Nanoconfined superfluid for highly efficient chemical reactions

Highly efficient chemical reactions are vital for the development of green growth and sustaining industrial society, yet achieving effec-tive flow reactions under mild conditions remains challenging. In a recent research article published in Matter, Pang and colleagues1 achieved a nanoconfined superfluid-based chemical reaction with -100% conversion and reaction time of less than 29 s at 22 & DEG;C using multilayer aminated graphene oxide nanoconfined membranes. These findings highlight the potential for nanoconfined membranes to revolutionize the field of chemical synthesis.

Automated summary

In a recent study published in the journal Matter, Pang et al. successfully achieved a highly efficient chemical reaction using nanoconfined membranes of multilayer aminated graphene oxide. The reaction exhibited -100% conversion and a reaction time of less than 29 s at 22°C. These findings showcase the potential of nanoconfined membranes to revolutionize chemical synthesis.