Sustainable Innovations in Frozen Culinary Matrices: Enhancing Nutritional Profiles and Consumer Acceptance Through Water Chestnut Flour Integration

Authors

  • Ellara Johnson Department of Food Science and Sustainable Systems, University of Copenhagen, Denmark

Keywords:

Water Chestnut Flour, Circular Economy, Food Product Development, Frozen Convenience Foods

Abstract

The global food industry faces a dual challenge: the increasing demand for convenient, shelf-stable products and the pressing necessity to adopt circular economy principles within agro-food supply chains. This research explores the development and quality evaluation of frozen pancake cubes enriched with water chestnut (Trapa natans) flour. As dietary habits shift toward gluten-free and nutrient-dense alternatives, the utilization of underutilized aquatic crops presents a strategic opportunity for food security and waste valorization. This study evaluates the physicochemical, nutritional, and sensory attributes of the novel product, positioning it within the broader framework of sustainable food innovation. Through a comprehensive review of extraction technologies-specifically microwave-assisted extraction-and consumer behavior models, the research underscores the viability of incorporating water chestnut flour to improve the functional properties of flour-based convenience foods. The findings suggest that such innovations not only address the functional requirements of product development but also align with consumer expectations for sustainable, health-conscious dietary options. This article provides a detailed examination of the methodologies, sensory outcomes, and the socio-economic implications of transitioning toward circular agri-food production systems.



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Published

2025-11-30

How to Cite

Ellara Johnson. (2025). Sustainable Innovations in Frozen Culinary Matrices: Enhancing Nutritional Profiles and Consumer Acceptance Through Water Chestnut Flour Integration. Academic Reseach Library for International Journal of Computer Science & Information System, 10(11), 170–174. Retrieved from http://colomboscipub.com/index.php/arlijcsis/article/view/171