Design and Development of Multipurpose Cryogenic Processing Line for Leafy Medicinal Herbs (Withania somnifera and Justica adhatoda)

[Audio] We are delighted to present a research scholar's design and development project for a multipurpose cryogenic processing line for two medicinal herbs Withania somnifera and Justicia adhatoda from the Division of Food Processing Technology at Karunya Institute of Technology and Sciences in Coimbatore Tamil Nadu India. This project aims to develop a processing line that can be used for various cryogenic processing tasks related to medicinal herbs such as milling grinding and separation. The processing line will also incorporate advanced technologies such as temperature monitoring and automation to ensure consistent and efficient processing of the herbs. This project will be beneficial for both the pharmaceutical industry and the food processing industry as it will enable the production of high-quality medicinal herbal extracts and products while also providing a sustainable and eco-friendly solution for the processing of herbs. We believe that this project will make a significant contribution to the field of food processing technology and the development of new technologies in the pharmaceutical and food processing industries..

[Audio] Bharat is recognized for its traditional knowledge and practices including the use of herbs in health-promoting products. Two of these herbs Ashwagandha and Malabar nut are particularly rich in phytochemicals which are responsible for their various health benefits. However phytochemicals are thermosensitive and can be affected by temperature changes making it necessary to develop a cryogenic processing line to preserve their potency. The research scholar’s design and development project aims to create a multipurpose cryogenic processing line that can process both Ashwagandha and Malabar nut using advanced technology to ensure the potency of the phytochemicals while ensuring the safety of the final product. With this project the scholar hopes to contribute to the preservation of traditional knowledge and practices while promoting the use of health-promoting products..

[Audio] We present the design and development project for a multipurpose cryogenic processing line for two medicinal herbs. Cryogenic processing is a technique that involves subjecting materials to extremely low temperatures (-196 ºC). This technique is used in the preservation of bioactive compounds which are thermosensitive. Cryogrinding is a specific method of cryogenic processing that offers advantages such as minimizing nutrient loss preserving bioactive compounds improving mechanical and textural properties improving flowability and powder properties and extending the shelf life of the processed materials. The cryogenic processing line is an ideal solution for preserving the bioactive compounds of medicinal herbs making them more effective and safe for consumption..

[Audio] Our project aims to address the lack of cryogenic processing line for leafy medicinal herbs which is a major issue in the industry. We are developing a multipurpose cryogenic processing line that will preserve the phytochemicals in the herbs and maintain their potency and quality. Our cryogenic processing line can handle different types of leafy medicinal herbs including Withania somnifera and Justica adhatoda. We use a combination of freezing and milling techniques to preserve the phytochemicals in the herbs. This ensures that the herbs retain their potency and quality even after processing. Our project includes a testing phase to evaluate the effectiveness of the cryogenic processing line in maintaining the potency and quality of the herbs. We compare the processed herbs with the raw herbs to determine if there is any loss of phytochemicals during processing..

[Audio] The main objectives of the project were to assess the engineering and chemical properties of the leaves of these two herbs. The project aimed to test and optimize the processing parameters of the developed cryogenic processing line. A research scholar assessed the phytochemical retention physical chemical and powder properties of the cryogenically ground Withania somnifera and Justica adhatoda powders. Finally a feasibility analysis was conducted to assess the feasibility of the developed cryogenic processing line..

[Audio] We designed and developed a cryogenic processing line for two medicinal herbs through a research scholar's project. We investigated the collection of raw materials primary processing engineering chemical and phytochemical properties. We used CATIA V5 software to design the cryogenic processing line. We optimized the fabricated cryogenic processing line using response surface methodology and evaluated its quality. We also fabricated virtually designed cryogenic processing line and analyzed its techno-economical feasibility. We discussed technology transfer to industry/startup/NGOs..

[Audio] We have developed a technology that processes two medicinal herbs in a way that preserves color and phytochemical compounds. This results in a higher phytochemical content and a reduction in usage. Our processing line is suitable for leafy herbs and minimizes fiber losses. It also reduces processing time energy and operating costs making it a valuable contribution to medicinal herbs research and development..

[Audio] Dr Shirkole and Dr Gobikrishnan are guest speakers for our design and development project for a multipurpose cryogenic processing line for two medicinal herbs. They bring a wealth of knowledge and expertise to our project..

[Audio] We hope that this project will contribute to the advancement of medical science and have a positive impact on public health..