| India Science, Technology & Innovation

Development of high-performance fully 3D printed lithium (Li)-ion battery system using advanced Cu-Zn alloy-based ordered porous current collectors with deposited Li as anode and ordered porous Li iron phosphate as cathode

The Government of India's (GOI) key initiative such as Make in India, aimed at making India as the center for global manufacturing. such initiatives from GOI have facilitated industries like pharmaceuticals and apparel to excel. However, when it come

Section: Engineering Sciences (Research Project)

Application of solar energy in drying of medicinal plants and vegetables

Due to wide diversity in climatic conditions in India, different varieties of plants and vegetables are grown across the country and some of them are elixirs of life due to their amazing health benefits. Food preservation is important because 1\3rd o

Section: Agricultural Sciences (Research Project)

NIDHI-PRomoting and Accelerating Young and ASpiring innovators & startups (NIDHI- PRAYAS)

To setup Idea to Prototype support, NIDHI-PRAYAS program has been launched. It is positioned as a pre-incubation initiative. Under NIDHI PRAYAS, 10 PRAYAS Centres have been setup at various TBIs along with support for establishing PRAYAS Shala and Pr

Section: Funding Opportunities

Advanced CFD modelling of gas phase dynamics and mass transport in a liquid-phase slurry bubble column equipped with internal heating system involved in methanol/ DME synthesis using biomass-derived syngas

The increasing energy demand and depleting petroleum sources have led to renewed interest in biomass–derived syngas as alternative feedstock to produce clean energy and value-added chemicals. Among various Gas-to-Liquid (GtL) technologies, methanol

Section: Chemical Sciences (Research Project)

Acid-base bifunctional nanoporous hybrid catalysts for chemical fixation of CO₂

Using inexpensive, harmless, and abundantly available CO₂ as C1 feedstock for fuel and chemical synthesis can mitigate the problem of global warming and decrease our dependence on petrochemicals. The transformation of CO₂ into chemicals is diffic

Section: Chemical Sciences (Research Project)

Exploration of bimetallic synergy for acceptorless dehydrogenative oxidation of alcohols to value added products with concomitant hydrogen evolution

Alcohols, are one of the most abundant class of chemicals that undergo various types of transformations yielding highly useful chemicals and intermediates that dominate fine chemical industries. Among various transformations, direct conversion of alc

Section: Chemical Sciences (Research Project)

Metal bioavailability in intertidal sediments and bioaccumulation in benthic biota in tropical estuaries of Maharashtra, west coast of India to understand implications of metal toxicity

The study aims to understand the implications of metal toxicity through bioavailability in sediments and bioaccumulation in benthic biota in tropical estuaries of Maharashtra, west coast of India. In estuaries, river and sea water confluence which in

Section: Earth, Atmosphere & Environment Sciences (Research Project)

Developing printable and ultralow gas sensors in mixed environment using reduced graphene/metal oxide composites

Flexible electronics using nanomaterials hold immense prospects in gas sensing technology. With the advent of flexible electronics, sensors have become thin, low-cost, with large sensing area, lightweight, wearable, flexible and transparent. Demand f

Section: Engineering Sciences (Research Project)

Development of scaled-down corn flaker for value-addition to bio-fortified maize for improving nutritional status of marginal farmers and enhancing livelihood security through local entrepreneurship

Maize (Zea mays L.) is the important cereal crop after rice and wheat in India. It accounts for more than 10 per cent of the total grain production. Maize is a nutritious cereal, rich in starch, fibre, protein, fat, essential amino acids and micronut

Section: Engineering Sciences (Research Project)

Development of low Friction Rolling Element Bearings for enhanced Reliability and Efficiency

Performance of rolling element bearing depends upon the surface properties and surface texture of ball/roller and raceway. Manufacturing process of ball/roller and raceway significantly affects the surface properties and texture of it. Effect of manu

Section: Material Sciences (Research Project)

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Development of high-performance fully 3D printed lithium (Li)-ion battery system using advanced Cu-Zn alloy-based ordered porous current collectors with deposited Li as anode and ordered porous Li iron phosphate as cathode

Application of solar energy in drying of medicinal plants and vegetables

NIDHI-PRomoting and Accelerating Young and ASpiring innovators & startups (NIDHI- PRAYAS)

Advanced CFD modelling of gas phase dynamics and mass transport in a liquid-phase slurry bubble column equipped with internal heating system involved in methanol/ DME synthesis using biomass-derived syngas

Acid-base bifunctional nanoporous hybrid catalysts for chemical fixation of CO₂

Exploration of bimetallic synergy for acceptorless dehydrogenative oxidation of alcohols to value added products with concomitant hydrogen evolution

Metal bioavailability in intertidal sediments and bioaccumulation in benthic biota in tropical estuaries of Maharashtra, west coast of India to understand implications of metal toxicity

Developing printable and ultralow gas sensors in mixed environment using reduced graphene/metal oxide composites

Development of scaled-down corn flaker for value-addition to bio-fortified maize for improving nutritional status of marginal farmers and enhancing livelihood security through local entrepreneurship

Development of low Friction Rolling Element Bearings for enhanced Reliability and Efficiency

विज्ञान एवं प्रौद्योगिकी विभाग

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