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Nature Chemical Engineering

@NatChemEng

A new @NaturePortfolio journal publishing leading research and analysis in chemical engineering. Tweets: @tjdursch, @ALavino_Nature, @MoQiao_UK, and Yanfei Zhu.
New York City, London nature.com/natchemeng/ Joined July 2022
849 Following 2.5K Followers 570 Posts

Latest posts 5

Nature Chemical Engineering @NatChemEng
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A recent Article develops ångström-scale hydrated manganese oxide ionic channels to separate lanthanides by coupling confinement-controlled dehydration and coordination.

Link ($): nature.com/articles/s4428…

Free PDF: rdcu.be/j7D9isoiEmTa
www.nature.com Pinning ångström-size solid ionic channels for rare-earth element separation Nature Chemical Engineering - This study develops ångström-scale hydrated manganese oxide ionic channels to separate lanthanides by coupling confinement-controlled dehydration and...
Nature Chemical Engineering @NatChemEng
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A recent Article links interfacial viscosity to the instability-selected length scale of hollow-ridged polyamide morphology, establishing a physics-based route to scalable, high-performance polyamide membranes.

Link ($): nature.com/articles/s4428…
www.nature.com Interfacial rheology for physics-based structuring of polyamide desalination membranes Nature Chemical Engineering - This study quantifies how interfacial mechanics govern interfacial polymerization. Using photoreactive amphiphiles to precisely tune two-dimensional rheology at the...
Nature Chemical Engineering @NatChemEng
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A Perspective from Chunsheng Wang and co-workers explores a process-engineering framework for battery electrolyte design.

Link ($): nature.com/articles/s4428…

Free PDF: rdcu.be/fx4p9
www.nature.com Battery electrolyte design using process engineering principles Nature Chemical Engineering - Inspired by analogies between electrochemical cells and chemical reactors, this Perspective explores a process-engineering framework for battery electrolyte design. By...
Nature Chemical Engineering @NatChemEng
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Analysis of structure-performance relationships shows how chain microstructure controls scale inhibition, enabling the identification of optimal designs for sustained silica suppression in a bench-scale cooling tower simulator.

Link ($): nature.com/articles/s4428…
www.nature.com Modular macromolecular design unlocks high-performance silica scale inhibitors Nature Chemical Engineering - This study develops a modular synthetic platform for highly tunable polymeric silica scale inhibitors. Systematic investigation of structure–performance...