Research & Innovation Archives | Page 3 of 3

Oct

14

2022

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IIT Kharagpur inks an MoU with ONGC

Collaborations, Institute, MoU, Research & InnovationAzadi ka Amrit Mahotsav, Deysarkar Centre of Excellence, Global Supply Chain, iitkgp, Industry Academia Collaboration, Institute of Drilling Technology, interdisciplinary, Lab-to-Market Industry Academia Collaborations, MoU, ONGC, Petroleum Engineering, Research and Development

Under the aegis of Azadi ka Amrit Mahotsav, Indian Institute of Technology Kharagpur signed an MoU with the Institute of Drilling Technology (IDT) of Oil & Natural Gas Corporation (ONGC) Limited to undertake several collaborative R&D projects in the domain of drilling, drilling fluids, cementing fluids and completion fluids. The MoU was signed between Shri. G.A.V.S. Prasad, HOI, IDT, ONGC and Prof. Suman Chakraborty, Dean R&D, IIT Kharagpur in the presence of Shri. O. P. Singh, Director, Field and Technical Services, ONGC who was the special guest of honour. Prof. Suman Chakraborty, Dean R&D, IIT Kharagpur remarked, “I believe that…

Sep

19

2022

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By Poulami Mondal

Effective Control Technologies to Reduce Sulphur Dioxide Pollution In India

Environment, Environment & Social Impact, Research & Innovation, Researcherair pollution, Air Quality Monitoring Network, Anthropogenic SO2, Atmosphere and Land Sciences, Bharat Stage, Centre for Oceans, Conventional Coal, CORAL, Ecosystem Dynamics, FGD Technologies, Flue Gas Desulphurization, Fossil Fuel, GHG Emission, Indo-Gangetic Plain, industrialization, Mitigation Strategies, Policy Decisions, Pollutants, Radiative Forcing, Regional Climate, rivers, Scrubber, SO2, Sulfate Aerosols, Technological Advance, Thermal Power Plants, urbanization

FLUE GAS DESULPHURIZATION REDUCES SO2 POLLUTION IN INDIA A study by a team of researchers from IIT Kharagpur led by Prof. Jayanarayanan Kuttippurath from Centre for Oceans, Rivers, Atmosphere and Land Sciences (CORAL) found a significant decline in SO2 trends in India in the last decade, as compared to those in the previous three decades. The decrease in trend and concentration of SO2 is due to the environmental regulation and adaptation of effective control technologies such as scrubber and Flue Gas Desulphurization that shows the positive impact of technological advance and policy decisions to improve the air quality in India.…

Aug

30

2022

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By Poulami Mondal

IIT Kharagpur Develops Affordable and Fast Charging E-Cycles with Na-ion based batteries.

Environment, Research & Innovation, Researcheraffordable, Department of Science and Technology, E-Cycle, Energy Density, Energy Storage Program, Energy Storage Technologies, Excellent Cyclic Stability, Fast Charging, High-Power Density, Journal of Power Sources, Li-batteries, Na-ion Batteries, Nano Materials, Next Generation Energy Storage, Sodium Iron Phosphates, Sodium Manganese Phosphates, Supercapacitors, Technology Mission Division, Zero Volt

IIT Kharagpur has developed Na-ion-based batteries and supercapacitors which can be used to develop affordable e-vehicles such as e-cycles and next-generation Na-ion-based energy storage. A team of researchers from IIT Kharagpur led by Prof. Amreesh Chandra, Department of Physics have used nano-materials to develop Na-ion-based batteries and supercapacitors for next-generation Na-ion based energy storage technologies and their use in e-vehicles. The low-cost Na-ion-based technologies can be charged rapidly and are expected to reduce the cost of the e-cycles significantly. Under the ‘Materials for Energy Storage Program’ and support from Technology Mission Division (TMD) of the Department of Science and Technology,…

May

13

2022

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By Poulami Mondal

Prediction of Crystal Properties through AI assisted Machine Learning – CrysXPP

Research & InnovationAI, Autoencoder, Computational Material Science, Crystal, Crystalline Materials, CrysXPP, Data Sparsity, Density Functional Theory, Indo-Korea Science and Technology Center, L3S, Machine Learning, NPJ Computational Materials, Opaque Data

Hearing the word crystals, people commonly recognize it to be a shiny material associated with a part of jewellery considering their shapes of flat faces with sharp angles. In actuality, crystalline materials have a much wider range of applications, for example in laser technology, optics, high-energy physics, biomedical technology and light-emitting diodes. Each area of application requires a specific type of material. New crystalline materials are constantly being tested to determine whether they have the desired properties. A crystal is scientifically defined by its microscopic atomic arrangement, not its macroscopic shape. Its crystallographic forms are sets of possible faces of…