Todays batteries for example, are built on solidified materials which make them compact. But however, liquid batteries like dual redflox can be a viable option for build and disposal of next gen ultra compact nano technology. Need some insights in to this please.
As Artur states, redox flow batteries exist.
The following example is interesting:
https://www.cell.com/joule/fulltext/S2542-4351(18)30291-5
You may also find the following interesting, a fully solubilised enzymatic fuel cell:
Article Solubilized Enzymatic Fuel Cell (SEFC) for Quasi-Continuous ...
Redox reactions underlie the working of electrochemical cells which in turn constitute the batteries. The redox processes take place conveniently at the surface of immobilized solid electrodes. Research and development may be required to use mobile liquids in place of solids without compromising the potential kinetics of the redox processes.
As Artur states, redox flow batteries exist.
The following example is interesting:
https://www.cell.com/joule/fulltext/S2542-4351(18)30291-5
You may also find the following interesting, a fully solubilised enzymatic fuel cell:
Article Solubilized Enzymatic Fuel Cell (SEFC) for Quasi-Continuous ...
Also, our body/ies' power/energy[1] is an implementation(s) of a super-cell model[2], a biofuel cell, as an extreme (and minimal) model.
1. Chemical Energy http://physics.weber.edu/schroeder/eee/chapter4.pdf
2. http://themedicinejournal.com/articles/how-human-bodies-create-electricity/
Ioannis Samaras , and often the catalysts are slow to degrade, which can make the energy biofuel cell reaction occur much quicker and with much less energy at the price of holding a memory bank for catalytic production design. If you could catalyse electrolytic hydrolysis and other redox potentials, like so Article Catalysis of Hydrolysis and Transesterification Reactions of...
, you could make the process highly efficient with a large capacity and power potential.- Badges
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