Engineering
Hydrothermal Liquefaction
100%
Bio-Oil
83%
Acid
41%
Washing
31%
Economics
30%
Losses
20%
Biofuel
15%
Environmental Performance
15%
Process Condition
15%
Quantification
15%
Process Stream
15%
Chains
15%
Fuel
15%
Products
15%
Performance
15%
Gasification
15%
Experimental Result
10%
Total Organic Carbon
10%
Lignocellulosics
10%
Ash Content
10%
Functional Group
10%
Hydrothermal
7%
Potential Benefit
7%
Heat Integration
7%
Environmental Risk
7%
Scale Production
7%
Local Scale
7%
Product Yield
7%
Parametric Study
7%
Continuous System
7%
Process Step
7%
Fuel Production
7%
Compatibility
7%
Full Scale
7%
Energetics
7%
High Quality
7%
Water
7%
Production
7%
Environment
7%
Development
7%
Chemistry
Bio-Oil
83%
Reaction Temperature
47%
Acid
41%
Liquefaction
35%
Demineralization
31%
Washing
31%
Reactivity
23%
Contaminant
23%
Reactor
23%
Miscanthus
20%
Nitrogen
20%
Crudity
15%
Chemical Reaction Product
15%
Fuel
15%
Metal
11%
Pressure Drop
11%
Time
11%
Deoxygenation
11%
Art
11%
Gas Chromatography Mass Spectrometry (GCMS)
10%
Fourier Transform Infrared Spectroscopy
10%
Alcohol
10%
Spectra
10%
Organic Carbon
10%
Solid
10%
Solvent
10%
Fertilizer
7%
Soluble
7%
Drop
7%
Environment
7%
Biomass Feedstock
7%
Flexibility
7%
Agricultural and Biological Sciences
Liquefaction
68%
Fuels
22%
Risk
15%
Technology
15%
Environmental Performance
15%
Streams
15%
Plant Production
7%
Objectives
7%
Europeans
7%
Water
7%
Materials
7%
Continuous Systems
7%
Environment
7%
Transportation
7%
Biomass
7%
Gasification
7%