Design and evaluation of biorefinery concepts: Dissertation

Keyphrases

• Biorefinery Concept 100%
• Energy Yield 100%
• Process Development 100%
• Modeling Approach 66%
• Methanol 66%
• Pulp Mill 66%
• Hydrocarbon Production 66%
• Synthetic Natural Gas Production 66%
• Net Present Value 66%
• Greenhouse Gas Reduction 66%
• Flowsheet Simulation 66%
• Modelling Level 66%
• Greenhouse Gas Emission Reduction 66%
• Pulp 33%
• Limited Information 33%
• Indicator-based 33%
• Lignin Fractions 33%
• Lignin 33%
• Biofuel 33%
• Straw 33%
• Wood Biomass 33%
• Fossil Fuels 33%
• Two-mode 33%
• Biorefinery Process 33%
• Early Development 33%
• Environmental Issues 33%
• Process Concept 33%
• Low-grade Heat 33%
• Ethanol Production 33%
• Process Alternatives 33%
• Production Pathway 33%
• Level Model 33%
• New Modeling 33%
• Lignin Residue 33%
• Chemical Recovery 33%
• Unused Heat 33%
• Bark 33%
• External Power 33%
• Yield Difference 33%
• Maximum Recovery 33%
• Solar Economy 33%
• Product Yield 33%
• Fraction Processing 33%
• Paper Plant 33%
• Methanol Production 33%
• External Heat 33%
• Carbohydrate Fractions 33%
• Informed Decision-making 33%
• Economic Issues 33%
• High Product Yield 33%
• Lignocellulosic Raw Material 33%

INIS

• production 100%
• design 100%
• evaluation 100%
• modeling 80%
• greenhouse gases 80%
• indicators 60%
• levels 60%
• pulps 60%
• lignin 60%
• heat 60%
• methanol 60%
• energy yield 60%
• values 40%
• hydrocarbons 40%
• reduction 40%
• raw materials 40%
• yields 40%
• air pollution abatement 40%
• synthetic natural gas 40%
• flowsheets 40%
• wood 20%
• economics 20%
• performance 20%
• comparative evaluations 20%
• information 20%
• cost 20%
• processing 20%
• residues 20%
• biomass 20%
• low temperature 20%
• power 20%
• recovery 20%
• fossil fuels 20%
• accuracy 20%
• straw 20%
• carbohydrates 20%
• bark 20%
• ethanol 20%
• biofuels 20%
• economy 20%
• heat recovery 20%

Chemical Engineering

• Methanol 100%
• Flowcharting 100%
• Production of Methanol 50%
• Synthetic Natural Gas Production 50%