ALTERNATE

ALTERNATE is an SFI-IRC funded project based in the University of Limerick, focused on the development of next-generation Lithium-Sulfur Batteries.

[David McNulty @drdavidmcnulty]

The summer issue of the @ECSorg Interface magazine is available online. Check out the Tech Highlights section on page 37 featuring recent research from @ColmODwyer_ on the use of ampero-coulometry for analysing Li–S batteries ⚡️🔋

https://t.co/W8zc2jAKaf

[David McNulty @drdavidmcnulty]

Throwback to @deaglan_bowman presenting recent results of the @ALTERNATE_UL project during the thesis-in-three session at this years @ChemicalSciUL Research Day🔋

#CSResearchDay #SFIIRCPathwayProgramme #BernalNeighbourhood

@scienceirel @IrishResearch
@BernalNews @UL @sci_engUL

[David McNulty @drdavidmcnulty]

@deaglan_bowman presenting recent results from the @ALTERNATE_UL project at the Irish Universities Chemistry Research Colloquium 🇮🇪 🔋⚡️

@irishchemistry
@scienceirel @IrishResearch
@ChemicalSciUL @BernalNews
@UL @sci_engUL

#SFIIRCPathwayProgramme #battchat

[ALTERNATE @ALTERNATE_UL]

We're using sulfur in our rechargeable batteries, here's why:

@scienceirel @IrishResearch @BernalNews @ChemicalSciUL @UL #battchat

[ALTERNATE @ALTERNATE_UL]

Meet the Team:

Deaglán Bowman is completing his PhD as part of the ALTERNATE project. His research is focused on novel synthesis procedures for hollow and porous nanomaterials, and their application to rechargeable Li–S Batteries. 🔋

[ALTERNATE @ALTERNATE_UL]

Meet the Team :

David McNulty is the Principal Investigator of the ALTERNATE project. His research is focused on the synthesis of nanostructured materials for use in energy storage applications, specifically lithium-ion and lithium–sulfur batteries.

#SFIIRCPathwayProgramme 🔋