| Pinheiro, Dephan. | Bismuth ferrite nanoparticles decorated CR2C MXENE: A highly efficient electrocatalyst for hydrogen evolution / | Patent | Chemical |
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Type:Patent Subject:Chemical |
Description:Patent Number: 202241040877, Applicant: B Shalini Reghunath.
The current invention demonstrates the efficiency of bismuth ferrite/Cr2C MXene binary composite as a highly efficient electrocatalyst for hydrogen evolution reaction in alkaline media. The methodology for preparing O2C MXene is by etching the O2AIC MAX phase with hydrofluoric acid for 30 min at room temperature. Cr2C MXene and bismuth ferrite nanoparticles are mixed under solvothermal conditions to obtain the bismuth ferrite/Cr2C-MXene binary composite. [show more]
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| P, Mamikantan. | Clay soil stabilization using MICP techniques by inducing microbes and bacteria in treating it / | Patent | Chemical |
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Type:Patent Subject:Chemical |
Description:Patent Number: 202241029830, Applicant: Dr. Periyasamy Thirunavukkarasu.Clay Soil Stabilization using MICP Technique by Inducing Microbes and Bacteria in Treating it Abstract: In general, clay soil is an expansive and fragile soil, which means that it requires improvement before it can be helpful to withstand structure. Only after this has been done will it be beneficial to endure structure. In order to improve the quality of clay soil, the authors of this study utilised Bacillus subtilis and Bacillus megaterium. Clay should have its qualities improved by the use of the MICP approach, which involves the use of microorganisms. During the bio-b augmentation process, the cementation reagent and bacteria were combined with the clay soil in varying amounts. [show more]
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| M, Vinay. | Cloud and IOT based smart forest fire detection and warming system / | Patent | Chemical |
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Type:Patent Subject:Chemical |
Description:Patent Number: 202141048693, Applicant: Arumugam Ranjith.
The development of modern industrial civilizations has caused in the establishment of manufacturing plants, office buildings, and housing blocks throughout urban parts. Because of the combustible substances contained in these facilities, there are gas and oil tanks all over these areas. Because of the densely packed buildings, extreme heat and smoke, and the possibility of explosives, putting out a fire in one of these places is nearly impossible. [show more]
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| K R, Sunaja Devi. | Hierarchically porous MN-MOFS composite with RGO as an efficient electrode material for supercapacitor application / | Patent | Chemical |
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Type:Patent Subject:Chemical |
Description:Patent Number: 202241046378, Applicant: Sruthi Rajasekaran.
The present invention shows the energy storage application of the manganese-reduced graphene oxide metal organic frameworks (Mn-rGO MOFs) using the ligand, pyridine 2,6 dicarboxylic acid (PDA), under mild conditions. The methodology followed was hydrothermai at 160°C with manganese sulfate as metal salt, rGO along with the PDA ligand in pyridine, and water as solvent. The development of efficient Mn-rGO MOFs is suitable for supercapacitance energy storage applications, which is the future need for various industrial applications. [show more]
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| Pinheiro, Dephan. | Hierarchically porous MN-MOFS composite with RGO as an efficient electrode material for supercapacitor application / | Patent | Chemical |
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Type:Patent Subject:Chemical |
Description:Patent Number: 202241046378, Applicant: Sruthi Rajasekaran.
The present invention shows the energy storage application of the manganese-reduced graphene oxide metal organic frameworks (Mn-rGO MOFs) using the ligand, pyridine 2,6 dicarboxylic acid (PDA), under mild conditions. The methodology followed was hydrothermai at 160°C with manganese sulfate as metal salt, rGO along with the PDA ligand in pyridine, and water as solvent. The development of efficient Mn-rGO MOFs is suitable for supercapacitance energy storage applications, which is the future need for various industrial applications. [show more]
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| Sharma, Nitika. | Impact of pharmacy industries growth on India economy during covid 19 / | Patent | Chemical |
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Type:Patent Subject:Chemical |
Description:Patent Number: 202241050891, Applicant: Deepha V.
Impact of Pharmacy Industries growth on India Economy during COVID 19 Abstract Pharmacy is an industry that can continue to function without being affected by economic fluctuations. This industry is socially respected by people. Whether people have food to eat or not, everyone wants to preserve the health of the body. In particular, the demand for medicines is more than ever in today's era. [show more]
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| Mishra, Ranjeet Kumar. | Impact of pharmacy industries growth on India economy during covid 19 / | Patent | Chemical |
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Type:Patent Subject:Chemical |
Description:Patent Number: 202241050891, Applicant: Deepha V.
Impact of Pharmacy Industries growth on India Economy during COVID 19 Abstract Pharmacy is an industry that can continue to function without being affected by economic fluctuations. This industry is socially respected by people. Whether people have food to eat or not, everyone wants to preserve the health of the body. In particular, the demand for medicines is more than ever in today's era. [show more]
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| Srivastava, Surbhi. | Impact of pharmacy industries growth on India economy during covid 19 / | Patent | Chemical |
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Type:Patent Subject:Chemical |
Description:Patent Number: 202241050891, Applicant: Deepha V.
Impact of Pharmacy Industries growth on India Economy during COVID 19 Abstract Pharmacy is an industry that can continue to function without being affected by economic fluctuations. This industry is socially respected by people. Whether people have food to eat or not, everyone wants to preserve the health of the body. In particular, the demand for medicines is more than ever in today's era. [show more]
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| S, Pramila. | Impact of pharmacy industries growth on India economy during covid 19 / | Patent | Chemical |
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Type:Patent Subject:Chemical |
Description:Patent Number: 202241050891, Applicant: Deepha V.
Impact of Pharmacy Industries growth on India Economy during COVID 19 Abstract Pharmacy is an industry that can continue to function without being affected by economic fluctuations. This industry is socially respected by people. Whether people have food to eat or not, everyone wants to preserve the health of the body. In particular, the demand for medicines is more than ever in today's era. [show more]
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| P, Sarwesh. | IOT based air quality sensor device / | Patent | Chemical |
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Type:Patent Subject:Chemical |
Description:Patent Number: 358781-001, Applicant: Dr.Sarwesh P.
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| M, Balamurugan. | IOT driven automated water quality monitoring and removal of unpleasant smell from wastewater system for smart city / | Patent | Chemical |
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Type:Patent Subject:Chemical |
Description:Patent Number: 202241015394, Applicant: Geetha V.
Water pollution has become one of the most serious threats in recent years, as drinking water has become contaminated and polluted. Polluted water can cause a variety of diseases in humans and animals, affecting the ecosystem's life cycle. If water pollution is detected early on, appropriate measures can be implemented, and critical situations can be avoided. To ensure a steady supply of pure water, the water's quality should be monitored in real time. With advancements in sensors, communication, and Internet of Things (IoT) technology, smart solutions for monitoring water pollution are becoming increasingly important. [show more]
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| B, Manoj. | Method for synthesizing onion-like carbon nanostructures for high performance supercapacitor applications / | Patent | Chemical |
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Type:Patent Subject:Chemical |
Description:Patent Number: 202141000172, Applicant: A V Ramya.The present invention provides a facile, cost-effective, and scalable method for the preparation of onion-like carbon nanostructures from paraffin oil. The method includes a wick-and-paraffin oil flame pyrolysis process in a limited supply of oxygen, where the soot generated during combustion is collected and processed to obtain onion-like carbon nanostructures. The synthesized nanostructures exhibit nearly spherical morphology with particle size ranging from 30 to 50 nm and a BET specific surface area of 104 m2/g. v. [show more]
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| Nizam, Aatika. | Novel synthesis and dft calculations of 3-PHENYL-2-(1H-TETRAZOL-5-YL)acrylamdes under catalyst-free, one-pot cascade reaction / | Patent | Chemical |
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Type:Patent Subject:Chemical |
Description:Patent Number: 202141023459, Applicant: Jyothis Devasia.
The present invention offers a novel method for the synthesis of 3-phenyl-2-(1H-tetrazol-5-yl)acrylamides 4(a-g) under catalyst-free conditions. All the reactions were carried out in an one-pot cascade process starting with various aromatic/heteroaryl aldehydes, 2-cyanoacetamide and sodium azide at 110 oC using dimethylformamide (DMF) as a solvent. In addition, the reaction conditions were screened for optimization conditions towards solvent, catalyst, temperature and equivalence of sodium azide. [show more]
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| R, Ravikumar. | Processing low-cost feedstock's into high quality biodiesal with a novel chemical multi functional process intensifier method / | Patent | Chemical |
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Type:Patent Subject:Chemical |
Description:Patent Number: 202141060717, Applicant: Ravikumar R.
A method and apparatus for producing a cost-effectively purified biodiesel product from feedstocks are provided. It is possible to utilize both a crude feedstock pretreatment process and a free fatty acid refining process in certain implementations before transesterification and the creation of crude biodiesel and glycerin. When it comes to biodiesel refining, there are several options. As a result of these operations, a pure biodiesel product that meets various commercial requirements may be produced. [show more]
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| K, Kiran. | Processing low-cost feedstock's into high quality biodiesal with a novel chemical multi functional process intensifier method / | Patent | Chemical |
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Type:Patent Subject:Chemical |
Description:Patent Number: 202141060717, Applicant: Ravikumar R.
A method and apparatus for producing a cost-effectively purified biodiesel product from feedstocks are provided. It is possible to utilize both a crude feedstock pretreatment process and a free fatty acid refining process in certain implementations before transesterification and the creation of crude biodiesel and glycerin. When it comes to biodiesel refining, there are several options. As a result of these operations, a pure biodiesel product that meets various commercial requirements may be produced. [show more]
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| Hebbar, Gurumoorthy S. | Processing low-cost feedstock's into high quality biodiesal with a novel chemical multi functional process intensifier method / | Patent | Chemical |
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Type:Patent Subject:Chemical |
Description:Patent Number: 202141060717, Applicant: Ravikumar R.
A method and apparatus for producing a cost-effectively purified biodiesel product from feedstocks are provided. It is possible to utilize both a crude feedstock pretreatment process and a free fatty acid refining process in certain implementations before transesterification and the creation of crude biodiesel and glycerin. When it comes to biodiesel refining, there are several options. As a result of these operations, a pure biodiesel product that meets various commercial requirements may be produced. [show more]
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| Jangam, Sasidhar. | Processing low-cost feedstock's into high quality biodiesal with a novel chemical multi functional process intensifier method / | Patent | Chemical |
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Type:Patent Subject:Chemical |
Description:Patent Number: 202141060717, Applicant: Ravikumar R.
A method and apparatus for producing a cost-effectively purified biodiesel product from feedstocks are provided. It is possible to utilize both a crude feedstock pretreatment process and a free fatty acid refining process in certain implementations before transesterification and the creation of crude biodiesel and glycerin. When it comes to biodiesel refining, there are several options. As a result of these operations, a pure biodiesel product that meets various commercial requirements may be produced. [show more]
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| K, Ramesha. | Processing low-cost feedstock's into high quality biodiesal with a novel chemical multi functional process intensifier method / | Patent | Chemical |
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Type:Patent Subject:Chemical |
Description:Patent Number: 202141060717, Applicant: Ravikumar R.
A method and apparatus for producing a cost-effectively purified biodiesel product from feedstocks are provided. It is possible to utilize both a crude feedstock pretreatment process and a free fatty acid refining process in certain implementations before transesterification and the creation of crude biodiesel and glycerin. When it comes to biodiesel refining, there are several options. As a result of these operations, a pure biodiesel product that meets various commercial requirements may be produced. [show more]
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| M, Harish Kumar. | Processing low-cost feedstock's into high quality biodiesal with a novel chemical multi functional process intensifier method / | Patent | Chemical |
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Type:Patent Subject:Chemical |
Description:Patent Number: 202141060717, Applicant: Ravikumar R.
A method and apparatus for producing a cost-effectively purified biodiesel product from feedstocks are provided. It is possible to utilize both a crude feedstock pretreatment process and a free fatty acid refining process in certain implementations before transesterification and the creation of crude biodiesel and glycerin. When it comes to biodiesel refining, there are several options. As a result of these operations, a pure biodiesel product that meets various commercial requirements may be produced. [show more]
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| V, Umesh. | Processing low-cost feedstock's into high quality biodiesal with a novel chemical multi functional process intensifier method / | Patent | Chemical |
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Type:Patent Subject:Chemical |
Description:Patent Number: 202141060717, Applicant: Ravikumar R.
A method and apparatus for producing a cost-effectively purified biodiesel product from feedstocks are provided. It is possible to utilize both a crude feedstock pretreatment process and a free fatty acid refining process in certain implementations before transesterification and the creation of crude biodiesel and glycerin. When it comes to biodiesel refining, there are several options. As a result of these operations, a pure biodiesel product that meets various commercial requirements may be produced. [show more]
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