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2995 result(s) found
Recovery and Lithium Restoration of Cathode Materials from Spent Lithium-Ion Batteries through Liquid Plasma Discharge

The rapid global adoption of lithium-ion batteries (LIBs) for renewable energy and electric vehicles has created an urgent need to manage the growing volume of spent batteries. While recycling these batteries is critical for environmental protection

Section: Physical Sciences (Research Project)
Related: Developing a Developing a Sustainable Approach for the Dissolution and Extraction of Cobalt and Lithium from the Spent Li-ion Battery Cathode Materials using Deep Eutectic Solvents Research Project › Chemical Sciences Green Recovery Green Recovery of Lithium from brine solution and waste lithium-ion battery using functionalized biochar and thermochemical processing Research Project › Engineering Sciences
Diheme Enzymes: Understanding Natures’ Design for Cooperative Catalysis and Sustainable Development

Biomimetic study of di-heme enzymes such as bCcP, MauG, and RoxA will be performed in order to understand structure-activity relationships at the molecular level and also to reproduce the enzymatic functions in the laboratory for sustainable developm

Section: Chemical Sciences (Research Project)
Related: Harvesting of Harvesting of Green Bio-Hydrogen from Biomass Derivatives Using Cooperative, Sustainable, Homogeneous Catalysts Research Project › Chemical Sciences Design and Design and development of transition metals-based electro/photochemical catalysts for water oxidation Research Project › Chemical Sciences Development of Development of Biocatalysts by Directed Evolution for Sustainable Asymmetric C-N Bond Formation Reactions Research Project › Chemical Sciences Electrostatically Tuned Electrostatically Tuned Active Site Catalysis: Rapid access to fused cyclic scaffolds and unusual amino acids Research Project › Chemical Sciences Design and Design and NMR Characterization of Peptide-Based Coacervates from Functional Biocondensates for Catalyzing Organic reactions Research Project › Chemical Sciences
Novel Frequency Response Analysis Method for Identifying Damage or Deformation in a 3-Φ High-Voltage Transformer

High-voltage power transformers are essential and costly apparatus, expected to operate continuously to maintain a stable power supply. Their reliable performance is critical, as they often encounter lightning and switching overvoltages/overcurrents

Section: Engineering Sciences (Research Project)
Empowering Edge Users with Privacy-Preserving and Efficient Solutions for On-Device Artificial Intelligence and Machine Unlearning

Driven by Digital India and Aatmanirbhar Bharat, India has seen rapid growth in connected devices, creating a dynamic AI-powered data ecosystem with vast potential for scientific and industrial advancements. However, privacy concerns and regulatory l

Section: Engineering Sciences (Research Project)
EDGE-COMPUTING ASSISTED BLOCK-CHAIN BASED CYBER RESILIENCY ENHANCEMENT OF INTEGRATED TRANSMISSION AND DISTRIBUTION SYSTEMS

The power grids are transforming across the globe with conglomeration of nascent technologies such as ICT (information and communication technologies), IoT (Internet of Things), IIoT (Industrial internet of Things), Vehicle to Grid (V2G) and Grid to

Section: Engineering Sciences (Research Project)
Related: Design and Design and Development of Solar-Wind-Based Intelligent Energy-Efficient Autonomous Micro-Grid System Considering Hybrid Attacks for Electric Mobility and Rural Electrification Research Project › Engineering Sciences
Enabling efficient and reliable normally off operation in AlGaN/GaN HEMTs for higher voltage nodes (600 V and beyond) using integrated experimental and computational approach

Gallium Nitride (GaN) based power semiconductor devices are rapidly gaining popularity and research attention due to potential to improve efficiency, reduce form factor, increase drive currents and power handling capability, and increase frequency of

Section: Engineering Sciences (Research Project)
Indigenous Development and Characterization of a Novel High Entropy Alloy for Enhanced Energy Absorption

Designing materials capable of withstanding high-impact forces with superior energy absorption is crucial for defense and automotive applications. Current solutions—high-strength steels, ceramics, and conventional alloys—have notable limitations.

Section: Engineering Sciences (Research Project)
Related: Development of Development of Novel High-Entropy Shape Memory Alloy using a Novel Rapid Tooling Technique for Aerospace Applications Research Project › Engineering Sciences Designing Next-Generation Designing Next-Generation OER Catalysts: Operando Characterization Guided Design of High-Entropy Oxides Research Project › Chemical Sciences Development of Development of High-performance Thermoelectric Materials Employing High-entropy Alloying Research Project › Chemical Sciences Porous metal-metal Porous metal-metal interpenetrating phase composites for energy absorption applications Research Project › Engineering Sciences Scalable High Scalable High Entropy Alloys Supported on Defective Ceria for Hydrogenation of CO₂ to Methanol Research Project › Chemical Sciences
Development of a Carbon-Free Ammonia Flex-Fuel Engine for Decarbonizing Transportation and Power Generation

Diesel engines have long been the backbone of heavy-duty applications across the marine, defense, transportation, and power generation sectors, owing to their high fuel efficiency, robust torque characteristics, and scalability. However, increasingly

Section: Engineering Sciences (Research Project)
Related: 3-G-Super Cetane 3-G-Super Cetane Diesel Production from 3-G-Algal Biomass: An Efficient Green Fuel for Decarbonizing Transportation Sector Research Project › Energy Sciences Experimental and Experimental and Modelling Study on the Feasibility and Optimization of CI Engine Operation using Ammonia-Methane-Diesel Ternary Fuel Blends Research Project › Engineering Sciences Scalable and Scalable and Continuous Production of Green Ammonia and Sustainable Energy Using an Advanced Electrochemical Flow Reactor to Empower Bharat’s Carbon-Free Clean Energy Mission Research Project › Engineering Sciences Fuel Injection Fuel Injection system Optimization for the Development of Efficient Hydrogen-Ammonia Fueled Automotive Engines Research Project › Engineering Sciences Utilization of Utilization of green ammonia (a hydrogen energy carrier) in spark ignition engines with range extension using green hydrogen and engine modifications for stationary applications Research Project › Engineering Sciences
A novel waste heat recovery and reuse sub-system for efficient hydrogen regeneration via ammonia cracking in a solar tower simulator

With increasing concerns about climate change and fossil fuel depletion, the global energy landscape is shifting toward clean, renewable, and efficient energy systems. Hydrogen, with its high gravimetric energy density (~ 141.8 MJ/kg), emerges as a p

Section: Engineering Sciences (Research Project)
Investigation of jamming transition in polydisperse dense shear thickening suspensions of spherical and non-spherical particles

Dense shear thickening suspensions of non-Brownian particles are present in a range of industrial applications and products such as cement mix, ceramic paste, fuel mix for rocket engine, chocolate refiner paste, and many more. Contrary to simple Newt

Section: Engineering Sciences (Research Project)
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