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IIT Roorkee Organizes 13th National Conference on 'Solid State Ionics'

Professor Shukla, a pioneer battery expert who has also transferred several battery technologies to Industry, delivered a Plenary Lecture on 'Batteries for A Sustainable World'  

Published: 17th December 2019 05:54 PM  |   Last Updated: 17th December 2019 05:55 PM   |  A+A-

IIT Roorkee( Photo courtesy: IIT Roorkee official website)

By Express News Service

DEHRADUN: Indian Institute of Technology, Roorkee organised the 13th national conference on Solid State Ionics from 16th December to 18th December 2019 at O.P Jain Auditorium, Civil Engineering Department, IIT Roorkee campus.

AK Shukla, honorary professor, IISc Bangalore and former director of CSIR-Central Electrochemical Research Institute, Karaikudi, India who was the guest of honour at the event said “Such conferences are imperative to point various industries such as automobile and electricity department towards dynamic solutions that shall help in the generation of bulk electricity in a sustainable manner. I personally laud IIT Roorkee for stepping up and taking a lead in the department of Solid State Ionics and it is a pleasure to be here amongst you all." 

Professor Shukla, being a pioneer battery expert in India who has also transferred several battery technologies to Industry, delivered a Plenary Lecture on “Batteries for A Sustainable World”  

He added that one of the massive challenges of the 21st century is the development of efficient and sustainable means of energy conversion, distribution, and storage.  

Ajit Kumar Chaturvedi, director of the IIT Roorkee also addressed the gathering and stressed upon the need for adequate energy storage devices to support the electric mobility program and clean India movement of the Government of India. 

“I am delighted that the society of Solid State Ionics selected IIT Roorkee for hosting its 13th National Conference on Solid State Ionics and congratulate the team to bring out the best speakers including some the best leaders of the country such as professor Shukla. People from different disciplines of knowledge are participating in the conference which shows the relevance of Ionics and its need," added the director. 

Solid State Ionics (the study of ionic-electronic mixed conductor and fully ionic conductors) based devices are playing a key role in such challenging scenarios, especially for transportation and bulk electricity generation which provides an alternative solution to pollutions, greenhouse effect, and dependency on oil-producing countries.  

Yogesh Sharma, a professor and convenor of the conference said that 150 participants including 40 experts from  IITs, Indian Institute of Science, National Institute of Technologies, universities, and industries shared their knowledge, expertise, experiences with participants as an informative and collaborative event that brought an in-depth focus on the opportunities and markets available in India. 

The conference is engaging utility industry leaders, academicians, scientists from the various organization to discuss the policies and best practices that are bringing energy conversion and storage to the forefront of conversations around the future of the grid, renewable deployment, and battery-operated electric vehicles, in particular. 

Recently, Solid State Ionics appears more fascinating and flourishing since its foundation by Michael Faraday, Walther Nernst (Nobel prize, 1920) Carl Wagner and Wilhelm Ostwald (Nobel Prize, 1909). 

The reason behind this gigantic attention is due to the exponentially increasing demand for Solid State Ionic Devices such as high-performance batteries, fuel cells, chemical sensors, photo-galvanic solar cells.  

Furthermore, it was discussed at the event that in order to support the socio-economic development of the Nation by inventing new storage technologies, energy storage laboratory, department of physics, IIT Roorkee under the leadership of professor Yogesh Sharma is carrying out the cross-cutting research and technologies of LIBS, beyond Li-based batteries, ultracapacitors. 

With the support of IITR and DST, an art-of-state facility of battery manufacturing to produce pouch cell of capacity ~ 2200 mAh, and battery failure analysis by in-situ X-ray diffractometer said Sharma. 

Professor  Sharma informed that these are unique facilities of its kind in any Institute of North India and this facility can be extended to support nearby industries and academic institutions.



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