Chemical Engineering
Lipid
100%
Microwave
94%
Oligosaccharide
40%
Carbohydrate
34%
Sugars
26%
Palm Oil
24%
Temperature
24%
Carbon
23%
Biotechnology
23%
Ethanol
12%
Cellulose
12%
Polymerization
11%
Fractionation
11%
Acid
11%
Polysaccharide
11%
Lignin
11%
Water
11%
Organic Carbon
11%
Oil and Fat
11%
Biochemical Reactor
10%
Carboxylic Acid
9%
Alginate
8%
Extraction
8%
Ketone
6%
Dewatering
5%
Nitrogen
5%
Glucose
5%
Engineering
Microwave
23%
Biorefineries
21%
Biomass
15%
Energy Engineering
13%
Biochemical Conversion
13%
Product
12%
Fractionation
11%
Lignocellulosics
11%
Scale Production
11%
Oil
11%
Depolymerization
11%
Sustainable Development
11%
Lignocellulosic Biomass
11%
Thermochemical Conversion
11%
High Value
11%
Hydrothermal Pre-Treatment
11%
Processing
9%
Economics
9%
Hydrolysate
8%
Organic Waste
7%
Acid
7%
Production
6%
Renewable Energy Resource
6%
Development
6%
Lignocellulosic Material
5%
Breakthrough
5%
Lower Energy
5%
Bioeconomy
5%
Multistage
5%
Enabling Technology
5%
Yield
5%
Bioenergy
5%
Low Energy Input
5%
Climate Change
5%
One Step
5%
Inhibitor
5%
Agricultural and Biological Sciences
Yeast
25%
Biomass
23%
Protein
13%
Bacteria
11%
Metschnikowia pulcherrima
11%
Algae
11%
Kelp
11%
Cells
11%
Strain
11%
Oil
11%
Phenethyl Alcohol
11%
Waste Utilization
11%
Zero Wastes
11%
Coproducts
11%
Organic Waste
5%
Renewable Resource
5%