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Other Applied Science Fields
Food Science and Technology
Food Processing and Preservation
1. Introduction to Food Processing and Preservation
2. Fundamentals of Food Spoilage
3. Thermal Processing Methods
4. Low-Temperature Preservation
5. Dehydration and Concentration
6. Chemical Preservation Methods
7. Fermentation Technology
8. Smoking and Curing
9. Emerging Processing Technologies
10. Unit Operations in Food Processing
11. Food Packaging Technology
12. Quality Assurance and Control
13. Effects of Processing on Food Components
Dehydration and Concentration
Water Activity Fundamentals
Definition and Measurement
Relationship to Microbial Growth
Water Activity Control
Sorption Isotherms
Drying Principles
Mass Transfer Mechanisms
Heat Transfer During Drying
Drying Kinetics
Drying Curves
Conventional Drying Methods
Sun Drying
Natural Solar Drying
Solar Dryer Systems
Hot Air Drying
Tray Dryers
Cabinet Dryers
Tunnel Dryers
Rotary Dryers
Spray Drying
Atomization Methods
Drying Chamber Design
Product Recovery
Drum Drying
Single Drum Systems
Double Drum Systems
Process Variables
Advanced Drying Technologies
Freeze Drying
Sublimation Process
Equipment Design
Process Stages
Freezing
Primary Drying
Secondary Drying
Applications and Advantages
Vacuum Drying
Principles and Equipment
Microwave Drying
Dielectric Heating
Combined Microwave-Air Drying
Osmotic Dehydration
Mass Transfer Mechanisms
Osmotic Solutions
Process Optimization
Concentration Processes
Evaporation
Single Effect Evaporators
Multiple Effect Evaporators
Mechanical Vapor Recompression
Membrane Concentration
Reverse Osmosis
Ultrafiltration
Nanofiltration
Freeze Concentration
Progressive Freeze Concentration
Suspension Freeze Concentration
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4. Low-Temperature Preservation
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6. Chemical Preservation Methods