| Initiatives taken by NITs & IIEST, Shibpur under the Reserch Area: Sanitization | ||
|---|---|---|
| 1 | Project Title : Hand Sanitizer
Expected Outcome : Low cost hand sanitizer Expected Timeline : 04 months Remarks : Distributed among students, faculty and security staff of NIT Jalandhar. Sanitizer has also been provided to local administration. URL : PI Details : Dr. Shailendra Bajpai, Department of Chemical Engineering, Dr. Kiran Singh, Department of Physics and Dr. Vikramjit Singh, Department of Chemistry PI Email id : bajpais@nitj.ac.in |
Dr. B R Ambedkar National Institute of Technology Jalandhar |
| 2 | Project Title : Shoe Sanitization Facillity
Expected Outcome : To combat spread of coronavirus due to shoes as noticed in Italy Expected Timeline : Being Installed and made operational Remarks : It is learnt from several studies that shoe sole acted as major source of corona virus transmission in Italy during COVID-19 outbreak. A shoe sanitization facility that can disinfect shoe sole of a visitor entering into the campus in less than 30 seconds has been devised for the purpose. URL : PI Details : Prof . R. K. Garg, Department of Industrial & Production Engineering, Prof Anish Sachdeva, Department of Industrial & Production Engineering and Dr Shailendra Bajpai, Department of Chemical Engineerin PI Email id : gargrk@nitj.ac.in |
Dr. B R Ambedkar National Institute of Technology Jalandhar |
| 3 | Project Title : Low cost sanitizer for fruits, vegetables and packed food items
Expected Outcome : To reduce risk of foodborne illness by contaminated fruits, vegetables, and packed food items. Expected Timeline : 04 months Remarks : URL : PI Details : Dr Indu Saini, Dr Neetu Sood and Dr Tarun Sehgal PI Email id : sainii@nitj.ac.in |
Dr. B R Ambedkar National Institute of Technology Jalandhar |
| 4 | Project Title : Sanitizing capsules for human beings at NIT Jalandhar
Expected Outcome : Effective disinfection of individuals to combat COVID-19 transmission Expected Timeline : 04 months Remarks : In the proposed project, instead of tunnel, a capsule has been proposed to accommodate an individual (male/female) in the shape of an envelope. URL : PI Details : Prof Lalit Kumar Awasthi, Prof R K Garg, Prof Anish Sachdeva and Prof S Bajpai PI Email id : gargrk@nitj.ac.in |
Dr. B R Ambedkar National Institute of Technology Jalandhar |
| 5 | Project Title : Empirical and machine learning model for predicting viability of COVID-19 in different environmental conditions.
Expected Outcome : Development of resistance material surfaces and environmental matrices Expected Timeline : 1 year Remarks : URL : PI Details : Susanta Chakrabarty, Computer Science and Engineering Asok Adak, Civil Engineering Ananya Barui, CHST PI Email id : sc@cse.iiests.ac.in; ananyabarui@chest.iiests.ac.in, asok@civil.iiests.ac.in |
Indian Institute of Engineering Science and Technology (IIEST), Shibpur |
| 6 | Project Title : Fabrication of Low Cost Automatic Hand Sanitizing Machine
Expected Outcome : In this proposal the researchers are going to develop an automatic sanitizing system that can disinfect the hands of the people during this pandemic condition automatically. Expected Timeline : 01 month Remarks : The world is facing covid-19 pandemic situation which has proven to be very hazardous situation. To fight against this social distancing and sanitization is very useful. We Propose designing of a automatic hand sanitizing machine that could be helpful in during this war against covid-19. In this current situation there is a need to install these sanitizing units in the public places to avoid contact with the virus. Also the proposed design makes optimized use of sanitizer to reduce its wastage and avoid overuse. In a broad way, the hand sanitizing device is developed by making use of a acrylic sheet which is cut to a specific dimension. The system comprises of a high pressure pipe with mist nozzle which operates with air pressure and pump. The system is automated by using a controlling unit to sense the presence of hand and gets on automatically. URL : PI Details : Dr. Gajendra Dixit Professor Department of Mechanical Engg. Er. Sarad Sharma, M. Tech, Engineering & Research consultant, Bhopal PI Email id : dixitgajendra1@gmail.com |
Maulana Azad National Institute of Technology Bhopal |
| 7 | Project Title : Design and development of Multi-utility Sanitization chamber to terminate COVID-19 virus transmission at initial stage
Expected Outcome : It can be used at various work places like provisional stores, offices, multiplex or at the hotspots of COVID-19 where risk of transmission through exchange of media is higher. Although along with complete inactivation of COVID-19 it will save time, money travelling expenses and fear of transmission from any type of Daily Need Articles. Expected Timeline : 01 month Remarks : URL : PI Details : Dr. R. K. Dwivedi Professor, Department of Mechanical Engg. Dr. Shashank Purwar ,Professor,AIIMS Bhopal Dr. Gajendra Dixit Professor, Department of Mechanical Engg. Dr. Arvind Mittal Professor, Energy Centre PI Email id : nitb.ravi@gmail.com, am1970nit@gmail.com, dixitgajendra1@gmail.com |
Maulana Azad National Institute of Technology Bhopal |
| 8 | Project Title : Fabrication of device for disinfecting air and surface: Patho-Wrecker
Expected Outcome : • This product can be easily operated by any gender (women or men) of any age group (teens, kids, retirees). • Disinfect air and surface from bacteria, fungi and viruses etc. • Best for ambulance, PPE suites, quarantine wards, offices, shops, groceries, vegetables, four wheelers, parking, shopping malls and air as well. • Lightweight and easy to move/carry, smoke free, environment friendly. • Silent operation makes this device free from noise pollution. • One can use this product anywhere and anytime. Expected Timeline : 01 month Remarks : Design and fabrication of device for disinfecting air and surface of office and lab area. URL : PI Details : 1. Dr. Rahul Shrivastava ; Professor Dept. of Biological Sc. & Engg. MANIT, Bhopal 2. Dr. Arvind Mittal ; Professor, Energy Centre , MANIT, Bhopal 3. Dr. Mahendra Kumar Atlani, Dept. of Nephrology, All India Institute of Medical Sciences, Bhopal (M.P) PI Email id : shrivastavarm1972@gmail.com, am1970nit@gmail.com |
Maulana Azad National Institute of Technology Bhopal |
| 9 | Project Title : VIRALYSER 1.0: A Portable Box to Sanitize Inanimate Items
Expected Outcome : To design a portable box with ability to sanitize items received at our doorsteps. In addition, the same can also be applied to various other inanimate items viz., files, papers, currency etc. Expected Timeline : Remarks : In wake of COVID-19 outbreak, it has become mandatory to stay home and be safe. With social distancing and self-isolation increasingly becoming the norm (Government mandate) during coronavirus pandemic, people have grown increasingly wary about shopping in crowded malls or grocery stores and nervous about confronting empty shelves amid the coronavirus pandemic. This has led to increased delivery of items to our door steps. COVID-19 is a respiratory virus and is transmitted person-to-person through respiratory droplets. Delivered items including, groceries, online shopping pose a great threat to contract COVID-19. A recent study in the New England Journal of Medicine found that the virus was detectable on plastic and stainless steel for up to 72 hours, and on cardboard for up to 24 hours. Centers for Disease Control and Prevention (CDC), USA, also suggested that novel coronavirus may remain viable for hours to days on variety of surfaces. It was demonstrated that in a small scale study, it could survive upto 24 hrs on cardboard. Newyork times also reported that two dozens postal workers have contracted COVID-19 as of March 23rd, 2020. There is growing evidence that COVID-19 could be transmitted to humans who are staying at home due to PAN India lockdown and are receiving vegetables, Fruits, groceries etc delivered at their doorsteps. This prompted Department of Biotechnology, Motilal Nehru National Institute of Technology Allahabad to design a portable box with ability to sanitize items received at our doorsteps. In addition, the same can also be applied to various other inanimate items viz., files, papers, currency etc. URL : Additional Info PI Details : Prof. Shivesh Sharma, Dr. Nand Kumar Singh, Dr. Ashutosh Mani, Dr. Sameer Srivastava and Dr. Ambak Kumar Rai [Department of Biotechnology]. PI Email id : shiveshs@mnnit.ac.in |
Motilal Nehru National Institute of Technology Allahabad |
| 10 | Project Title : Development and installation of sanitizing tunnel connecting hostel and academic campus.
Expected Outcome : Expected Timeline : One month Remarks : URL : PI Details : Dr. Ramesh Pandey, Dr. Ashutosh Mishra, Professor R.P. Tewari, Dr. Deepesh Patle, Dr. Abhishek Tiwari (Department of Applied Mechanics) PI Email id : ramesh@mnnit.ac.in |
Motilal Nehru National Institute of Technology Allahabad |
| 11 | Project Title : Design and development of low cost automatic self sanitizing Covid -19 patient bed.
Expected Outcome : A Covid -19 patient bed with automatic sanitizing mechanism Expected Timeline : Three months Remarks : URL : PI Details : Dr. Ashutosh Mishra, Dr. Ramesh Pandey, Professor. R.P. Tewari, Dr.Abhishek Tiwari (Department of Applied Mechanics) PI Email id : ramesh@mnnit.ac.in |
Motilal Nehru National Institute of Technology Allahabad |
| 12 | Project Title : Design and Development of Inflatable based Low cost spray tunnel and sanitizer
Expected Outcome : Expected Timeline : 2.5 Months Remarks : URL : PI Details : Dr. Satish Kumar, Professor. R.P. Tewari, Dr. Ramesh Pandey. (Department of Applied Mechanics) PI Email id : rptewari@mnnit.ac.in |
Motilal Nehru National Institute of Technology Allahabad |
| 13 | Project Title : Gel-based hand Sanitizer developed from Tea plant extract oil
Expected Outcome : Our main goal to produce this product was to ease up the shortage of hand sanitizer and “Alcohol rub sanitizer” which helps to keep away coronavirus as advised by WHO. Our hand sanitizer was gel-based and prepared during the crisis for mass use in order to decrease infectious agents on the hands. It is generally more effective in killing microorganisms and have better portability than soap and water Expected Timeline : One week (Already done) Remarks : Project initiated and completed. The sanitizers are not for commercial purposes but to protect the faculties and staffs in our institute when the inadequate supply of hand sanitizers is jeopardizing the crusade against the deadly virus. URL : https://www.nitap.ac.in/ Additional Info PI Details : Dr. Saikat Kumar Jana and his research scholar Assistant Professor, Department of Biotechnology, National Institute of Technology, Arunachal Pradesh. 9485230608 PI Email id : saikat@nitap.ac.in |
National Institute of Technology Arunachal Pradesh |
| 14 | Project Title : Design, Fabrication and Installation of Automatic Baggage Sanitization Machine
Expected Outcome : A facility/machine for automatic sanitization of baggage brought to the campus by students/faculty/staff/visitors. Expected Timeline : Two Weeks, Will be ready by May I week Remarks : The proposed machine is similar in construction to the baggage x-ray scanners installed in airports. The machine consists of two major systems (i) a roller conveyor system, which will move the baggage at a controlled speed and (ii) a disinfectant sprayer system URL : PI Details : Dr. R. Manu, Professor, Department of Mechanical Engineering, NIT Calicut PI Email id : manu@nitc.ac.in |
National Institute of Technology Calicut |
| 15 | Project Title : Preparation and Distribution of alcohol and aloe vera (herbal) based Hand Sanitizers
Expected Outcome : Production of alcohol based Hand-sanitizers Expected Timeline : 1-1.5 Months Remarks : In view of the present situation with the Coronavirus (COVID-19) outbreak, WHO, Ministry of Home and Family Welfare recommended to use the alcohol based hand sanitizers. As a social service and outreach activity, I am proposing to produce alcohol based low cost and effective hand sanitizer based on the recommendations of WHO. At initial level, I am proposing to make 30 L of hand sanitizer. In future, based on the demand and requirement, more amount of the hand sanitizers will be produced. The hand sanitizer will supplied in 500 mL bottles and 100 mL bottles. URL : PI Details : Dr. Alok Garg, Assistant Professor, Department of Chemical Engineering PI Email id : alok.garg@nith.ac.in |
National Institute of Technology Hamirpur |
| 16 | Project Title : Design and Development of disinfecting boxes to disinfect fruits, vegetables and other items of daily use
Expected Outcome : Design and prototyping of UV-C wavelength based disinfecting box Expected Timeline : Prototype is ready. Further design refinements are being carried out. Will be complete by 31st May 2 Remarks : It is well known at UV-C wavelength (~270 nm) has the ability to destroy the nucleic acid contained in virus/ bacteria. Hence, these microorganisms are destroyed upon exposure to this this wavelength. A box containing suitable number of UV-C sources of appropriate wattage has been constructed.Fruits, vegetables and other items of daily use are placed within this for thirty minutes. This results in destruction of any virus/ bacteria that might be present. Tests on the optimum time required for complete destruction of the virus/ bacteria, optimum wattage and distribution of lamps are being carried out. URL : https://www.nitk.edu.in/nitk-fights-covid-19 PI Details : Prof. Arun M. Isloor, Head Chemistry Department PI Email id : isloor@yahoo.com |
National Institute of Technology Karnataka, Surathkal |
| 17 | Project Title : Single body disinfectant sprinkler
Expected Outcome : disinfectant sprinkler Expected Timeline : working on project Remarks : none URL : https://www.nitkkr.ac.in/comp_faculty_details.php?idd=70232 Additional Info PI Details : Prof. Lalit Mohan Saini, Head Of Electrical Engineering Department PI Email id : lmsaini@nitkkr.ac.in |
National Institute of Technology Kurukshetra |
| 18 | Project Title : Design of Full-body Disinfection Chamber for Installation in Public Places
Expected Outcome : Full-body Disinfection Chamber to prevent various communicable diseases Expected Timeline : Remarks : Covid-19 is a serious pandemic which the entire world is facing at present. As a measure of prevention from the deadly virus whose vaccine is not yet available, WHO recommends application of alcohol based sanitizers (60% alcohol content) to parts which are expose to the virus. People are using hand sanitizers to wash hands frequently which have been proved effective till date. Since sanitizers are effective in preventing covid-19, it would be a good idea to sanitize the whole body. URL : www.nitmanipur.ac.in Additional Info PI Details : 1. Name : Dr. AheibamDinamani Singh. 2. Date of Birth : 16th November 1980 3. Nationality : Indian 4. Category : General 5. Contact Address : Associate Professor Department of Elec. &Commn;. Engineering National Institute of Technology, Manipur Langol, Lamphelpat 795 004 6. E-mail : aheibamdina@yahoo.co.in; ads@nerist.ac.in; aheibam.dinamani@gmail.com 7. Phone : 094366 32958 (M); 089740 55092 PI Email id : aheibamdina@yahoo.co.in, ads@nitmanipur.ac.in, aheibam.dinamani@gmail.com |
National Institute of Technology Manipur |
| 19 | Project Title : Development of low cost hand sanitizer for disinfecting COVID-19 virus.
Expected Outcome : It will result in development and production of low cost hand sanitizer and enhances the availability of the product to the market by optimal designing of the ejection module for protective measure from COVID-19. Expected Timeline : Product already developed. Validation on COVID-19 virus awaiting, dispenser designing waiting - 2 mo Remarks : Funding Requirement for development of production chain - Rs. 5 Lakh. URL : PI Details : Dr. Arindam Bit, arinbit.bme@nitrr.ac.in PI Email id : |
National Institute of Technology Raipur |
| 20 | Project Title : Disinfection of inanimate objects from Covid-19 contagion by irradiating with UV light
Expected Outcome : Design and development of movable Covid-19 disinfection chamber based on UV irradiation Expected Timeline : The desired disinfecting chamber can be produced within two weeks upon arrival of the raw materials/components Remarks : At the current trying time, the COVID-19 pandemic is the global threat which transcends territorial, political, religious, cultural, and definitely academic boundaries. Healthcare workers and biologists are at the frontline, working for mitigating the outbreak of the disease. Although the current challenge apparently seems far from the physical scientists and engineers who generally deal with inanimate objects, there is a scope for them to contribute to this global crisis. To address this challenge, herein, we plan to set up a movable Covid-19 disinfection chamber operated by UV-C light (wavelength of 200-280 nm in the electromagnetic spectrum) that has been known for long to disinfect a variety of substances including food and water. It works by its germicidal effects, destroying microorganisms such as virus, bacteria by cleaving their DNA structures upon absorption of UV. The intensity of UV-C light and exposure time will be adjusted depending on the dimension of the chamber and the amount of substances to be cleaned. The designed chamber is made of plywood and comprising of wheels that make the system movable and the dimension of the chamber is restricted to 6??6??8?. The current approach is powerful and more convenient in terms of its low cost and non-invasive nature, in comparison to existing wet-chemical methods. This chamber can be used to disinfect a variety of daily used items including groceries, vegetables, wallet, currency, spectacles, luggage, books, pen, mobile phones, wristwatches, leather shoes, specifically the items which are susceptible to be damaged by detergent washing or other wet chemical methods. However, the present approach can only be applicable to disinfect the non-living objects. URL : http://www.nits.ac.in/departments/chem/chem.php Additional Info PI Details : Dr. S. S. Dhar, Dr. M. A. Zaman, Dr. P. Barman, Dr. N. S. Moyon, Dr. B. N. Ghosh, Dr. B. Adhikari Department of Chemistry National Institute of Technology Silchar Silchar-788010 PI Email id : siddharthashankardhar@gmail.com |
National Institute of Technology Silchar |
| 21 | Project Title : Low cost laboratory synthesis of sanitizer
Expected Outcome : Affordable sanitizer Expected Timeline : Already developed Remarks : Distributed among the faculty, staff and office use of NIT Silchar URL : http://www.nits.ac.in/departments/mech/mech.php Additional Info PI Details : Dr. Sumit Bhowmik, Assistant Professor, Department of Mechanical Engineering, National Institute of Technology Silchar, Assam, India. and Mr. Krushna Gouda Research scholar Department of Mechanical Engineering, National Institute of Technology Silchar, Assam, India PI Email id : sumit@mech.nits.ac.in; bhowmiksumit04@yahoo.co.in |
National Institute of Technology Silchar |
| 22 | Project Title : Automated Personal hygiene system
Expected Outcome : Simple system to reduce the spreading of COVID-19 Expected Timeline : One month Remarks : Simple system to reduce the spreading of COVID-19 in work place as well as in other locations URL : https://www.nitt.edu/home/academics/departments/ice/faculty/professors/umapathy/ Additional Info PI Details : Prof. M Umapathy and Prof. G Uma, Dr. R. Periyasamy, ICE, National Institute of Technology Trichy Mr. S. Sampathkumar, Technician, ICE, NIT, Trichy PI Email id : umapathy@nitt.edu |
National Institute of Technology Tiruchirappalli |
| 23 | Project Title : LARGE AREA AQUA SANITIZER
Expected Outcome : novel nanomaterial active against viruses, which can be used using sea water as the medium for large scale disinfection Expected Timeline : 2 months Remarks : We have filed a provisional patent with the Application no. 202031016183-dated 15.04.2020 under the title “A novel anti-pathogenic aqueous sanitizer powered by the Nano-hydrids” on our technology. Testimonials 1. Top 30 in Hack the Crisis in India – Hackathon organized by Garage 48 together with the Dept. MeitY, Govt. of India. 2. Top 15 in The Global Hackathon organized by Garage 48 (7th Place) in the International platform. URL : https://www.nitt.edu/home/academics/departments/faculty/sgarai.pdf Additional Info PI Details : Dr. KAMATCHI SANKARANARAYANAN (IASST GUWAHATI) & Dr. rer. nat. SOMENATH GARAI (NIT TRICHY) PI Email id : sgarai@nitt.edu |
National Institute of Technology Tiruchirappalli |
| 24 | Project Title : Development of low-cost Full-body Self-sanitization Equipment
Expected Outcome : The main problem of COVID 19 virus is to start throat congestion and damage the function of the lungs. However, the developed equipment would be beneficial to sanitize the whole body in one minute. This equipment can be used for students & staff in the school/Institute or public gathering such as Hospital, Market, and Shopping mall, etc. The proposed equipment will comprise two modes (a) natural sanitizers spray, (b) fumes of an organic compound. The natural sanitizer will be used to spray on th Expected Timeline : Three Months Remarks : URL : www.nituk.ac.in Additional Info PI Details : Dr. Pawan Kumar Rakesh, Assistant Professor, Mechanical Engineering Department & Coordinator, Design Innovation Center, National Institute of Technology Uttarakhand, Srinagar Garhwal -246174. PI Email id : pawanrakesh@nituk.ac.in |
National Institute of Technology Uttarakhand |
| 25 | Project Title : PREPARATION OF SANITIZER AT BULK LEVEL
Expected Outcome : Mitigate the shortage of the sanitizer Expected Timeline : One week Remarks : Apart from essential chemicals required, we have added essential oil isolated from the leaves of Lemongrass in our lab. The oil has antimicrobial and anti-oxidant activities which further add value to the sanitizer. URL : Additional Info PI Details : Dr. Jigisha K. Parikh, Professor, Chemical Engineering Department Dr. Meghal A. Desai, Associate Professor, Chemical Engineering Department Dr. Sanjay R. Patel, Associate Professor, Chemical Engineeri PI Email id : jkp@ched.svnit.ac.in, mad@ched.svnit.ac.in, srp@ched.svnit.ac.in |
S V National Institute of Technology Surat |
| 26 | Project Title : Preparation of large-scale green chemicals-assisted sanitizer
Expected Outcome : This proposal deals with the preparation of green chemicals-assisted sanitizer to disinfect pathogens including novel coronavirus. Large scale sanitizer will be prepared by using green chemicals (biopolymers, green solvents, and medicinal important phytochemicals), improving disinfecting activity for long time. Biocompatible nanomaterials generated from medicinal plants are going to mix with sanitizer liquids which could enhance the degree of disinfection activity without any side effect to host cells. Expected Timeline : 3-6 months Remarks : Biopolymers and biocompatible nanocomposites will be mixed with sanitizer to enhance the antiviral activity of sanitizer, which could be effective to disinfect novel coronavirus. URL : PI Details : Bharat Z. Dholakiya, Naved I. Malek, Suresh Kumar Kailasa Applied Chemistry Department, PI Email id : bzdholakiya@chem.svnit.ac.in, navedmalek@chem.svnit.ac.in, skk@chem.svnit.ac.in |
S V National Institute of Technology Surat |
| 27 | Project Title : Development and fabrication of low-cost sterilizer box using UV-Hot Air combination (yoUVen)
Expected Outcome : A prototype low-cost equipment for sterilization of electronic gadgets, vegetables, fruits, stationaries etc. for domestic use with rapid up-scaling feasibility Expected Timeline : One month Remarks : Although several new designs of sterilizer box have been emerging recently for decontamination of these surfaces in view of current outbreak of COVID - 19, most of them rely on irradiation of UV-C on the surfaces to deactivate virus. However, the complete sterilization of entire surface may not be guaranteed by mere UV irradiance, particularly due to shadowing in case of objects with irregular shape or when the objects are in bunch, such as currency notes. We, at Optoelectronic Materials and Devices lab at Department of Applied Physics, SVNIT, Surat, have developed and fabricated a novel sterilizer box to overcome this problem. The design involves optimized combination of UV-C radiation along with hot-air to ensure thorough sterilization of various objects, even when the surface is irregular in shape. The sterilizer box allows the user to select between only UV-C irradiation or the combination of it with hot-air for a desired amount of time and the user can also chose the temperature of the air, which is kept constant for the entire cycle. The equipment is low-cost and can serve the purpose of sterilization of various items used for domestic purpose in day-to-day life during the Corona outbreak and beyond that. URL : https://sites.google.com/view/omd-svnit-vipulkheraj/home Additional Info PI Details : Dr. Vipul Kheraj, Department of Applied Physics, Sardar Vallabhbhai National Institute of Technology (SVNIT) – Surat PI Email id : vk@phy.svnit.ac.in |
S V National Institute of Technology Surat |
| 28 | Project Title : Ultraviolet Sanitization units for medical PPE Kits Developed for AIIMS, Nagpur
Expected Outcome : Ultraviolet Sanitization units Expected Timeline : Completed Remarks : It is a known fact that washing clothes and PPE kits of the health workers and patients put the lives of the washer men at risk. The ultra violet sanitization units use the ultraviolet radiations for disinfecting the personal protection kits, masks, gloves and aprons used by the healthcare personnel involved in the treatment and care of COVID-19 patients. The items to be disinfected are to be hanged in the UV sanitizer units for designated time for expected 99.5% sanitization. The operation of the unit is automatic and user friendly so that they can be operated even by semiskilled workers. The designed equipment are technically at par with the commercially available sanitizers in national and international markets. URL : http://vnit.ac.in/wp-content/uploads/2020/05/UV-Sanitization1.pdf PI Details : Prof. K. M. Bhurchandi Dr. Prabhat Sharma Dr. Deep Gupta PI Email id : bhurchandikm@ece.vnit.ac.in |
Visvesvaraya National Institute of Technology Nagpur |
| 29 | Project Title : Pedal Operated Sanitation Machines
Expected Outcome : Expected Timeline : Completed Remarks : Pedal operated sanitation machines and masks were distributed at 10 villages of Umred (Distt. Nagpur),such as Kuhi, Mandhal etc. URL : PI Details : Prof. D. R. Peshwe PI Email id : drpeshwe@mme.vnit.ac.in |
Visvesvaraya National Institute of Technology Nagpur |
| Initiatives taken by NITs & IIEST, Shibpur under the Reserch Area: Sanitization | ||