A core ingredient of the LOTUS undertaking is a novel water high quality sensor that builds on earlier work accomplished at Ecole Polytechnique, Paris, France.
The sensor was additional developed in the course of the undertaking by researchers at Universite Gustave Eiffel in collaboration with IIT Guwahati and the SME EGM, Sophia Antipolis, France.
According to S Senthilmurugan, Chairperson, Technology Incubation Centre, IIT Guwahati, LOTUS water high quality sensor necessities have been established after amassing data from Indian water utility homeowners, operators, finish customers, and analysis and growth consultants and subsequently LOTUS sensor is predicted to fulfill Indian water industries.
“Successful commercialisation of the LOTUS water high quality sensor will present a low-cost water high quality monitoring and protected consuming water provide resolution to the Indian residents which is consistent with the imaginative and prescient of the Jal Jeevan Mission of the federal government of India and its Make-in-India initiative.
“Even during COVID times, the LOTUS team from IIT Guwahati was able to continue the groundwater sample collection and sensor development work with minimal delay,” he mentioned.
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For the industrial manufacturing of the sensor for the Indian market, IIT Guwahati is collaborating with Linxens India Private Limited and Hydroscope Technology Private Limited, a start-up agency.
The means of expertise licensing between each corporations and the LOTUS staff (IIT Guwahati and Universite Gustave Eiffel) is in progress.
“The LOTUS sensor developed at IIT Guwahati is being designed to deal with sensing wants and high quality management features throughout completely different use case situations encompassing protected consuming water, agricultural water and wastewater.
“The overall framework including the LOTUS sensor, and the quality monitoring and control algorithms developed at IIT Bombay, would be developed and deployed on platforms to provide improved solutions to address major water quality control issues across the country,” mentioned Ravindra Gudi, Dean (Alumni and Corporate Relations), IIT Bombay.
The core of the LOTUS sensor is a chip with carbon nanotube-based sensing parts which might be able to measuring a number of high quality parameters corresponding to Total Dissolved Solids (TDS), Potential of Hydrogen (pH), chlorine, and arsenic.
The elements of the sensor system embrace a software program that permits water high quality monitoring and protected water provide within the piped water community and tanker provide techniques.
A conveyable solar-operated disinfectant system built-in with a water high quality controller and one other software program for the optimisation of the water provide in irrigation, are among the many different elements of LOTUS sensor.s