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Greetings from Indian Chemical Council (ICC)!
You are already aware that under the auspices of the Technology & Energy Expert Committee, ICC is organizing a "SERIES OF WEBINARS BY EMINENT SPEAKERS” on the Fourth Friday of every month from 3.30 p.m. to 5.00 p.m.
The Covid-19 conditions may have curtailed in person classroom training but not learning. Therefore, all these webinars will be held virtually. These lectures are delivered by eminent speakers and experts from Academia and Industry.
This Series of Webinars has already begun in January 2022. The FirstthreeWebinars in this series were held successfully on 28 January 2022on "2G Biorefinery" by Dr. Pramod Kumbhar from Praj Industries, on 25 February 2022 on "Transition to Hydrogen economy in India on the back of green and blue hydrogen” by Professor (Dr) R. R. Sonde, Indian Institute of Technology – Delhi and on 25 March 2022 on "Hydrogen via Aqueous-Phase Reforming (APR)” by Prof. (Dr) P. D. Vaidya, Institute of Chemical Technology (ICT).
The Fourth Webinar of this Series will be held Virtually on Friday, 22 April 2022 from 3.30 p.m. – 5.00 p.m. on "HYDROGEN VIA ELECTROLYSIS OF WATER”. The eminent speaker for this Webinar is Mr. Ranga Rao N, General Manager – Process and TIS (Technologies), Thyssenkrupp Industrial Solutions (India) Pvt. Ltd.
We are enclosing herewith the Abstracts of all Topics as well as the Biodatas of all the Speakers for your kind reference.
BACKGROUND:
The hydrogen future is here now. Demand for hydrogen technologies is rising given their potential to accelerate the transition to more sustainable forms of energy while still supporting current energy models with all their regional variations. Hydrogen is a zero-emissions source of fuel for trains, buses and cars. It can be used as a feedstock gas for industries such as chemical, refining and steel. In addition, it is a source of heat and power for buildings, and can buffer energy generated from renewable sources. Hydrogen offers compelling benefits. First and foremost, it supports a gradual transition towards lower-carbon sources of energy as it can be generated from natural gas and other non-renewable by-products. In addition, it can be used as an energy carrier; in other words, a medium to store energy from renewable and other sources. Looking to the future, it can be generated at scale with a zero carbon footprint by using renewable energy such as solar or wind power, for instance, to split water (electrolysis).
Responsible Care (RC) is a Chemical Industry Initiative, which calls on Companies to demonstrate their commitment to improve all aspects of performance, which relate to protection of health, safety and environment.
