Abhishek Saini
@AbSainiIITB
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Following
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Joined July 2013
Again @StarHealthIns is denying to approve the claim with illogical reason. Dear team @irda please see. Claim intimation number CIR/2026/171100/0341711 @starhealth_ins @starhealthnet
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Designing a synthetic metalloprotein and producing green H2 from seawater at a rapid rate via an active electrolyzer. A great collaboration with @ShafaatLab. Lead by @AbSainiIITB. @ACSCatalysis @Chemistry_IITB @ClimateIITB
https://t.co/obuPCpboFB
pubs.acs.org
The quest for sustainable energy sources has notably shifted toward green hydrogen production, given its potential to establish a carbon-neutral energy infrastructure. This study introduces a...
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Sustainable conversion of CO2 to formic acid could be a perfect way to implement carbon utilization for energy-related applications https://t.co/3GtGMerxub
@ChandanDasIITB Suhana Karim @SomnathGuria3 @tannukaushik29 @suchi_ghosh93 @ACSPublications @Chemistry_IITB @ClimateIITB
pubs.acs.org
ConspectusElectrochemical CO2 reduction to obtain formate or formic acid is receiving significant attention as a method to combat the global warming crisis. Significant efforts have been devoted to...
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Two Cu atoms are better than one for bidirectional oxygen reduction/water oxidation Afsar Ali @Divyansh13p @AbSainiIITB @ChandanDasIITB @NaseerShahh @Chemistry_IITB @ClimateIITB
@ChemCatChem
https://t.co/un121RG0a6
chemistry-europe.onlinelibrary.wiley.com
Strategic designing of binuclear copper complexes resulting in bidirectional oxygen reduction and water oxidation in aqueous media.
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The study of a photostable Mn(I)–carbonyl complex for preferential conversion of CO2 to CO in water Led by @ChandanDasIITB @suchi_ghosh93 @ChemCommun @Chemistry_IITB
@ClimateIITB
https://t.co/u99lEmtCt8
pubs.rsc.org
A strategically designed redox-active ligand ensures proper electronic balance in an Mn(i)–carbonyl template to induce photostability and water solubility. This newly designed Mn–carbonyl complex...
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IIT Bombay honoured 16 faculty members with the Faculty Awards for Research Excellence (FARE), an initiative by the Class of 1973 to enhance research initiatives. Thanks to the Class of 1973 for their invaluable support and congratulations to all the awardees! #Classof1973
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Heartiest Congratulations to @ClimateIITB associate faculty, Profs. Arnab Dutta from Chemistry, Harish Phuleria from @ESED_IITB, Karthikeyan Lanka from CSRE, for being awarded the Research Excellence Award instituted by the Class of 1973🥳👏
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Check out our recent publication in ACS Catalysis where we have made efforts to capture the elusive [RuV=O]+ intermediate involved in water oxidation catalysis. https://t.co/SwulihEMAg
@Eswar3103 @Appu_IITK @ArnabDuttaIITB @Vasudha03012111 @iitbombay
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Imitating oxygen-carrying metalloproteins with a synthetic catalyst to unravel bidirectional oxygen reduction (ORR) and oxygen evolution (OER) activity in neutral water. https://t.co/lUP3msOVBK Excellent lead by @AbSainiIITB
@ClimateIITB @iScience_CP
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Designing catalysts that can promote more than one chemical reactions under electrocatalytic conditions https://t.co/Q5eca16eZj
@InorgChemFront @ClimateIITB
pubs.rsc.org
In the current era, harvesting sustainable energy is a prime sustainable goal for the continuous growth of human civilization without any adverse effect on the surrounding atmosphere. The intermitt...
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Our recent artwork selected as the Front Cover Art in ACS Catalysis @ACS4Authors #MyACSCover @ACSCatalysis
https://t.co/9DNsj1wCbF
pubs.acs.org
Strategic incorporation of nucleic bases boosts the catalytic H2 production response by synthetic cobalt complexes in water. View the article.
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https://t.co/eSl3BUTjph Carbon Removal Challenge winners and their unique ideas to mitigate the CO2 issue @openaircollect @iitbombay @ClimateIITB @VikramVishal12 @SomnathGuria3 @T__Vaibhav @shubhshakti77 @Piyali0407
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An excellent team effort @SomnathGuria3 @T__Vaibhav @shubhshakti77 @piyali0407 @VikramVishal12 @ClimateIITB @iitbombay
📷 The second finalist of the #CarbonRemovalChallenge is the “The Sustainable CO2 Electrolyzer” from the Indian Institute of Technology Bombay (IITB). Their unique CO2 electrolyzer can convert CO2 from air to a high-value product CO, congratulations to the team! 📷
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Appending drug molecules around a synthetic molecular catalyst to enhance its green H2 production activity @ClimateIITB @ChemEurJ
https://t.co/1SSePPqgC9
chemistry-europe.onlinelibrary.wiley.com
For both electrocatalytic and photocatalytic H2 production: A unique bio-inspired hydrogen production catalyst design with the rational incorporation of a proton-relaying drug molecule around a...
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In House Symposium of Chemistry Department IITB A memorable weekend together @maiti_iitb @CmrvLab @GharpureLab @anidchemiitb @SMSDLab_IITB
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The supermen and women of India’s recycling ecosystem.
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Our recent article in Nanoscale Advances has been highlighted as a Popular Advance! Read this article and see the full collection at https://t.co/OQmZZligJ2.
rsc.org
An open access journal publishing across the breadth of nanoscience and nanotechnology.
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Designing a synthetic catalyst with neurotransmitter dopamine to trigger green hydrogen production https://t.co/Zwzc8lHFJP
@DaltonTrans @ClimateIITB
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Green H2 is recognized as a prime component of our future energy landscape. We have now developed a Janus catalyst that can complete water electrolysis for rapid and economical Green H2 production. @CellRepPhysSci @iitbombay @ClimateIITB
https://t.co/vUFdnbHOAo
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