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IIT Madras To Develop A Low-Cost Bio-Aerosol Protection System
The IIT, Madras in collaboration with the VIT, Chennai, Queen Mary University of London, the UK, and Magneto Cleantech will develop a low-cost Bio-aerosol Protection System...

by Sukanya Prabhakar / 16 Aug 2021 14:52 PM IST / 0 Comment(s) / 500

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The Indian Institute of Technology, Madras in collaboration with the Vellore Institute of Technology, Chennai, Queen Mary University of London, the UK, and Magneto Cleantech will develop a low-cost Bio-aerosol Protection System to prevent the spread of Coronavirus and Tuberculosis.

They will develop India-centric Air Sanitization Technologies and guidelines to prevent the spread and the system will be deployed in confined indoor places such as hospitals and offices to suppress air-transmitted diseases.

The Magneto Cleantech will help in the testing and implementation with real-time applications in various Indian surroundings.

The project will aim at developing an experimental air filtration system using 'Ultraviolet-C' radiation. It has a capability to enhance the efficacy of disposable viruses and other airborne pathogens. It will also reduce maintenance costs as compared to the other filters currently available.

Elaborating on the current status of the project and expected field deployment, Project Coordinator Prof. Abdus Samad from the Dept of Ocean Engineering, IIT Madras, while elaborating on the project's current status, informed that the Institute aims for collaborative research to solve societal issues. The Institute started research to disinfect air for indoor conditions after the announcement of the Royal Academy of Engineering of the UK for international collaborative works linking to industry, added Samad.

The Professor in School of Electrical Engineering, VIT, Chennai Prof. Nithya Venkatesan informed that the prototype's design will be based on multidisciplinary optimization, fluid dynamic analysis, and novel innovations in UVC (Ultraviolet-C) sensors, arrangements, and controls developed by leading Indian and UK researchers. The team will also look for procedures to monitor the performance in real-time environments through new-age bio-sensing and simulations, added Prof Nithya.

The project is being funded by the Royal Academy Engineering (RAENG), UK, under the scheme 'Transforming System through Partnership'. The project's total budget is about A80,000for the duration of 02 years from April 2021 to April 2023. The participating organizations are also supporting the partial funding.

This research will also involve a great educational training element providing opportunities to students from both the countries.

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