Design and Development of a Drying
Machine for
Efficient Tomato Powder Production
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Project Overview
The preservation of fresh tomatoes poses a significant challenge due to their high perishability andrelatively short shelf life. As a widely consumed and nutritionally valuable vegetable, tomatoes often face spoilage, leading to substantial waste. This project aims to address these issues by developing a specialized drying machine designed to produce high-quality tomato powder.
Improved Nutrition
Improved Nutrition
Tomato powder contributes to SDG 2: Zero Hunger by reducing food waste, enhancing nutrition, and supporting small-scale farmers through value-added products. Its long shelf life improves food availability, while sustainable processing methods promote resource efficiency and resilience, helping achieve food security and sustainable agriculture.
Ensure Healthy Lives
Ensure Healthy Lives
Tomato powder relates to SDG 3: Good Health and Well-being by promoting better nutrition and reducing malnutrition. It retains essential nutrients like vitamins A and C, supporting immune function and overall health. Additionally, its accessibility and long shelf life make it a valuable dietary supplement, especially in underserved areas, improving public health outcomes.
OUR Journey
1) Prototype Design
2) Integrating components
2) Integrating components
A)
B)
3) Final Prototype
3) Final Prototype
Web Site
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Poster
Demo Video
About Us
Welcome to our Integrated Engineering Team Project! We are a dynamic and collaborative group of engineers from a range of disciplines, united to tackle complex challenges and develop innovative solutions. With expertise spanning mechanical, electrical, software, and civil engineering, we combine our skills to craft comprehensive and efficient outcomes. Guided by a commitment to excellence, we emphasize attention to detail, strategic planning, and thorough project management. Through open communication and the sharing of ideas, we harness our team’s diverse perspectives to drive success. Join us as we break new ground and shape the future of engineering.
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