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Full Description
Modern life is intense and moves quickly, and while people want to care for themselves, they do not seem to have time to make and consume healthy foods. This has raised the need for quickly prepared foods, such as ready-to-eat snacks that must be nutritious as well as delicious. Various traditional as well as emerging technologies, including 3D printing, microwave cooking, vacuum impregnation, osmotic dehydration, puffing drying, air frying, and more, have been employed to create ready-to-eat snacks. This new book provides an overview of today's science on ready-to-eat snacks, focusing on traditional production methods as well as emerging technologies of ready-to-eat snacks, along with their disadvantages.
Providing an in-depth analysis of how emerging technologies are used in ready-to-eat snacks, the book starts with the benefits and drawbacks of conventional production techniques. It covers the uses of developing technologies for the manufacture of ready-to-eat snacks as well as difficulties and future opportunities. It also investigates how the bioactive components of ready-to-eat snacks are changed during processing and production. Chapters cover 3D printing technology; hot-extrusion technology; roasting technology; osmotic dehydration combined with drying technology; flaking, puffing/parching, popping, and instant technologies; vacuum impregnation technology; microwave applications; and preservation of ready-to-eat snacks.
Contents
1. Ready-to-Eat Snacks: Importance, Nutritional Value, Processing Methods, and Novel Trends 2. Roasting Technology for Production of Ready-to-Eat Snacks 3. Osmotic Dehydration Combined with Drying Technology for Production of Ready-to-Eat Snacks 4. Hot Extrusion Technology for the Production of Legume-Based Ready-to-Eat Snacks 5. Recent Advances in Flaking, Puffing/Parching, Popping, and Instant Technologies for Production of Ready-to-Eat Cereals 6. Hot-Extrusion Technology for Production of Cereal-Based Ready-to-Eat Snacks 7. Hot-Extrusion Technology for the Production of Millet-Based Ready-to-Eat Snacks 8. Hot-Extrusion Technology for Production of Fiber-Enriched Ready-to-Eat Snacks 9. 3D Printing Technology for Production of Legumes and Vegetables-Based Ready-to-Eat Snacks 10. Vacuum Impregnation Technology for the Production of Ready-to-Eat Snacks 11. Microwave Applications for the Production of Ready-to-Eat Snacks 12. Packaging Materials and Technologies for Ready-to-Eat Snacks 13. Application of Emerging Technologies for Preservation of Ready-to-Eat Snacks
