Sooting Tendency of a Series of Kerosene Surrogates and Blends Containing Various Additives Considered as Sustainable Alternative Fuels

Keyphrases

• Alcohol 40%
• Alternative Transportation Fuels 20%
• Benchmarking Analysis 20%
• Chemical Structure 20%
• Esters 40%
• Furan 60%
• Group Contribution Model 40%
• High Water Content 20%
• Jet A 20%
• Kerosene Surrogate 100%
• Measurement Approach 20%
• Mesitylene 20%
• Myrcene 20%
• N-Dodecane 20%
• N-Propylbenzene 20%
• Point Measurement 20%
• Potential Alternatives 20%
• Predictive Ability 20%
• Pyrolysis Oil 40%
• Reference Fuels 20%
• Repeatability 20%
• Smoke Point 60%
• Soot 80%
• Soot Production 20%
• Sooting Tendency 100%
• Suppressing Effect 20%
• Sustainable Fuel 100%
• Terpenes 80%
• Unified Index 60%
• Vision-based 20%
• Vol% 20%

Engineering

• Alternative Fuel 100%
• Alternative Transportation Fuels 33%
• Bio-Oil 66%
• Chemical Structure 33%
• Fuel Model 33%
• High Water Content 33%
• Jet 33%
• Measured Data 66%
• Measurement Point 33%
• Predictive Capability 33%
• Reference Fuel 33%
• Repeatability 33%
• Smoke 100%

Chemical Engineering

• Monoterpene 33%
• Pyrolysis 66%
• Smoke 100%
• Transportation Fuels 33%
• Water Content 33%