| India Science, Technology & Innovation

Purified wax from rice bran wax sludge

Rice bran wax has a number of industrial applications, such as for polishes, ingredients in cosmetics and food applications. Rice bran wax has a potential of 20,000 tonnes and the present production of unpurified wax is around 10,000 tonnes which has

Section: Life Sciences & Biotechnology (Technologies)

Moisture Sensor (5–95% RH) Moisture Meter (5–100 PPM Moisture)

This technology comprises an indigenously developed moisture sensing system based on alumina thin-film capacitive sensing elements, capable of measuring both relative humidity and trace-level moisture in gaseous environments. The sensor operates over

Section: Other (Technologies)

DST Centre of Excellence on "Carbon Capture, Utilisation and Sequestration" Cross-disciplinary Initiatives [DST-CoE-CCUS-CDI]

Given the lack of dedicated Centre of Excellence CoE in India to address mitigation of CO2 emissions to achieve Net Zero aspirations of Indian Government, CSIR-NEERI proposed to develop CoE to work on CO2 mitigation technologies relevant to Indian in

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

Mechanistic Investigation and Engineering of a 1-Alkene-Producing Membrane-Bound Metalloenzyme

The growing concern of global warming due to fossil fuel use has sparked a significant interest in developing renewable and eco-friendly biofuels. Alka(e)nes, major components of fossil fuels, are biosynthesised sustainably using fatty acid decarboxy

Section: Chemical Sciences (Research Project)

Supported Highly Electron-Deficient Single-Site Metal Catalysts for Direct Conversion of Methane to Methanol and Ethylene

Methane, a significant greenhouse gas, is a key component of natural gas and biogas, making its direct conversion to methanol and ethylene profitable in the chemical and petrochemical industries. However, this process is challenging due to high C−H

Section: Chemical Sciences (Research Project)

Bioremediation of Heavy metals through Geomicrobes from soil and ground water: A case study around Tummalapalli Uranium mining area, Kadapa, A.P

Heavy metals are a significant marker of harmful compounds generated by industrial activities, with their environmental impacts being significant and long-lasting. Unlike organic debris, which can be transformed by incineration or biodegradation, hea

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

Design and Development of Cost-effective Alternate to Floating Metal Based RF-MEMs shunt Capacitive switch for B5G and 6G Applications

Wireless communication industries are rapidly expanding, with the 5G cellular system being a key IoE enabler. 6G networks will serve future services such as human-human and human-machine interaction, AI and 3D networking, quantum communications, and

Section: Engineering Sciences (Research Project)

Design of novel heterogeneous catalysts for CO? capture from flue gas based on density functional theory computations

The ?-carbonic anhydrase enzyme family is known for its highly active role in reversible CO? hydration in biological systems. This study aims to develop biomimetic catalysts for CO? capture using quantum molecular simulations. The increasing concentr

Section: Chemical Sciences (Research Project)

Moisture Sensor (5–95% RH) Moisture Meter (5–100 PPM Moisture)

This technology comprises an indigenously developed moisture sensing system based on alumina thin-film capacitive sensing elements, capable of measuring both relative humidity and trace-level moisture in gaseous environments. The sensor operates over

Section: Other (Technologies)

Catalyst and mediator-free photo-electrochemical organic reactions: Harnessing aryl diazoesters for the generation of useful heterocycles via carbene anion radical

Photochemical and electrochemical organic synthesis are essential for sustainable organic reactions. This study aims to design photo electrochemical reactions under a catalyst and electrolyte-free environment to generate carbene anion radical (CAR) a

Section: Chemical Sciences (Research Project)

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Purified wax from rice bran wax sludge

Moisture Sensor (5–95% RH) Moisture Meter (5–100 PPM Moisture)

DST Centre of Excellence on "Carbon Capture, Utilisation and Sequestration" Cross-disciplinary Initiatives [DST-CoE-CCUS-CDI]

Mechanistic Investigation and Engineering of a 1-Alkene-Producing Membrane-Bound Metalloenzyme

Supported Highly Electron-Deficient Single-Site Metal Catalysts for Direct Conversion of Methane to Methanol and Ethylene

Bioremediation of Heavy metals through Geomicrobes from soil and ground water: A case study around Tummalapalli Uranium mining area, Kadapa, A.P

Design and Development of Cost-effective Alternate to Floating Metal Based RF-MEMs shunt Capacitive switch for B5G and 6G Applications

Design of novel heterogeneous catalysts for CO? capture from flue gas based on density functional theory computations

Moisture Sensor (5–95% RH) Moisture Meter (5–100 PPM Moisture)

Catalyst and mediator-free photo-electrochemical organic reactions: Harnessing aryl diazoesters for the generation of useful heterocycles via carbene anion radical

विज्ञान एवं प्रौद्योगिकी विभाग

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