Guest lecture-Recent trends in non-thermal processing of food-Department of Food Process Engineering


Summary

The video emphasizes the crucial role of thermal processing in ensuring the shelf stability and quality of ready-to-eat products through temperature-time combinations. It explores how these combinations impact taste, flavor, and overall quality, stressing the significance of maintaining high standards in the global market. Additionally, it discusses non-thermal processing techniques like Electro Technologies, HPP, ultrasound, Pulsed Electric Field, Ultraviolet Light, and even 3D Printing for food processing, each offering unique benefits in preserving sensory attributes, enhancing mass transfer rates, and improving food quality.


Introduction to Thermal Processing

Emphasis on the importance of thermal processing for shelf stability and ready-to-eat products with a focus on temperature-time combinations.

Quality Concerns in Thermal Processing

Discussion on how temperature-time combinations in thermal processing can affect the taste, flavor, and quality of food products, leading to loss of quality.

Global Competition and Product Quality

Importance of product quality in a global market and the role of thermal processing in ensuring quality standards.

Advantages of Non-Thermal Technologies

Exploration of the benefits of non-thermal processing techniques in preserving sensory attributes, desired texture, and overall product quality.

Electro Technologies in Food Processing

Overview of Electro Technologies that utilize rapid heating principles to achieve processing goals, emphasizing benefits over traditional thermal methods.

High Pressure Processing (HPP) Overview

Explanation of HPP technology, including its application, benefits, pressure ranges, and impact on food products.

HPP Applications and Benefits

Detailed discussion on the applications and advantages of High Pressure Processing, including improved food quality, extended shelf life, and potential for various food products.

Ultrasound Technology in Food Processing

Introduction to ultrasound technology for food processing, highlighting its role in enhancing mass transfer rates, emulsification, and microbial control.

Pulsed Electric Field Technology

Explanation of Pulsed Electric Field Technology and its application in food processing for cell disruption, improved mass transfer, and extraction of bioactive compounds.

Ultraviolet Light Technology

Overview of Ultraviolet Light Technology applications in food processing, focusing on its potential for sterilization, preservation, and reducing microbial contamination.

3D Printing in Food Industry

Discussion on the use of 3D Printing technology in the food industry for creating unique shapes, enhancing stability, and customization of food products.

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