Plant-Based Proteins in Food Processing and Production
- 1st Edition - November 1, 2026
- Latest edition
- Editor: Claire Darizu Munialo
- Language: English
Plant-Based Proteins in Food Processing and Production addresses the urgent global challenge of climate change by exploring sustainable alternatives to animal-derived protei… Read more
Description
Description
Plant-Based Proteins in Food Processing and Production addresses the urgent global challenge of climate change by exploring sustainable alternatives to animal-derived proteins. With growing concerns about the environmental impact of food production, this book provides a timely and comprehensive examination of plant-based proteins, focusing on their potential to reduce greenhouse gas emissions while meeting nutritional and functional food requirements. The book offers an in-depth exploration of plant-based alternative proteins through four key sections. The first section covers a variety of plant protein sources, including soy, pea, oil-producing plants, seaweed, and novel emerging proteins. The second section focuses on the processing techniques, such as extraction, modification, and innovative technologies for producing plant-based meat alternatives. The third section examines practical applications, including plant-based alternatives to milk, meat, egg, and fat replacers, as well as the role of protein blends in product formulation. Finally, the book addresses challenges and opportunities related to sensory qualities, consumer acceptance, sustainability, and future prospects in plant-based food production. Plant-Based Proteins in Food Processing and Production is an essential resource for professional food scientists in the engineering and manufacturing of plant-based protein products, as well as graduate students and researchers in food science and technology. By combining scientific insight with practical applications, this book equips readers with the knowledge needed to innovate and advance sustainable protein solutions, supporting the evolution of the global food industry toward a more environmentally responsible future.
Key features
Key features
- Explores various functional properties of proteins
- Demonstrates the processing of alternative proteins
- Discusses the challenges and opportunities for the use of plant-based protein alternatives
Readership
Readership
Professional food scientists in the engineering and manufacturing of plant-based protein products Graduate students and researchers in food sciences and technology
Table of contents
Table of contents
1. Introduction
2. Techno functional properties of proteins in food systems
Section 1: Sources of plant-based alternative proteins
3. Soy as a food ingredient
4. Pea proteins in food formulations
5. Novel/emerging sources of plant-based alternative proteins
6. Proteins from oil-producing plants
7. Seaweed proteins
Section 2: Processing of alternative proteins of plant origin
8. Extraction and characterisation of proteins of plant origins
9. Modification of proteins of plant origin
10. Innovate processing technologies for plant-based alternatives to meat products
Section 3: Applications of alternative proteins
11. Plant-based alternative protein sources as techno functional food ingredients
12. Plant-based alternatives to milk
13. Plant-based alternatives to meat
14. Plant-based alternatives to egg
15. Plant-based food as fat replacers
16. Protein blends and their significance in new product formulation
Section 4: Challenges and opportunities for the use of plant-based alternative proteins
17. The sensorial, textural and nutritional aspects of plant-based protein alternative formulated products
18. Consumer perception and acceptance of plant-based alternative proteins
19. Sustainability aspects of plant-based alternatives
20. Challenges and opportunities for the formulation of plant-based foods
21. Future prospects to produce plant-based foods
2. Techno functional properties of proteins in food systems
Section 1: Sources of plant-based alternative proteins
3. Soy as a food ingredient
4. Pea proteins in food formulations
5. Novel/emerging sources of plant-based alternative proteins
6. Proteins from oil-producing plants
7. Seaweed proteins
Section 2: Processing of alternative proteins of plant origin
8. Extraction and characterisation of proteins of plant origins
9. Modification of proteins of plant origin
10. Innovate processing technologies for plant-based alternatives to meat products
Section 3: Applications of alternative proteins
11. Plant-based alternative protein sources as techno functional food ingredients
12. Plant-based alternatives to milk
13. Plant-based alternatives to meat
14. Plant-based alternatives to egg
15. Plant-based food as fat replacers
16. Protein blends and their significance in new product formulation
Section 4: Challenges and opportunities for the use of plant-based alternative proteins
17. The sensorial, textural and nutritional aspects of plant-based protein alternative formulated products
18. Consumer perception and acceptance of plant-based alternative proteins
19. Sustainability aspects of plant-based alternatives
20. Challenges and opportunities for the formulation of plant-based foods
21. Future prospects to produce plant-based foods
Product details
Product details
- Edition: 1
- Latest edition
- Published: November 1, 2026
- Language: English
About the editor
About the editor
CM
Claire Darizu Munialo
Dr Munialo is an enthusiastic and result driven food scientist with a nutrition background. She works as a senior lecturer in food science at Harper Adams University. Alongside her teaching, she is also an active researcher focusing on experimental approaches to understanding the functional properties of food in particular proteins. Over the years, she has worked on understanding the properties of plants and other novel sources of proteins to understand the exchangeability of proteins in food products. As such, the use of alternative protein sources is of importance in reducing the “environmental footprint” that arises from the use of animal proteins in food production. Dr. Munialo's research also focuses on looking at the extraction of phytochemicals from several vegetable materials to determine whether these phytochemicals possess anti-cancer properties.
Affiliations and expertise
Harper Adams University, Newport, UK