Latest News
Ashish Gaur obtained PhD Degree recently (June 2023) from IISER Mohali ......Read More.......Dr Ashish Gaur obtained Prestigious Brain pool award (2024).....Read More

Recent EERL Updates on Nano Science and Technology

Recent Technology Developed

PATENT GRANTED: 202111057362 &A CATALYST INK COMPOSITION TO BE USED IN AIR PURIFIER, PROCESS OF SYNTHESIS AND AN AIR PURIFIER USING THE SAME &Congratulations to Dr Ashish Gaur and Dr. Zubair Ahmed

 

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Dr Ritu Rai graduated recently

Dr Ritu Rai joined post doc at Opole University of Technology, Poland.

 

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Dr Ashish Gaur obtained the prestigious Brain-pool Award

Will be updated soon....

 

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New Industrial project with GENERION

An Israeli- company is at the final stages of approval.   - The project based on Air-purification technology

 

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Development of Air-purification Device

Special about this new air purification filter

 

Only one filter can be used for VOC extraction and for trapping the particulate matters A ROS release module. It can trap particulates beyond 2.5 micron, which can not be prevented by HEPA filter. Well below OSHA (Occupational Safety and Health Administration; 1 ppm (1.4 mg/m³).)

 

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Smart Window Technology "

The sun is dynamic, so your windows should also be dynamic glass. "Clear when you want it, intense when you need it automatically or manually; Patent filed: 202311084461, Dec, 2023

 

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Mr Zubair Ahmed graduated recently

Dr Zybair Ahmed got graduated and obtained post doc

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An industrial project with Simhas Pvt. Ltd

To develop device for food preservation

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About Energy Environment Research Laboratory (EERL)

Nanotechnology, the manipulation of matter at the atomic and molecular scale to create materials with remarkably varied and new properties, is a rapidly expanding area of research with huge potential to revolutionize our lives. In order to fully realize this potential, people at EERL works on designing and synthesizing new nanoscale materials and structures with an emphasis on rational control of morphology, size, structure, composition and doping of metal carbides, nitrides, sulphides, phosphides, oxides etc on multiple scales for Energy and Environmental Applications.

EERL Different activities of EERL lab

The research conducted in our Group is centered on exploring and influencing chemical reactions occurring at solid-liquid interfaces. The primary objective is to leverage electricity for the purpose of rearranging chemical bonds, exercising precise control over molecular-level interfacial reactivity. The chemistry of these interfaces plays a crucial role in addressing modern challenges in renewable energy storage and utilization across various devices such as batteries, fuel cells, and electrolyzers. This pursuit is vital for paving the way towards a low-carbon energy future.

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