Supercapacitors have found a myriad of uses due to their ability to rapidly charge and then deliver the power efficiently. Currently, production of supercapacitors requires materials made out of carbon which requires high temperatures and poses other manufacturing difficulties.
Researchers announced a new type of supercapacitor that uses no carbon and could have advantages over conventional technologies. The new research focuses on metal-organic frameworks, or MOFs. This material is extremely porous with a sponge-like structure. Since supercapacitors require large surface areas, that makes MOFs an interesting material for that application. However, MOFs are not very electrically conductive, which is a disadvantage.
The team has used a conductive MOF to create a supercapacitor and without any optimization, it already performs as well as conventional units in key areas of performance. By experimenting with other MOFs and modifying other characteristics, the researchers think they can produce superior devices. Although the material costs more than carbon, the processing for it is less expensive, which could be a factor in making the devices affordable.
If MOFs are too exotic for you, maybe try dog hair. Or, do your experiments while enjoying fresh breath.
9 thoughts on “Supercapacitor Uses No Carbon”
“requires no carbon”
Good one! Nice catch. ????
Badly written article/title (not the HAD report – the actual article), what is removed is misc. forms of (pure) carbon that are relatively hard to work with.
should probably be “requires no graphene , graphene oxide or graphite” or something like that since those are all the buzz lately
That was my thought. =)
Maybe they meant “Organic” as in “Organic, Free Range and Gluten Free”. Finally a supercapacitor for vegans!
Like with the almost weekly announcements of novel and revolutionary batteries that are going to change the world, I’m going to wait until I can buy these in bulk at a reasonable price before I get excited.
No carbon, just poly-aniline as the conductive binder… which is comprised mainly of carbon.
Did you even read the paper? No now I did, no binders but Ni3(HITP) (11-hexaaminotriphenylene) definitely carbon included. What should have been the impressive title is “Novel Highly Conductive MOF Developed”
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