Useful Links
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
Low-Temperature Preservation
Refrigeration Technology
Principles of Refrigeration
Heat Removal Mechanisms
Refrigeration Cycles
Temperature Management
Optimal Storage Temperatures
Temperature Monitoring
Effects on Food Quality
Microbial Growth Inhibition
Enzyme Activity Reduction
Physiological Changes
Controlled Atmosphere Storage
Gas Composition Control
Equipment and Systems
Applications for Fresh Produce
Modified Atmosphere Packaging
Gas Mixtures
Packaging Materials
Quality Benefits
Freezing Technology
Freezing Principles
Heat Transfer During Freezing
Phase Change Phenomena
Freezing Point Depression
Ice Crystal Formation
Nucleation Process
Crystal Growth
Impact on Food Structure
Freezing Rate Effects
Slow Freezing Characteristics
Quick Freezing Benefits
Ultra-Rapid Freezing
Freezing Methods
Air Blast Freezing
Batch Systems
Continuous Systems
Contact Freezing
Plate Freezers
Belt Freezers
Immersion Freezing
Brine Systems
Alcohol Systems
Cryogenic Freezing
Liquid Nitrogen Systems
Carbon Dioxide Systems
Frozen Storage
Storage Temperature Requirements
Temperature Fluctuation Effects
Packaging Considerations
Thawing Processes
Thawing Methods
Air Thawing
Water Thawing
Microwave Thawing
Quality Changes During Thawing
Drip Loss Minimization
Previous
3. Thermal Processing Methods
Go to top
Next
5. Dehydration and Concentration