioeconomy||oil crops||agricultural residues||thermophysical and chemical features||wheat||straw||weed seed||biocommodity||threshing||pruning harvesting||biomass quality||slope||work productivity||bioresource||cereals||commodity||harvest index||staple foods||triticum||Miscanthus x giganteus||environmental impact||agricultural production||digestate||eucalyptus||woody biomass||storage of fine wood chips||moisture content||calorific value||dry matter loss||Eucalyptus||tree whole stem||firewood logs||storage system||renewable energy||harvesting||suitable areas||Central Italy||Corine Land Cover||short rotation coppice||Salix||genotype × site interaction||nitrogen content||sulphur content||willow biomass||soil organic carbon||life cycle assessment||spatial analysis||greenhouse gas emissions||energy return on investment||lignocellulosic biomass||hydrothermal pretreatment||enzymatic hydrolysis||sugar yield||high-performance liquid chromatography (HPLC) analysis||externalities||economic analysis||willow biomass production||new varieties||sustainable production||renewable energy sources||biofuels||agriculture residues||forecasting||modelling||Poland||work performance||harvesting loss||fuelwood||cable yarder||CO2 emission||pine plantations||time study||energy efficiency||agroenvironmental mapping||energy crop||Jatropha curcas L.||land suitability||bio-based supply chains||integrated biomass logistical center||mixed integer programming model