Techno-economic assessment of upgraded pyrolysis bio-oils for future marine fuels

Keyphrases

• Techno-economic Assessment 100%
• Production Cost 100%
• Biofuel 100%
• Pyrolysis Oil 100%
• Marine Fuel 100%
• Methanol 66%
• Co-products 66%
• Biochar 66%
• Denmark 33%
• Reaction Conditions 33%
• Pyrolysis 33%
• Techno-economic 33%
• Hydrogen Production 33%
• Maritime Industry 33%
• Bornholm 33%
• Decarboxylation 33%
• Solar Photovoltaic 33%
• Modeling Results 33%
• Scale Effect 33%
• Linear Programming Model 33%
• District Heat 33%
• Electrolysis 33%
• Straw Pellets 33%
• Slow Pyrolysis 33%
• Renewable Power 33%
• Offshore Wind Power 33%
• Advanced Fuel 33%
• Production Pathway 33%
• Hydrodeoxygenation 33%
• Small Plants 33%
• Renewable Power Sources 33%
• System Sizing 33%
• Optimal System 33%
• Energy Island 33%
• Power-to-X 33%
• Large Facilities 33%
• Sustainable Biomass 33%
• Upgrading Process 33%
• Cost-optimal Operation 33%
• Maritime Fuel 33%
• Fuel Specifications 33%
• Techno-economic Parameters 33%
• Upgrading Reaction 33%
• Hard-to-abate Sectors 33%
• E-methanol 33%

Engineering

• Bio-Oil 100%
• Techno-Economic Assessment 100%
• Pyrolysis 100%
• Biofuels 100%
• Renewables 66%
• Biochar 66%
• One Step 33%
• Experimental Result 33%
• Wind Power 33%
• Hydrodeoxygenation 33%
• Power Source 33%
• Optimal Cost 33%
• Electrolyzer Technology 33%
• Fuel Specification 33%
• Sizing System 33%
• Advanced Fuel 33%
• Energy Engineering 33%
• Hydrogen Production 33%
• Solar Photovoltaic 33%
• Linear Programming 33%
• Programming Model 33%

Chemical Engineering

• Pyrolysis 100%
• Methanol 75%
• Hydrogen Production 25%
• Hydrodeoxygenation 25%