Bratin Sengupta on Muck Rack

Bratin Sengupta

New York
As seen in: MSN, Wiley Online Library, Yahoo News, SFGate, The Conversation, ACS Publications, Phys.org, Science Magazine, Houston Chronicle, Auburn Citizen and
Chemical Engineer | Water-Energy Nexus, Decarbonization Membranes, Adsorbents Researcher @Argonne, @NorthwesternU Alumni: @UBuffalo @rpi , @NITDurgapur

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Bratin Sengupta’s Journalist Portfolio

Water Rush

Water Rush

Seawater desalination can to an extent solve India's drinking water crisis, but there are caveats Come summer…

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Separating molecules is a highly energy-intensive but essential part of drug development, desalin...

Separating molecules is a highly energy-intensive but essential part of drug development, desalin...

Around half of US industrial energy use goes toward separating molecules in industrial processes. Developing …

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Separating molecules is a highly energy-intensive but essential part of drug development, desalin...

Separating molecules is a highly energy-intensive but essential part of drug development, desalin...

Around half of US industrial energy use goes toward separating molecules in industrial processes. Developing …

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Articles

Elucidating the Kinetics and Thermodynamics of Organic Vapor Phase Infiltration and Molecular Layer Deposition for Dissolution Resilient Polymers

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By Brian Welch, Bratin Sengupta, Ruoke Cai, Vepa Rozyyev
| ACS Publications
1. Introduction Click to copy section linkSection link copied! Organometallic reactant vapors are effective for transforming synthetic polymers and biological materials and can be utilized to increase toughness and provide solvent resistance.
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Optimization of Delignified Wood Rods for Interfacial Solar Evaporation

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By Yuqin Wang, Bratin Sengupta, Omar A. Kazi, Anthony C. Avram
| dx.doi.org
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Pillared Laminar Vermiculite Membranes with Tunable Monovalent and Multivalent Ion Selectivity

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By Yining Liu, Advanced Materials, Yuqin Wang, Bratin Sengupta
| Wiley Online Library
1 Introduction The recovery of lithium from water, which contains over 70% of the total recoverable lithium on earth,[1, 2] is becoming increasingly critical in addressing the surging demand from electric vehicles and other technologies. Traditional lithium extraction technologies from water include solar evaporation with precipitation and solvent extraction.
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