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
Newest article from our lab: A low-energy electroflocculation system enables >90% microalgae harvesting at just 0.0049 kWh/kg: Making algal biorefineries more efficient & affordable! #CleanTech @iitbombay @Chemistry_IITB @ClimateIITB
@JEnvironChemEng
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Check out our publication on Heavier Chalcogenate‐Bridged Manganese Carbonyl Complexes in - Chemistry – An Asian Journal. Congratulations to @MishraShivankan,Thinles, Anvay and Roni. Thanks to Prof @ArnabDuttaIITB for the collaboration! https://t.co/cgjcPa1zh0
aces.onlinelibrary.wiley.com
In an effort to improve the catalytic efficiency for hydrogen evolution reactions, various dimanganese complexes comprising heavier chalcogen atoms have been synthesized and structurally characteri...
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Round-the-clock green hydrogen! A bio-inspired cobalt catalyst by @ArnabDuttaIITB and team enables solar-driven seawater electrolysis & Zn–air battery storage, achieving 14% STH efficiency & 80% round-trip energy efficiency •
onlinelibrary.wiley.com
A silica-anchored cobaloxime catalyst enables efficient seawater electrolysis and energy storage. Coupled with photovoltaics and rechargeable Zn–air batteries, this multifunctional system delivers...
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Triple role for a molecular catalyst in two devices. Storing solar energy in rechargeable batteries & powering electrolysis even without sunlight- A step closer to sustainable #GreenHydrogen 🔗 https://t.co/pt2lm3Ynf0
@iitbombay @Chemistry_IITB @ClimateIITB @angew_chem
onlinelibrary.wiley.com
A silica-anchored cobaloxime catalyst enables efficient seawater electrolysis and energy storage. Coupled with photovoltaics and rechargeable Zn–air batteries, this multifunctional system delivers...
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Happy to contribute a chapter on enzymatic CO₂ reduction in the new book Photoelectrochemical and Enzymatic Conversion of CO₂ into Fuels. Toward a #NetZero future! https://t.co/WQUutAFFQq
@ClimateIITB @Chemistry_IITB @iitbombay
shop.elsevier.com
Photoelectrochemical and Enzymatic Conversion of CO2 into Fuels: A Shift Towards Net Zero Energy Landscape introduces a comprehensive guide on the eff
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A uniquely designed molecular copper complex acts as a self-sensitized photocatalyst, converting CO2 to CO under visible light, no external photosensitizer needed. High selectivity and solar-ready. https://t.co/wkzmn7DHMp
@ACSCatalysis @iitbombay @ClimateIITB @Chemistry_IITB
pubs.acs.org
The development of efficient and selective molecular systems for CO2 reduction is central to advancing carbon-neutral energy technologies. Herein, we report a pyrene-functionalized Cu(II) complex...
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In industries like steel, cement, and power, carbon emissions are a constant challenge. Existing methods for tackling carbon emissions often come with high costs, limited efficiency, and challenges in scaling. @UrjanovaC, a League of 10 winner at the #Emerge50Awards has a
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Closed-Loop Carbon Management Strategies for Climate and Energy-Resilient India: iScience
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Online now: Crafting sustainable CO2 electrolyzers
cell.com
This review by Trivedi et al. delves into the foundational concepts, framework, and financial analysis of CO2 electrolyzers, spotlighting groundbreaking advancements in component synergy, dynamic...
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Our recent review article on CO2 electrolyzer https://t.co/A4XetROZt6
@T__Vaibhav @CellRepPhysSci
https://t.co/A4XetROZt6
cell.com
This review by Trivedi et al. delves into the foundational concepts, framework, and financial analysis of CO2 electrolyzers, spotlighting groundbreaking advancements in component synergy, dynamic...
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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
https://t.co/8YJLE69zla
pubs.rsc.org
Effective carbon capture and its facile conversion into high-value chemicals is reckoned as a practical solution to mitigating the impending climate change effects. Electrochemical conversion of CO2...
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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
https://t.co/xkXQd03sjC
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Pallada-Electrocatalysis Enables Distal Regioselective and Atroposelective Olefination Reactions (Debabrata Maiti and co-workers) @biswas_swastik @dm_lab @maiti_iitb @panja_subir @pan_avishek @ArnabDuttaIITB @LisaRoyChem •
onlinelibrary.wiley.com
We illustrate the first Pd catalyzed regioselective distal and atroposelective olefination through dynamic kinetic resolution of simple arenes/biaryl via an electrooxidative reaction pathway....
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Bringing the lab-scale research to reality and addressing the challenges in the industrial sector https://t.co/QR5P1OpZte
https://t.co/fdP9rwFq3f Led by Santanu Ghorai Suhana Karim Sukanta Saha @Chemistry_IITB @ClimateIITB
thehindu.com
IIT Bombay researchers develop green hydrogen catalysts to decarbonize steel industry, reducing CO2 emissions for a sustainable future.
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Discover how Prof. @ArnabDuttaIITB's team @iitbombay is pioneering the use of cobaloxime catalysts in water electrolysis to produce green hydrogen for a carbon-neutral steel industry. Read https://t.co/lEJBfg7CkO to learn more! @ClimateIITB
#GreenHydrogen #SustainableSteel
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It was a pleasure to host Dr. Arnab Dutta (@ArnabDuttaIITB ), IIT Bombay (@iitbombay ) and listen to his exciting research on "Photocatalytic CO2 to CO conversion by an elusive Mn(II)-based molecular catalyst" @chm_iiserb @iiserbhopal
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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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@ArnabDuttaIITB showcasing his work on CCUS during IITB Kyoto University meet. @iitbombay @KyotoU_News @iCeMS_KU_INTL @Chemistry_IITB
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Yet another fruitful collaboration with @ArnabDuttaIITB . Enjoyed thoroughly @IITGChem
@IITGuwahati
@CfN_IITG
@ANRFIndia
Molecular catalysts and their potential role in green hydrogen sector: A review Led by Suhana Karim in collaboration with @AkshaiK55372786 @ACSCatalysis @ClimateIITB @Chemistry_IITB
https://t.co/2ZA9eS11qB
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