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The future of coproducts from corn processing
Kent D. Rausch
, Ronald L. Belyea
Agricultural and Biological Engineering
Grainger College of Engineering
Food Science and Human Nutrition
Animal Sciences
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Keyphrases
Co-products
100%
Distillers Dried Grains with Solubles
100%
Corn Processing
100%
Ethanol
75%
Dry Grinding
50%
Ethanol Production
37%
Wet Milling
37%
Corn Kernel
25%
Water Removal
25%
Dry Grind Processing
25%
Large Volume
12%
Phosphorus
12%
Animal Waste
12%
Processing Stages
12%
Wetting-drying
12%
Corporate
12%
Processing Cost
12%
Increased Demand
12%
Fuel Additive
12%
Germ
12%
Waste Disposal
12%
Equipment Requirements
12%
Market Value
12%
Rural Economy
12%
Capital-intensive
12%
Non-ruminants
12%
Phosphorous Content
12%
Wet Mill
12%
Direct Benefits
12%
Agricultural and Biological Sciences
Distillers Grains
100%
Coproducts
100%
Ethanol Production
37%
Wet Milling
37%
Animal Waste
12%
Waste Disposal
12%
Engineering
Ethanol Production
100%
Past Decade
33%
Processing Step
33%
Equipment Requirement
33%
Processing Cost
33%
Greater Stability
33%
Phosphorous Content
33%
Material Science
Fuel Additive
100%