
Arnab Dutta
@ArnabDuttaIITB
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Mumbai Bio-inspired catalyst designer Green H2, CCUS, Fuel Cell Technology Associate Professor, Chemistry and IDPCS, IIT Bombay
Joined January 2022
Bringing Academia Industry Partnership between @iitbombay and @MyDalmiaCement with the support from @IndiaDST .Decarbonizing Cement Sector with indigenous technology @Chemistry_IITB @ClimateIITB.
#NTD2025 #NationalTechnologyDay . @DrJitendraSingh @karandi65 @rajesh_gokhale @anitadst16 @dst_neelima
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Transforming CO2 exclusively to CO via an energy efficient and sustainable electrocatalyst containing biomass-based N-doped carbon material.Led by Vaibhav Trivedi.@JMaterChem .@Chemistry_IITB @ClimateIITB .
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A bio-inspired catalyst efficiently converting CO2 to minerals in water. Works even with SOx and NOx containing flue gas feed. A step towards industrial decarbonization. Led by @rajeshwaree97 .@ClimateIITB @Chemistry_IITB @CCSTJournal .
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RT @angew_chem: Pallada-Electrocatalysis Enables Distal Regioselective and Atroposelective Olefination Reactions (Debabrata Maiti and co-wo….
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Bringing the lab-scale research to reality and addressing the challenges in the industrial sector.Led by Santanu Ghorai Suhana Karim Sukanta Saha.@Chemistry_IITB @ClimateIITB.
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RT @SciResMatters: Discover how Prof. @ArnabDuttaIITB's team @iitbombay is pioneering the use of cobaloxime catalysts in water electrolysi….
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RT @chm_iiserb: It was a pleasure to host Dr. Arnab Dutta (@ArnabDuttaIITB ), IIT Bombay (@iitbombay ) and listen to his exciting research….
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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 .
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RT @SanjogNa: @ArnabDuttaIITB showcasing his work on CCUS during IITB Kyoto University meet. @iitbombay @KyotoU_News @iCeMS_KU_INTL….
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RT @AkshaiK55372786: Yet another fruitful collaboration with @ArnabDuttaIITB . Enjoyed thoroughly.@IITGChem.@IITGuwahati.@CfN_IITG.@ANRFInd….
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Molecular catalysts and their potential role in green hydrogen sector: A review .Led by Suhana Karim in collaboration with @AkshaiK55372786 @ACSCatalysis @ClimateIITB @Chemistry_IITB .
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Stepwise evolution of a bidirectional Oxygen evolution/oxygen reduction molecular catalyst to Zinc air battery device.Led by @Sukanta87221522 . @Chemistry_IITB @ClimateIITB.
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RT @PrithaS78947344: Another one from Sabic special collection Congratulations @ArnabDuttaIITB Microwave‐Assisted Fabrication of Copper Ox….
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Probing the Copper oxide nanomaterial for electrochemical conversion of CO2 to methanol and formic acid. also works with flue gas sample @https://onlinelibrary.wiley.com/doi/10.1002/smll.202406765.Led by Anwesha. @wileyinresearch @ClimateIITB @Chemistry_IITB.
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Sustainable conversion of CO2 to formic acid could be a perfect way to implement carbon utilization for energy-related applications.@ChandanDasIITB Suhana Karim @SomnathGuria3 @tannukaushik29 @suchi_ghosh93 @ACSPublications @Chemistry_IITB @ClimateIITB.
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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 .
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RT @GhoshLaB_IITM: Check out our collaborative paper with Prof. Arnab Dutta and D.K. Maity on "Tellurolate-Bridged Co(III)–Mn(I) Heterodinu….
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Thankful to our research group.
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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RT @ClimateIITB: Heartiest Congratulations to @ClimateIITB associate faculty, Profs. Arnab Dutta from Chemistry, Harish Phuleria from @ESED….
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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.
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